howto thomsonmta v01

Ref.: Version: 1.0 Status: Status Date: 08-11-06 Page: 1/49 Copies are uncontrolled – Please check this is the right version before use

CPS – customers support

Company Confidential

How to / CM & STB support

The information contained in this document is proprietary to Thomson and shall not be disclosed, copied or distributed by the recipients to third persons without the written permission of Thomson

How to provision

Thomson MTA

Subject How to provision Thomson MTA

Authors Clairay Nicolas






1. Approvers Name Organization Position

Cren Eric CPS – customer support

2. History Approved Versions

Date Author Description of change(s) Quality Issue

1.0 CLAIRAY Initial document

3. Reviewers Name Organization Position

Cren eric CPS – customer support Phelep Laurent CPS – customer support Roinet gwenael CPS -Certification

4. Definitions, Acronyms & Abbreviations CM Cable Modem MTA Multimedia Terminal Adapter VSIF Vendor specific Identifier TLV Type Long Value WIFI Wireless Fidility SIP Session Initiation Protocol TWG850 Wireless EMTA CM Cable Modem CMTS Cable Modem Termination System DOCSIS Data Over Cable Service Interface Specification EuroDOCSIS European Data Over Cable Service Interface Specification HFC Hybrid Fiber Coax. Red de acceso MAC Media Access Controller. Protocol (level 2) SNMP Simple Network Management Protocol. TcomLabs Laboratory of certification EuroDOCSIS TFTP Trivial File Transfer Protocol. TOD Time of Day. RG Residential Gateway (mode)






CM Cable Modem (mode) SW Software Kerberos

A secret-key network authentication protocol that uses a choice of cryptographic algorithms for encryption and a centralized key database for authentication.

DHCP Dynamic Host Configuration Protocol

References: [1] PacketCable MTA Device Provisioning Specification, PKT-SP-PROV-I10-040730, July 30, 2004,, Cable Television Laboratories, Inc.,http://www.PacketCable.com/ [2] PacketCable Dynamic Quality of Service Specification, PKT-SP-DQOS-I11-040723, July 23, 2004, Cable Television Laboratories, Inc.,http://www.PacketCable.com/ [3] PacketCable 1.0 Architecture Framework Technical Report, PKT-TR-ARCHV01-991201, December 1, 1999, Cable Television Laboratories, Inc.,http://www.PacketCable.com/ [4] Data-Over-Cable Service Interface SpecificationsDOCSIS 1.1Radio Frequency Interface Specification SP-RFIv1.1-I10-030730 [5] Data-Over-Cable Service Interface Specifications DOCSIS 2.0Radio Frequency Interface Specification CM-SP-RFIv2.0-I08-050408 [6] User guide TWG850 avaibalble on http://cable.imagesenligne.com/ [7] User guide THG540 avaibalble on http://cable.imagesenligne.com/ [8] User guide THG520 avaibalble on http://cable.imagesenligne.com/






Table Of Contents

1. INTRODUCTION :.............................................................................................................................6

2. SOFTWARE(S) ...................................................................................................................................6

3. STEPS OF THE PROVISIONING....................................................................................................7

4. DHCP CONFIGURATION................................................................................................................8 4.1.1. Policy for the Cable Modem..................................................................................................8 4.1.2. TFTP Server ..........................................................................................................................9 4.1.3. Time Of Day Server ...............................................................................................................9 4.1.4. Policy for the MTA ..............................................................................................................10

5. CONFIGURATION FOR THE PROVISIONING: .......................................................................11 5.1. SIP RELEASES ..............................................................................................................................11

5.1.1. By CM config file.................................................................................................................11 • TLV 168 : SIP configurations......................................................................................................11 • TLV 169 –SIP Digitmap ..............................................................................................................12 5.1.2. CM and MTA configuration file ..........................................................................................14 • Example of CM config file example-cm.cfg: ...............................................................................14 • Example of MTA configuration file “example-mta.bin”:............................................................15 5.1.3. By Web page........................................................................................................................16 5.1.4. Example of provisioning and registration flows .................................................................19

5.2. MGCP RELEASES.........................................................................................................................20 5.2.1. By CM config file.................................................................................................................20 • With TLV 25 = 1..........................................................................................................................20 5.2.2. by CM and MTA configuration files....................................................................................22 • With TLV 25 = 2..........................................................................................................................22 5.2.3. Regular provisioning...........................................................................................................23 • Without TLV 25 ...........................................................................................................................23 5.2.4. Example of provisioning and registration flows .................................................................23

6. PROVISIONING MODE .................................................................................................................24 6.1. BASIC.1 ......................................................................................................................................24 6.2. BASIC.2 ......................................................................................................................................24 6.3. HYBRID.1...................................................................................................................................24 6.4. HYBRID.2...................................................................................................................................24 6.5. FULL SECURE FLOW.....................................................................................................................24 6.6. EXAMPLES OF CONFIGURATION FOR SECURITY MODE . ..............................................................24

7. OPTION 122 ......................................................................................................................................25

8. CMTS AND QOS ..............................................................................................................................26

9. TROUBLESHOUTING....................................................................................................................27






9.1. LEDS BEHAVIOR AND TROUBLESHOUTING ..................................................................................27 9.2. NO DIAL TONE TROUBLESHOUTING .............................................................................................31

10. ROUTER AND WIFI........................................................................................................................32 10.1. THREE NETWORKING MODES..................................................................................................32 10.2. ROUTER FEATURES ..................................................................................................................33

11. LOGIN AND PASSWORD ..............................................................................................................34 11.1. HTTP://192.168.0.1 ..................................................................................................................34 11.2. VOIP > ADVANCED WEB PAGE................................................................................................34






This document gives a list of items to be checked before starting.

1. Introduction : The aim of this document is to help you to provision TWG850 and Thomson MTA. The TWG850 is a Thomson Cable Modem implemented with Wifi interface and embedded MTA. Thomson MTA follow the packetcable and Docsis specifications.For any further information refer to the Docsis1.0,1.1,2.0 , packetcable 1.0,1.5 specifications. We will describe hereafter a basic configuration from the DHCP and some different configuration filesrequired from CM and MTA. Minimum configuration required :

• DHCP Server • TFTP Server • Time Server • Log Server • CMS Server • CMTS

The provisioning server and Kerberos server are required for the security provisioning. For more details refer to PKT-SP-PROV-I10-040730.pdf Ref [1 ]

2. Software(s) This table describes the SW for each Model Thomson MTA.

Versions Models

SIP EuroPacketCable PacketCable

THG 520 ST67.xx.xx ST65.xx.xx ST68.xx.xx THG 540 ST8B.xx.xx ST89.xx.xx ST8C.xx.xx TWG 850 ST83.xx.xx ST81.xx.xx ST84.xx.xx






3. Steps of the provisioning All Thomson MTA models follow the initialization flow bellow: (this specification is first used for the MGCP release. We decide to use the same for the SIP release)






4. DHCP configuration The DHCP server must provide the following information to the CM.

CM-1 CM 4 - the CM needs the following details: Option 53: DHCP Message Type = DHCP Discover Option 55: Parameter Request List

1 = Subnet Mask 2 = Time Offset 3 = Router 4 = Time Server 7 = Log Server 6 = Domain Name Server 66 = TFTP Server Name 67 = Bootfile name 122 = CableLabs Client Configuration

Define a Policy for the CM , which will provide “parameter Request list” Remark : If the option 122 is notprovided to, the MTA part will be disabled . The paragraph [option 122] describes how to set this option .

4.1.1. Policy for the Cable Modem As mentioned before the Cable modem must receive the following information.

o dhcp-lease-time is active by default and set to 604800 seconds, which is the number of seconds in one week.

o routers is the IP address of the CMTS cable interface, in this case 10.0.35.1

o time-offset of the CM from Universal Coordinated. This is used by the CM to calculate the local time, in order to time-stamp error logs.= 2

o time-servers IP address for the ToD server, which is 10.0.14.253






o log server 10.0.14.253

o hostname:CM-part

o domain name: voipnet.com

o option 122: 01:04:0a:00:0e:fd, the IP address of the DHCP

o packet-siaddr is the IP address of TFTP server, which is 10.0.14.253.

o packet-file-name is the DOCSIS configuration file. This file should reside in the tftpboot directory of the TFTP server.=Bootfile name

4.1.2. TFTP Server CM 5 & 6 - TFTP step - The TFTP server will send the bootfile to CM (bootfile defined by option 67 in DHCP server).

