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E6474A Drive Test UE Device Reference, Release 20.1

User’s Guide

UE Device Reference for E6474A Users


Wireless Network Optimization Platform

User’s Guide


Notices© 2016 Viavi Solutions Inc. All rights reserved.No part of this guide may be reproduced or transmitted, electronicallyor otherwise, without written permission of the publisher. Viavi Solutions and the Viavilogo are trademarks of Viavi Solutions Inc. (“Viavi”). All other trademarks and registeredtrademarks are the property of their respective owners.

Every effort was made to ensure that the information in this manual was accurate at the time of printing. However, information is subject to change without notice, and Viavireserves the right to provide an addendum to this manual with information not available at the time that this manual was created.

Copyright ReleaseReproduction and distribution of this guide is authorized for US Government purposes only. Manual Part NumberE6474-90091, March 2016

WarrantyThe material contained in this document is provided “as is,” and is subject to being changed, without notice, in future editions. Further, to the maximum extent permitted by applicable law, Viavi Solutions Inc. (“Viavi”) disclaims all warranties, either express or implied, with regard to this manual and any information contained herein, including but not limited to the implied warranties of merchantability and fitness for a particular purpose. Viavi shall not be liable for errors or for incidental or consequential damages in connection with the furnishing, use, or performance of this document or of any information contained herein. Should Viavi and the user have a separate written agreement with warranty terms covering the material in this document that conflict with these terms, the warranty terms in the separate agreement shall control.

Technology Licenses The hardware and/or software described in this document are furnished under a license and may be used or copied only in accordance with the terms of such license.

Restricted Rights LegendIf software is for use in the performance of a U.S. Government prime contract or subcontract, Software is delivered and licensed as “Commercial computer software” as defined in DFAR 252.227-7014 (June 1995), or as a “commercial item” as defined in FAR 2.101(a) or as “Restricted computer software” as defined in FAR 52.227-19 (June 1987) or any equivalent agency regulation or contract clause. Use, duplication or disclosure of Software is subject to Viavi standard commercial license

terms, and non-DOD Departments and Agencies of the U.S. Government will receive no greater than Restricted Rights as defined in FAR 52.227-19(c)(1-2) (June 1987). U.S. Government users will receive no greater than Limited Rights as defined in FAR 52.227-14 (June 1987) or DFAR 252.227-7015 (b)(2) (November 1995), as applicable in any technical data.

Safety Notices

CAUTIONA CAUTION notice denotes a hazard. It calls attention to an operating procedure, practice, or the like that, if not correctly performed or adhered to, could result in damage to the product or loss of important data. Do not proceed beyond a CAUTION notice until the indicated conditions are fully understood and met.

WARNINGA WARNING notice denotes a hazard. It calls attention to an operating procedure, practice, or the like that, if not correctly performed or adhered to, could result in personal injury or death. Do not proceed beyond a WARNING notice until the indicated conditions are fully understood and met.

AcknowledgementsMapInfo ® is a registered trademark of MapInfo Corporation.Pentium ® is a registered trademark of Intel Corporation.Adobe ® is a trademark of Adobe Systems Incorporated.Windows XP is U.S. registered trademarks of Microsoft Corporation.IDEN ® is a registered trademark of Motorola, Inc.WiMAX” is a trademark of the WiMAX Forum. “WiMAX Forum” is a registered trademark of the WiMAX Forum.All other trademarks are the property of their respective holders.

UE Device Reference for E6474A Users i

Contents1 UE Device Configuration

LTE User Equipment 6Differences Between LTE and 3G 6About LTE and UE Categories/Classes 6

Hisilicon Chipset Devices 9E398 Hisilicon Device 9E5776 Hisilicon Device 17

LG Chipset Devices (North America) 20LG LTE Drivers 21Device Setup 21

LG Chipset Devices (EMEA/Asia) 27LG G7 Device Node 29LG G7 Connect Test 30

Samsung Chipset Devices 31Samsung Chipset Devices: Samsung GT-B3730 and

GT-B3740 31Samsung Chipset Smartphone Samsung Galaxy S6

SM-G920A 35Samsung Chipset Smartphone Samsung Galaxy S6

SM-G920W8 37Samsung Chipset Smartphone Samsung Galaxy S6

SM-G928A 41

Qualcomm Chipset Devices 43Windows Device Driver for Qualcomm Reference

Device 44Qualcomm Hardware Properties 44Qualcomm Chipset Device: Pantech 46Qualcomm Chipset Devices: Huawei 51Qualcomm Chipset Devices: BandRich 54

ii UE Device Reference for E6474A Users

Qualcomm Chipset Devices: Sierra Wireless 55Qualcomm Chipset Devices: Novatel MC551 57Qualcomm Chipset Smartphone HTC Vivid 59Qualcomm Chipset Smartphone HTC EVO 4G

(Sprint) 62Qualcomm Chipset Smartphone LS840 64Qualcomm Chipset Smartphone LG G2 VS980 70Qualcomm Chipset Smartphone MTP8974 76Qualcomm Chipset Smartphone Motorola Moto

XT1096 78Qualcomm Chipset Smartphone Samsung Galaxy SIII

SGH-I747/SGH-T999 81Qualcomm Chipset Smartphone Samsung Galaxy SIII

GT-I9305 84Qualcomm Chipset Smartphone Samsung Galaxy SIII

SCH-I535/SPH-L710 89Qualcomm Chipset Smartphone Samsung Galaxy Note

3 SM-N900T 92Qualcomm Chipset Smartphone Samsung Galaxy Note

Edge SM-N915V (Verizon) 94Qualcomm Chipset Smartphone Samsung Galaxy S4

SGH-I337/GT-I9505 96Qualcomm Chipset Smartphone Samsung Galaxy S4

GT-I9506 98Qualcomm Chipset Smartphone Samsung Galaxy S4

SCH-I545 100Qualcomm Chipset Smartphone Samsung Galaxy S4

SGH-I257 102Qualcomm Chipset Smartphone Samsung Galaxy S4

SPH-L720T 105Qualcomm Chipset Smartphone Samsung Galaxy

Rugby Pro SGH-I547 107Qualcomm Chipset Smartphone Samsung Galaxy S5

SM-G900P 110

UE Device Reference for E6474A Users iii

Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900I 113

Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G9006V 115

Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900W8 118

Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900A 121

Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900F 124


Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900T 131

Qualcomm Chipset Smartphone Samsung Galaxy S6 SM-G920R4 133


Qualcomm Chipset Smartphone LG G4 LG-H810 139

Qualcomm Chipset Smartphone LG G4 LG-VS986 143

Qualcomm Chipset Smartphone LG G4 LS991 147

Altair Chipset Devices 151IPWireless Devices 161NSN CPEi-lte 7212 Device 172

Sequans Chipset Devices 176Configuring Sequans CPE (Router) Devices 176Configuring Sequans USB Devices 179

Qualcomm Chipset Smartphone iPhone 5S A1533 (GSM) / A1530 182

Non-LTE UE’s 185

iv UE Device Reference for E6474A Users

Qualcomm Chipset Huawei U3220 (QChat) device 185

Nokia Chipset Smartphone Nokia C5-03 187

Technical Assistance 189

A VoLTE Instructions Appendix

Preparing the Device for VoLTE Testing 192Software and hardware requirements 192Step 1. Enable the Developer menu 192Step 2. Enable the USB debugging 192Step 3. Enable the ADB connection 193Step 4. Trust the computer 194Step 5. Verify the ADB authorization 195Step 6: Rooting the device 196Step 7: Install and setup SuperSU app 199Step 8. Install Root Checker and verify Superuser

access rights 200Step 9. Install and setup BusyBox app 203Step 10. Disable the app verification 205Step 11. Enable the VoLTE call feature on the

phone 205Step 12. Disable the IMS encryption 207

Configuring E6474A for the VoLTE Call 212

Supported Configuration 213

1

UE Device Reference for E6474A UsersUser’s Guide

UE Device Configuration

This guide discusses manual configuration procedures for LTE and non-LTE devices to work with E6474A. It assumes that you are familiar with the concepts of different technologies and related User Equipment (UE).

What you’ll find in this guide

To learn about this See this

LG G13 and G17 devices “LG Chipset Devices (North America)" on page 20

LG G7 device “LG Chipset Devices (EMEA/Asia)" on page 27

E398 Hisilicon Device “Hisilicon Chipset Devices" on page 9

Samsung GT-B3730 and GT B3740

“Samsung Chipset Devices: Samsung GT-B3730 and GT-B3740" on page 31

1

2 UE Device Reference for E6474A Users


Samsung SmartphoneSamsung Galaxy S6

• “Samsung Chipset Smartphone Samsung Galaxy S6 SM-G920A" on page 35

• “Samsung Chipset Smartphone Samsung Galaxy S6 SM-G920W8" on page 37

• “Samsung Chipset Smartphone Samsung Galaxy S6 SM-G928A" on page 41

Qualcomm Reference HandsetsPantech UML 290Huawei E398/E397BandRichSierra WirelessNovatel MC551

• “Qualcomm Chipset Devices" on page 43

• “Qualcomm Chipset Device: Pantech" on page 46

• “Qualcomm Chipset Devices: Huawei" on page 51

• “Qualcomm Chipset Devices: BandRich" on page 54

• “Qualcomm Chipset Devices: Sierra Wireless" on page 55

• “Qualcomm Chipset Devices: Novatel MC551" on page 57


UE Device Reference for E6474A Users 3

Qualcomm SmartphoneHTC VividHTC EVO 4G (Sprint)LS840LG G2Samsung Galaxy SIIISamsung Galaxy S4Samsung Galaxy Rugby Pro SGH-I547Samsung Galaxy S5

• “Qualcomm Chipset Smartphone HTC Vivid" on page 59

• “Qualcomm Chipset Smartphone HTC EVO 4G (Sprint)" on page 62

• “Qualcomm Chipset Smartphone LS840" on page 64

• “Qualcomm Chipset Smartphone MTP8974" on page 76

• “Qualcomm Chipset Smartphone Motorola Moto XT1096" on page 78

• “Qualcomm Chipset Smartphone Samsung Galaxy SIII SGH-I747/SGH-T999" on page 81

• “Qualcomm Chipset Smartphone Samsung Galaxy SIII GT-I9305" on page 84

• “Qualcomm Chipset Smartphone Samsung Galaxy SIII SCH-I535/SPH-L710" on page 89

• “Qualcomm Chipset Smartphone Samsung Galaxy Note 3 SM-N900T" on page 92

• “Qualcomm Chipset Smartphone Samsung Galaxy Note Edge SM-N915V (Verizon)" on page 94

• “Qualcomm Chipset Smartphone Samsung Galaxy S4 SGH-I337/GT-I9505" on page 96

• “Qualcomm Chipset Smartphone Samsung Galaxy S4 GT-I9506" on page 98

• “Qualcomm Chipset Smartphone Samsung Galaxy S4 SCH-I545" on page 100



Samsung Galaxy S5Samsung Galaxy S6LG G4

• “Qualcomm Chipset Smartphone Samsung Galaxy S4 SGH-I257" on page 102

• “Qualcomm Chipset Smartphone Samsung Galaxy S4 SPH-L720T" on page 105

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900P" on page 110

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900I" on page 113

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G9006V" on page 115

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900W8" on page 118

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900A" on page 121

• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900F" on page 124


• “Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900T" on page 131

• “Qualcomm Chipset Smartphone Samsung Galaxy S6 SM-G920R4" on page 133


• “Qualcomm Chipset Smartphone LG G4 LG-H810" on page 139

• “Qualcomm Chipset Smartphone LG G4 LG-VS986" on page 143



LG G4 “Qualcomm Chipset Smartphone LG G4 LS991" on page 147

Altair 3100 “Altair Chipset Devices" on page 151

IPWireless LTE USB Stick modem

“IPWireless Devices" on page 161

Sequans Chipset Device Configuration

• “Configuring Sequans CPE (Router) Devices" on page 176

• “Configuring Sequans USB Devices" on page 179

iPhone Configuration • “Qualcomm Chipset Smartphone iPhone 5S A1533 (GSM) / A1530" on page 182

Huawei U3220 (QChat) Configuration

• “Qualcomm Chipset Huawei U3220 (QChat) device" on page 185

Nokia Chipset Smartphone Nokia C5-03

• “Nokia Chipset Smartphone Nokia C5-03" on page 187



LTE User EquipmentLTE is generally viewed as a radical step in the development of UMTS beyond the original 3rd generation Wideband Code Division Multiple Access (WCDMA) radio access technology. LTE comprises a new radio interface and radio access network architecture. Approved in 2008 with download speeds up to 173 Mbps, LTE was defined by the 3G Partnership Project in the 3GPP Release 8 specification.

UE (User Equipment) is the mobile unit which allows a user to access network services, connecting to the UTRAN or E-UTRAN via the radio interface. A UE can be subdivided into a Universal Integrated Circuit Card (UICC) and Mobile Equipment (ME).

See http://www.3gpp.org/LTE for more information on LTE and UE.

Differences Between LTE and 3GLTE uses a different air interface and packet structure from previous 3G systems, which are GSM's UMTS (WCDMA and HSPA) and CDMA's EV-DO. However, it is likely that all GSM and CDMA2000 carriers will eventually migrate to LTE to provide an interoperable cellular system worldwide.

LTE is considered by many to be a "4G" technology, both because it is faster than 3G, and because it uses an "all-IP" architecture where everything (including voice) is handled as data, similar to the Internet. It is the next-generation “4G” technology for both GSM and CDMA cellular carriers.

About LTE and UE Categories/ClassesThe LTE UE categories or UE classes are needed to ensure that the base station, or eNodeB, eNB can communicate correctly with the user equipment. By relaying the LTE UE category information to the base station, it is able to determine the performance of the UE and communicate with it accordingly.

As the LTE category defines the overall performance and the capabilities of the UE, it is possible for the eNB to communicate using capabilities that it knows the UE possesses. Accordingly the eNB will not communicate beyond the performance of the UE.



LTE UE Category DefinitionsThere are five different LTE UE categories that are defined. As can be seen in Figure 1, the different LTE UE categories have a wide range in the supported parameters and performance. LTE category 1, for example does not support MIMO, but LTE UE category five supports 4x4 MIMO.

It is also worth noting that UE class 1 does not offer the performance offered by that of the highest performance HSPA category. Additionally all LTE UE categories are capable of receiving transmissions from up to four antenna ports.

Figure 1 LTE UE Category Parameters According to the 3GPP Rel 8 Standard

See http://www.3gpp.org/LTE for more information on LTE and UE Category/Classes. Note that Release 10 is available at the time of writing this document.



LTE UE Devices and E6474AAs discussed before in “Differences Between LTE and 3G" on page 6, LTE behaves differently from 3G. Here are some highlights about the differences that relate to E6474A.• LTE Devices are programmed in firmware to attach to the network

when they power up. This is part of the “always on” LTE paradigm.

This is different from 3G devices which usually need Dial-Up Networking (DUN) services or something similar to establish a bearer.

What this means is that you will not normally see the Attach Request / Accept messaging as the UE will already have done this by the time you see the protocol log.

• Data Session Connections

In the past, PS (packet switched) data sessions required the user to setup a dialup/modem which was used to send the data.

With LTE-capable devices, the data session utilizes the LAN connection.

However, some devices, such as Huawei Qualcomm Chipset, can utilize DUN with their modem connection.



Hisilicon Chipset DevicesThe Hisilicon chipset devices supported by E6474A are as follows: • E398 Hisilicon Device. E6474A supports the Hisilicon Reference USB

Stick as the LTE UE with the Hisilicon chipset.

E398 Hisilicon DeviceFigure 2 shows the E6474A interface while running a typical Hisilicon LTE UE.

Figure 2 E6474A Running a Hisilicon UE

Configuring a Hisilicon UEThis section describes how to set up and configure a typical Hisilicon UE.1 Make sure that the UE driver is installed. You can install the UE driver

directly from the UE.2 Make sure the Hisilicon UE Agent is installed. If you do not have this,

please get a copy of the UE Agent from your vendor and install it.3 Make sure the Hisilicon Agent is running and the UE is connected to

the agent.4 When the Hisilicon UE is plugged into a USB port on the laptop with

the correct drivers and agent installed you should see a number of ports and adaptors appear as highlighted in the Device Manager as shown in Figure 3 on page 10.



Figure 3 Device Manager With Hisilicon UE Information

Launching the Hisilicon AgentYou must launch the Hisilicon Agent manually before you start E6474A. If the Hisilicon Agent is not connected, connect it first. The icon has a red X on it when disconnected as below:

See also Figure 4.

Figure 4 Disconnected Hisilicon Agent in Task Bar

Double-click on the Hisilicon Agent icon to start it.

You will see the connected Hisilicon Agent icon in the task bar after you successfully launch it, as below:



If the Hisilicon Agent does not connect to the UE automatically, you must manually connect it. Right-click on the Agent icon, and then select Connect UE from the menu. See Figure 5.

Figure 5 Manually Connecting the Hisilicon Agent

Connected Hisilicon AgentYou must have the UE connected to the Hisilicon Agent before you can start logging data in the E6474A software.

When the UE is plugged in, the Hisilicon Agent connects to the UE automatically, and you will see the connected Hisilicon Agent icon in the task bar. See Figure 6.

Figure 6 Connected UE with Hisilicon Agent Icon

Checking the Status of the Hisilicon AgentRight-click on the Agent icon, and then select Status from the menu. See Figure 7 on page 12.



Figure 7 Hisilicon UE Agent Status

Using Hisilicon Agent CommandsThe Hisilicon Agent offers a few useful toolkit commands. For example, if you want to manually set up a network connection on the computer through the UE, right-click on the Hisilicon Agent icon and select Commands > Attach first from the menu. Then select Commands > NDIS Dial Command. See Figure 8 on page 13.



Figure 8 Using Hisilicon Agent Toolkit Commands

Configuring E6474A Trace PropertiesThe configuration file is hua.hcf in the directory $AgentInstallDir\bin\config,

where $AgentInstallDir is the directory where the Hisilicon UE Agent is installed.

The E6474A application communicates with the Hisilicon Agent through three TCP connections respectively: • Command channel• Data channel• AT command channel

An example of the configuration to support one UE is as follows:

CLIENT_SUPPORT_UE_NUM = 1

CLIENT = {20260,0};{20261,1}

CLIENT_AT = 20270

In the above example, the TCP command port is 20260, the TCP data port is 20261, and the TCP AT command port is 20270.

Figure 9 on page 14 shows how to configure the trace port properties. The Hisilicon Agent Host is the host where the Hisilicon Agent resides, and usually it’s 127.0.0.1 or localhost. If the Agent is running remotely, you need to enter the remote host IP address in this property field.

In Figure 9 on page 14:• The Command Port is the TCP Port number of the TCP command

channel. Here it is 20260.



• The AT Port is the TCP Port number of the AT command channel. Here it is 20270.

• E6474A obtains the TCP port number of the data channel automatically.

Figure 9 Hisilicon UE Trace Port Properties in E6474A

Configuring Multiple UEsAn example of the configuration to support three UEs is as follows:

CLIENT_SUPPORT_UE_NUM = 3

CLIENT = {20260,1};{30280,1}

CLIENT_AT = 50270

In the examples shown in Figure 10 on page 15, the TCP command ports are as follows:• For 1st UE, the TCP command port is 20260, the TCP data port is

30280, and the TCP AT command port is 50270.• For 2nd UE, the TCP command port is 20261, the TCP data port is

30281, and the TCP AT command port is 50271.• For 3rd UE, the TCP command port is 20262, the TCP data port is

30282, and TCP AT command port is 50272.



Figure 10 Configuring Trace Port Properties of Three UEs

Troubleshooting Hisilicon UE If you have problems with connecting and probing with the Hisilicon UE, verify the following items: 1 Is the Hisilicon Agent connected to the UE as shown in Figure 6 on

page 11.2 Does the command port and AT port configuration in the E6474A

trace properties conform to the Hisilicon Agent configuration as defined in the hua.hcf file in the directory $AgentInstallDir\bin\config?

3 Are the three ports opened successfully by the Hisilicon Agent (in other words, can you view them from the TCPView tool? (If you do not have the TCPView tool, you can download it from http://technet.microsoft.com/en-us/sysinternals/bb897437.aspx.)