4.1.3. Time Of Day Server CM 7 & 8 ToD step - The TOD is provided to CM.






4.1.4. Policy for the MTA Define a second policy for the MTA part : With the following data:

Your (client) IP address: 10.0.35.231 (10.0.35.231) Next server IP address: 10.0.14.253 (10.0.14.253) Relay agent IP address: 10.0.35.1 (10.0.35.1) Client MAC address: Broadban_40:95:53 (00:11:e3:40:95:53) Server host name not given Boot file name: Rennes_mgcp_basic1.BIN Magic cookie: (OK) Option 53: DHCP Message Type = DHCP ACK Option 54: Server Identifier = 10.0.14.253 Option 51: IP Address Lease Time = 7 days Option 1: Subnet Mask = 255.255.255.0 Option 4: Time Server = 10.0.14.253 Option 2: Time Offset = 2 seconds Option 3: Router = 10.0.35.1 Option 6: Domain Name Server = 10.0.14.253 Option 7: Log Server = 10.0.14.253 Option 15: Domain Name = "cmserv2.voipnet.com" Option 122: CableLabs Client Configuration (41 bytes) Suboption 1: TSP's Primary DHCP Server: 10.0.14.253 (4 bytes) Suboption 3: TSP's Provisioning Server: CMSERV2.VOIPNET.COM (21 bytes) Suboption 6: TSP's Kerberos Realm Name: BASIC.1 (9 bytes) Option 12: Host Name = "MTA409553"






5. Configuration for the provisioning: 5.1. SIP releases There are three possibilities to set specific SIP parameters for MTA. The configuration can be set :

− By CM configuration file − By CM and MTA configuration file − By Web page

1 ) CM configuration file. You must define a private TLV 168 and 169, respectively the registration parameter in relation with the SIP server, and the Digitmap in the configuration file. 2 ) CM and MTA configuration file.(the most currently used). If you use this method of provisioning , you must define one CM configuration file and one MTA configuration file.CM configuration file can contain the “TLV 25 = 2 “in order to force this kind of provisioning with two bootfiles one for CM and the other for MTA. 3 )Web Page (using CM configuration File) In this case you must define only the TLV 170 in the CM configuration file. You need to define the option 122 in the DHCP setting for the Cable modem part, with the sub-option1. This option 122 is required to have a second Discover sent by the MTA part.

5.1.1. By CM config file

• TLV 168 : SIP configurations VSIF 168 SIP related server ip , username and password for proxy authentication .You must specify this VSIF if you want to make a phone call with proxy server. Format: proxy ip|registrar ip|log ip|PhoneExt1|password1| PhoneExt2|password If you want to specify the port number, you can append the ':' at the end of IP then assign the port number. 10.6.64.102:5060|10.6.64.102:5060|10.6.64.3|1001|sip| proxy ip : 10.6.64.102 ,port 5060 registrar ip : 10.6.64.102 ,port 5060 log ip : 10.6.64.3 Phone number for line 0 : 1001 , if the MTA has two ports , the line 1 will be 1002 . 10.6.64.102:5060|10.6.64.102:5060|10.6.64.3|1001|sip||1002|sip






• TLV 169 –SIP Digitmap By default if you don't define the VSIF 169 in the configuration file ,the number that you can dial are the following :

DigitMap: xxxxxxxx|xx+*|xx+#|*6[0189]|*7[0-35]|*74xxxxxxxx

• Examples of setting TLV 169

With this example you are allowed to dial a number of 10 digits.( 1 zero and 9 digits)

DigitMap: 0xxxxxxxxx

HEX translation to VSIF 169: 30.78.78.78.78.78.78.78.78.78 . This translation is sometime need .

• With this second example, considering the following dial plan:

0 Local operator 00 Long-distance operator xxxx Local extension number (starts with 1-5) 11x Service number 110 112 113 3xxxxxxx Local number 0046xxxxxxxxx The number to Sweden for example 91xxxxxxxxxx Long-distance number 9011 + up to 15 digits International number

DigitMap : 0+T|00+T|[1-5]xxx|11[0-3]|3xxxxxxx|0046xxxxxxxxx|91xxxxxxxxxx|9011x+T

HEX translation to VSIF 169:

30.7c.30.30.7c.5b.31.2d.35.5d.78.78.78.7c.31.31.5b.30.2d.33.5d.7c.33.78.78.78.78.78.78.78.7c.30.30.34.36.78.78.78.78.78.78.78.78.78.7c.39.31.78.78.78.78.78.78.78.78.78.78.7c.39.30.31.31.78.2e






Example of CM config file “example-cm.cfg”: Main { NetworkAccess 1; MaxCPE 8; UsPacketClass { ClassifierRef 1; ServiceFlowRef 2; ActivationState 1; IpPacketClassifier { DstPortStart 5060; DstPortEnd 5070; } } UsPacketClass { ClassifierRef 2; ServiceFlowRef 2; ActivationState 1; LLCPacketClassifier { EtherType 0x030f16; } } DsPacketClass { ClassifierRef 3; ServiceFlowRef 4; ActivationState 1; IpPacketClassifier { DstPortStart 5060; DstPortEnd 5070; } } UsServiceFlow { UsServiceFlowRef 1; QosParamSetType 7; SchedulingType 2; } UsServiceFlow { UsServiceFlowRef 2; QosParamSetType 7; SchedulingType 2; TrafficPriority 3; } DsServiceFlow { DsServiceFlowRef 3; QosParamSetType 7; } DsServiceFlow { DsServiceFlowRef 4; TrafficPriority 4; QosParamSetType 7; } GlobalPrivacyEnable 0; VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 25 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 71 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 74 TlvLength 1 TlvValue 0x01; GenericTLV TlvCode 168 TlvString "10.0.14.253:5060|10.0.14.253:5060|10.0.14.253|0299273458|test1|0299277174|test2"; GenericTLV TlvCode 169 TlvString "0+T|00+T|[1-5]xxx|11[0-3]|3xxxxxxx|0046xxxxxxxxx|91xxxxxxxxxx|9011x "; } }






5.1.2. CM and MTA configuration file In this case, define the TLV 25 = 2 in the config file for the CM , and define the other parameters (sip setting) in the MTA config file. Each part, Cm and MTA have its own config file .

• Example of CM config file example-cm.cfg: Main { NetworkAccess 1; MaxCPE 8; UsPacketClass { ClassifierRef 1; ServiceFlowRef 2; ActivationState 1; IpPacketClassifier { DstPortStart 5060; DstPortEnd 5070; } } UsPacketClass { ClassifierRef 2; ServiceFlowRef 2; ActivationState 1; LLCPacketClassifier { EtherType 0x030f16; } } DsPacketClass { ClassifierRef 3; ServiceFlowRef 4; ActivationState 1; IpPacketClassifier { DstPortStart 5060; DstPortEnd 5070; } } UsServiceFlow { UsServiceFlowRef 1; QosParamSetType 7; SchedulingType 2; } UsServiceFlow { UsServiceFlowRef 2; QosParamSetType 7; SchedulingType 2; TrafficPriority 3; } DsServiceFlow { DsServiceFlowRef 3; QosParamSetType 7; } DsServiceFlow






{ DsServiceFlowRef 4; TrafficPriority 4; QosParamSetType 7; } GlobalPrivacyEnable 0; VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 25 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 71 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 74 TlvLength 1 TlvValue 0x01; } }