If none of the above steps fix your issue, contact Viavi support with the following information: • Hisilicon Agent status screen shot• Dbgview txt during probing• The hua.hcf file



If you are having problems with logging, verify that: 1 The Hisilicon Agent can connect to UE and the E6474A (client) can

connect to the Hisilicon Agent. You can obtain this information from the Hisilicon Agent status (see Figure 7 on page 12).

2 The command port and AT port configuration in the E6474A trace properties conform to Hisilicon Agent configuration (hua.hcf in the directory $AgentInstallDir\bin\config).

3 The three TCP connections between Hisilicon Agent and E6474A are established successfully. You can view this in the TCPView tool.

If none of the above steps fix your issue, contact Viavi Support with the following information: • Hisilicon agent status screen shot• Aod file• The hua.hcf file.



E5776 Hisilicon DeviceE6474A supports the Huawei E5776s CPE (HiSilicon Balong V710 chipset). The supported firmware version is 1.7.0.0.

Figure 11 Huawei E5776 CPE

PrerequisiteYou must install B151 HiSi UE Agent that comes along with the device.

Configuring E5776 Hisilicon CPE1 Make sure B151 Hisilicon UE Agent is installed. If you do not have

this agent, get the UE Agent from your vendor and install it.2 When the Hisilicon UE is plugged to a USB port on the laptop, you

should see the ports and adaptors in the Device Manager as shown in Figure 12 on page 18.

3 Click on the LTE/TDS Status tab on the Hisi UE Agent Status dialog box to see if the agent is connected to CPE successfully and the CPE firmware version is 1.7.0.0. See Figure 13 on page 18.



Figure 12 Device Manager With Hisilicon UE Information

Figure 13 Hisi UE Agent status



Adding the HiSilicon LTE UE to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select HiSilicion > HiSilicion LTE UE or Huawei > HiSi LTE UE,

and click OK.4 Based on the Hisi UE agent configuration settings, set the Command

port and AT port properties in the Trace properties. You can find the configuration settings in the hua.hcf file located in <AgentInstalDir>\bin\config directory. In the configuration file, you may see the following settings as an example:

CLIENT_SUPPORT_UE_NUM = 1CLIENT = {20260,0};{20261,1}CLIENT_AT = 20270

In this example, the TCP port number of the TCP command channel is 20260 and the TCP port number of the AT command channel is 20270. So, in the Trace properties, you must set the Command Port to 20260 and AT Port to 20270.

Adding the E5776 CPE to the Sequencer1 In the Sequencer panel, right click Service_Model.2 Select New > Device > HiSi LTE UE.3 In the Sequencer panel, right click HiSi LTE UE.

To add the Connect test, select New > Test > Connect Test. Similarly, you can add other sequencer tests.



LG Chipset Devices (North America)The two devices that are relevant to E6474A usage are:• LG G13

• Verizon VL600.• The device today is both LTE and EVDO Rev A capable.• LTE on this device is an LG chipset.• EVDO Rev A is a Qualcomm chipset.• Both are supported for intersystem handoffs in E6474A Release

15.2 and later.• LG G17

• AT&T Adrenaline or AD600.• LTE on this device is an LG chipset.• UMTS and HSPA use an Infineon chipset.• LTE is supported by E6474A but not UMTS.

See Figure 14.

Figure 14 G17 and G13 Devices



LG LTE DriversThe LG UE requires specific drivers from LG for the G17 and G13. Currently there are two sets of drivers used for LG LTE devices. Only one can be installed at a time and you will need to use Windows Add/Remove Programs to change versions. Here are salient points about these drivers:

G13 Drivers • The G13 device from Verizon uses the Verizon CM software to install

the drivers. They are 2.1.1.1027. The CM (connection manager) version is: VZAM_7.6.0.0_2495t_LGLTE.exe.

• Version 2.1.1.1027 is contained in Verizon CM manager.

G17 Drivers• The correct driver version for the G17 is: 2.0.4.0105.

Device SetupHere are some guidelines for setting up these devices.

Figure 15 Windows Device Manager Showing Ports

LG G13 Hardware PropertiesUse the following names when selecting the COM ports for using the devices below. See Figure 16 on page 22:



Figure 16 LG G13 Hardware Properties• G13 LTE

Trace: LGE LTE DM Port

Dialup:LGE USB Modem

Network Interface: LGE LTE USB NDIS • G13 EVDO: GE CDMA USB Serial Port

LG G17 Hardware Properties• G17 LTE

Trace: GE F1 LTE USB CDC Modem Interface

Dialup: GE F1 WCDMA USB CDC Modem Interface

Network Interface: LGE F1 USB NDIS



TroubleshootingThis section provides some guidelines for troubleshooting different LTE devices with E6474A.

Figure 17 LG G17 VPN Hardware Errors

Issues that can arise are:• If you fail to set the Network Interface to the LG LTE Miniport Adapter,

the IP address will be forced into the device selected. The symptom will be that Trace information will be displayed but the Application test will fail. The fix is to select the LTE Miniport Adapter.

• Be very cautious when virtual adapters are involved. For instance Juniper Network Connect Virtual Adapter will accept the IP address but the data session will still fail (see Figure 17 on page 23). Unlike a hardware based LAN adapter, the virtual adapter will not clear even when the correct Network Interface is selected. • To clear the virtual adapter, you must open a DOS prompt and type

in the following command:

netsh interface ip set address name="Network Connect Adapter" dhcp

• To clear a hardware based LAN adapter, you can open a DOS window and type: ipconfig /release

LG G13 Connect TestFor the Connect test, the default parameters are acceptable. See Figure 18 on page 24.



For the Disconnect test, if you want to see the detach, change the Mode to Power-off Detach. Otherwise leave it at the default value of Disconnect.

Figure 18 Default Parameters for CONNECT-TEST for LG G13

LG G17 Connect TestThe Connect test for the G17 requires you to change the Device Version to G7/G17. See Figure 19 on page 25.



Figure 19 LG G17 Connect Test Parameters

For the Disconnect test, you will need to set the Device Version to G7/G17 as well.

G13 LTE to EVDO Hand-downThe G13 LTE to EVDO hand-down process is as follows:1 The packet session starts on the LTE network. 2 When signal levels drop to low, the network hands UE off to the

EVDO network. The application session always stays with the LTE LAN adapter.

3 LTE radio signals the hand-down; then it shuts down.4 EVDO radio starts up and utilizes the existing IP address.5 Data session restarts after about 5-6 seconds delay during transition.6 The session will not hand back up to LTE. It may reselect LTE if the

1xEV DO signal disappears.

E6474A can monitor the hand-down from LTE to EVDO networks. With the power requirements, currently only one radio at a time runs, so you will only see data in either the LTE views or the EVDO views. The device keeps the existing IP address and uses the existing device LAN adapter. The LTE views shows power levels and the handoff messages. The LTE radio then shuts down, and the EVDO radio starts up and acquires the radio bearer to continue the data session.



G17 LTE to UMTS-HSPA Hand-downE6474A cannot monitor the LTE to UMTS hand-down.

The G17 LTE to UMTS-HSPA hand-down process is as follows:1 The packet session starts on the LTE network. 2 When LTE signal levels drop, the network hands the UE off to

UMTS-HSPA network. The application session always stays with the LTE LAN adapter.

3 LTE radio signals hand down then shuts down.4 The UMTS radio starts up and utilizes the existing IP address.5 The data session restarts after about 5-6 seconds delay during

transition.6 The data session will not hand back up to LTE.



LG Chipset Devices (EMEA/Asia) The LG device available in EMEA/Asia is the G7. This device is not currently on sale commercially but is being used on many trial networks.

Figure 20 The LG G7 Device

In Figure 20 on page 27, the device is a Band 7 (2.6GHz) LTE and Quad Band HSPA.• LTE on this device is an LG chipset.• UMTS and HSPA use an Infineon chipset.• LTE chipset is supported by E6474A but not Infineon for

UMTS/HSPA.

The LG G7 Device is very similar to the G17 Device. The main difference is in the LTE band, it supports--Band 7 at 2.6GHz.



Windows Device Manager for LG G7 DeviceUse the following COM ports for using the G7 LTE device (see Figure 21):• Trace: GE F1 LTE USB CDC Modem Interface• Dialup: GE F1 WCDMA USB CDC Modem Interface• Network Interface: LGE F1 USB NDIS

Figure 21 Device Manager showing Ports for LG G7



Figure 22 LG G7 LTE Hardware Properties

LG G7 Device NodeUse these setting for the device node (see Figure 23):• Dial-Up Adaptor: NO (G7 device uses the LAN).• Network Monitoring Update Rate: Set this to 1 if you want to use

Windows Network Monitoring.

Figure 23 Device Node Settings for LG G7 LTE



LG G7 Connect TestThe Connect test for the G7 requires you to change the Device Version to G7/G17.

Figure 24 LG G7 Configuration for Connect Test

For the Disconnect test you will need to set the Device Version to G7/G17 as well.



Samsung Chipset Devices This section includes the following devices and how they are used with the E6474A:• Samsung GT-B3730 and GT-B3740• Samsung Galaxy S6 phones

Samsung Chipset Devices: Samsung GT-B3730 and GT-B3740E6474A supports the Samsung GT-B3730 and GT-B3740, shown in Figure 25.

Figure 25 Samsung GT-B3730 and GT-B3740

Samsung LTE DriversThe Samsung UE requires special drivers which come with the device:• Samsung Drivers (Telia Version)• Version 415.50.607.0• Contained on the virtual CD ROM on the Samsung device• Part of the Samsung Mobile Broadband 4G package

There will likely be different versions of these drivers for the different vendors who supply the devices.

The Connection Manager supplied with the device should be version 4.80 or above.



Windows Device Manager for Samsung DevicesUse the following names when using driver 1.0.160 and selecting the COM ports in Device Manager for the Samsung LTE device (see Figure 26):

Trace: Viavi sets this up automatically from the Samsung API.

Network Interface: Samsung USB LTE Control Port

Figure 26 Windows Device Manager Settings for Samsung UEs

Samsung Hardware PropertiesFor the Samsung Device, you need to set the Trace to point to the Samsung USB LTE Adapter LAN Port (see Figure 27 on page 33).

Set the Dial-Up to point to the Samsung LTE Control COM Port.



Figure 27 Selecting Hardware Properties for the Samsung LTE

Samsung Device NodeUse the following properties:• Dial-Up Adaptor: NO (The Samsung device uses the LTE LAN

Adaptor port associated with the hardware).• Network Monitoring Update Rate: Set this to 1 if you want to use

Windows Network Monitoring.

Figure 28 Device Node Settings for Samsung LTE



Samsung Connect TestFor the Samsung Connect Test, if the network needs to make use of an APN, set it in the APN field here (see Figure 29 on page 34).

Figure 29 Samsung Connect Test



Samsung Chipset Smartphone Samsung Galaxy S6 SM-G920AThis section describes how to configure the Samsung Galaxy S6 SM-G920A with E6474A.

Prerequisites for Samsung Galaxy S6 SM-G920A1 Enable the interface as shown below:

a Go to the phone dialer and enter *#0808#. b Select AP under USB.c Select RNDIS+ACM+DM+ABD under USB Settings. d Click OK to exit.

2 Install the driver for the Samsung Galaxy S6 SM-G920A device. After the installation is completed, the Windows Device Manager displays as shown in Figure 30:• One Samsung mobile USB modem• One Samsung mobile USB Remote NDIS network device• One Samsung mobile USB serial port• One Samsung Android ADB interface

Figure 30 Windows Device Manager for Samsung Galaxy S6 SM-G920A



Adding the Samsung Galaxy S6 SM-G920A to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select Samsung > Samsung Galaxy S6 SM-G920A device, and click OK.

3 In the Trace properties, set Port to Samsung Mobile USB Serial Port.

4 In the Dialup properties, set Port to Samsung Mobile USB Modem.

Adding the Samsung S6 Galaxy 920A to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S6 SM-G920A.3 In the Samsung Galaxy S6 SM-G920A properties, set the Dialup

Adapter property to No, and from the Network Interface list select Samsung Mobile USB Remote NDIS Network Device.

4 If you intend to run data sequencer tests during the drive test, verify that Mobile Wi-Fi Hotspot service is enabled in the service subscription.

5 Manually enable USB tethering on the phone by selecting Settings > Connections >Mobile Hotspot and Tethering >USB tethering. You must do this each time you connect the phone to the computer.

6 To add a Wait For Specific Technology test for the device, select the corresponding COM Port and set the Nudge Interval property to a non-zero number.

7 To add a Call Control test in the calling phone, right click the Samsung Galaxy S6 SM-G920A device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Dial, and set the Dialing Method to 3GPP ATD.

8 To add a Call Control test in the answering phone, right click the Samsung Galaxy S6 SM-G920A device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Answer, and set the Answering Method to AT Command.

NOTE: VoLTE must be disabled on this device. Go to Settings -> Mobile Networks -> Mobile Data -> Enhanced 4G LTE services, and deselect the Enhanced 4G LTE services option.



Samsung Chipset Smartphone Samsung Galaxy S6 SM-G920W8 This section describes how to configure the Samsung Galaxy S6 SM-G920W8 with E6474A.

See “VoLTE Instructions Appendix" on page 191 to setup the device for VoLTE.

Prerequisites for Samsung Galaxy S6 SM-G920W81 Install the Samsung USB driver version 1.5.51 or higher.2 Enable the interface as follows:

a Go to the phone dialer and enter *#0808#.b Select AP under USB.c Select RNDIS + DM + MODEM + ADB under USB Settings.d Click OK to exit.

3 Go to Settings -> Developer options. Enable USB debugging to put the phone in ADB mode.

e Scroll down the Developer options menu and disable Verify apps via USB.



f With the phone connected to the PC, go to Settings -> Mobile hotspot and tethering and enable USB Tethering.

4 After the installation is completed, the Windows Device Manager displays as shown in Figure 31:• One Samsung Mobile USB modem• One Samsung Mobile USB Remote NDIS network device• One Samsung Mobile USB serial port• One Samsung Android ADB interface

Figure 31 Windows Device Manager for Samsung Galaxy S6 SM-G920W8



Adding the Samsung Galaxy S6 SM-G920W8 to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application.

Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select Samsung > Sam-sung Galaxy S6 SM-G920W8, and click OK.



Enable IMS MeasurementsIn order to ensure the Samsung Galaxy S6 SM-G920W8 has access to SIP and RTP messaging for VoLTE calls, IMS Measurements need to be enabled on the device. 1 From the RANAdvisor toolbar, select Tools > Device Configuration.2 In the Device Configuration tool, click Refresh Devices to scan for

devices connected to the PC.



3 Check the IMS status for the device and do one of the following:a If the status is “Enabled,” skip to step 5.b If the status is “Disabled,” select the SM-G920W8 device and click

Enable IMS measurement. The phone will automatically reboot. While rebooting, the device is not visible in the tool.

4 When the reboot is complete and the PC has detected the SM-G920W8, it should be visible in the Device Configuration tool with an IMS Status of “Enabled.” If the device is not visible, click Refresh devices to update the Device Configuration display.

5 Click Close to exit the tool.

Adding the Samsung S6 Galaxy SM-G920W8 to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S6 SM-G920W8 device.3 In the Samsung Galaxy S6 SM-G920W8 properties, set the Dialup

Adapter property to No, and from the Network Interface list select Samsung Mobile Remote NDIS Network Device.


5 To add the Call Control test on the calling phone, right click the Samsung Galaxy S6 SM-G920W8 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial or Answer to Auto Dial, and the Dialing Method to ADB.

6 To add the Call Control test on the answering phone, right click the Samsung Galaxy S6 SM-G920W8 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer and Answering Method to ADB.

7 If you intend to run data sequencer tests during the drive test, manually enable USB tethering on the phone by selecting Settings > Connections >Mobile Hotspot and Tethering >USB tethering. You must do this each time you connect the phone to the computer. If the cable comes loose or is disconnected during the drive test you will need to re-enable USB tethering.



Samsung Chipset Smartphone Samsung Galaxy S6 SM-G928AThis section describes how to configure the Samsung Galaxy S6 SM-G928A with E6474A.


a Go to the phone dialer and enter *#0808#. b Select AP under USB.c Select RNDIS+ACM+DM+ABD under USB Settings. d Click OK to exit.

2 Install the driver for the Samsung Galaxy S6 SM-G928A device. After the installation is completed, the Windows Device Manager displays as shown in Figure 32:• One Samsung mobile USB modem• One Samsung mobile USB Remote NDIS network device• One Samsung mobile USB serial port• One Samsung Android ADB interface

Figure 32 Windows Device Manager for Samsung Galaxy S6 SM-G928A



Adding the Samsung Galaxy S6 SM-G928A to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select Samsung > Samsung Galaxy S6 SM-G928A, and click OK.

3 In the Trace properties, set the Port to Samsung Mobile USB Serial Port.

4 In the Dialup properties, set the Port to Samsung Mobile USB Modem.

Adding the Samsung S6 Galaxy SM-G928Ato the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S6 SM-G928A device.3 In the Samsung Galaxy S6 SM-G928A properties, set the Dialup

Adapter property to No, and from the Network Interface list, select Samsung Mobile USB Remote NDIS Network Device.

4 If you intend to run data sequencer tests during the drive test, manually enable USB tethering on the phone by selecting Settings > Connections >Mobile Hotspot and Tethering >USB tethering. You must do this each time you connect the phone to the computer.


6 To add a Call Control test in the calling phone, right click the Samsung Galaxy S6 SM-G928A device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Dial, and set the Dialing Method to 3GPP ATD.

7 To add a Call Control test in the answering phone, right click the Samsung Galaxy S6 SM-G928A device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Answer, and set the Answering Method to AT Command.

NOTE: VoLTE must be disabled on this device. Go to Settings -> Mobile Networks -> Mobile Data -> Enhanced 4G LTE services, and deselect the Enhanced 4G LTE services option.



Qualcomm Chipset DevicesThis section includes the following devices and how they are used with E6474A:• Pantech UML 290• Huawei E398 / E397• Bandrich C505/P530• Novatel MC551• LG LS840• LG G2 VS980• HTC Vivid• Sierra Wireless• HTC EVO 4G (Sprint)• Samsung Galaxy SIII phones• Samsung Galaxy S4 phones• Samsung Galaxy S5 phones• Samsung Galaxy S6 phones



Windows Device Driver for Qualcomm Reference Device

Figure 33 Windows Device Manager Choices for Qualcomm LTE

Qualcomm Hardware PropertiesThe Trace Port for Qualcomm LTE is Qualcomm HS-USB Diagnostics 9001 (see Figure 34 on page 45).



Figure 34 Trace Port for Qualcomm LTE--Qualcomm HS-USB Diagnostics 9001



Qualcomm Chipset Device: PantechThe Pantech UML290 device is a Qualcomm chipset-based LTE EVDO Rev A device.

When configuring this device, you will need to install the Verizon Connection Manager V7.6.0.0 and set the device properties to auto-connect the device.

Figure 35 The Pantech UML290 device

Pantech Setup ProcessTo set up the Pantech device:1 Install the Verizon Connection Manager (CM).2 Insert the Pantech device and Windows will install the drivers.3 Open the Verizon CM.4 Select Options > Preferences.



Figure 36 Setting Up the Pantech Device in Verizon CM 5 Set the Device connection preference to: LAN Adapter –

Auto-connect (see Figure 36 on page 47).6 Close the Verizon CM as it will not be needed when you run the

E6474A software.

Windows Device Manager Settings for Pantech DeviceHere are the selections in Device Manager for Pantech (see Figure 37 on page 48):• Trace: Pantech UML290 Diagnostic Port• Dialup:Pantech UML290 • Network Interface: Pantech UML290 WWAN



Figure 37 Windows Device Manager Settings for Pantech

Pantech Hardware Properties: TraceSet the Hardware Properties for Trace to: Pantech UML290 Diagnostic Port (see Figure 38 on page 49) in CDMA2000 LogMask:



Figure 38 Setting Trace for Pantech

Pantech Hardware Properties: DialupSet the Hardware Properties for Dialup to: Pantech UML290 (COM 123) under Port.

Figure 39 Defining the Dialup Port for Pantech

Pantech Device Node SettingThe Pantech Device node should have the Dialup Adaptor set to No and the Network interface should be set to the Pantech UML290 LAN Interface. The Pantech device uses the LAN.



Figure 40 Setting Device Node Properties for Pantech LTE

Pantech Connect/Disconnect TestThere is a Pantech Connect and Disconnect Test available in the test sequencer.

This test relies on the Verizon Wireless connection manager preferences being set to Auto-Connect.

Once this is set, you can exit the Verizon Wireless application. The Auto-Connect selection puts the device on the network in the background and waits for E6474A to make the final connection through to Windows.

Figure 41 Properties for Connect/Disconnect Test for Pantech



Qualcomm Chipset Devices: HuaweiThis section describes two Huawei devices:

Figure 42 Qualcomm Huawei Devices for E6474A

Qualcomm Devices have their own device manager.

When the device is plugged in to the PC, it initiates an attach to the LTE network and obtains an IP address.

The Huawei Device can be used with DUN to create a data connection through to Windows.

Figure 43 Connecting Huawei Devices

Windows Device Manager for Huawei DevicesThe Huawei device enumerates to several ports.• The DUN connection can be associated with the Mobile Broadband

Modem.• The Diagnostics port is denoted by the word Diagnostic. Both LTE

and HSPA/UMTS trace info comes from this single port.



See Figure 44 on page 52.

Figure 44 Windows Device Manager Settings for Huawei

Hardware Properties for HuaweiFor Hardware Properties, set the Trace port to the Diagnostics COM port in the dropdown menu. You can also edit log masks in this properties panel. See Figure 45 on page 53.



Figure 45 Setting Hardware Properties for Huawei

You can use the standard Dialup_Test to make the dial-up networking connection and Disconnect_Test to disconnect. This will make the routing of the IP address from the cellular modem connect through to Windows.



Qualcomm Chipset Devices: BandRichThis section describes how to set up and configure BandRich LTE device with E6474A. E6474A supports the BandLuxe C505 and BandLuxe P530 as the LTE UE with the Qualcomm chipset.

Adding the BandLuxe C505/P530 to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 To add BandLuxe C505, select BandRich LTE and click OK. To add

BandLuxe P530, select Qualcomm > QC LTE UE.4 In the Trace properties for BandLuxe C505, set the Port to BandLuxe

Wideband Control Interface. For BandLuxe P530, set the Port to BandLuxe Hotspot Control Interface.

5 In the Dialup properties for BandLuxe C505, set the Port to BandLuxe Wideband AT CMD Interface. For BandLuxe P530, set the Port to BandLuxe Hotspot AT CMD Interface.

Adding the BandLuxe C505/P530 to the Sequencer1 In the Sequencer panel, right click Service_Model.2 To add BandLuxe C505, select New > Device > BandLuxe C505

device. To add BandLuxe P530, select New > Device > QC LTE UE.3 In the BandLuxe C505 properties, set the Network Interface property

to BandLuxe Wideband Ethernet Adapter and the Dialup Adapter property to No. In the BandLuxe P530 properties, set the Dialup Adapter property to No and the Network Interface property to BandLuxe Hotspot Ethernet Adapter.

4 In the Sequencer panel, right click the BandLuxe C505/P530 device.5 Select New > Test > Connect Test (Qualcomm LTE).6 In the Connect test properties, configure the APN based on network.



Qualcomm Chipset Devices: Sierra WirelessThis section describes how to set up and configure Sierra Wireless device with E6474A. E6474A supports the Sierra Wireless as the LTE UE with the Qualcomm chipset. The figure shows the device manager when the UE is plugged in.

Figure 46 Windows Device Manager for Sierra Wireless LTE device displaying modem adapter, network adapter and ports

Adding the Sierra Wireless to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Sierra Wireless > Sierra Wireless LTE Device and click OK.4 In the Trace properties, set the Port to the Sierra Wireless DM Port.5 In the Dialup properties, set the Port to the Sierra Wireless AT

Command Port.



Adding the Sierra Wireless to the Sequencer1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Sierra Wireless LTE device.3 In the Sierra Wireless properties, set the Network Interface property

to Sierra Wireless HSPA Network Adapter and Dialup Adapter property to No.

4 In the Sequencer panel, right click Sierra Wireless LTE Device.5 Select New > Test > Sierra Wireless Connect Test, Ping Test, Sierra

Wireless Disconnect Test, etc.



Qualcomm Chipset Devices: Novatel MC551This section describes how to set up and configure Novatel MC551 device with E6474A. E6474A supports the Novatel as the LTE UE with the Qualcomm chipset. The figure shows the device manager when the UE is plugged in.

Figure 47 Windows Device Manager for Novatel LTE device displaying modem adapter, network adapter and ports

Adding the Novatel to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Novatel > Novatel LTE Device and click OK.4 In the Trace properties, set the Port to Novatel Wireless Status Port.5 In the Dialup properties, set the Port to Novatel Wireless Modem.



Adding the Novatel to the Sequencer1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Novatel LTE device.3 In the Sierra Wireless properties, set the Network Interface property

to Novatel Wireless Ethernet Adapter and Dialup Adapter property to No.

4 In the Sequencer panel, right click Novatel LTE Device.5 Select New > Test > QCLTE_Connect_Test, FTP_IPV4_6_2_Test,

QCLTE_Disconnect Test, etc.



Qualcomm Chipset Smartphone HTC VividThis section describes how to configure the HTC Vivid with E6474A.

Figure 48 the HTC Vivid Smartphone Device

Setting Up the HTC VividTo set up the HTC Vivid to work with E6474A, follow these steps:1 Plug in the phone.2 When prompted with a dialog box for the driver path, point the driver

to the appropriate path:• ADB Interface: \USB_driver_20110902_signed\

ADB_fastboot

• HTC USB Modem: \USB_driver_20110902_signed\Modem• QMI: \USB_driver_20110902_signed\QMI• HTC Ethernet Adapter – 9K: \

USB_driver_20110902_signed\Diag_Serial

3 Install the driver for the specific Windows operating system.

After you install the drivers, the Windows Device Manager displays the HTC modem, HTC Ethernet Adapter, and the Ports (COM & LPT). See Figure 49 on page 60.



Figure 49 Windows Device Manager for HTC Vivid Modem Showing Trace and Dialup Ports

Configuring the HTC Vivid ConnectionDesignate the following Hardware Properties to configure the connection:• The Trace Port for HTC Vivid is HTC Diagnostic Interface - 9K

(COM 163). See Figure 50 on page 61.



Figure 50 Trace Port for HTC Vivid• The Dialup Port for HTC Vivid is HTC USB Modem (COM 152). See

Figure 51 on page 61.

Figure 51 Dialup Port for HTC Vivid



Qualcomm Chipset Smartphone HTC EVO 4G (Sprint)This section describes how to configure the HTC EVO 4G (Sprint) with E6474A.

Prerequisites for HTC EVO 4G (Sprint)E6474A supports the device Firmware/Software version 3.16.651.3 710RD.

You must have the following two packages from the device manufacturer:• USBFunctionSwitch_sign.apk. • HTC driver which includes HTCDriver_4.0.0.003_20120827.exe in

the Driver_CL102472+ folder, and USB_driver_20120827_signed folder.

Perform the following steps to enable interfaces and install driver:1 Run HTCDriver_4.0.0.003_20120827.exe on your PC to install the

driver. 2 After installing the driver, you must install USB Function Switch

application on the phone. To install the USB Function Switch application, copy USBFunctionSwitch_sign.apk from PC to the phone, locate the apk file using the File Explorer on the phone and install it. (You can use ES File Explorer which can be obtained from Play Store.)

3 On the phone, enable Settings > Developer options > USB Debugging.

4 Select Settings > More > Mobile network sharing > USB network setting > None.

5 Run USB Function Switch application. Enable diagnostic port, modem port and RMNET interfaces by selecting the Enable button. After it is enabled, the button toggles to Disable.

6 Plug the phone to PC and install the drivers. If Windows cannot find the proper driver automatically, you can obtain the driver from USB_driver_20120827_signed directory.

7 In order to allow E6474A to auto detect the phone, every time before connecting the phone to PC, enable ADB, diagnostic port, modem port, and RMNET interfaces as described in Step 5.



Adding the HTC EVO 4G (Sprint) To set up the HTC EVO 4G (Sprint) to work with E6474A, follow these steps:1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select HTC > HTC EVO 4G (Sprint) device and click OK. 4 In the Trace properties, set the Port to HTC Diagnostic Interface. 5 In the Dialup properties, set the Port to HTC USB Modem.

Adding HTC EVO 4G (Sprint) to the Sequencer Panel1 In the Sequencer panel, right click Service_Model. 2 Select New > Device > HTC EVO 4G (Sprint) device. 3 In the HTC EVO 4G (Sprint) properties, set the Dialup Adapter to

No, and from the Network Interface list, select HTC Ethernet Adapter.

4 To add a Connect test, right click the HTC EVO 4G (Sprint) device and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties.

5 To add a Disconnect test, right click the HTC EVO 4G (Sprint) device and select New > Test > Disconnect Test (Qualcomm).

6 To add a Call Control test in the calling phone, right click the HTC EVO 4G (Sprint) device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Dial, set Technology to Unspecified, and do one of the following:• Set the Dialing Method to CDMA QC Call Origination Request,

and select the Call Type to EVRC or • Set the Dialing Method to CDMA AT Voice, and select COM Port

to HTC USB Modem or • Set the Dialing Method to ADB.

Note: The HTC EVO 4G (Sprint) supports SV-LTE (Simultaneous Voice – LTE), which supports voice in CDMA and data in LTE at the same time.

7 To add a Call Control test in the Answering Phone, right click the HTC EVO 4G (Sprint) device and select New > Test > Call Control Test. In the Call Control test properties, set Dial Or Answer to Auto Answer and Answering Method to ADB.



Qualcomm Chipset Smartphone LS840This section describes how to set up and configure the LS840 with E6474A.

Follow these steps:1 Install the LS840 USB Device Drivers on your PC:

LGUnitedMobileDriver_S4981CAN36AP22_ML_WHQL_Ver_3.6

2 Plug in the LS840.3 Go to Settings > Wireless & Networks > Tethering & portable

hotspot and select the USB tethering check box. You must select this check box to enable the Network Interface via USB). See Figure 52 on page 64.

Figure 52 Enabling the Network Interface via USB for the LS8404 The Windows Device Manager displays port information as shown in




Figure 53 Windows Device Manager Displaying Ports for LS840

The Windows Device Manager should show the following:1 LGE AndroidNet USB Modem (used with Dialup)

2 LGE AndroidNet NDSI Ethernet Adapter (used with the Network Adapter). You can verify the connection information in a DOS window as shown in Figure 54 on page 65.

Figure 54 Network Connections in DOS Window for LS840

On a Windows 7 PC, you can select Start > Control Panel to view the network connections, as shown in Figure 55 on page 66.



Figure 55 LS840 Network Connections in Control Panel on Windows 73 LGE AndroidNet for Diagnostics Port (used to trace LTE Data).

4 LGE AndroidNet USB GPS NMEA Port.

5 LGE AndroidNet USB Serial Port (used to trace EVDO data).5 Select the LG LS840 device for LTE and use it to configure it in

E6474A as shown in Figure 56 on page 66.

Figure 56 Selecting the LS840 Device for LTE to Configure It in E6474A

6 In the Trace properties, set Port to LGE AndroidNet for Diagnostics Port and Port (CDMA) to LGE AndroidNet USB Serial Port.

7 In the Dialup properties, set Port to USB Modem as shown in Figure 57 on page 67.



Figure 57 Setting the Dialup Port for LS840

Adding LG LS840 to the Sequencer Panel1 In the Sequencer panel, right click SERVICE_MODEL.2 Select New > Device > LG LS840.3 In the LS840 properties, set Dialup Adapter to No and select the

device network adapter from the Network Interface list.4 To add a sequencer test, right click the device and select a test from

the New > Test menu.

Using Multiple LS840 DevicesWhen you use multiple LS840 devices, use the Android Multiple Device IP Assignment feature to assign unique Network Adapter settings for each device.

Figure 58 Selecting the Android Multiple Device IP Assignment Option



Run the Android Multiple Device IP Assignment Test once to define the following settings:• IP Address• Subnet Mask• Default Gateway• DNS Server


Figure 59 Running the Android Multiple Device IP Assignment Test

AT Commands for LTEUse the following AT commands for the LS840:• PDN Context Setting

AT+CGDCONT=<cid>, <PDP_Type>, <APN>, <PDP_addr>,<d_comp>, <h_comp> Ex)

Example: at+cgdcont=1,”IP”,”apn_1”• PDN Connect/Disconnect

AT+CGACT= [<state> [,<cid> [,<cid>[,…]]]] Ex)

Example: at+cgact=1,1 (Connect PDN)

Example: at+cgact=0,1 (Disconnect PDN)• Normal/Poweroff Detach

at+cgatt=0 (Normal Detach)

at+cgatt=2 (Power off Detach



• Check IP Address of Modem

AT+CGPADDR= [<cid> [,<cid> [,…]]] Ex)

Example: at+cgpaddr=1

You can add tests after you have configured the LS840.



Qualcomm Chipset Smartphone LG G2 VS980

Configuring the LG G2 VS980 for the VoLTE

Prerequisites • The supported firmware version is

VS98023P-M8974A-AAAANAZM-2.0.20062.• You must root the device. See “Step 7: Install and setup SuperSU

app" on page 199 for details.• After rooting the device, go to the device Apps. Open the SuperSU

application > SETTINGS tab, set Default access to Grant.• Download and install the BusyBox app from the Play Store on the

device. Do not change the default installation path “/system/xbin”. The BusyBox app is needed for the TCPDump Piper Manager to capture SIP signalling for controlling voice over LTE networks.

Perform the following steps to configure the LG G2 VS980 device for the VoLTE:• Enable the VoLTE call from the device Settings > Tethering &

networks > Mobile networks > VoLTE call.• Disable the security check from the device Settings > Security >

Verify apps (uncheck it).• Enable the Developer Options as shown below:

a Go to the device Settings > About phone > Software information.

b Tap on the Build Number field approximately seven times until you see the message “Developer enabled”.

c Go to the device Settings > Developer options, and enable USB debugging.

• Go to the device Settings > PC connection, and select Ask upon connecting.



• Each time the phone is connected to the PC using an USB cable, you must select the Ethernet option from the device Settings > General > PC connection > Select USB connection method > Internet connection.

• When you plug in the device for the first time or start the E6474A application, if you see a pop-up dialog Allow USB Debugging?, select Always allow from this computer and click the OK button.

Configuring the LG G2 VS980 with E6474A

Prerequisites • Install the LG G2 VS980 driver from

http://www.lg.com/us/support-mobile/lg-VS980



• Enable the RNDIS interface as shown below: a Enable the Ethernet connection from the device Settings >

General > PC connection > Select USB connection method > Internet connection > Ethernet.

b Set up a network connection by turning on the Mobile data from the device Settings > Mobile data.

c Turn on the Mobile Broadband connection from the device Settings > Tethering & networks > Mobile Broadband Connect.



d Uncheck Internet Protocol Version 6 (TCP/IPv6) as shown below:

a) Select Start > Control Panel > Network and Sharing Center > Change adapter settings.b) Right click on the network connection containing LGE AndoridNet for VZW NDIS Ethernet Adapter and select Properties.c) Go to the Networking tab and uncheck the Internet Protocol Version 6 (TCP/IPv6) option.

After a successful installation of drivers, the Windows Device Manager will display as shown below (one LG mobile NDIS network device, one LG mobile USB serial port and one LG mobile USB modem).



Figure 60 Windows Device Manager LG G2 VS980

Adding the LG G2 VS980 to the E6474A Project 1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device, as the auto detection is enabled by default (Tools > Options > Others > Enable Auto Device Detection).

Adding LG G2 VS980 to the Sequencer Panel Note: The Connect test is not needed to setup a network connection for the LG AndroindNet for VZW NDIS Ethernet Adapter.

But the MOS score calculation takes about 5 to 7 seconds after a clip of recording is done, depending on the hardware horse power of the phone as well as the sample rate of the reference speech file chosen. So, if user choses the 4-second SWB reference, the first MOS score from caller will be reported upon about 5+7 = 12th second after the call gets connected, the first from answerer will arrive upon about 6+5+7=18th second.

1 In the Sequencer panel, right click Service_Model. 2 Select New > Device > LG G2 VS980 device and click OK.3 In the LG G2 VS980 properties, set Dialup Adapter to No, select LG

AndroidNet VZW NDIS Ethernet Adapter from the Network Interface list.

4 To add the Call Control test in the Calling phone, right click the LG G2 VS980 device and select New > Test > Call Control Test, set Dial Or Answer to Auto Dial and Dialing Method to ADB.



5 To add the Call Control test in the Answering phone, right click the LG G2 VS980 device and select New > Test > Call Control Test, set Dial Or Answer to Auto Answer, Answering Method to ADB, and COM Port to LGE AndroidNet VZW USB Modem.

Limitations • You must enable the RNDIS interface as described in the

Prerequisites section whenever you connect and disconnect the USB cable OR reboot the device.

• The device does not support the SMS test and WAIT_FOR_SPECIFIC_TECHNOLOGY test.



Qualcomm Chipset Smartphone MTP8974This section describes how to configure the Qualcomm reference phone MTP8974 with E6474A.

Prerequisites for Qualcomm MTP8974• The OS image should be built properly and downloaded to the

MTP8974 device along with the calibration files. • Install the driver. As the driver is not yet signed by Microsoft on the

Windows 7 OS 64bit, you must disable the driver signature enforcement as shown below:a During boot-up, continuously press <F8> to get to the Advanced

Boot option.b Select Disable Driver Signature Enforcement in the menu. c Press the <Enter> key and continue the boot process.

This setting is not permanent. Each time when you boot the computer, you will need to repeat the above steps.

Figure 61 Windows Device Manager for MTP8974

After the driver installation, MTP8974 will show one modem port, one network adapter, one diagnostics port, and one NMEA port without any exclamation mark in the Device Manager.



Adding the Qualcomm MTP8974 to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Qualcomm > Qualcomm MTP8974 and click OK. 4 In the Trace properties, set the Port to the diagnostics port. 5 In the Dialup properties, set the Port to the modem port.

Adding Qualcomm MTP8974 to the Sequencer Panel 1 In the Sequencer panel, right click Service_Model. 2 Select New > Device > Qualcomm MTP8974. 3 In the Qualcomm MTP8974 properties, set Dialup Adapter to No,

select the device network adapter from the Network Interface list.4 To add the Connect test, right click the device and select New > Test

> Connect Test (Qualcomm). Input APN in the Connect test properties.

Note: Make sure you uncheck the Settings->More->Mobile networks->Data enabled option from the device.

5 To add the Disconnect test, right click the device and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test as a calling phone, right click the device and select New > Test > Call Control Test.a In the Call Control test properties, set Dial Or Answer as Auto

Dial. b If voice is over GSM/UMTS/LTE, select Dialing Method as 3GPP

ATD.c If voice is over CDMA, select Dialing Method as CDMA QC Call

Origination Request, and Call Type as EVRC.7 To add the Call Control test as an answering phone, right click the

device and select New > Test > Call Control Test. a In the Call Control test properties, set Dial Or Answer as Auto

Answer, Answering Method as AT command.

Note: If during the recording, the device loses connection with the computer, E6474A will generate a cable alarm. When you reconnect the phone to the computer, E6474A will not resume the recording automatically. You will have to restart the recording.



Qualcomm Chipset Smartphone Motorola Moto XT1096This section describes how to configure the Moto XT1096 with E6474A.

Prerequisites for Motorola Moto XT1096 1 Disable the PC integrity checks as follows:

Log in as an administrator, open the command prompt and enter the following: a. bcdedit -set loadoptions DISABLE_INTEGRITY_CHECKSb. bcdedit -set TESTSIGNING ONc. Reboot the PC.