• Example of MTA configuration file “example-mta.bin”: tmmEmtaSipEndPointProxyAddress .1.3.6.1.4.1.2863.78.3.4.1.1.1.1 10.0.14.250 string tmmEmtaSipEndPointProxyAddress .1.3.6.1.4.1.2863.78.3.4.1.1.1.2 10.0.14.250 string tmmEmtaSipEndPointProxyPortRemote .1.3.6.1.4.1.2863.78.3.4.1.1.2.1 5060 int tmmEmtaSipEndPointProxyPortRemote .1.3.6.1.4.1.2863.78.3.4.1.1.2.2 5060 int tmmEmtaSipEndPointProxyUsername .1.3.6.1.4.1.2863.78.3.4.1.1.3.1 3001 string tmmEmtaSipEndPointProxyUsername .1.3.6.1.4.1.2863.78.3.4.1.1.3.2 3002 string tmmEmtaSipEndPointProxyPassword .1.3.6.1.4.1.2863.78.3.4.1.1.4.1 test string tmmEmtaSipEndPointProxyPassword .1.3.6.1.4.1.2863.78.3.4.1.1.4.2 test string tmmEmtaSipEndPointRegistrarAddress .1.3.6.1.4.1.2863.78.3.4.1.1.6.1 10.0.14.250 string tmmEmtaSipEndPointRegistrarAddress .1.3.6.1.4.1.2863.78.3.4.1.1.6.2 10.0.14.250 string tmmEmtaSipEndPointRegistrarPortRemote .1.3.6.1.4.1.2863.78.3.4.1.1.7.1 5060 int tmmEmtaSipEndPointRegistrarPortRemote .1.3.6.1.4.1.2863.78.3.4.1.1.7.2 5060 int tmmEmtaSipDeviceDigitMap .1.3.6.1.4.1.2863.78.3.4.2.4.0

xxxx|xx+*|xx+#|*6[0189]|*7[0-35]|*74xxxx string tmmEmtaSipCallForwardingUnconditionnal .1.3.6.1.4.1.2863.78.3.4.3.1.3.1 1 int tmmEmtaSipCallForwardingUnconditionnal .1.3.6.1.4.1.2863.78.3.4.3.1.3.2 1 int tmmEmtaSipCallForwardingOnBusy 1.3.6.1.4.1.2863.78.3.4.3.1.1.1 1 int tmmEmtaSipCallForwardingOnBusy 1.3.6.1.4.1.2863.78.3.4.3.1.1.2 1 int tmmEmtaSipCallForwardingOnNoAnswer 1.3.6.1.4.1.2863.78.3.4.3.1.2.1 1 int tmmEmtaSipCallForwardingOnNoAnswer 1.3.6.1.4.1.2863.78.3.4.3.1.2.2 1 int tmmEmtaSipCallTransfert 1.3.6.1.4.1.2863.78.3.4.3.1.4.1 1 int tmmEmtaSipCallTransfert 1.3.6.1.4.1.2863.78.3.4.3.1.4.2 1 int tmmEmtaSipCallReturn 1.3.6.1.4.1.2863.78.3.4.3.1.5.1 1 int tmmEmtaSipCallReturn 1.3.6.1.4.1.2863.78.3.4.3.1.5.2 1 int tmmEmtaSipCallWaiting 1.3.6.1.4.1.2863.78.3.4.3.1.6.1 1 int tmmEmtaSipCallWaiting 1.3.6.1.4.1.2863.78.3.4.3.1.6.2 1 int tmmEmtaSipCallWaitingEnableCode 1.3.6.1.4.1.2863.78.3.4.4.7 *43# string tmmEmtaSipCallWaitingDisableCode 1.3.6.1.4.1.2863.78.3.4.4.8 *19# string tmmEmtaSipCallForwardingUnconditionnalCode .1.3.6.1.4.1.2863.78.3.4.4.5 *21* string tmmEmtaSipCallForwardingUnconditionalDisableCode .1.3.6.1.4.1.2863.78.3.4.4.12 #21# string tmmEmtaSipCallForwardingOnBusyEnableCode .1.3.6.1.4.1.2863.78.3.4.4.3 *22* string tmmEmtaSipCallForwardingOnBusyDisableCode .1.3.6.1.4.1.2863.78.3.4.4.10 #22# string tmmEmtaSipCallForwardingOnNoAnswerEnableCode .1.3.6.1.4.1.2863.78.3.4.4.4 *23* string tmmEmtaSipCallForwardingOnNoAnswerDisableCode .1.3.6.1.4.1.2863.78.3.4.4.11 #23# string tmmEmtaSipCallForwardDisableCode .1.3.6.1.4.1.2863.78.3.4.4.1 #66# string tmmEmtaSipCallReturnCode .1.3.6.1.4.1.2863.78.3.4.4.6 *44* string tmmEmtaSipCallRedialCode .1.3.6.1.4.1.2863.78.3.4.4.9 *33* string tmmEmtaSipPerCallCLIREnableCode 1.3.6.1.4.1.2863.78.3.4.4.13 *92 string tmmEmtaSipPermanentCLIREnableCode 1.3.6.1.4.1.2863.78.3.4.4.14 *93 string tmmEmtaSipPermanentCLIRDisableCode 1.3.6.1.4.1.2863.78.3.4.4.15 *94 string tmmEmtaSipCallWaitingAndThreeWayType .1.3.6.1.4.1.2863.78.3.4.3.1.14.1 1 int tmmEmtaSipCallWaitingAndThreeWayType .1.3.6.1.4.1.2863.78.3.4.3.1.14.2 1 int






Remarks : The telephony feature bellow have to be enable and ( customized if you want ) to be use . “see the example-mta.bin”

Call Forwarding -On busy

Call Forwarding - On answer Call Forwarding –Unconditional

Call waiting

CLIP display Number

Call transfert

CLIR - per call

CLIR - permanent

Stutter dial tone

Call Return

Call redial

Call three party

5.1.3. By Web page You can manage the Cable modem from the RF side. The default page (for http://IP address of cable modem) is “BASIC “page, you must used blank username & static password ("admin") to access to it, then use password of the day to access toAdvanced & TechSupport pages. The password of the day is given with the executable “Thomson-POTD-ver5.exe” Note : use VSIF170 to enable/disable the SIP page in Advanced Group. Default setting is disabled. VSIF170=1 [enable] We do not recommend to set VSIF = 168 and 169 in this case, it’s not compatible with VSIF 170. GlobalPrivacyEnable 0; VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 170 TlvLength 1 TlvValue 0x01; }

Use of password of the day to access to Advanced & TechSupport pages.

http://ip/






Thomson PoD Tool

The Thomson PoD Tool is a Windows application capable of creating the encrypted seed and PoD for any given date. The Thomson PoD Tool takes the following as arguments: Start Day (yyyy.mm.dd), End Day (yyyy.mm.dd) and Seed. The PoD Tool also has two buttons: 'Generate PoD' and 'Encrypt Seed'. 'Generate PoD' creates a unique PoD for every day covered by the start and end days. 'Encrypt Seed' encrypts the seed for use in the device configuration file settings. Make sure to uncheck “Use Default Seed” if something other than “thomson” is to be used as the PoD seed. If “Use Default Seed” is checked, “thomson” will be used and the text in the “Seed” field will be ignored. Note that the PoD is the hex string following the date. There will be no spaces in the resulting PoD or Encrypted Seed. Run the executable file : Thomson_PoD_Tool_1_2.exe






The password With this example is : 9e504ef297e52fb






Set the parameters with our values.

Then click on “ save value”button.The MTA immedialty resets, and sends a Register message to the SIP server.

5.1.4. Example of provisioning and registration flows






5.2. MGCP releases

5.2.1. By CM config file

• With TLV 25 = 1 The call agent server is defined by the VSIF 21 and ports by VSIF 22 and 23 See VSIF list for reference [Annexe 1].