2 Install the driver from Motorola.3 Boot the phone in the QCOM mode as shown below:

a Press the Volume Down and the Power keys at the same time, hold for about 3 seconds.

b Release the keys at the same time. You will see the Boot Mode Selection Menu.

c Use the Volume Down key to scroll to QCOM.d Press the Volume Up key to select QCOM, the phone will reboot

to the QCOM mode.e Connect the phone to the PC with a USB cable. The Windows

Device Manager displays as shown below:• One Qualcomm Android Modem• One Qualcomm Wireless HS-USB Ethernet Adapter• One Qualcomm HS-USB Diagnostics port• One Qualcomm HS-USB NMEA port



Figure 62 Windows Device Manage for Moto XT1096f Each time you start the phone, detach it from the PC and repeat

the steps a to e.4 Go to the device Settings > Data usage > Cellular data menu and

disable Cellular data. This step will prevent conflicts with the command to connect/disconnect the network adapter.

5 It is recommended to reboot the phone in the QCOM mode before performing the drive test.

Adding the Qualcomm Motorola Moto XT1096 to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device. 3 To configure band forcing, click the QC Forcing Functions field in

the Trace properties and follow the steps in the Online Help to apply forcing.

Note: If you force the Moto XT1096 to LTE only, the phone will report no service. In order to avoid this, if you are going to test the device on a specific LTE band, force the phone to the intended LTE band along with the supported CDMA bands. Do not configure any



EARFCN forcing or PCI forcing on the Moto XT1096, as this will force the phone to LTE only.

Adding Qualcomm Motorola Moto XT1096 to the Sequencer Panel Notes:• Disconnecting and reconnecting Moto XT1096 to the PC is not

supported during the drive test.• Voice MOS test is not supported on Moto XT1096. • The voice and data tests will not work simultaneously on Moto

XT1096. 1 In the Sequencer panel, right click SERVICE_MODEL.2 Select New > Device > Moto XT1096. 3 In the Moto XT1096 properties, set Dialup Adapter to No, select

Qualcomm Wireless HS-USB Ethernet Adapter from the Network Interface list.

4 If the data tests are to be carried out during the drive test, add the Connect test to establish a network connection. To add the Connect test, right click Moto XT1096 Device and select New > Test > Connect Test (Qualcomm). Input the 3GPP Profile ID as 3 and a proper APN in the Connect test properties.

5 To add the Disconnect test, right click Moto XT1096 Device and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test, right click Moto XT1096 Device and select New > Test > Call Control Test. • In the Call Control test properties of the calling phone, set Dial Or

Answer to Auto Dial, Dialing Method to CDMA AT Voice, and COM Port to Qualcomm Android Modem.

• In the Call Control test properties of the answering phone, set Dial Or Answer to Auto Answer, Answering Method to AT Command, COM Port to Qualcomm Android Modem.



Qualcomm Chipset Smartphone Samsung Galaxy SIII SGH-I747/SGH-T999This section describes how to configure the Samsung SIII SGH-I747/SGH-T999 with E6474A.

Prerequisites for Samsung Galaxy SIII - SGH I747/SGH-T999First, you must enable the interface by performing the following steps:1 Dial *#7284#.2 Under UART, select PDA.3 Click Qualcomm USB Settings.4 Select RMNET + DM + MODEM.5 Click OK.6 Press the device home button to exit

After enabling the interface, install the driver. Samsung SIII requires you to have Samsung Kies installed on your Windows PC for Windows to recognize your Samsung device. To install the latest version of Kies software:1 Go to http://www.samsung.com/us/kies2 Select Download Kies [Windows].3 Run Kies executable.4 Select Finish to complete the installation.

After installation, the Windows Device Manager displays as shown below.



Figure 63 Windows Device Manager for Samsung SIII

Adding the Samsung SIII to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy SIII/Galaxy Rugby Pro device

and click OK.4 In the Trace properties, set the Port to Samsung Mobile USB Serial

Port.5 In the Dialup properties, set the Port to Samsung Mobile USB

Modem.

Adding Samsung SIII to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII/Galaxy Rugby Pro

device.



3 In the Samsung Galaxy SIII/Galaxy Rugby Pro properties, set the Dialup Adapter to No, and from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro device and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties and select Detach from Network from the Action on logging end list.

5 To add the Disconnect test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro Device and select New > Test > Disconnect Test (Qualcomm). Select Detach from Network from the Action list in the Disconnect test properties

6 To add the Call Control test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro Device and select New > Test > Call Control Test. Set the Dialing Method to 3GPP ATD, and select the COM Port to Samsung Mobile USB Modem.



Qualcomm Chipset Smartphone Samsung Galaxy SIII GT-I9305This section describes how to configure the Samsung SIII GT-I9305 with E6474A.

The phone supports three different modes: RNDIS, ADB, and Modem.

The recommended configuration is to use the RNDIS mode for performing voice and data tests. If the outgoing voice calls do not work in the RNDIS mode due to the Operator/Network settings, configure the device to the ADB mode. To auto answer the incoming calls, configure the phone to the Modem mode.

Prerequisites for Samsung SIII GT-I9305 (ADB and RNDIS)1 Install the Samsung Galaxy SIII GT-I9305 driver.2 Dial *#9090#. 3 Under DIAG CONFIG, select [2]DM/DUN over HSIC(*) and [5] DBG

MSG ON(*).4 To enable the RNDIS mode, perform the steps as shown below

otherwise go to step 5:a Dial *#7284#.b Under USB, select PDA.c Under Qualcomm USB Settings > PhoneUtil, select RNDIS +

DM + MODEM. d Click OK.e Go to the device Settings > Developer options and enable USB

debugging.f Connect the phone to your PC.g Go to the device Settings > More settings > Tethering and

portable hotspot and enable USB tethering.5 To enable the ADB mode, perform the steps as shown below:

a Dial *#7284#.b Under USB, select PDA.c Under Qualcomm USB Settings > PhoneUtil, select DM +

MODEM + ADB.d Click OK.



Prerequisites for Samsung SIII GT-I9305 (Modem)1 Install the Qualcomm USB Network/Serial drivers on your PC.

Contact the vendor for the driver details.2 Dial *#9090#. 3 Under DIAG CONFIG, select DM over HS-USB.4 To enable the Modem mode, perform the steps as shown below:

a Dial *#7284#.b Under USB, select MODEM.c Under Qualcomm USB Settings > PhoneUtil, select DM +

MODEM + ADB. d Click OK.e Connect the phone to the PC.f Go to the device Settings > More settings > Tethering and

portable hotspot and disable USB tethering.

Figure 64 Windows Device Manager for Samsung Galaxy SIII GT-I9305 (RNDIS Interface)



Figure 65 Windows Device Manager for Samsung Galaxy SIII GT-I9305 (ADB Interface)



Figure 66 Windows Device Manager for Samsung Galaxy SIII GT-I9305 (Modem Interface)

Adding the Samsung Galaxy SIII to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device when it is connected to the PC.3 If you are using the phone in the RNDIS or ADB mode then in the

Trace properties, set Port to Samsung Mobile USB Serial Port. If you are using the phone in the Modem mode then in the Trace properties, set Port to Qualcomm HS-USB Diagnostics Port.

Adding the Samsung Galaxy SIII to the Sequencer Panel (RNDIS)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII.3 In the Samsung Galaxy SIII properties, set Network Interface to

SAMSUNG Mobile USB Remote NDIS Network Device. After configuring the properties, you can add the desired sequencer tests. If you are adding the Call Control test, ensure that in the Call Control Test properties, Dialling Method is set to QC Call Origination Request.



Adding the Samsung Galaxy SIII to the Sequencer Panel (ADB)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII.3 If you are adding the Call Control test, set Dialing Method to ADB.

Using the Samsung Galaxy SIII to Auto Answer an Incoming call (Modem)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII.3 In the Call Control test properties, set Answering Method to AT

command.



Qualcomm Chipset Smartphone Samsung Galaxy SIII SCH-I535/SPH-L710This section describes how to configure the Samsung Galaxy SIII SCH I535 / SPH-L710 with E6474A.

Prerequisites for Samsung Galaxy SIII SCH-I535 / SPH-L710First, you must enable the interface by performing the following steps:

For Samsung Galaxy SIII SCH-I5351 Dial *#22745927.2 Under Enable/Disable Hidden Menu, select Hidden Menu

Disabled.3 Select Enable and click OK. The hidden menu option will be enabled.

Click the device back button.4 Dial *#7284#.5 Under UART, select PDA.6 Click Qualcomm USB Settings.7 Select RMNET + DM + MODEM.8 Click OK.9 Press the device home button to exit.

For Samsung Galaxy SIII SPH-L7101 Dial ##3424#.2 When the PhoneUtil dialog box opens, select PDA.3 Tap Qualcomm USB Settings.4 Select RmNet+DM+Modem.5 Tap OK.6 Press the device home button to exit.

After enabling the interface, install the driver. Samsung SIII requires you to have Samsung Kies installed on your Windows PC for Windows to recognize your Samsung device. To install the latest version of Kies software:1 Go to http://www.samsung.com/us/kies2 Select Download Kies [Windows].3 Run the Kies executable.4 Select Finish to complete the installation.




Figure 67 Windows Device Manager for Samsung SIII

Adding the Samsung SIII to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy SIII and click OK.4 In the Trace properties, set the Port to the Samsung Mobile USB

Serial Port.5 In the Dialup properties, set the Port to Samsung Mobile USB

Modem.



Adding Samsung SIII to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII device.3 In the Samsung Galaxy SIII properties, set Dialup Adapter to No,

and from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the Samsung Galaxy SIII device and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect Test properties. It is recommended to select Close Connection in the Action on logging end property, so that the phone would not attempt EVDO after the logging is stopped.

5 To add the Disconnect test, right click the Samsung Galaxy SIII device and select New > Test > Disconnect Test (Qualcomm). It is recommended to select Close Connection in the Action property, so that the phone would not attempt EVDO in the next Connect test after the Disconnect test.

6 To add the Call Control test as a Calling Phone, right click the Samsung Galaxy SIII device and select New > Test > Call Control Test. In the Call Control Test properties, set Technology as Unspecified and do either of the following:• Set the Dialing Method to CDMA AT Voice, and select the COM

Port to Samsung Mobile USB Modem, or • Set the Dialing Method to CDMA QC Call Origination Request,

and select the Call Type to EVRC.Note: SCH-I535/SPH-L710 supports SV-LTE (Simultaneous Voice – LTE), which supports voice in CDMA and data in LTE at the same time.



Qualcomm Chipset Smartphone Samsung Galaxy Note 3 SM-N900TSee “VoLTE Instructions Appendix" on page 191 to setup the device for VoLTE.

Configuring the Samsung Galaxy Note 3 SM-N900T with E6474APrerequisites 1 Install the driver.2 Enable the interface as shown below:

a Dial *#0808#. This will bring up the USB Settings menu.b Select AP under USB. c Select DM + MODEM + ADB under USB Settings.d Reboot the device.

Ensure that the Windows Device Manager displays as shown below.

Figure 68 Windows Device Manager for Samsung Galaxy Note 3

Adding the Samsung Galaxy Note 3 SM-N900T to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device, as the auto detection is enabled by default (Tools > Options > Others > Enable Auto Device Detection).

3 In the Trace properties, set Port to Samsung Mobile USB Serial Port which corresponds to the port on the connected device.

4 In the Dialup properties, set Port to Samsung Mobile USB Modem.5 To configure preferred EARFCN/UARFCN, band/technology forcing

or PCI forcing, click on the QC Forcing Functions in the Trace properties, and follow the steps described in the Online Help to apply the forcing function.



Adding Samsung Galaxy Note 3 SM-N900T to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy Note 3 SM-N900T

device.3 In the Samsung Galaxy Note 3 SM-N900T properties, set Dialup

Adapter to Yes, and choose the Dialup interface that uses the Samsung Mobile USB Modem exposed by Samsung Galaxy Note 3 SM-N900T.Note: Some carriers require setting APN. If required, set Modem APN Overwrite as Yes and set the Additional Modem String for APN property with the command for the correct APN. (For example AT+CGDCONT=1,"IP","internet", where “internet” is the APN).

4 To add the Call Control test as a Calling phone, right click the Samsung Galaxy Note 3 SM-N900T device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer to Auto Dial, Dialing Method to ADB, and Technology as Unspecified.

5 To add the Call Control test as an Answering phone, right click the Samsung Galaxy Note 3 SM-N900T device and select New > Test > Call Control Test. In the Call Control test properties, set Dial Or Answer to Auto Answer, Answering Method as ADB.



Qualcomm Chipset Smartphone Samsung Galaxy Note Edge SM-N915V (Verizon)

Prerequisites for Samsung Galaxy Note Edge SM-N915V1 Enable the interface as shown below:

a Dial *#0808#. This will bring up the USB Settings menu.b Select AP under USB. c Select ADB + DM + MODEM under USB Settings.d Click the OK button to save the settings and exit.

2 Install the driver for the Samsung Galaxy Note Edge SM-N915V. After the installation is completed, the Windows Device Manager displays as shown below:

Figure 69 Windows Device Manager for Samsung Galaxy Note Edge SM-N915V

Adding the Samsung Galaxy Note Edge SM-N915V to the E6474A Project1 Open E6474A.2 Connect the device to the PC using a USB cable. The application will

automatically detect the device.



Adding Samsung Galaxy Note Edge SM-N915V to the Sequencer Panel (ADB+DM+MODEM)NOTES• These instructions assume that only mobile data testing will be

carried out and VoLTE voice testing will not be performed. • The SMS test does not work with this interface. • The voice and data tests will not work in parallel.

1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Note Edge SM-N915V.3 In the Samsung Note Edge SM-N915V properties, set Dialup

Adapter to Yes, and from the Dialup interface list, select an appropriate dialup connection.

4 If the data tests are to be carried out during the drive test, add the Dialup test to establish a network connection before adding the data tests. To add the Dialup test, right click Samsung Galaxy Note Edge SM-N915V and select New > Test > Dialup.

5 To add the Disconnect test, right click Samsung Note Edge SM-N915V and select New > Test > Disconnect.

6 To add the Call Control test in the calling phone, right click Samsung Note Edge SM-N915V Device and select New > Test > Call Control Test. In the Call Control test properties, set Dial Or Answer as Auto Dial, Dialing Method to CDMA AT Voice.

7 To add the Call Control test in the answering phone, right click Samsung Note Edge SM-N915V Device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer as Auto Answer, and Answering Method to AT Command.



Qualcomm Chipset Smartphone Samsung Galaxy S4 SGH-I337/GT-I9505This section describes how to configure the Samsung Galaxy S4 SGH-I337/GT-I9505 device with E6474A.

Prerequisites for Samsung Galaxy S4 - SGH I337/GT-I9505First, you must enable the interface by the following steps:1 Dial *#9090#, enable [2]DM/DUN over HSIC. This will restart the

phone.Warning: Be careful NOT to enable [3]DM/DUN/RmNET over HSUSB[]. Enabling it will damage the phone.

2 Dial *#9090# and select [5]DBG MSG ON. 3 Dial *#7284#, select PDA. Press the back button on your device.

Note: On some devices, this step may not display menu. If that is the case, you can skip this step.

4 Dial *#0808#, select AP under USB, select RMNET + DM + MODEM under USB Settings. Click OK.

After enabling the interface, install the driver. The Samsung Galaxy S4 device requires you to have Samsung Kies installed on your Windows PC for Windows to recognize your Samsung device. To install the latest version of Kies software:1 Go to http://www.samsung.com/us/kies2 Select Download Kies [Windows].3 Run Kies executable.4 Select Finish to complete the installation.

Adding the Samsung S4 to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy S4 and click OK.4 In the Trace properties, set Port to Samsung Mobile USB Serial

Port. You must select the one with the Hardware Id suffix MI_01.

To view the Hardware Id, go to Device Manager, right click one of the ports and select Properties from the context menu. From the Properties dialog box, click the Details tab and select Hardware Ids from the list box. You must see the suffix MI_01. If you do not see this Hardware ID, repeat the step for a different port.

5 In the Dialup properties, set the port to Samsung Mobile USB Modem.



Adding Samsung S4 to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4.3 In the Samsung Galaxy S4 properties, set Dialup Adapter to No, and

from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add a Connect test, right click the Samsung Galaxy S4 device and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties.Note: APN is composed of two parts: APN Network Identifier (NI) and APN Operator Identifier (OI). Refer to Section 9, 3GPP TS23.007 for more details. For example, in the SUNSURF.MNC003.MCC525.GPRS, SUNSURF is APN NI, MNC003.MCC525.GPRS is APN OI. We recommend to input APN in full, including NI and OI, in the connect test properties, although sometimes the connect test works with only APN NI without OI.

5 To add a disconnect test, right click the Samsung Galaxy S4 device and select New > Test > Disconnect Test (Qualcomm).

6 To add a Call Control test, right click the Samsung Galaxy S4 device and select New > Test > Call Control Test. Set Dialing Method to 3GPP ATD, and set COM Port to Samsung Mobile USB Modem.



Qualcomm Chipset Smartphone Samsung Galaxy S4 GT-I9506This section describes how to configure the Samsung Galaxy S4 GT-I9506 device with E6474A.

Prerequisites for Samsung Galaxy S4 GT-I9506First, you must enable the interface by following the steps below:• Dial *#0808#, select AP under USB, and RMNET + DM + MODEM

under USB Settings. Click OK.

After enabling the interface, install the driver. The Samsung Galaxy S4 device requires you to have Samsung Kies installed on your Windows PC for Windows to recognize your Samsung device. To install the latest version of Kies software:1 Go to http://www.samsung.com/us/kies.2 Select Download Kies [Windows].3 Run the Kies executable.4 Select Finish to complete the installation.

Adding the Samsung Galaxy S4 GT-I9506 to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy S4 GT-I9506 and click OK.4 In the Trace properties, set Port to Samsung Mobile USB Serial

Port. 5 In the Dialup properties, set Port to Samsung Mobile USB Modem.

Adding the Samsung Galaxy S4 GT- I9506 to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4 GT-I9506.3 In the Samsung Galaxy S4 properties, set Dialup Adapter to No, and

from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the device and select New > Test > Connect Test (Qualcomm). Enter the APN for the data network you are testing.

Note: For the connect test to work properly, make sure you disable



Mobile data option from the device Settings->More networks->Mobile networks.

5 To add the Disconnect test, right click the device and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test, right click the device and select New > Test > Call Control Test. For the MO call control, set Dial Or Answer to Auto Dial and Dialing Method to 3GPP ATD. For the MT call control, set Dial Or Answer to Auto Answer and Answering Method to AT Command. Set COM Port to Samsung Mobile USB Modem.



Qualcomm Chipset Smartphone Samsung Galaxy S4 SCH-I545This section describes how to configure the Samsung Galaxy S4 SCH- I545 with E6474A. The supported firmware versions are I545VRUEMK2 (commercial version) and I545OYUEMJ7 (developer version). Before using the Samsung Galaxy S4 SCH-I545, it is recommended to reboot the phone.

Prerequisites for Samsung Galaxy S4 SCH-I545First, install the Samsung Kies driver on your Windows PC to recognize the Samsung device. To install the latest version of the Kies software:1 Go to http://www.samsung.com/us/kies.2 Select DOWNLOAD FOR WINDOWS.3 Select DOWNLOAD KIES.4 Run the Kies executable. 5 Select Finish to complete the installation.

After installing the driver, enable the interfaces as shown below:1 Download and install PhoneUtil.apk on your phone.2 Install Util.apk on your phone. You can get OpenPhoneUtil.apk from

the E6474A installation directory. For example, on Windows 7, you can find it under c:\Program Files (x86)\Agilent Technologies\E6474A-X\Tools.

3 After installing OpenPhoneUtil.apk i. Click OpenPhoneUtil.ii. Select PDA under UART.iii. Click Qualcomm USB Settings.iv. Select RMNET+DM+MODEM.v. Click OK.vi. Press the device home button to exit.

After enabling the interfaces, go to the device Settings > More Settings > Mobile Networks, and uncheck Mobile Data.

Adding the Samsung Galaxy S4 SCH-I545 to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy S4 SCH-I545 and click OK.4 In the Trace properties, set the Port to the Samsung Mobile USB

Serial Port. You must select the port with the Hardware ID suffixed MI_01.



To view the Hardware ID, open the Device Manager on your computer. Right click Samsung Mobile USB Serial Port, select Properties. Go to the Details tab > Hardware IDs.


6 To force the device to certain bands, under Hardware, select Trace > QC Forcing Functions. Click Select to Edit. This opens the QC Forcing Functions dialog box. Under the Band and RAT Forcing tab, select the RMNET interface which corresponds to the connected Samsung S4 device, and the desired bands. Click Apply Forcing.

Adding the Samsung Galaxy S4 SCH-I545 to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4 SCH-I545.3 In the Samsung Galaxy S4 SCH-I545 properties, set Dialup

Adapter to No, and from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the Samsung Galaxy S4 SCH-I545 device and select New > Test > Connect Test (Qualcomm). Input the APN and 3GPP Profile ID for the network you are testing.Note: When testing in the Verizon LTE network with a valid Verizon SIM card, the 3GPP Profile ID is 3 and APN is VZWINTERNET.

5 To add the Call Control test as a calling phone, right click the Samsung Galaxy S4 SCH-I545 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, Technology as Unspecified and do any one of the following:

Set Dialing Method to CDMA QC Call Origination Request, and Call Type to EVRC. OR

Set Dialing Method to CDMA AT Voice, and COM Port to Samsung Mobile USB Modem.

Note: The Samsung Galaxy SCH-I545 supports SV-LTE (Simultaneous Voice – LTE), which supports voice in CDMA and data in LTE at the same time.

6 To add the Call Control test as an answering phone, right click the Samsung Galaxy S4 SCH-I545 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or



Answer as Auto Answer, Answering Method to AT Command, and the COM Port to Samsung Mobile USB Modem.

Qualcomm Chipset Smartphone Samsung Galaxy S4 SGH-I257

Configuring the Samsung Galaxy S4 SGH-I257 for the Samsung IMS Solution (VoLTE)

Prerequisites • The SGH-I257 device needs to be rooted. See “Step 6: Rooting the

device" on page 196 for details.• The firmware version should be the one that supports the dial-up

functionality, for example, Kernel version - 3.4.0.2653540-eng, Baseband version - I257UCU2AND8.

Perform the following steps to configure the SGH-I257 device for the Samsung IMS solution:1 Enable the USB debugging as shown below:

a Go to the device Settings.b Select the More tab.c Go to the Developer Options and select USB debugging.

2 Enable the interface as shown below:a Go to the phone dialer and enter *#0808#. This will show the

USBSettings screen.b Under USB, make sure [AP] is selected.c Under the USB Settings, make sure [DM+MODEM+ADB] is

selected.d Click OK.

3 When you plug in the device to the PC for the first time, you will see a dialog box with the message “Allow USB debugging?”. Select Always allow from this computer, and click OK.



4 Enable Hasati as shown below. The Hasati application is needed to collect VoLTE IMS parametric data from the phone.a Go to the device Apps and open the VoLTE Configuration Menu

application.b Click IMS VoLTE Settings.c Go to the SIP Settings.d Select the Enable Hasati option to enable the SIPMETRICS UDS

(Unix Domain Socket)e Re-boot the phone. After rebooting the phone, if you want to check

whether the SIPMETRICS UDS is correctly enabled, run adb shell “lsof | grep SIP” on the DOS window of your computer. Make sure you have inserted the SIM card in your device otherwise the SIPMETRICS information will not be seen.

Configuring the Samsung Galaxy S4 SGH-I257 with E6474A

Prerequisites for Samsung Galaxy S4 SGH-I257 1 Install the Samsung Galaxy S4 SGH-I257 USB driver for the mobile

phone.2 Enable the interfaces as shown below:

a Go to the phone dialer and enter *#0808#. This will bring the USBSettings screen.

b Under USB, make sure [AP] is selected.c Under the USB Settings, make sure [DM+MODEM+ADB] is

selected.d Reboot the device.

3 After enabling the interfaces, go to the device Settings > More Settings > Mobile Networks, and uncheck Mobile Data.

Adding the Samsung Galaxy S4 SGH-I257 to the E6474A Project 1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens. 3 Select Samsung > Samsung Galaxy S4 SGH-I257 and click OK.4 In the Trace properties, set the Port to the Samsung Mobile USB

Serial Port which corresponds to the port on the connected Samsung Galaxy S4 device.




6 To force the device to certain bands, in the E6474A application, under Hardware, select Trace > QC Forcing Functions. Click Select to Edit. This opens the QC Forcing Functions dialog box. Under the Band and RAT Forcing tab, select the RMNET interface which corresponds to the connected Samsung S4 device, and the desired bands. Click Apply Forcing.

Adding the Samsung Galaxy S4 SGH-I257 to the Sequencer Panel

Note: It is recommended to reboot the phone before performing a test.

1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4 SGH-I257.3 In the Samsung Galaxy S4 SGH-I257 properties, set Dialup Adapter

to Yes, select a Windows dialup connection that has been properly configured on the Samsung Mobile USB Modem from the Dial Up interface property.

4 To add the Call Control test as a calling phone, right click the Samsung Galaxy S4 SGH-I257 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, and Dialing Method as ADB.

5 To add the Call Control test as an answering phone, right click the Samsung Galaxy S4 SGH-I257 device and select New > Test > Call Control Test. In the call control test properties, set Dial Or Answer to Auto Answer, and Answering Method to ADB.



Qualcomm Chipset Smartphone Samsung Galaxy S4 SPH-L720TThis section describes how to configure the Samsung Galaxy S4 SPH-L720T with E6474A. The supported firmware version is L720TVPUAMK5.

Prerequisites for Samsung Galaxy S4 SPH-L720T1 Install the Samsung Galaxy S4 SPH-L720T driver.2 Enable the interfaces as shown below:

a Go to the phone dialer and enter ##3424##. b Select PDA under UART.c Click Qualcomm USB Settings.d If the voice call control or iPERF uplink UDP test is included in the

drive test, select RNDIS + DM+MODEM. If you are going to force certain bands in the LTE network, without the iPERF uplink UDP test, select RMNET+DM+MODEM.

Supported Interfaces

If you are going to force certain bands in the LTE network, with iPERF uplink UDP running in the drive test, then you must first apply the band forcing in RMNET+DM+MODEM, then switch the USB settings to RNDIS+DM+MODEM for drive test. To clear the forcing, go back to RMNET+DM+MODEM.

e Click OK. f Press the device home button to exit.

Adding the Samsung Galaxy S4 SPH-L720T to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

appears.

Interface Band Forcing

Voice LTE data EVDO data

RNDIS+DM+MODEM No Yes Yes Yes

RMNET+DM+MODEM Yes No Yes (exclusive of iPERF uplink UDP)

No



3 Select Samsung > Samsung Galaxy S4 SPH-L720T and click OK.4 In the Trace properties, set the Port to the Samsung Mobile USB

Serial Port which corresponds to the port on the connected device. If the RNDIS+DM+MODEM configuration is selected, select the port with the Hardware ID suffixed MI_05. If the RMNET+DM+MODEM configuration is selected, select the port with the Hardware ID suffixed MI_01.

To view the Hardware ID, open the Device Manager on your computer, right click Samsung Mobile USB Serial Port, select Properties. Go to the Details tab > Hardware IDs.

5 In the Dialup properties, set the Port to the Samsung Mobile USB Modem.

6 Perform this step only if you are using RMNET+DM+MODEM interface: To force the device to certain bands, under Hardware, select Trace > QC Forcing Functions. Click Select to Edit. This opens the QC Forcing Functions dialog box. Under the Band and RAT Forcing tab, select the RMNET interface which corresponds to the connected Samsung Galaxy S4 device, and the desired bands. Click Apply Forcing.Note: • Make sure you select the right RMNET interface otherwise the

band forcing will not work.• It is recommended to force the phone to LTE only when using

RMNET+DM+MODEM interfaces for drive test.• Frequency Forcing is not currently supported for this phone.

Adding the Samsung Galaxy S4 SPH-L720T to the Sequencer Panel (for the RNDIS+DM+MODEM interface)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4 SPH-L720T device.3 In the Samsung Galaxy S4 SPH-L720T properties, set the Dialup


Note:a.Verify that Mobile Wi-Fi Hotspot service is enabled in the service subscription.b.Toggle (enable and then disable) USB Debugging in the phone’s Developer Options menu.c.On the phone, enable Settings->More networks (in the Connections tab) ->Mobile networks->Mobile data. Ensure that you can surf the net. Then enable Settings->More networks (in the Connections tab) ->Tethering and portable hotspot->USB



tethering. Now the RNDIS interface should be active on the PC with an IP address.d.Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.

4 To add the Call Control test as a calling phone, right click the Samsung Galaxy S4 SPH L7202T device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, Dialing Method to CDMA AT Voice, and COM Port to Samsung Mobile USB Modem.

5 To add the Call Control test as an answering phone, right click the Samsung Galaxy S4 SPH-L720T device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer, Answering Method to AT Command, and COM Port as Samsung Mobile USB Modem.

Adding the Samsung Galaxy S4 SPH-L720T to the Sequencer Panel (for the RMNET+DM+MODEM interface)Note: Do not run call control test or iPERF uplink UDP test when the phone is in RMNET mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S4 SPH-L720T device.3 In the Samsung Galaxy S4 SPH-L720T properties, set the Dialup

Adapter property to Yes, and from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the Samsung Galaxy S4 SPH L720T Device and select New > Test > Connect Test (Qualcomm). Input the APN in the Connect test properties. Make sure Action on logging end is Close connection.Note:a. For the Connect test to work properly, please uncheck/disable settings->More networks->Mobile networks->Mobile data on the phone.b. APN is n.ispsn.

5 To add the Disconnect test, right click the Samsung Galaxy S4 SPH L720T device and select New > Test > Disconnect Test (Qualcomm). Make sure Action is Close connection.

Qualcomm Chipset Smartphone Samsung Galaxy Rugby Pro SGH-I547This section describes how to configure the Samsung Galaxy Rugby Pro SGH-I547 with E6474A.



Prerequisites for Samsung Galaxy Rugby Pro SGH-I5471 Enable the Interfaces.

a Dial *#197328640#. Navigate to UMTS->COMMON->DIAG CONFIG, make sure [2]UART and [3]DBG MSG ON are selected. Press the device Home button to exit.

b Dial *#7284#, make sure PDA is selected. Press the device Home button to exit.

c Dial *#0808#, select RMNET+DM+MODEM. Press the device Home button to exit.

2 Install the driver. Samsung Galaxy Rugby Pro requires you to have Samsung Kies installed on your Windows PC to recognize your Samsung device. To install the latest version of Kies software:a Go to http://www.samsung.com/us/kies. b Select Download Kies [Windows]. c Run Kies executable.d Select Finish to complete the installation.

Adding a Samsung Galaxy Rugby Pro to the E6474A Project1 Open E6474A.2 Select Configuration > Add Device. The Select Device dialog box

opens.3 Select Samsung > Samsung Galaxy SIII/Galaxy Rugby Pro and

click OK.4 In the Trace properties, set the Port to the Samsung Mobile USB

Serial Port.5 In the Dialup properties, set the Port to Samsung Mobile USB

Modem.

Adding a Samsung Galaxy Rugby Pro to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy SIII/Galaxy Rugby Pro

device.3 In the Samsung Galaxy SIII/Galaxy Rugby Pro properties, set the

Dialup Adapter to No and select Samsung Mobile USB RMNET Network Adapter Drivers from the Network Interface list.

4 To add the Connect test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro device and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties.



5 To add the Disconnect test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro device and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test, right click the Samsung Galaxy SIII/Galaxy Rugby Pro device and select New > Test > Call Control Test. For the MO call control, set Dial Or Answer to Auto Dial and Dialing Method to 3GPP ATD. For the MT call control, set Dial Or Answer to Auto Answer and Answering Method to AT Command. Set the COM Port to Samsung Mobile USB Modem.



Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900PThis section describes how to configure the Samsung Galaxy S5 SM-G900P with E6474A. The supported firmware version is G900PVPU1ANE5.

Prerequisites for Samsung Galaxy S5 SM-G900P1 Install the Samsung Galaxy S5 SM-G900P driver.2 Enable the interfaces as shown below:

a Go to the phone dialer and enter ##3424#. b Select PDA under UART.c Click Qualcomm USB Settings. d If the iPERF uplink UDP test is included in the drive test, select

RNDIS+DM+MODEM. If you are going to force certain bands in the LTE network, without the iPERF uplink UDP test in the drive test, select RMNET+DM+MODEM.

If you are going to force certain bands in the LTE network, with the iPERF Uplink UDP test running in the drive test, you must first apply the band forcing function in RMNET+DM+MODEM, then switch the USB settings to RNDIS+DM+MODEM for the drive test. To clear the forcing, go back to RMNET+DM+MODEM.

e Click OK.f Press the device Home button to exit.

Adding the Samsung Galaxy S5 SM-G900P to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device when it is connected to the PC.

Interfaces Band Forcing Supported

Data Test

RNDIS+ DM+MODEM No data test cannot run in parallel with voice test

RMNET+ DM+MODEM Yes data test cannot run in parallel with voice test(exclude iPERF uplink UDP)





Adding the Samsung Galaxy S5 SM-G900P to the Sequencer Panel (RNDIS+DM+MODEM)Note: Do not use the Call Control test in parallel with the data tests. 1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900P.3 In the Samsung Galaxy S5 SM-G900P properties, set the Dialup


Note: Do not run the QC Connect test or Disconnect test when the phone is in the RNDIS mode.

4 To add the Call Control test in the calling phone, right click the Samsung Galaxy S5 SM-G900P device and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer as Auto

Dial, set Dialing Method to CDMA AT Voice, and COM Port to Samsung Mobile USB Modem.

5 To add the Call Control test in the answering phone, right click the Samsung Galaxy S5 SM-G900P device and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer as Auto

Answer, Answering Method to AT Command, and COM Port to Samsung Mobile USB Modem.

Adding the Samsung Galaxy S5 SM-G900P to the Sequencer Panel (RMNET+DM+MODEM)Note: Do not use the Call Control test in parallel with the data tests. Do not run iPERF uplink UDP test when the phone is in RMNET mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900P. 3 In the Samsung Galaxy S5 SM-G900P properties, set the Dialup

Adapter property to No, and from the Network Interface list, select Samsung Mobile USB RMNET Network Adapter Drivers.

4 To add the Connect test, right click the Samsung Galaxy S5 SM-G900P device and select New > Test > Connect Test (Qualcomm).



5 Enter the APN in the Connect test properties. Make sure Action on logging end is Close connection. Note: • For the Connect test to work properly, uncheck/disable the

Settings > More networks > Mobile networks > Mobile data option on the phone.

• APN is n.ispsn. 6 To add the Disconnect test, right click the Samsung Galaxy S5

SM-G900P device and select New > Test > Disconnect Test (Qualcomm). Make sure Action is Close connection.



Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900IThis section describes how to configure the Samsung Galaxy S5 SM-G900I with E6474A. The supported firmware version is G900IDVU1AND2.

Prerequisites for Samsung Galaxy S5 SM-G900I1 Install the Samsung Galaxy S5 SM-G900I driver.2 Enable the interfaces as shown below:

a Go to the phone dialer and enter *#0808#. b Select AP under USB and RMNET+DM+MODEM under USB

Settings. Click OK to exit.Note: The device supports both RMNET and RNDIS. But, RMNET is preferred over RNDIS.


Figure 70 Windows Device Manager for Samsung Galaxy S5 SM-G900I



Adding the Samsung Galaxy S5 SM-G900I to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device when it is connected to the PC.3 In the Trace properties, set Port to Samsung Mobile USB Serial

Port. 4 In the Dialup properties, set Port to Samsung Mobile USB Modem.

Adding Samsung Galaxy S5 SM-G900I to the Sequencer Panel1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900I device. 3 In the Samsung Galaxy S5 SM-G900I properties, set the Dialup

Adapter to No, select SAMSUNG Mobile USB RMNET Network Adapter from the Network Interface list.

4 To add the Connect test, right click the Samsung Galaxy S5 SM-G900I device and select New > Test > Connect Test (Qualcomm). Configure the APN based on the network.

5 To add the Call Control test, right click the Samsung Galaxy S5 SM-G900I device and select New > Test > Call Control Test. For the MO call control, set Dial Or Answer to Auto Dial and Dialing Method to 3GPP ATD. For the MT call control, set Dial Or Answer to Auto Answer and Answering Method to AT Command. Select COM Port as Samsung Mobile USB Modem.



Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G9006VThis section describes how to configure the Samsung Galaxy S5 SM-G9006V with E6474A. The supported firmware version is G9006VZNU1AND1.

Prerequisites for Samsung Galaxy S5 SM-G9006V1 Install the Samsung Galaxy S5 SM-G9006V driver.2 Enable the interfaces as shown below:

a Go to the phone dialer and enter *#0808#. b Select AP under UART.c Click Qualcomm USB Settings. d Based on the task, select RNDIS+DM+MODEM or

RMNET+DM+MODEM. For example, if you are going to execute iPERF uplink UDP test in the drive test, select RNDIS+DM+MODEM.

e Click OK.f Press the device Home button to exit.

Adding the Samsung Galaxy S5 SM-G9006V to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device when it is connected to the PC.3 In the Trace properties, set Port to Samsung Mobile USB Serial

Port.

Interfaces RMNET+DM+MODEM RNDIS+DM+MODEM

Technology/band forcing

The phone need not be restarted after applying the technology/band forcing.

The phone needs to be restarted for the forcing changes to take effect.

Automatic Network connectivity

Yes Manually tethering is required to setup a network connection

iPERF uplink UDP test

Not supported (Other data tests such as, FTP, and Ping are supported)

Supported



4 In the Dialup properties, set Port to Samsung Mobile USB Modem.5 To configure preferred EARFCN/UARFCN, band/technology forcing

or PCI forcing, refer to the Online Help for details. For PCI forcing, choose the strongest signal.

Note: On the SM-G9006V device, the PCI lock remains during the RRC_CONNECTED state or the RRC_IDLE state. But when the phone receives the RRC Connection Release message from the network, during the short time frame of transition from the RRC_CONNECTED to the RRC_IDLE state, if there is another PCI prevailing against the serving cell PCI, the phone will camp to the prevailing PCI. This is a known PCI forcing issue with the S5 G9006V device. In the RRC_CONNECTED state, the UE will receive an RRC connection release from the eNodeB due to expiration of the inactivity timer. To prevent this known issue, it is recommended to keep continuous data traffic during the testing. For example, ping the network continuously every one second. In this way the phone can be kept in the RRC_CONNECTED state and the PCI lock remains active during the testing.

Adding the Samsung Galaxy S5 SM-G9006V to the Sequencer Panel (RNDIS+DM+MODEM)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G9006V device.3 In the Samsung Galaxy S5 SM-G9006V properties, set the Dialup


Note: 1. On the phone, enable Settings > More networks > Mobile networks > Mobile data and ensure that you can surf the net. Then enable Settings > Tethering and WLAN hotspot > USB tethering (make sure the phone is connected to the computer via an USB cable before enabling the tethering). Now the RNDIS interface should be active on the PC with an IP address. If the tethering is not enabled successfully, dial *#0808# to switch to RMNET+DM+MODEM for a while, then switch back to RNDIS+DM+MODEM and enable the tethering again. 2. Do not run the QC Connect or Disconnect Tests when the phone is in the RNDIS mode. Each time the phone is connected to the computer, you must manually enable the tethering.

4 To add the Call Control test in the calling phone, right click the Samsung Galaxy S5 SM-G9006V device and select New > Test > Call Control Test.



• In the Call Control test properties, set Dial Or Answer as Auto Dial, set Dialing Method to 3GPP ATD, and COM Port to Samsung Mobile USB Modem.

5 To add the Call Control test in the answering phone, right click the Samsung Galaxy S5 SM-G9006V device and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer as Auto


Adding the Samsung Galaxy S5 SM-G9006V to the Sequencer Panel (RMNET+DM+MODEM)Note: Do not run the iPERF uplink UDP test when the phone is in the RMNET mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G9006V. 3 In the Samsung Galaxy S5 SM-G9006V properties, set the Dialup


4 If data tests are to be performed during the drive test, place a Connect test at the start of the test sequence.

5 To add the Connect test, right click the Samsung Galaxy S5 SM-G9006V device and select New > Test > Connect Test (Qualcomm).