Example . Main { NetworkAccess 1; MaxCPE 8; UsPacketClass { ClassifierRef 1; ServiceFlowRef 2; ActivationState 1; IpPacketClassifier { DstPortStart 2427; DstPortEnd 2429; } } UsPacketClass { ClassifierRef 2; ServiceFlowRef 2; ActivationState 1; LLCPacketClassifier { EtherType 0x030f16; } } DsPacketClass { ClassifierRef 3; ServiceFlowRef 4; ActivationState 1; IpPacketClassifier { DstPortStart 2427; DstPortEnd 2429; } } UsServiceFlow { UsServiceFlowRef 1; QosParamSetType 7; SchedulingType 2; } UsServiceFlow { UsServiceFlowRef 2; QosParamSetType 7; SchedulingType 2; TrafficPriority 3; } DsServiceFlow






{ DsServiceFlowRef 3; QosParamSetType 7; } DsServiceFlow { DsServiceFlowRef 4; TrafficPriority 4; QosParamSetType 7; } GlobalPrivacyEnable 0; VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 25 TlvString 1 TlvValue 0x01; GenericTLV TlvCode 21 TlvString "ca@[10.0.14.250]"; GenericTLV TlvCode 23 TlvLength 2 TlvValue 0x181d; GenericTLV TlvCode 22 TlvLength 2 TlvValue 0x181c; GenericTLV TlvCode 24 TlvLength 1 TlvValue 0x05; GenericTLV TlvCode 51 TlvLength 1 TlvValue 0x28; GenericTLV TlvCode 106 TlvLength 1 TlvValue 0x01; GenericTLV TlvCode 107 TlvString "test"; /* tlv length = 4 */ GenericTLV TlvCode 108 TlvString "test"; /* tlv length = 4 */ GenericTLV TlvCode 71 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 74 TlvLength 1 TlvValue 0x01; } }






5.2.2. by CM and MTA configuration files

• With TLV 25 = 2 - Cm configuration file

Only specific Thomson vsif are detailed here VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 71 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 74 TlvLength 1 TlvValue 0x01; GenericTLV TlvCode 67 TlvLength 1 TlvValue 0x05; GenericTLV TlvCode 25 TlvLength 1 TlvValue 0x02; GenericTLV TlvCode 38 TlvLength 1 TlvValue 0x01; GenericTLV TlvCode 106 TlvLength 1 TlvValue 0x01; GenericTLV TlvCode 107 TlvString "admin"; GenericTLV TlvCode 108 TlvString "admin"; }

- MTA configuration file

Remind that :If you use a Packetcable SW, use cable labs mib (4491).If you use a Europacketcable SW, use tcomlabs mib (7432).

- Example with Packetcable SW pktcMtaDevEnabled .1.3.6.1.4.1.4491.2.2.1.1.1.7.0 1 int pktcMtaDevRealmOrgName-1 .1.3.6.1.4.1.4491.2.2.1.1.3.16.1.4.80.75.84.67.46.81.79.83.84.69.75 CableLabs string pktcNcsEndPntConfigCallAgentId-1 .1.3.6.1.4.1.4491.2.2.2.1.2.1.1.1.9 cmserv2.voipnet.com string pktcNcsEndPntConfigCallAgentId-2 .1.3.6.1.4.1.4491.2.2.2.1.2.1.1.1.10 cmserv2.voipnet.com string pktcMtaDevCmsKerbRealmName .1.3.6.1.4.1.4491.2.2.1.1.3.17.1.2.99.109.115.101.114.118.50.46.118.111.105.112.110.101.116.46.99.111.109 PKTC.QOSTEK string pktcMtaDevCmsIpsecCtrl .1.3.6.1.4.1.4491.2.2.1.1.3.17.1.10.99.109.115.101.114.118.50.46.118.111.105.112.110.101.116.46.99.111.109 2 int ifAdminStatus-7 .1.3.6.1.2.1.2.2.1.7.9 1 int ifAdminStatus-8 .1.3.6.1.2.1.2.2.1.7.10 1 int pktcMtaDevProvConfigHash .1.3.6.1.4.1.4491.2.2.1.1.2.7.0 A4846A7A57F8C97CCC4ED5454E7E9CD53AD00BCA octetstring

- Example with Euro-Packetcable SW

Euro pktcMtaDevEnabled .1.3.6.1.4.1.7432.1.1.1.6.0 1 int Euro pktcMtaDevRealmName .1.3.6.1.4.1.7432.1.1.3.6.1.2.1 PKTC.QOSTEK string Euro pktcMtaDevRealmOrgName .1.3.6.1.4.1.7432.1.1.3.6.1.5.1 tComlabs string Euro pktcNcsEndPntConfigCallAgentId .1.3.6.1.4.1.7432.2.1.2.1.1.1.9 [email protected] string Euro pktcNcsEndPntConfigCallAgentId .1.3.6.1.4.1.7432.2.1.2.1.1.1.10 [email protected] string Euro pktcMtaDevCmsFqdn .1.3.6.1.4.1.7432.1.1.3.8.1.2.1 cmserv2.voipnet.com string Euro pktcMtaDevCmsKerbRealmName .1.3.6.1.4.1.7432.1.1.3.8.1.3.1 PKTC.QOSTEK string Euro pktcMtaDevCmsIpsecCtrl .1.3.6.1.4.1.7432.1.1.3.8.1.9.1 2 int ifAdminStatus .1.3.6.1.2.1.2.2.1.7.9 1 int ifAdminStatus .1.3.6.1.2.1.2.2.1.7.10 1 int Euro pktcMtaDevProvConfigHash .1.3.6.1.4.1.7432.1.1.2.9.0 037457AE0937F75CE91A6A15579F9CD69B7928E2 octetstring






5.2.3. Regular provisioning

• Without TLV 25 The THG520 is provisioned with two-config files see paragraph 5.3.1. The TFTP server will provide the second bootfile directly (BASIC mode SEC) or indirectly using the process snmp server, which informs the CM to download the bootfile for MTA part through the TFTP server (HYBRID mode SEC). All information are provided by the option 122 defined for the MTA part :

Option 122: Suboption 1: TSP's Primary DHCP Server: 10.0.14.253 (4 bytes) Suboption 3: TSP's Provisioning Server: CMSERV2.VOIPNET.COM (21 bytes) Suboption 6: TSP's Kerberos Realm Name: BASIC.1 (9 bytes)

5.2.4. Example of provisioning and registration flows

Without TLV 25 in CM bootfile and HYBRID.2 Mode






6. Provisioning Mode 6.1. BASIC.1

If the DHCP option 122 sub-option 6 value is BASIC.1 the MTA Must execute the Basic flow , without the provisioning complete SNMP INFORM

6.2. BASIC.2 If the DHCP option 122 sub-option 6 value is BASIC.2 the MTA Must execute the Basic flow , with the provisioning complete SNMP INFORM

6.3. HYBRID.1 If the DHCP option 122 sub-option 6 value is HYDRID.1 the MTA Must execute the Hybrid flow , without the provisioning complete SNMP INFORM

6.4. HYBRID.2 If the DHCP option 122 sub-option 6 value is HYDRID.2 the MTA Must execute the Hybrid flow , with the provisioning complete SNMP INFORM

6.5. Full Secure flow The Secure Flow is supported by PacketCable MTAs.The Secure Flow supports Kerberos mutual authentication between the MTA and the provisioning system, as well as Kerberized SNMPv3 messaging.

6.6. Examples of configuration for security Mode . Basic .1 1 – define the option 122 for the MTA Part as below Suboption 1 = 10.0.14.253 (Primary DHCP server) Suboption 3 = 10.0.14.253 (Provionning SNMP Server) Suboption 6 = BASIC.1( Kerberos realm) Hybrid.2 1 – define the option 122 for the MTA Part as below Suboption 1 = 10.0.14.253 Suboption 3 = 10.0.14.253 Suboption 6 = HYBRID.2






7. Option 122 Remminder of option 122

Thomson lab has developed a Windows application” stringer.exe “which will help you to set the option 122 ,






The option 122 is mandatory in the DHCP offer to the CM , that will enable the MTA provisioning .(at least define the suboption-1) And then the sub-option 1-3-6 are required for the MTA part . Examples : For CM provisioning define :

Option 122: Suboption 1: TSP's Primary DHCP Server: 10.0.14.253

For the MTA provisioning define :

Option 122: Suboption 1: TSP's Primary DHCP Server: 10.0.14.253 (4 bytes) Suboption 3: TSP's Provisioning Server: PROVSERV.VOIPNET.COM (21 bytes) Suboption 6: TSP's Kerberos Realm Name: BASIC.1 (9 bytes)