6 Enter the APN in the Connect test properties.Note: For the Connect test to work properly, uncheck/disable the Settings > More networks > Mobile networks > Mobile data option on the phone.

7 To add the Disconnect test, right click the Samsung Galaxy S5 SM-G9006V device and select New > Test > Disconnect Test (Qualcomm).

8 To add the Call Control Test, see steps 4 and 5 in “Adding the Samsung Galaxy S5 SM-G9006V to the Sequencer Panel (RNDIS+DM+MODEM)" on page 116.



Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900W8This section describes how to configure the Samsung Galaxy S5 SM-G900W8 device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.

Prerequisites for Samsung Galaxy S5 SM-G900W81 Enable the interface as shown below:

a Go to the phone dialer and enter *#0808#. b Select AP under USB.c To collect the VoLTE measurements, select ADB+DM+MODEM

under USB Settings, otherwise select RMNET+DM+MODEM. d Click OK to exit.

2 Install the driver for the Samsung Galaxy S5 SM-G900W8 device. After the installation is completed, the Windows Device Manager displays as shown below:• One Samsung mobile RMNET network adapter• One Samsung mobile USB serial port• One Samsung mobile USB modem

Figure 71 Windows Device Manager for SM-G900W8 (RMNET+DM+MODEM)



3 Go to the device Settings > More networks > Mobile networks menu and uncheck Mobile data. This step will prevent conflicts with the command to connect/disconnect the network adapter.

Adding the Samsung Galaxy S5 SM-G900W8 to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device.3 To configure a preferred EARFCN/UARFCN, band/technology

forcing, click the QC Forcing Functions property and follow the steps in the Online Help to apply the forcing.Note: The PCI forcing is not supported by the Samsung Galaxy S5 SM-G900W8.

Adding the Samsung Galaxy S5 SM-G900W8 to the Sequencer Panel (ADB + DM + MODEM)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900W8.3 In the Samsung Galaxy S5 SM-G900W8 properties, set the Dialup

Adapter property to Yes, and from the Dialup Interface list, select an appropriate dialup connection.

4 If the data tests are to be carried out during the drive test, add the Dialup test first to establish a network connection before adding the data tests. To add the Dialup test, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Dialup.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Disconnect.

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto

Dial, and Dialing Method to ADB.7 To add the Call Control test in the answering phone, right click

Samsung Galaxy S5 SM-G900W8 and select New > Test > Call Control Test. • In the Call Control test properties, set Dial Or Answer to Auto

Answer, and Answering Method to Viavi Phone Utility.



Adding the Samsung Galaxy S5 SM-G900W8 to the Sequencer Panel (RMNET + DM + MODEM)Note: These instructions assume that only mobile data testing will be carried out and VoLTE voice testing will not be performed.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900W8.3 In the Samsung Galaxy S5 SM-G900W8 properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Connect test first to establish a network connection before adding the data tests. To add the Connect test, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto

Dial, Dialing Method to 3GPP ATDT, and COM Port to Samsung Mobile USB Modem.

7 To add the Call Control test in the answering phone, right click Samsung Galaxy S5 SM-G900W8 and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900AThis section describes how to configure the Samsung Galaxy S5 SM-G900A device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.



under USB Settings, otherwise select RMNET+DM+MODEM. d Click OK to save the settings and exit.

2 Install the driver for the Samsung Galaxy S5 SM-G900A device. After the installation is completed, the Windows Device Manager displays as shown below:• One Samsung mobile RMNET network adapter• One Samsung mobile USB serial port• One Samsung mobile USB modem

Figure 72 Windows Device Manager for SM-G900A (RMNET+DM+MODEM)




Adding the Samsung Galaxy S5 SM-G900A to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically


forcing, click the QC Forcing Functions property and follow the steps in the Online Help to apply the forcing.Note: The PCI forcing is not supported by the Samsung Galaxy S5 SM-G900A.

Adding the Samsung Galaxy S5 SM-G900A to the Sequencer Panel (ADB + DM + MODEM)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900A.3 In the Samsung Galaxy S5 SM-G900A properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Dialup test first to establish a network connection before adding the data tests. To add the Dialup test, right click Samsung Galaxy S5 SM-G900A and select New > Test > Dialup.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900A and select New > Test > Disconnect.

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900A and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


Samsung Galaxy S5 SM-G900A and select New > Test > Call Control Test. • In the Call Control test properties, set Dial Or Answer to Auto




Adding the Samsung Galaxy S5 SM-G900A to the Sequencer Panel (RMNET + DM + MODEM)Note: These instructions assume that only mobile data testing will be carried out and VoLTE voice testing will not be performed.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900A.3 In the Samsung Galaxy S5 SM-G900A properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Connect test first to establish a network connection before adding the data tests. To add the Connect test, right click Samsung Galaxy S5 SM-G900A and select New > Test > Connect Test (Qualcomm). Enter the APN for the network you are testing in the Connect test properties.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900A and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900A and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


7 To add the Call Control test in the answering phone, right click Samsung Galaxy S5 SM-G900A and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900FThis section describes how to configure the Samsung Galaxy S5 SM-G900F device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.

Prerequisites for Samsung Galaxy S5 SM-G900F1 Enable the interfaces as shown below:


under USB Settings, otherwise select RMNET+DM+MODEM. d Click OK to exit.

Note: The device supports both the RMNET and RNDIS interfaces; RMNET interface is preferred.

2 Install the driver for Samsung Galaxy S5 SM-G900F. After the installation is completed, the Windows Device Manager displays as shown below: • One Samsung mobile RMNET network adapter• One Samsung mobile USB serial port • One Samsung mobile USB modem

Figure 73 Windows Device Manager for SM-G900F (RMNET+DM+MODEM)




Adding the Samsung Galaxy S5 SM-G900F to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically


forcing, click on the QC Forcing Functions property and follow the steps in the Online Help to apply forcing.Note: The PCI forcing is not supported by the device.

Adding the Samsung Galaxy S5 SM-G900F to the Sequencer Panel (RMNET+DM+MODEM)Note: These instructions assume that only mobile data testing will be carried out and VoLTE voice testing will not be performed.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900F.3 In the Samsung Galaxy S5 SM-G900F properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Connect test to establish a network connection. To add the Connect test, right click Samsung Galaxy S5 SM-G900F and select New > Test > Connect Test (Qualcomm). Input the APN for the network you are testing in the Connect test properties.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900F and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900F and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


7 To add the Call Control test in the answering phone, right click Samsung Galaxy S5 SM-G900F and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Adding the Samsung Galaxy S5 SM-G900F to the Sequencer Panel (ADB+DM+MODEM)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900F.3 In the Samsung Galaxy S5 SM-G900F properties, set the Dialup

Adapter property to Yes, and from the Dialup Interface list, select an appropriate dial up connection.

4 If the data tests are to be carried out during the drive test, add the Dialup test to establish a network connection before adding the data tests. To add the Dialup test, right click Samsung Galaxy S5 SM-G900F and select New > Test > Dialup.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900F and select New > Test > Disconnect.

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900F and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


Samsung Galaxy S5 SM-G900F and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900VThis section describes how to configure the Samsung Galaxy S5 SM-G900V device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.

Prerequisites for Samsung Galaxy S5 SM-G900V1 Enable the interface, first download and install OpenPhoneUtil.apk

from the E6474A installation directory. On Windows 7, you can find it under c:\Program Files (x86)\Agilent Technologies\E6474A-X\Tools.

2 After installing OpenPhoneUtil.apka Click OpenPhoneUtil.b Select PDA under UART.c Click Qualcomm USB Settings.d To collect VoLTE measurements, select ADB+DM+MODEM.

Otherwise, select RMNET+DM+MODEM under USB Settings.e Click OK.f Press the device home button to exit.

Note: The device supports both the RMNET and RNDIS interfaces; RMNET interface is preferred.

3 Install the driver for the Samsung Galaxy S5 SM-G900V. After the installation is completed, the Windows Device Manager displays as shown in Figure 74.• One Samsung mobile RMNET network adapter• One Samsung mobile USB serial port• One Samsung mobile USB modem



Figure 74 Windows Device Manager for SM-G900V (RMNET+DM+MODEM)


Adding the Samsung Galaxy S5 SM-G900V to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically

detect the device.

Adding the Samsung Galaxy S5 SM-G900V to the Sequencer Panel (RMNET+DM+MODEM)NOTES:• These instructions assume that only mobile data testing will be

carried out and VoLTE voice testing will not be performed.• The SMS test does not work with this interface.• The voice and data tests will not work in parallel when the device is

forced to CDMA.• The AT Command test fails when the device is forced to CDMA.



• To configure a preferred, band/technology forcing, click the QC Forcing Functions field in the Trace properties, and follow the steps described in the QC Forcing Functions Online Help to apply the forcing function. Note: The EARFCN/UARFCN and PCI forcing are not supported by the Samsung Galaxy S5 SM-G900V.

1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900V.3 In the Samsung Galaxy S5 SM-G900V properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Connect test to establish a network connection. To add the Connect test, right click Samsung Galaxy S5 SM-G900V and select New > Test > Connect Test (Qualcomm). Enter the APN and 3GPP Profile ID for the network you are testing.Note: If you are performing the test on the Verizon LTE network with a valid Verizon SIM card, the 3GPP Profile ID is 3 and the APN value is VZWINTERNET.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900V and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900V and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto

Dial, Dialing Method to CDMA QC Call Origination Request, Call Type to EVRC, and COM Port to Samsung Mobile USB Modem.

7 To add the Call Control test in the answering phone, right click Samsung Galaxy S5 SM-G900V and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


Adding the Samsung Galaxy S5 SM-G900V to the Sequencer Panel (ADB+DM+MODEM)1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900V.3 In the Samsung Galaxy S5 SM-G900V properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Dialup test to establish a network connection before adding the data



tests. To add the Dialup test, right click Samsung Galaxy S5 SM-G900V and select New > Test > Dialup.

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900V and select New > Test > Disconnect.

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900V and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto


Samsung Galaxy S5 SM-G900V and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Qualcomm Chipset Smartphone Samsung Galaxy S5 SM-G900TThis section describes how to configure the Samsung Galaxy S5 SM-G900T device with E6474A.

Prerequisites for Samsung Galaxy S5 SM-G900T1 Enable the interfaces as shown below:

a Go to the phone dialer and enter *#0808#. b Select AP under USB.c Select RMNET+DM+MODEM under USB Settings. d Click OK to exit.

Note: The device supports both the RMNET and RNDIS interfaces; RMNET is the preferred interface.

2 Install the driver for the Samsung Galaxy S5 SM-G900T. After the installation is completed, the Windows Device Manager displays as shown below: • One Samsung mobile RMNET network adapter• One Samsung mobile USB serial port • One Samsung mobile USB modem

Figure 75 Windows Device Manager for SM-G900T




Adding the Samsung Galaxy S5 SM-G900T to the E6474A Project1 Open E6474A.2 Connect the device to the PC. The application will automatically


forcing, click the QC Forcing Functions property and follow the steps in the Online Help to apply forcing. Note: The PCI forcing is not supported by the device.

Adding the Samsung Galaxy S5 SM-G900T to the Sequencer Panel 1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S5 SM-G900T.3 In the Samsung Galaxy S5 SM-G900T properties, set the Dialup


4 If the data tests are to be carried out during the drive test, add the Connect test to establish a network connection. To add the Connect test, right click Samsung Galaxy S5 SM-G900T and select New > Test > Connect Test (Qualcomm).

5 To add the Disconnect test, right click Samsung Galaxy S5 SM-G900T and select New > Test > Disconnect Test (Qualcomm).

6 To add the Call Control test in the calling phone, right click Samsung Galaxy S5 SM-G900T and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto

Dial, Dialing Method to 3GPP ATD.7 To add the Call Control test in the answering phone, right click

Samsung Galaxy S5 SM-G900T and select New > Test > Call Control Test.• In the Call Control test properties, set Dial Or Answer to Auto




Qualcomm Chipset Smartphone Samsung Galaxy S6 SM-G920R4This section describes how to configure the Samsung Galaxy 6 SM-G920R4 with E6474A.

Prerequisites for Samsung Galaxy S6 SM-G920R41 Install the driver for the Samsung Galaxy S6 SM-G920R4 device.2 To enable the interface, first download and install

OpenPhoneUtil.apk from the E6474A installation directory. On Windows 7, you can find it under c:\Program Files (x86)\Agilent Technologies\E6474A-X\Tools.

3 After installing OpenPhoneUtil.apka Click OpenPhoneUtil.b Select PDA under UART.c Click Qualcomm USB Settings.d Select RNDIS+DM+MODEM.e Click OK.f Press the device home button to exit.

4 Reboot the phone. Go to Settings >More Connections >Tethering and look for the USB Tethering setting.a Enable USB Tethering if the option is visible.b If you do not see the USB Tethering option, reboot the phone

again.c If you cannot enable USB Tethering after rebooting the phone, go

to Settings > Developer Options. Toggle USB Debugging off and back on. Next, go to Settings > More > Tethering and enable USB Tethering.

5 After the installation is complete, the Windows Device Manager displays the recommended configuration as shown in Figure 76:• One Samsung mobile USB modem• One Samsung mobile USB Remote NDIS network device• One Samsung mobile USB serial port• One Samsung Android ADB interface



Figure 76 Windows Device Manager for Samsung Galaxy 6 SM-G920R4

Adding the Samsung Galaxy S6 SM-G920R4 to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select Samsung > Samsung Galaxy S6 SM-G920R4, and click OK.



Adding the Samsung S6 Galaxy SM-G920R4 to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S6 SM-G920R4.



3 In the Samsung Galaxy S6 SM-G920R4 properties, set the Dialup Adapter property to No, and from the Network Interface list select Samsung Mobile USB Remote NDIS Network Device.

4 To add the Call Control test as a calling phone, right click the Samsung Galaxy S6 SM-G920R4 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, Dialing Method to CDMA AT Voice, and COM Port to Samsung Mobile USB Modem.

5 To add the Call Control test as an answering phone, right click the Samsung Galaxy S6 SM-G920R4 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer, Answering Method to AT Command, and COM Port as Samsung Mobile USB Modem.

6 If you intend to run data sequencer tests during the drive test, enable USB tethering on the phone. Go to Settings > Connections > Mobile Hotspot and Tethering and enable USB tethering.



Qualcomm Chipset Smartphone Samsung Galaxy S6 SM-G920VThis section describes how to configure the Samsung Galaxy 6 SM-G920V with E6474A.

Prerequisites for Samsung Galaxy S6 SM-G920V1 Install the driver for the Samsung Galaxy S6 SM-G920V device.2 To enable the interface, first download and install

OpenPhoneUtil.apk from the E6474A installation directory. On Windows 7, you can find it under c:\Program Files (x86)\Agilent Technologies\E6474A-X\Tools.

3 After installing OpenPhoneUtil.apka Click OpenPhoneUtil.b Select PDA under UART.c Click Qualcomm USB Settings.d Select RNDIS+DM+MODEM.e Click OK.f Press the device home button to exit.

4 Reboot the phone, then go to Settings > More > Tethering and look for the USB Tethering setting.a Enable USB Tethering if the option is visible.b If you do not see the USB Tethering option, reboot the phone

again.c If you cannot enable USB Tethering after rebooting the phone, go

to Settings > Developer Options. Toggle USB Debugging off and back on. Then go to Settings > More > Tethering and enable USB Tethering.

5 After the installation is complete, the Windows Device Manager displays the recommended configuration as shown in Figure 77:• One Samsung mobile USB modem• One Samsung mobile USB Remote NDIS network device• One Samsung mobile USB serial port• One Samsung Android ADB interface



Figure 77 Windows Device Manager for Samsung Galaxy 6 SM-G920V

Adding the Samsung Galaxy S6 SM-G920V to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select Samsung > Samsung Galaxy S6 SM-G920V, and click OK.





Adding the Samsung S6 Galaxy SM-G920V to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Samsung Galaxy S6 SM-G920V.3 In the Samsung Galaxy S6 SM-G920V properties, set the Dialup

Adapter property to No, and from the Network Interface list select Samsung Mobile USB Remote NDIS Network Device.

4 To add the Call Control test as a calling phone, right click the Samsung Galaxy S6 SM-G920V device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, Dialing Method to CDMA AT Voice, and COM Port to Samsung Mobile USB Modem.

5 To add the Call Control test as an answering phone, right click the Samsung Galaxy S6 SM-G920V device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer and Answering Method to AT Command. Next, do one of the following: • Set COM Port as Samsung Mobile USB Modem or• Set Answering Method to Viavi Phone Utility.

6 If you intend to run data sequencer tests during the drive test, make sure that USB tethering is enabled on the phone. Go to Settings > More > Tethering and enable USB tethering. If the cable comes loose or is disconnected during the drive test you will need to re-enable USB tethering.



Qualcomm Chipset Smartphone LG G4 LG-H810This section describes how to configure the LG G4 LG-H810 device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.

NOTE: If the Trace Port is not working, please contact Viavi technical support.

Prerequisites for the LG G4 LG-H8101 Install the LG United Mobile Driver version 3.12.3.0.2 Enable the interfaces as described in the following steps to place the

phone in the recommended configuration: RNDIS + DM + MODEM + ADB.

3 Go to Settings > General > Developer options. Enable USB debugging to put the phone in ADB mode.

4 Go to Settings > Networks > Tethering and look for the USB tethering setting. a Enable USB tethering if the option is visible.b If you do not see the USB tethering option, unplug and then

reconnect the phone.c Once the phone is tethered it will be in RDNIS mode.

5 After the configuration is complete the Windows Device Manager displays the recommended configuration, as shown in Figure 78 on page 140:• One LGE Mobile USB Modem• One LGE Mobile Remote NDIS Device• One LGE Mobile USB Serial Port• One LGE Mobile ADB Interface



Figure 78 Windows Device Manager for LG G4 LG-H810

Adding the LG G4 LG-H810 to the E6474A Project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select LG > G4 LG-H810, and click OK.

3 In the Trace properties, set Port to LG Mobile USB Serial Port.4 In the Dialup properties, set Port to LG Mobile USB Modem.



Adding the LG G4 LG-H810 to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > G4 LG-H810.3 In the LG G4 LG-H810 properties, set the Dialup Adapter property to

No, and from the Network Interface list select LGE Mobile Remote NDIS Device.

4 To add the Call Control test as a calling phone, right click the LG G4 LG-H810 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, and set Dialing Method to ADB.

5 To add the Call Control test as an answering phone, right click the LG G4 LG-H810 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer, and Answering Method to Viavi Phone Utility.

6 If you intend to run data sequencer tests during the drive test, enable USB tethering on the phone. Go to Settings > More > Tethering and enable USB tethering.If the cable comes loose or is disconnected during the drive test you will need to re-enable USB tethering.

LimitationsRunning tests with three or more devices on an LTE network produces a high volume of logging traffic on the USB interface, which may cause the E6474A application to become unresponsive.

To prevent this, modify the QC LTE Layer 1 logmask to reduce the amount of traffic sent from the device to the PC.1 In the Hardware panel, go to the device and select Trace. 2 In the Properties panel, select QC LTE L1 LogMask, and click Select

to Edit.



3 In the QC LTE L1 Logmask, modify the selected L1 Measurements and High Frequency Reporting Logcodes as shown in Figure 79.

Figure 79 Modified QC LTE L1 Logmask



Qualcomm Chipset Smartphone LG G4 LG-VS986This section describes how to configure the LG G4 LG-VS986 device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.


Prerequisites for the LG G4 VS9861 Connect the phone to the laptop using a USB cable. 2 Install the LG United Mobile Driver,

LG_VZW_United_WHQL_v2.20.0.3 Enable the interfaces as described in the following steps to place the



5 Go to Settings > More and look for the USB tethering setting. a Enable USB tethering if the option is visible.b If the USB tethering option is grayed out, wait 30 seconds for the

drivers to identify the device, and check again. If you still do not see the USB tethering option, unplug and then reconnect the phone.

c Once the phone is tethered it will be in RDNIS mode. 6 After the configuration is complete the Windows Device Manager

displays the recommended configuration, as shown in Figure 80:• One LGE Mobile for VZW USB Modem• One LGE Mobile for VZW Remote NDIS Device• One LGE Mobile for VZW USB Serial Port• One LGE Mobile for VZW ADB Interface



Figure 80 Windows Device Manager for LG G4 VS986

Adding the LG G4 VS986 to the E6474A Project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select LG > G4 VS986, and click OK.



NOTE: The Auto Device Detection dialog appears 10-30 seconds after the phone is plugged in to the PC. It also appears after enabling tethering on the phone. If you plan to enable tethering, click Ignore.

3 In the Trace properties, set Port to LG Mobile for VZW USB Serial Port.

4 In the Dialup properties, set Port to LG Mobile for VZW USB Modem.

Adding the LG G4 VS986 to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > LG G4 VS986.3 In the LG G4 VS986 properties, set the Dialup Adapter property to

No, and from the Network Interface list select LGE Mobile for VZW Remote NDIS Device.

4 To add the Call Control test as a calling phone, right click the LG G4 VS986 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, and set Dialing Method to ADB.

5 To add the Call Control test as an answering phone, right click the LG G4 VS986 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer, and Answering Method to ADB.

6 If you intend to run data sequencer tests during the drive test, enable USB tethering on the phone. Go to Settings > More > USB Tethering and enable USB tethering.If the cable comes loose or is disconnected during the drive test you will need to re-enable USB tethering.





to Edit. 3 In the QC LTE L1 Logmask, modify the selected L1 Measurements

and High Frequency Reporting Logcodes as shown in Figure 81.




Qualcomm Chipset Smartphone LG G4 LS991This section describes how to configure the LG G4 LS991 device with E6474A. See “VoLTE Instructions Appendix" on page 191 to configure the device for VoLTE.


Prerequisites for the LG G4 LS9911 Install the LG United Mobile Driver version 3.14.1.0.2 Enable the interfaces as described in the following steps to place the



4 Go to Settings > Networks > Tethering and look for the USB tethering setting. a Enable USB tethering if the option is visible.b If you do not see the USB tethering option, unplug and then

reconnect the phone.c Once the phone is tethered it will be in RDNIS mode.

5 After the configuration is complete the Windows Device Manager displays the recommended configuration, as shown in Figure 82 on page 148:• One LGE Mobile USB Modem• One LGE Mobile Remote NDIS Device• One LGE Mobile USB Serial Port• One LGE Mobile ADB Interface



Figure 82 Windows Device Manager for LG G4 LS991

Adding the LG G4 LS991 to the E6474A Project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, auto

device detection is enabled in the E6474A application. Alternatively, to manually add the device select Configuration > Add Device. In the Select Device dialog box, select LG > G4 LS991, and click OK.

3 In the Trace properties, set Port to LG Mobile USB Serial Port.4 In the Dialup properties, set Port to LG Mobile USB Modem.



Adding the LG G4 LS991 to the Sequencer Panel (RNDIS+DM+MODEM+ADB)NOTE: Do not run QC Connect or Disconnect Tests when the phone is in RNDIS mode.1 In the Sequencer panel, right click Service_Model.2 Select New > Device > G4 LS991.3 In the LG G4 LS991 properties, set the Dialup Adapter property to

No, and from the Network Interface list select LGE Mobile Remote NDIS Device.

4 To add the Call Control test as a calling phone, right click the LG G4 LS991 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Dial, and set Dialing Method to ADB.

5 To add the Call Control test as an answering phone, right click the LG G4 LS991 device and select New > Test > Call Control Test. In the Call Control Test properties, set Dial Or Answer as Auto Answer, and Answering Method to AT Command.

6 If you intend to run data sequencer tests during the drive test, enable USB tethering on the phone. Go to Settings > More > Tethering and enable USB tethering.If the cable comes loose or is disconnected during the drive test you will need to re-enable USB tethering.



to Edit.



3 In the QC LTE L1 Logmask, modify the selected L1 Measurements and High Frequency Reporting Logcodes as shown in Figure 83.




Altair Chipset DevicesThis section discusses the Altair 3100 chipset device.

Figure 84 Altair LTE Device

Released in 2009, the Altair 3100 is an LTE baseband chip with a complete LTE L1 and protocol stack. It is suitable for integration in devices such as mobile handsets, data cards/dongles, consumer electronic devices and other embedded devices.

Installing the Altair Chipset DeviceA summary of the installation steps is as follows:1 Install the Altair Connection Manager and Driver.2 Plug in the Altair/IP Wireless Hardware.3 Follow through with the install of all items.4 Reboot the PC.

The following sections describe each of these steps in detail.

Installing Using the Altair Connection Manager: Step 1 of 7There are several options when you run the Altair connection manager installation. 1 Choose Full Installation. See Figure 85 on page 152.2 If you have previous versions installed, uninstall them completely.3 Reboot the PC.4 Install the new version.



Figure 85 Selecting the Full Installation Option for Altair LTE

Installing Using the Altair Connection Manager: Step 2 of 7Install the software in the DEFAULT Directory. See Figure 86 on page 153.



Figure 86 Installing Altair in the Default Directory

Once it is fully installed, you can plug in the Altair / IP Wireless USB Dongle Device.



Installing Using the Altair Connection Manager: Step 3 of 7After you plug in the IP Wireless device, several devices need to install.

Figure 87 Installing Additional Devices for Altair

Choose NO, Not This time when the wizard tries to install the drivers. See Figure 87 on page 154.

Installing Using the Altair Connection Manager: Step 4 of 7Choose the option to Install the drivers from a specific location in the Found New Hardware wizard (see Figure 88 on page 155).



Figure 88 Installing Drivers from a specific location

Installing Using the Altair Connection Manager: Step 5 of 7Point the installer to this directory for the driver install files:

C:\Program Files\Altair Semiconductor\ALT3100\Driver\Bin




Figure 89 Choosing the Directory for Drivers

Installing Using the Altair Connection Manager: Step 6 of 7Continue with the installation. The installation cycle will repeat three times (once for each of the Device Elements--components--to be installed).



Figure 90 Installing Device Elements

If you get a warning about the driver, continue anyway (see Figure 90 on page 157).

Installing Using the Altair Connection Manager: Step 7 of 7During the installation process, the Altair LTE Connection Manager (CM) window may appear. If this happens, do NOT close the window--just ignore it and continue with the installation. See Figure 91 on page 158.



Figure 91 Altair Connection Manager Window Open During Installation

This CM window will pop up each time you insert the Altair device. E6474A takes care of closing this window automatically.

Windows Device Manager for Altair DevicesThe Altair device enumerates to several ports. See Figure 92 on page 159.



Figure 92 Windows Device Manager for Altair

The application data is transmitted through the Altair LAN Network Interface.

Altair Hardware PropertiesThe Trace port gets set to the COM port denoted by the Altair LTE Application Interface in the dropdown menu (see Figure 93 on page 160).



Figure 93 Hardware Properties for the Altair LTE--Diagnostic Port

Altair devices have their own connect and disconnect tests. These can be added to the sequencer.

The Altair device uses the LAN connection for data transfer (see Figure 94 on page 160).Figure 94 Hardware Properties for the Altair LTE--Network Monitoring

Set the Network Monitoring to 1 to enable Windows Network Monitoring of throughputs.



IPWireless DevicesIPWireless devices are built around the “Altair Chipset Devices" on page 151. The measurement set is common. This section discusses the IPWireless LTE USB Stick modem (see Figure 95 on page 161).

Figure 95 The IPWireless LTE Device

Installing the IPWireless DeviceFollow these steps to install and configure the IPWireless UE for use with E6474A.

A summary of the steps is as follows:1 Unplug the UE if it is plugged into the PC.2 Uninstall Altair Tools if they have been previously installed.3 Uninstall IPW CM if it was previously installed.4 Install IPW CM, dated 2008-08-11 CM installer.5 Install Altair Tools using setup.exe dated 11/23/2011 8:14AM.6 Install IPW drivers. Note that there are specific drivers for 32 bit and

64 bit operating systems.7 Run IPW_LTEMANAGER_REG.reg to update the registry.8 Reboot the PC.

The following sections describe each of these steps in detail.

Requirements for Installing an IPWireless DeviceFor the installation process to be successful, you will need to start off with a clean PC, one that has no IP Wireless Altair drivers or connection manager installed. You will also need to reboot after uninstalling the drivers and connection manager. See Figure 96 on page 162.

An IPWireless device transmits data through the LAN Adapter and has a Trace Control Port.



Figure 96 Installed Software That Needs to Be Removed for IPWireless Clean Install

1 Start off with a clean PC by removing any Altair chipset tools, drivers, and connection managers already on the PC.

2 Uninstall Altair Tools if they were previously installed.3 Uninstall IPW CM if it was previously installed.

• For NIST/ Public Safety we are using ALTAIR 03.00.00.01.31.TF at the time of writing. You will need to have this firmware version available as part of your install process.

• You will need access to the following files:• 2008-08-11 CM installer.zip• Altair Driver 03.00.00.01.31.TF or later• IPW 32 bit or 64 bit Drivers

4 Uninstall the Python tools if they were previously installed.

Figure 97 Folders Needed on Target PC

You will need the following folders on the target PC (see Figure 97 on page 162):• 2008-08-11 CM installer• Altair Tools• IPW 32 bit or 64 bit Drivers• IPW32BitDrivers• IPWWHQL64BitDrivers



Installing the IPWireless Connection Manager1 Browse to the 2008-08-11 CM folder.2 Run the install.exe from 2008-08-11 CM installer\install.exe3 Use the default setting and select Next for each dialog box.

Figure 98 Install Screens for IPWireless Connection Manager

Installing the Altair ToolsFor the US public safety system, the version of Altair driver is Altair Driver 03.00.00.01.31.TF at the time of this document going to press. The Altair Driver and tools provide logging abilities, but we don’t want to install the Altair Device Drivers as these will be installed as part of the IPWireless install.1 Browse to the Altair Tools folder.2 Select Full Install.3 Uncheck the UE Drivers and make sure all the other check boxes are

checked. The install wizard displays Custom Install.4 Run setup.exe.5 You will install specific IPWireless drivers in the next step.



Figure 99 Installing Altair Tools for IPWireless6 During the Altair install, you may get MATLAB components and

PYTHON components installed on your machine. Accept these installation components.

Installing IPWireless Drivers• For Win7 32 bit:

1 Check to see what operating system your PC has: Win7 32Bit or Win7 64Bit.

2 Browse to the IPW32BitDrivers folder.

3 Run the InstallDiagnostiDrivers.bat file. This will install the 32 bit IPWireless drivers.

4 Update the registry by running the IPW_LTEMANAGER_REG.reg file. This will update the registry to correctly run the device with E6474A software.

• For Win7 64Bit1 Browse to the IPWWHQL64BitDrivers folder.

2 Run the InstallDiagnosticDrivers.bat. This will install the 64 bit drivers for the IPWireless USB stick.

3 Update the registry by running the IPW_LTEMANAGER_LTE.reg file. This will update the registry to correctly run the device with E64746A.

4 Reboot your PC.



Verifying IPWireless Driver InstallationAfter rebooting the PC, plug in the UE and verify that you have the following items in Windows Device Manager (see Figure 100 on page 166):• DM Mode in Device Active

• Diagnostic Interface• Host Diagnostic Interface• If you don’t see HOST DIAGNOSTIC INTERFACE, then the device

is NOT configured as a trace device. If this happens, you need to follow the directions in “Flip the UE to Diagnostic Mode if Needed" on page 167.

• IPW LAN Adapter• IPW Trace Control



Figure 100 Windows Device Manager Settings for IPWireless

NOTE: You may get a Jungo node instead of an Altair node. See Figure 101 on page 167.



Figure 101 Jungo Node in Device Manager During IPWireless Install

The IP Wireless USB device needs to have the Engineering mode turned on (one time only) to allow the device to output data on the Host Diagnostic Interface. If you don’t see the Host Diagnostic Interface, then follow the directions in “Activating the UE Diagnostic Mode if Necessary" on page 167.

Flip the UE to Diagnostic Mode if NeededUsing the Altair Connection Manager (which is installed as part of the Altair install), you can send the AT command to flip the device into trace mode. This is a one-time flip.1 Run Start > Programs > Altair Semiconductor > LTE Alt3100 >

Connection Manager.2 Follow steps 2 - 8 described in “Activating the UE Diagnostic Mode if

Necessary" on page 167.

Activating the UE Diagnostic Mode if NecessaryThe first time a device is used with E6474A, the device Diagnostics mode must be turned on.

Using Windows Device Manager, determine if your device is active:• If you do not see Host Diagnostic Interface in the list, then the device

needs to be activated. See Figure 102 on page 167.

Figure 102 IPWireless Diagnostic Mode--No Host Diagnostic Interface



• If you see Host Diagnostic Interface in the list, then the device is ready. See Figure 103 on page 168.

Figure 103 IPWireless Diagnostic Mode--Host Diagnostic Interface Present

Activating IPWireless Host Diagnostic Interface To activate the IPWireless Host Diagnostic Interface:1 Insert the device into the PC USB Port and let the driver load.2 Open Altair Connection Manager.3 Right mouse click in the Title bar and select View > Extended Info.4 Select the At Commands tab. See Figure 104 on page 168.5 Send the following command AT%setcfg=“enable_debug”,”1”

Figure 104 Activating IPWireless Host Diagnostic Interface6 Close the Altair CM.7 Pull to remove and then reinsert the IPWireless device.8 Check Windows Device Manager to verify that you see Host

Diagnostic Interface in the list.



Adding the IPWireless UE to the E6474A ProjectTo add the IPWireless device to E6474A:1 Open E6474A.2 On the Hardware system panel, right mouse-click Add Device.3 Select the IPWireless LTE Device.4 Select OK.5 Highlight the Trace port.6 On the Properties system panel, set the Port to IPWireless LTE

Application Interface.

See Figure 105 on page 169 for steps 5 and 6 above.

Figure 105 Adding IPWireless UE to E6474A

NOTE: For the IPWireless device, you don’t have to set the Dialup port.

Adding the IPWireless UE to the SequencerTo add the IPWireless UE to the E6474A Sequencer, follow these steps:1 On the Sequencer system panel, right mouse click the Service

Model.2 Select New > Device > IPWireless LTE Device.3 Select the IPWireless Device and set the following Properties (see

Figure 106 on page 170):• Dialup Adapter = No• Network Interface = IPWireless LTE Network Interface• Network Monitoring Update Rate = 1

4 Right mouse click IPWireless LTE Device.5 Select New > Test > Connect Test (Altair LTE).6 Select Altair_LTE_CONNECT_TEST and on the Properties system

panel, set EARFCN to 5355 for the public service LTE carrier (see Figure 107 on page 170).



Figure 106 Adding IPWireless to the Sequencer

Figure 107 Adding IPWireless to the Sequencer--Public Service LTE Carrier

NOTE: You can use the Altair CM to connect to the network, and by right mouse clicking the Title bar and selecting View > Extended Info, you can find the EARFCN that the UE is using to attach to the network.

Adding data tests to the sequencer:1 Right mouse-click IPWireless LTE Device > New > Test > data type.

The example in Figure 108 on page 171 shows a Wait Timer and an FTP Test.

2 Set the parameters for each test.



Figure 108 Adding Tests to the Sequencer with IPWireless UE

Adding IPWireless Disconnect Test to the Sequencer 1 Right mouse-click IP Wireless LTE Device > New > Test –

Altair_LTE_Disconnect_Test (see Figure 109 on page 171).

Figure 109 Adding IPWireless Disconnect Test

You are now ready to open views and test with the IPWireless LTE Device.



NSN CPEi-lte 7212 DeviceThe Nokia Siemens Networks Indoor CPEi-lte 7212 device is built around the “Altair Chipset Devices" on page 151. Refer to the User manual for details about this device

http://www.nokiasiemensnetworks.com/sites/default/files/document/cpei-lte_7212_user_manual_english.pdf

This section describes the steps to configure the NSN CPEi-lte 7212 device.

Figure 110 NSN CPEi-lte 7212

Configuring NSN CPEi-lte 7212 device1 Connect your PC to NSN CPEi-lte 7212 using the Ethernet cable.

When you connect your PC to the NSN CPE device router, your PC will be assigned an IP address by the CPE’s inbuilt DHCP server; for example the address may be 192.168.100.2. Take note of the PC’s IP address.

2 Log onto the CPE’s Web UI e.g. http://192.168.100.1 or http://mylte. (you must include the ‘.’).

3 Enter the User ID and Password e.g. admin4 Go to Engineering > Device Debug option.

Note: If you do not see the Engineering menu, contact the



manufacturer’s Technical Support team to enable the Engineering menu.

5 Under the Packet Sniffer section: a Enable LTE protocol stack tracing.b Enter the PC’s IP address in the Server IP Address text box.

6 Under the Device Logging section:a Enable Syslog.b Enter the PCs IP address in the Syslog IP Address text box.

7 Under the Baseband Logging section, enable Drive Test Log.8 Under the Customization Debug Tools section, enable Driving Test

Tool Function.9 Click Apply.

Installing the Altair LTE Package1 Obtain the Altair LTE Package from the manufacturer. 2 If you have previous versions installed, uninstall them completely.3 Reboot the PC.4 Install the new version. When you install the software, select Full

Installation. Note: The software version of Altair LTE package must be exactly same as the firmware version inside the NSN CPEi-lte 7212 device.



Configuring the Altair Connection Manager1 Go to the start menu > Programs > Altair Semiconductor > LTE

ALT3100 > Connection Manager. 2 Right Click the title bar of the Connection Manager window. 3 Select Options > Device Location > Technician PC and enter the IP

address of the CPE device in the dialog box.

4 Click OK. 5 Exit the Altair Connection Manager.

Adding the NSN CPEi-lte7212 to the E6474A ProjectTo add NSN CPEi-lte7212 device to E6474A:1 Open E6474A.2 On the Hardware system panel, right click Add Device.3 Select the Altair LTE Device.4 Select OK.5 Select the Trace port.6 On the Properties system panel, change the Device Type to CPE.

Update the CPE IP address if necessary. You may leave the Socket Port to the default value 11200.

7 Probe the device in the hardware panel.



Adding Sequencer Tests to NSN CPEi-lte7212After adding NSN CPEi-lte7212 to the hardware tree, you can add the device to the E6474A Sequencer tree for performing various tests like Connect Test, FTP, etc. The connect test is used to force a connection to the network and should be established early on in the test sequence before any other tests are performed. 1 In the E6474A Sequencer panel, right click the Service_Model. 2 Select New > Device > Altair LTE device. 3 In the Sequencer control panel, right click the Altair LTE device and

select New > Test > ALTAIR_LTE_CONNECT_TEST. After adding the connect test, add the required data tests, for example FTP. Finally add ALTAIR_LTE_DISCONNECT_TEST to complete the sequence.

4 In the Altair LTE Device node properties, set Dialup Adapter to No, and set Network Interface to the PC’s network interface that is connected to the CPE which in most case is PC’s LAN adapter.

5 In the ALTAIR_LTE_CONNECT_TEST properties, set EARFCN to the downlink EARFCN of the LTE network.



Sequans Chipset DevicesThis section describes how to configure Sequans chipset devices. These devices are:• Sequans CPE (Router) devices• Sequans USB devices

Configuring Sequans CPE (Router) DevicesThe E6474A software can trace the LTE RF parameters from a Sequans LTE chipset based CPE device. An example of this device is the GemTek WLTFSR-1010.

In this configuration, connect the drive test software laptop to the LAN port of the CPE device.

The CPE device router’s base IP address is (usually) set as 192.168.100.1.

When you connect the laptop to the CPE device router, you are assigned an IP address by DHCP; for example the address may be 192.168.100.2.

If you then connect the router to the internet via LTE, you can generate a data flow using the E6474A data sequencer and trace the LTE parameters from the on-board trace port.