Somtines you have to set the option in HEX format in the DHCP configuration For CNR the option will be

option 122: 01:04:0A:00:0E:FD:03:17:00:08:70:72:6F:76:73:65:72:76:07:76:6F:69:70:6E:65:74:03:63:6F:6D:06:09:05:42:41:53:49:43:01:31:00

For linux The option looks like that :

option packetcable.primary-dhcp-server 10.0.14.253; option packetcable.snmp-entity-address 00:08:70:72:6F:76:73:65:72:76:07:76:6F:69:70:6E:65:74:03:63:6F:6D:00; option packetcable.kerberos-realm-name 05:42:41:53:49:43:01:31:00;

8. CMTS and QOS Note that the CMTS should be at least Docsis 1.1 to set the quality of service, if the CMTS isn’t Docsis 1.1 Certified , it will have no garanty of QOS for the voice service. You have to define also some service flow in the configuration file for Cable modem .[ref : example of configuration file example-cm .cfg]






9. Troubleshouting

9.1. Leds behavior and troubleshouting The following illustrations show the front panel of the TWG850 and THG520 models:

Front panel of the TWG850:

Front panel of the THG520 or THG540 :






For the following items , we willdescribe start up.and running cases. the Start up process is always based on the five first leds (from right to left ) for DOCSIS part and the the two last leds for the Packetcable part .

Steps What I am doing eCM Startup Operation-DS Tuning

FlashingFlashingFlashing

1.Scanning for DOCSIS Downstream (DS) Frequency 2.Listening for SYNC

eCM Startup Operation- Ranging


1.SYNC Completed 2.Listening to UCD’s (learn US channels) 3.Listening to MAPs (learn US TX slots) 4.Talk with CMTS

eCM Startup – IP Connecting


1.ranging complete 2.DHCP in progress , acquiring IP address and files names

eCM Startup –Configuring


1.Getting Time and Date 2.Downloading Configuration file 3.Apply filtering and settings based on configuration file

eCM Startup –Registration Request


1.Registering with CMTS .and base line Privacy initilizing

EMTA will reboot and look for the next DOCSIS DS If Unsuccessful






eCM Startup – Online Registration Complete

4 LED’s on Solid4 LED’s on Solid

1.Completed Startup and registered with the CMTS ONLINE CONNECTION

eMTA Startup - DHCP

4 LED’s on SolidFlashing 4 LED’s on SolidFlashingFlashing

1.eMTA portion of the EMTA requesting an IP address from DHCP

eMTA Startup - TFTP

4 LED’s on SolidFlashing

4 LED’s on SolidFlashingFlashing

1.The eMTA talks through The CMTS to the Provisioning Server to obtain it’s config file

eMTA – CMS Registration RSIP or REGISTER

4 LED’s on SolidFlashing 4 LED’s on SolidFlashingFlashing

1.Sent a Restart message (RSIP) MGCP or Register Message for SIP protocol 2.Announcing that an endpoint needs service established

eMTA - Telephone Online

LED’s on Solid

eCMeMTA

LED’s on Solid

eCMeMTA

1.Telephony online with Dial tone present

eMTA Off Hook line 1

FlashingFlashing

1.EMTA is communicating with the Call Agent of Off-Hook status change 2. Call Agent creates connection And tells EMTA to produce Dial-tone

Special Case






NO service Operation

WinkWinkWink

Three seconds ON forwarded by a flash OFF

Network Acces Set to Zero NACO = Off CM isn’t authorized on operator network BPI unauthorized (when BPI is On )

SW download Operation

Flash from right to left

A software download and while updating the Flash Memory






9.2. No dial tone troubleshouting






10. Router and Wifi We will describe hereafter only few parameters of the router. For more details read the document : user manuel [ ref 4 ]

10.1. Three Networking Modes The gateway can be configured to provide connectivity between the cable company and the home LAN in any one of three Networking Modes: CM, RG, and CH. This mode setting is under the control of the cable company, who can select the mode to match the level of home networking support for which you have subscribed. All units ship from the factory set for the RG mode, but a configuration file which the cable company sends the cable modem section during its initialization can change it. -Cable Modem (CM) Mode : it behaves as a brigde . -Residential Gateway (RG) Mode : it behaves as a gateway . -CableHome (CH) Mode : it behaves as a gateway . For futher information about those three mode refer you to the user guide [ ref 4 ] To set the router in one of those Mode you have two cases : 1) Use private mibs Name: rgOperMode Type: OBJECT-TYPE OID: 1.3.6.1.4.1.4413.2.2.2.1.7.1.1 Full path: iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).broadcom(4413).cableData(2).cableDataMgmt(2).cableDataMgmtMIB(2).cableDataMgmtMIBObjects(1).residentialGatewayMgmt(7).rgMgmtBase(1).rgOperMode(1) Module: BRCM-RG-MGMT-MIB Parent: rgMgmtBase Next sibling: rgRipEnabled Numerical syntax: Integer (32 bit) Base syntax: INTEGER Composed syntax: INTEGER Status: current Max access: read-write Value list: 1: disabled(1) CM Mode 2: residentialGateway(2) 3: cableHome10(3) 4: cableHome11(4) Description: Sets the operational mode of the device with regard to residential gateway behaviour. 2 ) Or use the Swith mode TLV 222 in CM config file to change the Mode by web page.






222 Switch modes webpage 0 Decimal

CM/Bridge/CH mode switching control webpage 0 : The web page is not displayed (default value) 1 : The web page is displayed and we have the choice between CM or RG 2 : The web page is displayed and we have the choice between CM or RG or CH1.0/1.1 3 : The web page is displayed and we have the choice between CM or RG or CH1.0 or CH2.0

Only specific Thomson vsif are detailed here VendorSpecific { VendorIdentifier 0x001095; GenericTLV TlvCode 222 TlvLength 1 TlvValue 0x02; }

10.2. Router features You will find in the following items the main features of the TGW850, for all other features refer to the Annexe 2 Or user guide of the TWG850 Security embedded WIFI interface, with all secure mode (SSID, Wep, WPA, TKIP, AES..RADIUS ) L2TP , firewall embedded , parental control …

Secure Easy Setup. Not yet implemented but still in progress , the feature will simplify the setup of security between the Acces Point (TGW580 ) and the PC card of your computer .






Double SSID (Guest SSID) The TGW 850 offer the possibility to have a second SSID.

Remote acces you have to enable the “remote config management” by Advanced menu on the TWG850 before . And then you can have access to the web page by http://[Wan IP]:8080

11. Login and Password

11.1. http://192.168.0.1 In the IE url http:://192.168.100.1 if the TWG850 is in CM Mode Or http:://192.168.0.1 if the TWG850 is in RG Mode

Login : Password : admin

or aDm1n$TR8r

11.2. VOIP > Advanced web page To access to the VOIP > Advanced web page, use the Password of the Day .






ANNEXE . 1 VSIF s LIST

VSIF Description Default Value Format Comments

16 Certificate Download Action Flag

(Decimal value) 22=0x16 : MTA Telephony Service Provider Root CA Certificate

17 MTA Certificate - TFTP Server IP

0.0.0.0 IP Address hex.hex. hex.hex

This setting is used to set the IP address of a TFTP server used to download new MTA digital certificates to the EMTA. Example: c0.a8.10.23 = 192.168.16.35

18 MTA Certificate Date control None

hex.hex. hex.hex

This field is used to load new SPRCA if the previous SPRCA were loaded before the date/time specified in this field. When SPRCA are loaded the current date/time is saved with the certificates. To re-load certificates one additional time specify this VSIF to be the current system date/time and reboot the EMTA. New certificates will be loaded and the new certificate loading date/time will be updated in the EMTA. Future reboots will not reload certificates unless the value in this VSIF is changed. To force certificate installation at boot time specify FF.FF.FF.FF. This value will cause SPRCA to be loaded each time the EMTA is re-booted. The format is Year, Month, Day, Hour: Example 02.11.20.00 Load new certificate if the previous certificates were loaded before 2002, November, 20, 00 hour.