When you add the Sequans LTE Device to the hardware tree in E6474A software, you need to set the Sequans Device Mode in the Properties Panel to CPE mode to talk to the RF trace component of the router.

USB mode is used for normal LTE dongles and CPE mode is used for routers. (In USB mode the IP address and port and are 127.0.0.1 and 7771, the network interface is the SequansV NIC.)

In CPE mode, the Network Interface Card (NIC) is the NIC of the LAN port connected to the laptop (assuming that you are connected via LAN cable to the CPE router). When the drive test software is set to CPE mode, you can set the socket port and IP address. Assuming the socket port is still 7771, the IP Address needs to be set to that of the router base. In the example here, the router base IP address is 192.168.100.1. See Figure 111 on page 177.

So the values are:

PC Assigned IP Address: 192.168.100.2

Router Base IP Address: 192.168.100.1

To stimulate the LTE device, data will have to be transferred to/from the internet using the LAN or Wireless LAN connections to the router.



Figure 111 Sequans LTE Device Router Configuration

NOTE: For CPE devices using the Sequans chipset, set the Device Type to CPE in Trace port properties and set the IP address and Sequans Agent Socket Port of the CPE device to 7771 as shown in Figure 112 on page 178.



Figure 112 Device Type Configuration for CPE

Adding Sequans CPE to the Sequencer Panel1 In the hardware view, add a Generic Data Device by selecting

Configuration > Add Device > Generic >Data Device option.2 In the Sequencer view, right click Service_Model and select New >

Device > Data device.3 In the data device properties, select NO for Dialup Adapter.4 Select the Network Interface property based on your PC’s LAN

interface. This assumes that you have connected your Sequans CPE device to your PC via LAN cable.

5 To configure the desired data tests, right click the Data Device and select the desired tests under New > Test option.



Configuring Sequans USB DevicesTo configure a Sequans USB device:1 Install Sequans Connection Manager and device drivers. See


Figure 113 Supported Sequans CM/Driver/Firmware2 Plug in the Sequans LTE UE to connect to the PC.

If all the drivers were installed correctly, the Windows Device Manager will show SqnUsbV Device under Network adapters. See Figure 114 on page 180.



Figure 114 Windows Device Manager Showing Correct Sequans Device

3 Add Sequans LTE device to E6474A project.4 In the Trace properties for Sequans USB modems, set the Device

Type to USB.5 Set the Trace port to the SqnUsbV Device interface. 6 Leave the Dialup port as Unassigned.

You can now probe the device. See Figure 115 on page 181.



Figure 115 Sequans USB Trace Port Settings7 To connect the UE to the LTE network, add the UE to Sequencer tree.8 Add SEQUANS_RADIO_ENABLE_TEST and

SEQUANS_RADIO_DISABLE_TEST under the device for connecting to and disconnecting from LTE network.

9 In the Sequencer device properties, set the Dialup Adapter to No.



Qualcomm Chipset Smartphone iPhone 5S A1533 (GSM) / A1530

Configuring iPhone 5S A1533/A1530 for an E6474A project

Prerequisites This section applies to users who are in possession of RF Trace enabled iPhones. You must have a Viavi iPhone license to use the device with the E6474A application, in addition to the standard licenses, for example, LTE Phone Base + Qualcomm.

Adding iPhone to the E6474A project1 Open E6474A. 2 Insert the iPhone and it will be automatically detected.

Note: By default, the auto device detection is automatically enabled in the E6474A application.

Or alternatively, to manually add the device: select Configuration > Add Device. Select Apple > iPhone 5S A1530 or iPhone 5S A1533 device, and click OK.

3 In the Trace properties, set the Port to the Qualcomm HS-USB Diagnostics 9004 port.

4 In the Dialup properties, set the Port to the Qualcomm HS-USB Modem 9004 port.

Adding iPhone to the Sequencer Panel via Dialup Interface1 In the Sequencer panel, right click Service_Model. 2 Select New > Device > iPhone 5S A1530/A1533.3 Choose the Dialup Interface that uses the Qualcomm HS-USB

Modem 9004 port exposed by iPhone. For ADD, the existing dialup interface will be configured automatically.

4 Set the APN, dialup number, username, and password based on your carrier network. On certain networks, the operator may charge additional fee to enable this feature. Check with your Operator for details.

5 After configuration, you can add different sequencer tests.



Note: • If you are using data tests, then you must enclose the tests between

the Dialup test and the Disconnect test. If you want to carry out the Call Control test, make sure you are in a disconnected state after the data test. When you perform the Call Control test, you must select the Dialing Method as 3GPP ATD from the test properties.

• You must disable the iPhone internal modem if you wish to use Dial-Up network connections to test with the Data Test Sequencer. To do this, turn the Mobile (Cellular) Data setting to Off on the iPhone. This setting is located under Settings->Mobile (Cellular) Data on the iPhone menu.

Adding iPhone to the Sequencer Panel via Wi-Fi HotspotNote: If you are using the iPhone as a Wi-Fi hotspot for data test connections, the E6474A RANAdvisor application supports only a single device. The Test Sequencer cannot initialize cellular network connection or disconnection on the iPhone and does not support a personal hotspot using USB.

Perform the following settings to use the iPhone Wi-Fi hotspot connection as the cellular data connection for Sequencer tests:1 Enable the Wi-Fi on your iPhone and PC.2 Turn ON the Mobile (Cellular) Data and Personal Hotspot from the

Settings->Mobile (Cellular) Data on the iPhone menu.3 Connect the PC’s Wi-Fi connection to the iPhone’s local Wi-Fi hotspot

wireless network name with the password shown in the iPhone Personal Hotspot menu.

4 Open E6474A.5 Add the device to the project. See “Adding iPhone to the E6474A

project" on page 182.6 In the Sequencer panel, right click Service_Model.



7 Select New > Device > iPhone 5S A1530/A1533 device.8 Disable the Dialup Adapter by selecting No from the properties.9 Set your PC’s Wi-Fi Wireless network adapter as the Network

interface.10After configuration, you can add different sequencer tests.



Non-LTE UE’sViavi’s market leading drive test solution encompasses all the key measurements you need to optimize and troubleshoot your GSM, GPRS, EDGE, UMTS, HSUPA, HSDPA, and HSPA+ networks. A broad range of handset terminals are supported together with the Viavi industry leading measurement receiver technology giving you the ultimate toolkit to solve your GSM, GPRS, EDGE, UMTS, HSUPA, HSDPA, and HSPA+ networks.

Qualcomm Chipset Huawei U3220 (QChat) deviceSupported Technologies• HSUPA/HSDPA/UMTS 1700(AWS)/1900 MHz• EDGE/GPRS/GSM 850/900/1800/1900 MHz

Configuring Huawei U3220 (QChat) device for an E6474A projectQChat is a Push-To-Talk (PTT) technology developed by Qualcomm. It is used to provide a reliable way to enable instant two-way communication between users in different locations, but operating within the same type of network architecture. QChat handsets allow users to connect with other QChat users with the push of a button. QChat Alert and one-to-one (private) calls can be made over the HSPA or CDMA2000 1xEV-DO Revision A technology.

Prerequisites • Install the drivers by running the Setup.exe from the device storage.

Make sure the diagnostics mode is disabled.• Enable Diagnostics Mode - A special NCK code is required from

Huawei before the diagnostics mode can be enabled. You must obtain the NCK code from Huawei separately. The NCK code is unique for each phone and you will need to supply the IMEI number to Huawei to obtain the NCK code that corresponds to the IMEI number. The NCK code can be entered using the following procedure: ##497613 + SEND button > System test > Background setting > Open QUALCOMM background > ON > Enter NCK. After entering the NCK code, diagnostics mode can be enabled using the following procedure: ##497613 + SEND button > Debug > Diag debug > ON.

• Disable the Auto keypad lock - To turn off the Auto keypad lock, go to Menu > Settings > Phone > Auto keypad lock > Off.



• Required Licenses - The QChat measurements license is required for collecting the QChat trace data for E6474A. If the QChat license is not available, QChat trace data will not be collected. In addition, you must have the necessary license(s) to collect trace data for other functions. For example, the WCDMA/UMTS Phone license is required for WCDMA/UMTS trace data logging.

Adding Huawei U3220 (QChat) device to the E6474A project1 Open E6474A. 2 Insert the Huawei U3220 (QChat) device and it will be automatically

detected.Note: By default, the auto device detection is automatically enabled in the E6474A application.

Or alternatively, to manually add the device: select Configuration > Add Device. Select Huawei > Huawei U3220 device, and click OK.

If the application encounters probing issues, you must re-enter the NCK code as described in the Prerequisites section above.

3 Expand the hardware tree and select the Trace element of the phone device. The available device properties appear in the properties panel.

4 In the Trace properties, set the Port to the HUAWEI FT Handset – PC UI Interface port.

5 In the Dialup properties, set the Port to the HUAWEI FT Handset – Modem port.

Adding Huawei U3220 (QChat) to the Sequencer Panel via Dialup Interface1 In the Sequencer panel, right click Service_Model. 2 Select New > Device > Huawei U3220 (QChat).3 Choose the Dialup Interface that uses the HUAWEI FT Handset –

Modem port of the Huawei U3220 (QChat) device. For ADD, the existing dialup interface will be automatically configured.

4 Set the APN, dialup number, username, and password based on your carrier network.

5 After configuration, you can add different sequencer tests.



Nokia Chipset Smartphone Nokia C5-03

Configuring Nokia C5-03 for E6474A project

Prerequisites You must have a GSM and/or WCDMA phone license to use the device with the E6474A application and the relevant technology licenses to record the corresponding trace measurements.

Windows Device Manager for Nokia C5-03

Right click to view the modem port.



Adding the Nokia C5-03 to the E6474A project1 Launch the E6474A application. 2 Insert the phone and it will be automatically detected. By default, the

auto device detection is enabled automatically in the E6474A application. Alternatively, to manually add the device: select Configuration > Add Device, select Nokia > Nokia C5 HSPA Phone device, and click OK.

3 In the Trace properties, set Port to Nokia USB Modem port.4 In the Dialup properties, set Port to Nokia USB Modem #2 port.

Adding the Nokia C5-03 to the Sequencer Panel via Dialup Interface1 In the Sequencer panel, right click Service_Model.2 Select New > Device > Nokia C5-03.3 Choose the Dialup Interface that uses the Nokia USB Modem #2

port. 4 Set the APN, dialup number, username, and password based on your

carrier network. On certain networks, the operator may charge an additional fee to enable this feature. Check with your Operator for details.

5 After the configuration, you can add different sequencer tests.



Technical AssistanceIf you require technical assistance, call 1-844-GO-VIAVI. For the latest TAC information, go to http://www.viavisolutions.com/en/services-and-support/support/technical-assistance.

http://www.viavisolutions.com/en/services-and-support/support/technical-assistance

http://www.viavisolutions.com/en/services-and-support/support/technical-assistance

191

UE Device Reference for E6474A UsersUser’s Guide

VoLTE Instructions Appendix

CAUTION Viavi assumes no responsibility for any device warranty issues arising out of rooting. It is recommended that rooting should be done by a qualified Engineer.

A



Preparing the Device for VoLTE Testing

Software and hardware requirements• A SIM card with an active data connection• PC with Windows 7 or Windows 10 OS• Odin version 3.0.7 or later. You can download it from

http://www.samsungodindownload.com/• Rooting Binary files• An USB driver must be installed on your computer for the device to be

used

The following steps must be carried out before a device can be used by the RANAdvisor software for VoLTE scenario testing.

Step 1. Enable the Developer menu1 Go to the device Settings > About Phone > Software Information

menu.2 Click the Build Number field approximately seven times until you see

the message Developer Menu is now enabled.

Step 2. Enable the USB debuggingTo enable the communication between the PC and the phone, enable the USB Debugging option as shown below:1 Go to the device Settings > Developer options menu.2 Enable USB debugging.

http://www.samsungodindownload.com/

VoLTE Instructions Appendix A


3 Uncheck Verify apps via USB.

Step 3. Enable the ADB connectionSet the phone to the ADB mode to send the commands to the phone. This is normally set in the USBSettings menu. This menu is hidden and is accessed by entering an MMI code into the keypad of the Dialer app.

The MMI code may be different for different phone models. Refer to the respective device user guide for the MMI code. The most common MMI code is used in the illustration below.1 Launch the Dialer app.2 Go to the keypad and enter *#0808#. This will open the USBSettings

menu.3 Select USB > AP.



4 Select USB Settings > DM + MODEM + ADB.

Step 4. Trust the computerTo prevent any unauthorized command from a computer to a phone, you must trust the PC before the connection can be established.1 When you plug-in the USB cable to the computer, you will receive a

prompt Allow USB debugging?2 Select Always allow from this computer.



3 Click OK.

Step 5. Verify the ADB authorizationIf you have seen the Allow USB debugging? message and followed the steps to authorize the computer, you do not need to perform this step.

To check whether the computer has been trusted, follow the steps shown below.1 Open a command prompt. 2 Navigate to the folder containing ADB.exe. Type cd \Program Files

(x86)\Agilent Technologies\E6474A-X\Sequencer\ADB3 Type adb devices.

• If you see the word devices next to the device ID, it means the device is authorized.

• If you see the word unauthorized, it means the device has not been authorized.



Step 6: Rooting the device

Note that the phone manufacturer may void the warranty for the phones that are rooted.

The rooting procedure may differ for different phones and for different rooting packages. Search on the internet for the rooting procedure for your phone.

Refer to the table above for the search term to locate a rooting package on the Internet. If the search term is not provided in the table, you must get the rooted device from the carrier.

Phone Model Version Search keyword for rooting package

Samsung Galaxy S5 SM-G900A G900AUCU2AOA1

Samsung Galaxy S5 SM-G900F G900FZHU1ANI2 CF-Auto-Root-klte-kltexx-smg900f.tar.md5

Samsung Galaxy S5 SM-G900W8 G900W8VLU1ANI1 CF-Auto-Root-kltecan-kltevl-smg900w8.tar.md5

Samsung Galaxy S5 (verizon)

SM-G900V G900VVRU1ANI2 G900V_NCG_Stock_Kernel.tar

Samsung Galaxy S4 (AT&T)

SGH-I257 I257UCU2AND8

Samsung Galaxy Note 3 (T-Mobile)

SM-N900T N900TUVEDNF4 CF-Auto-Root-hltetmo-hltetmo-smn900t.tar.md5

LG G2 (Verizon) VS980 VS98023P lg g2 vs980 ioroot

LG G4 (AT&T) LG-H810 H81010g Root AT&T H810 VZW VS986 LG G4

LG G4 (Verizon) LG-VS986 VS98611A Root AT&T H810 VZW VS986 LG G4

LG G4 (Sprint) LG-LS991 LS991ZV5 and LS991ZV6

Root LG G4 Sprint LS991



Rooting the phone using OdinNote: The steps mentioned below are for the rooting packages that use the Odin application.1 Power off the phone and unplug the USB cable.2 Reboot the device into the Download mode by pressing the Power,

Volume-Down, and Home buttons at the same time. 3 Press the Volume-Up button to enter the Download mode.

4 Connect the device to the PC using an USB cable.Note: At this point the PC will load a new driver for the device. Wait until this is completed and a message is displayed saying, Your device is ready for use



5 Run Odin3 on your PC. Odin should recognize the phone via the com port.

6 From Odin, click PDA. 7 Select the rooting binary file (md5 format) listed in the table for the

respective phones.

8 Make sure the option for Re-Partition is not checked.



9 Press Start to flash the image. After few minutes, you will see a PASS message on the top of the Odin window indicating the device is rooted.

Step 7: Install and setup SuperSU app1 Launch Google Play and search for the SuperSU app to install.

2 After installing SuperSu, launch the application. • If you receive a prompt for an update, update it. • If you receive a prompt to disable Samsung KNOX, disable it.

3 Click the SETTINGS tab.



4 Click Default Access and select Grant.

Step 8. Install Root Checker and verify Superuser access rightsAfter SuperSU is installed successfully, this step is to verify that the rooting and Superuser access rights are working correctly.



Launch Google Play and search for the Root Checker app to install.

Launch the Root Checker app and click the Check button. • If the rooting is done correctly and SuperSU is installed successfully,

you will see that Root Access shows access granted.



• If the Superuser request prompt is shown, this means SuperSU is not setup properly. Ensure that Default Access in SuperSU is set to Grant.



Step 9. Install and setup BusyBox appDownload and install the BusyBox app from the Play Store on the device. Do not change the default installation path “/system/xbin”. The BusyBox app is needed for the TCPDump Piper Manager to capture SIP signalling for controlling voice over LTE networks.1 Launch Google Play and search for the BusyBox app.

2 After installing the BusyBox app, launch it. The Smart Install will scan the phone. Allow the scan to complete.

3 Do not change the default installation location.



4 Click Install when the Smart Install completes its scan.



Step 10. Disable the app verificationDuring the execution of VoLTE scenario tests in RANAdvisor, additional apps will be pushed onto the phone automatically. To prevent the OS security checks, the app verification has to be disabled.1 Go to Settings > Security.2 Ensure that Verify apps is unchecked.

Step 11. Enable the VoLTE call feature on the phoneDepending on the carrier, the VoLTE Calls feature may be called VoLTE Calls or HD Voice+. Refer to the carrier’s website to find out the name for VoLTE Calls.

The VoLTE call feature is defined in the Call setting or in the Mobile data setting, depending on the device type. Both the options are listed below.



Enable VoLTE in the Call Setting1 Go to Settings > Applications > Call > Outgoing voice call

settings and enable Use VoLTE when available.

Enable VoLTE in Mobile DataGo to Settings > Network Connections > More Networks > Mobile Networks > Mobile data and select Enhanced 4G LTE services.



Step 12. Disable the IMS encryptionThe VoLTE Encryption algorithm has to be disabled for the RANAdvisor VoLTE testing to work. You can disable the VoLTE encryption using the IMS Settings app or using the keycode depending on the device type. Both the options are listed below.



Disable the IMS Encryption using IMS Settings app1 Launch the IMS Settings app.

2 Locate the IMS Profile and click on it.

Several profiles will be listed. Typically, the first profile on the list is the profile used by the VoLTE calls.



3 Click on the profile name to show the settings for that profile.

4 In the selected profile setting, scroll to the bottom to look for Encryption Algorithm. Click the Encryption Algorithm field and change it to None. This will disable the IMS Encryption. The phone needs to be rebooted for the changes to take effect.



Disable the IMS Encryption using keycode1 If the IMS Settings app cannot be located on the phone, try launching

the dialer and enter *#467# keycode on the keypad. This may display the VoLTE Configuration Menu on some phone.

2 Click IMS VoLTE Settings in the VoLTE Configuration Menu.

3 Click Bearer Settings in the IMS VoLTE Settings.



4 Click LTE IMS PDN in the Bearer Settings screen.

5 In the LTE IMS PDN screen, scroll down to locate the Encryption Algorithm field and click on it.

6 Select None for the Encryption Algorithm. The phone needs to be rebooted for the changes to take effect.



Configuring E6474A for the VoLTE CallNOTE: Configure the device first for VoLTE. See “Preparing the Device for VoLTE Testing" on page 192 details.1 Add a device to the Sequencer Panel. 2 Add the Call Control test in the calling phone.

• In the Call Control test properties, set Auto Dial to Yes, Dialing Method to ADB, enter the phone number to call at the Call Number property, duration of the call at the Call Duration property, and enable the VoLTE Call Trace property.

Note: Refer to the individual chipset devices section in the “UE Device Configuration for the Dialling Method.

3 Add the Call Control test in the answering phone.• In the Call Control test properties, set Auto Answer to Yes,

Answering Method to Viavi Phone Utility, specify the length of time it will wait for an incoming call in the Auto Answer Timeout property, and enable the VoLTE Call Trace property.

Note: Refer to the individual chipset devices section in the “UE Device Configuration for the Answering Method.



Supported ConfigurationThe table lists the validity of the configuration for the VoLTE Call Trace property, and the Call Type setting on the phone.

VoLTE Call Trace Property

Call Type Validity of Configuration

Disabled CS call Valid

Disabled VoLTE call Invalid

Enabled CS call Valid

Enabled VoLTE call Valid

Viavi Solutions

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