19 MTA Service Provider Root Certificate - File Name

ASCII string

(up to 31 chars)

The file name of Telephone Service Provider Root CA certificate to install. Up to 31 characters can be used in VSIF 19.

21 Call Agent IP address or FQDN

ca@[0.0.0.0]

ASCII String

Specifies the IP Address or FQDN of the Call Agent. If IP format is used, “[ “ and “] “ MUST be included. Example: [email protected] ca@[10.10.10.1]

22 Client Receive Port Number

2427 hex.hex The UDP port number to receive MGCP/NCS messages from the Call Agent. 2427 is expressed as hex.hex (18.1b)

23 Call Agent Receive Port Number 2727 hex.hex

The UDP port number for the call agent to receive MGCP/NCS traffic from the MTA. 2727 is expressed as hex.hex (1b.1b)

mailto:ca@%5b0.0.0.0%5d

mailto:ca@%5b0.0.0.0%5d






24 Call Agent Type 5 decimal

0: Undefined 1: Broadcom simple call agent or generic NCS call agent 2: Sonus 3: TollBridge 4: Syndeo 5: Standard PacketCable Call Agent (Default) 6: Commatch 7: General Bandwidth 8: Nuera v5.2 9: Neura GR-303 10: HuaWei 11: Xener 12: ZTE 14: Siemens MIB Name: tmmMtaDevCmsVendor OID: 1.3.6.1.4.1.2863.78.3.1.1.0 (MTA config file)

25 Provisioning Mode 0 decimal

0: Full PacketCable Secure Provisioning 1: Single DOCSIS config file provisioning of CM and MTA 2: Dual File Provisioning using both DOCSIS and MTA config files without Kerberos Security 3: Same as 2 but force to run the SNMP mode even the Ip/Filename exists in DHCP offer MIB Name: tmmCmMtaProvisioningMode OID: 1.3.6.1.4.1.2863.78.1.5.0 (CM config file)

26 DQOS Mode 0 decimal

This setting controls the DQOS mode used for RTP/RTCP voice traffic 0 (default value): Use DQoS for both upstream and downstream. 1: Use Best Effort service for both upstream and downstream 2: Use DQoS for upstream traffic, use Best Effort for downstream traffic

27 Line1 Disable 0 decimal

Enable/Disable Per Endpoint by CM config file VSIF 0: Enable 1: Disable telephone line 1 Note: Endpoints that are not provisionined in the call agent should be disabled to prevent RSIP message traffic for the endpoint.

28 Line2 Disable 0 decimal

Enable/Disable Per Endpoint by CM config file VSIF 0: Enable (Default) 1: Disable telephone line 2 Note: Endpoints that are not provisionined in the call agent should be disabled to prevent RSIP message traffic for the endpoint.






29 Enable RTP PHS 0 decimal

Enable Payload Header Suppression for upstream RTP traffic. 0: Disable (Default) 1: Enable 2: Only in the upstream direction 3: Only in the downstream direction Note: PHS is not supported by all CMTS vendors MIB Name: tmmMtaDevPhsMode OID: 1.3.6.1.4.1.2863.78.3.1.3.0 (MTA config file)

34 Disable Echo Cancellation 0 decimal

Enable/Disable echo cancellation for all calls 0: Enable (Default) 1: Disable

35 Max RTCP Gap 0 decimal

This setting is used to detect that RTP packets have not been received for a timeout period. If the timeout period is reached and no RTCP packets have been received, the calls will be disconnected. This feature can be used to stop billing for an abnormally terminated call. 0 indicates that this feature is disabled. 1-9 indicates number of seconds of no RTCP packets to force disconnect

36 Set A Law CODEC as default 0 decimal

Set which G.711 companding law should be used. 0: PCMU(u-Law)(Default) 1: PCMA( a-Law)

37 Disable DTMF relay 1 decimal

In band DTMF tone transmission 0 : Disable (Filter DTMF tones and use DTMF relay via RTP Event)Out of Band 1: Enable (Send DTMF tones)(Default)In band

38 Allow software download without CVC

0 decimal

0: Restrict software downloads and don't accept un-signed images without CVC (Default) 1: allow software download without CVC (as in DOCSIS 1.0),

51 TOS Value for MGCP/NCS 0 Hex

6 bit field to set the value of the diff-serve byte for transmitted MGCP packets To set the diff-serve byte to 0x80 in outgoing packets, set this field to 0x20 0x80 = 1000 0000 (binary) Remove the two Lest Significant Bits, 10000000 = 0x20

52 TOS Value for RTP 0 Hex

6 bit field to set the value of the diff-serve byte for transmitted RTP packets To set the diff-serve byte to 0xA0 in outgoing packets, set this field to 0x28 0xA0 = 1010 0000 (binary) Remove the two Lest Significant Bits, 10100000 = 0x28 Pls note , the t: in Local Connection Option has higher priority than this setting.






53 TOS Value for RTCP 0 Hex

6 bit value to set the value of the diff-serve byte for transmitted RTP packets To set the diff-serve byte to 0xA0 in outgoing packets, set this field to 0x28 0xA0 = 1010 0000 (binary) Remove the two Lest Significant Bits, 10100000 = 0x28 MIB Name: tmmMtaDevRtcpTosValue OID: 1.3.6.1.4.1.2863.78.3.1.7.0 (MTA config file)

54 MTA Enable/Disable 0

This setting is used to disable the MTA function and use the EMTA as a data only modem. 0: Enable (Default) 1: Disable MIB Name: tmmCmMtaDevice OID: 1.3.6.1.4.1.2863.78.1.1.0 (CM config file)

55 Hook Flash Minimum detection time

Japan, default:10

0ms EU:170ms KR: 250ms

Hex.Hex Minimum time in milliseconds to detect hook flash. Shorter loop current breaks will be ignored. Hex.Hex (=Hex*100+Hex) ; EX. 1210ms = (0c.0a)

56 Hook Flash Maximum detection time

Japan, default:12

00ms EU:310ms KR:500ms

Hex.Hex

Maximum time in milliseconds to detect hook flash. Longer loop current breaks will be interpreted as on-hook. Hex.Hex (=Hex*100+Hex) ; EX. 1210ms = (0c.0a)

59 Max Call Agent disconnects to ignore

0 decimal

When a call agent does not respond to MGCP/NCS messages, several retries and timeout periods are used to try to reestablish communications. If all retries fail and no backup call agent is available the call agent is declared unreachable. This setting is used to specify the number of times to ignore an unreachable Call Agent before disconnecting a telephone line and recovering resources and existing DQOS sessions. Example: 0: (Default) Once all retries are exhausted on a call agent and it is declared un-reachable, disconnect any existing telephone call in progress on this endpoint, recover resources and tear down DQOS sessions. 2: Ignore the first 2 times that the call agent becomes un-reachable and continue any phone calls in progress on this endpoint while attempting to reestablish communications with the call agent.

60 R0 Cadence

(2000mS ON,

4000mS OFF)

hex string

DESCRIPTION "This object represents a ring cadence in bit string format to define the cadence for R0. The ring cadence representation starts with the first 1 in the pattern (the leading 0s in the MSB are padding and are to be ignored). Each bit represents 100ms of tone; 1 is tone, 0 is no tone. 60 bits are used for cadence representation, LSB 4 bits are used for representing repeatable characteristics. 0000 means repeatable, and 1000 means non repeatable. Example: The hex representation of a ring cadence of 0.5 secs on; 4 secs off; repeatable would be: 0x1F.00.00.00.00.00."






61 Rg Cadence

(2000mS ON,

4000mS OFF)

hex string Ring cadence for Rg. Uses same format as R0 cadence

63 MediaSecDisable 0 decimal

Use to disable Media Security for Voice Calls 0: Enabled if supported by Call Agent (Default) 1: Media Security Disabled MIB Name: tmmMtaDevMediaSecurityAdvertise OID: 1.3.6.1.4.1.2863.78.3.1.4.0 (MTA config file)

64 Set DHCP Requirements 3 decimal

This VSIF is used to allow the MTA to be enabled when the Cable Modem accepts a DHCP offer without the PacketCable DHCP option (122). If the first 3 DHCP offers do not contain the Pktc option these DHCP offers will be rejected to comply with the PacketCable spec. If the 4th DHCP offer does not contain option 122 it will be accepted by the Cable Modem. Normally the CM will disable the MTA if the CM accepts a DHCP offer without the Pktc option. If this VSIF parameter is set to 1 or 2, the CM will allow the MTA to operate without the Pktc DHCP option 122. This mode will allow the EMTA to operate with provisioning servers that do not support option 122. This VSIF parameter is stored in the modem in NonVol memory and becomes the default for operation during the next boot time. 0: Require Pktc DHCP option 122. Disable MTA if 4 DHCP offers to the CM do not contain the Pktc DHCP option 122. 1: Enable MTA without the Pktc option. (The Initial boot will require 4 DHCP offers to comply with the PacketCable spec) 2: Require old Pktc DHCP option (177) (The initial boot will require 4 DHCP offers to comply with the PacketCable spec) 3: Determined by ProvType(VSIF-25) , this is for backward compatible and default setting. If VSIF-25=0 , the this VSIF is set automaticlly as 0. This is for current PacketCable Spec. If VSIF-25 is 1 or 2 , the this VSIF is set automaticlly as 1 for minimun requirement for DHCP options. MIB Name: tmmCmMtaDhcpPktcOption OID: 1.3.6.1.4.1.2863.78.1.6.0 (CM config file)

65 MWD Configuration 10 sec Hex.Hex Time in seconds to configure the MWD. Hex.Hex (=Hex*100+Hex) ; EX. 600s = (06.00)

66 UStonesInJap 0 decimal 0: Use Japanese tones on the country, Japan 1: Use US tones tone on the country, Japan






67 Telephone Line Parameters

0: (US) 6 :

(Germany) 10 :

(ETSI)

decimal

Set country specific telephone line parameters: 0: NORTH_AMERICA 1: JAPAN 2. UK 3: SWEDEN 4: GERMANY 5: FRANCE 6: TR57 7: BELGIUM 8: FINLAND 9: ITALY 10 : ETSI 11 : NETHERLANDS 12 : SWITZERLAND 13 : BRAZIL 14 : DENMARK 15 : HUNGARY 16 : CHILE MIB Name: tmmMtaDevCountryCode OID: 1.3.6.1.4.1.2863.78.3.1.5.0 (MTA config file)

68 Dial Pulse Detection 0 decimal 0: Enable 1: Disable

69 Max CPE Definition 0

VSIF to not count MTA in Max-Count of CPEs (Time Warner Requirement) 0 – Count MTA as a CPE (default) 1 – Do not count MTA as a CPE MIB Name: tmmCmMtaCountMtaAsCpe OID: 1.3.6.1.4.1.2863.78.1.2.0 (CM config file)

70 Enforce RFC2833 0 decimal

0 - Use LocalconnectionOptions to enable DTMF relay 1 - Force enable of in-band RTP signaling without LocalConnectionOptions , this use 144,149,159 ,0~15 events as default.

71 Config Gate-ID usage in DQoS 0 decimal

0: Use the gate-id base on the configuration of provisioning mode.(default) GateID should default to enabled in mode 0 and default to disabled in mode 1 and 2. 1: Enforce the gate-id to create the DQoS. 2: Don't care the gate-id to create the DQoS. Will use gate-id if it is present , else create the DQoS without the gate-id MIB Name: tmmMtaDevRequireGateId OID: 1.3.6.1.4.1.2863.78.3.1.6.0 (MTA config file)

72 DOCSIS1.0+ mode enable

1 decimal

1 : Enable Docsis1.0+ mode. This enable will be ignored if the CM configuration file is DOCSIS1.1. 0: Disable Docsis1.0+ mode.






73

PacketCable Spec compliant (DQOS.NCS.PROV.CODEC.SEC)

0.0.0.0.0 decimal

0: Determined by ProvType.(backward compatible) This mode is designed for backward compatible.If ProvType is 0 , then it will follow PacketCable , the behavior is exactly the same as VSIF-73 is 1.If ProvType is 1 or 2 , then it will use the experience value , the behavior is exactly the same as VSIF-73 is 2. Pls note all the modules can be configured separately by sub-VSIF ! For example , if you want to PROV and NCS modules can meet the Time Warner special requirement , you should set VSIF-73 as 0.3.3.0.0. 1 : All follow the PacketCable Spec. 2: Field-ID1(Base on the past experience in the field. MayAdd more extra Field-ID for future field trial. ). The parameters list : DqoS : Max DS sustained rate(256k) DqoS : Min DS reserved rate(256k) DqoS : US tolerated grant jitter(5000us) DqoS : US tolerated polling jitter(5000us) DqoS : US nominal polling interval(period*1000us) NCS : b:AS parsing(NO) NCS : MWD(Set by VSIF-65) PROV : FQDN Format check(NO) 3 : TimeWarner-ID(Special Request by Time Warner) NCS : Enforce the dynamic payload type of NTE to 101. In general , this will not be a fixed value. This is generated dynamically from 96~127. NCS : Don't response the mptime in its local SDP. This is the workaround solution to avoid BTS to drop the "-" in mptime to cause 510 protocol error PROV : An inform to be sent after TFTP file download fails, and before returning to MTA-1. The format for this m+E46essage is the same as MTA-25 and returns ProvisionStatus 3 indicating failure. And the OID returned in MTA-25 is changed to the following: 1.3.6.1.4.1.4491.2.2.1.1.1.9 Ignore this (and any other MIB) that we don't understand. The SNMP inform status for MTA-25 should be "PassWithWarnings" (4) PROV : FQDN Format check(NO) CODEC : VAD(Disabled) 99 : Test ID(For interOp usage , may incorperate into formal ID if confirmed)

74 Best Effort Transferrable if SF failure

0 decimal

0 : no switch to BE if UGS fails. 1: allow to switch to primary SF. MIB Name: tmmMtaDevAllowBe OID: 1.3.6.1.4.1.2863.78.3.1.2.0 (MTA config file)






75 Power saving mode 0 decimal

0 : Enable power saving mode when AC power failed. 1 : Disable power saving mode when AC power failed.

76 Call Waiting connection handle in DOCSIS1.0+

0 decimal

Description: - A calls B, conversation - C calls A, A hears call waiting tone - A switches to C (by pressing hook flash) - B is put on hold. The UGS service flow is still active for B but no data is flowing. After 300s the CMTS will delete the USG and B gets disconnected. 0) do nothing (default) 1) send silent RTP periodically 2) delete and setup connection 3) Share the same SID for the upstream SF per endpoint. This feature SHOULD only in the DOCSIS1.0+ mode

77 Configure IP Filter to MTA 0 decimal

0 (default): follow e-docsis spec - apply IP filters to MTA 1: Do not apply IP filters to the MTA. Filters MUST NOT block traffic to the MTA.In this mode only apply the filters to the CPE (Ethernet port). MIB Name: tmmCmMtaApplyIpFiltersToMta OID: 1.3.6.1.4.1.2863.78.1.3.0 (CM config file)

78 DHCP Restart timer on failed provision

30(sec) decimal

implemented as number of minutes to delay. Default, if VSIF not set, should be 30 seconds. So: <no setting> = 30 seconds, VSIF78=1 => 1minute, VSIF78=5 => 5minutes If VSIF-78 > 10 , it will be treated as 10mins(600secs).

79 Modem/Fax/TDD Tone Detection Disable

0.0- decimal.decimal

Descr: Modem/Fax/TDD Tone Detection Disable Format: decimal.decimal(1100Hz_disable.1400Hz_disable) Default: 0.0 Values: 0 - Enable Detection of the selected Tone 1 - Disable Detection of the selected Tone

80

controls the DC offset on the telephone loop during the Ring cycle

2 for NetherLan

ds 1 for

others.

decimal

This setting controls the DC offset on the telephone loop during the Ring cycle. 1: (Default) Balanced ringing - No Offset 2: Balanced with 16V offset (Tip pos) 100Vpp sine 16Vdc offset (Tip pos) 3: Balanced with 16V offset (Ring pos) 100Vpp sine 16Vdc offset (Ring pos) MIB Name; tmmMtaDevRingVoltageOffset OID: 1.3.6.1.4.1.2863.78.3.1.9.0 (MTA config file)






82 Configure the CrestFactor of ring waveform

4 decimal

This VSIF adjusts the ring waveform crest factor to one of the following possible values (1.0, 1.1, 1.2, 1.3, 1.414 (sine wave)) The default mode enables sine wave ringing signals. ID Crest Factor 0 : 1.0 1 : 1.1 2 : 1.2 3 : 1.3 4 : 1.414 (default) To use this VSIF setting set this value to 0,1,2,3 or 4" MIB Name: tmmMtaDevCrestFactor OID: 1.3.6.1.4.1.2863.78.3.1.8.0 (MTA config file)

87 NCS 100 message 0 decimal VSIF-87=0 enable ncs 100 message (Default-normal operation) VSIF-87=1 disable ncs 100 message

88 DHCP-opt-122 sub-opt-3 0 decimal

Determine whether the IPV4 of the DHCP option 122-3 is valid or not . 0: Don't accept IPV4 format of DHCP-OPT-122-sub-opt-3 (Deafult) 1: Accept IPV4 format of DHCP-OPT-122-sub-opt-3

89 SPRCA control 1 decimal 0: Force to use Test SPRCA 1: Use SPRCA inside NVRAM 2: Force to use REAL SPRCA

106 Telnet Control 2 decimal 1 – Enable console port and Telnet for Write access 2 – Disable console port and telnet (default)

107 Telnet user name string ASCII set Telnet user name

108 Telenet Password string ASCII set Telnet password

168 SIP configurations string ASCII SIP configurations proxy ip|registrar ip|log ip|PhoneExt1|password1|PhoneExt2|password2

169 SIP DigitMap string ASCII SIP DigitMap

170 SIP configuration webpage

0 decimal SIP configuration page control 0: hidden(default) 1: displayed on webpage

171 SIP MTA Config.file encryption

0 decimal SIP MTA configuration file encryption 0: disabled 1: enabled

172 SIP DigitMapTimeout 5000 string SIP DigitMapTimeout (tmmEmtaSipDeviceDigitMapTimeout: units milliseconds)






173 MAC address in SNMP INFORM

0 decimal

MAC address in the SNMP Inform to provisioning server in EuroPacketCable 0: Not including MTA MAC address in the SNMP INFORM(default) 1: Including MTA MAC address in the SNMP INFORM

201 kBlockIpFragments. 0x0 Hex

VSIF-201 with value 0x00000800 to disable kBlockIpFragments., Change the default "kBlockIpFragments" value to be disabled in FirewallNonVolSettings

222 Switch modes webpage 0 decimal

CM/Bridge/CH mode switching control webpage 0 : The web page is not displayed (default value) 1 : The web page is displayed and we have the choice between CM or RG 2 : The web page is displayed and we have the choice between CM or RG or CH1.0/1.1 3 : The web page is displayed and we have the choice between CM or RG or CH1.0 or CH2.0

223 Speical VSIF function in classifier 0 decimal

VSIF in classifier 0 : Work as normal classifier ( default value) 1 : Classify all traffic from the STB ( USB Port )

225 Reset CMCI interfaces

0 decimal

Reset CMCI interfaces when CM status become non-operational due to a T4 Timeout or other events : 0 : not reset CMCI interfaces (Default) 1 : Reset CMCI interfaces






ANNEXE . 2 Features

Status

Software This page displays information on the current system software.

Connection This page displays information on the status of the cable modem's HFC and IP network connectivity.

Password This page allows configuration of administration access privileges and the ability to restore factory

defaults to the system

Diagnostics This page provides for ping diagnostics to the LAN to help with IP connectivity problems.

Initial Scan To speed up the modem's first time startup, enter known downstream frequency and/or upstream

channel ID information here. Then click the 'Apply and Reboot' button. The modem will start scanning the cable network beginning with the values supplied here.

Network LAN This page allows configuration and status of the optional internal DHCP server for the LAN.

WAN This page allows configuration and status of the internal DHCP client for the WAN. Computers This page shows the status of DHCP clients and current system time.

Advanced






Options This page allows configuration of advanced features of the broadband gateway.

WAN Blocking Enable

Ipsec PassThrough Enable

PPTP PassThrough Enable

Remote Config Management Enable

Multicast Enable Enable

UPnP Enable Enable

IP Filtering This page allows configuration of IP address filters in order to block internet traffic to specific network devices on the LAN.

IP Filtering Start Address End Address Enabled

192.168.0. 0 192.168.0. 0

192.168.0. 0 192.168.0. 0

192.168.0. 0 192.168.0. 0

192.168.0. 0 192.168.0. 0

192.168.0. 0 192.168.0. 0

MAC Filtering This page allows configuration of MAC address filters in order to block internet traffic to specific network devices on the LAN.

MAC Address Filters

MAC 01 00 : 00 : 00 : 00 : 00 : 00 MAC 02 00 : 00 : 00 : 00 : 00 : 00

MAC 03 00 : 00 : 00 : 00 : 00 : 00 MAC 04 00 : 00 : 00 : 00 : 00 : 00

MAC 05 00 : 00 : 00 : 00 : 00 : 00 MAC 06 00 : 00 : 00 : 00 : 00 : 00 Port Filtering






This page allows configuration of port filters in order to block specific internet services to all devices on the LAN.

Port Filtering Start Port End Port Protocol Enabled

2955 2955 Both 1 65535 Both 1 65535 Both

Forwarding This allows for incoming requests on specific port numbers to reach web servers, FTP servers, mail servers, etc. so they can be accessible from the public internet. A table of commonly used port numbers is also provided.

Port Forwarding Local IP Adr Start Port End Port Protocol Enabled

192.168.0. 12 2955 2955 Both

192.168.0. 0 0 0 Both

Port Triggers This page allows configuration of dynamic triggers to specific devices on the LAN. This allows for special applications that require specific port numbers with bi-directional traffic to function properly. Applications such as video conferencing, voice, gaming, and some messenging program features may require these special settings.

Port Triggering Trigger Range Target Range Protocol Enable Start Port End Port Start

Port End Port

0 0 0 0 TCP 0 0 0 0 TCP

DMZ Host (Exposed Host) This page allows configuration of a specific network device to be exposed or visible directly to the WAN (public internet). This may be used when problem applications do not work with port triggers. Entering a "0" means there are no exposed hosts.






Routing Information Protocol Setup This page allows configuration of RIP parameters related to authentication, destination IP address/subnet mask, and reporting intervals. RIP automatically identifies and uses the best known and quickest route to any given destination address.

Firewall

Web Content Filter This page allows certain Web-oriented cookies, java scripts, and pop-up windows to be blocked by the firewall. A list of "trusted computers" can also be defined that are not subject to any filters configured. Specific Firewall features can also be enabled. It is highly recommended that the Firewall is left enabled at all times for protection against Denial of Service attacks. Go to the Parental Control page to block internet access to specific sites.

Time of Day Access Filter This page allows configuration of web access filters to block all internet traffic to and from specific network devices based on time of day settings.

Local Log This page allows configuration of Firewall event log reporting via email alerts and a local view of the attacks on the system.

Remote Log This page allows optional configuration of events to be sent to a local SysLog server.

Parental Control Basic Setup

This page allows basic selection of rules which block certain Internet content and certain Web sites. When you change your Parental Control settings, you must click on the appropriate "Apply", "Add" or "Remove" button for your new settings to take effect. If you refresh your browser's display, you will see the currently active settings.

Wireless 802.11b/g Basic

This page allows configuration of the Access Point parameters, including the SSID and channel number.

802.11b/g Privacy This page allows configuration of the WEP keys and/or passphrase.






Access Control

This page allows configuration of the Access Control to the AP as well as status on the connected clients.

Advanced This page allows configuration of data rates and WiFi thresholds.

Bridging

This page allows configuration of WDS features. Guest Network This page allows configuration of a guest network.

This page allows configuration of the Access Point parameters, including the Guest SSID and channel number.

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