wmx-ji19000 intel baytrail j1900 user manual rev. 02, oct ... · wmx-ji19000 intel® baytrail j1900...

WMX-JI19000 Intel® BayTrail J1900 User Manual Rev. 02, Oct. 2014

2

Contents

Chapter 1 Product Information ................................................................................ 4 1.1 Block Diagram ............................................................................................. 4 1.2 Features ....................................................................................................... 5 1.3 PCB Layout ................................................................................................. .8 1.4 Jumper Setting .......................................................................................... 10 1.5 Connector Function List .......................................................................... .13 1.6 Connector Definitions .............................................................................. .15

1.6 I/O Ports Power Output (max.) ………………………………………………..32 Chapter 2 BIOS Setup ............................................................................................ 34

2.1 Main Menu .................................................................................................. 34 2.2 Advanced Menu ......................................................................................... 35 2.3 ACPI Settings ............................................................................................. 37 2.4 Super IO Configuration ............................................................................. 38 2.5 Serial Port 1 Configuration ...................................................................... .39 2.6 Serial Port 2 Configuration ....................................................................... 40 2.7 Serial Port 3 Configuration ...................................................................... .41 2.8 Serial Port 4 Configuration ...................................................................... .42 2.9 Serial Port 5 Configuration ...................................................................... .43 2.10 Serial Port 6 Configuration .................................................................... .44 2.11 PC Health Status ..................................................................................... .45 2.12 Smart Fan Mode Configuration ............................................................. .46 2.13 CPU Configuratio .................................................................................... .47 2.14 IDE Configuration ................................................................................... .48 2.15 Network Stack Configuration ................................................................ .50 2.16 Compatibility Support Module Configuration ...................................... .51 2.17 USB Configuration ................................................................................. .53 2.18 Chipset .................................................................................................... .55 2.19 Memory Information ............................................................................... .56 2.20 Intel IGD Configuration .......................................................................... .57 2.21 USB Configuration .................................................................................. 60 2.22 XHCI Mode ............................................................................................... 61 2.23 PCI Express Configuration .................................................................... .62

2.24 Passeord Configuration.……………………………………………………...63 2.25 Boot Configuration ................................................................................. .64 2.25 Save Changes and Exit………………………………………………………..65

Chapter 3 Drivers Installation ................................................................................ 68

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3.1 Intel Chipset Device Software .................................................................. 68 3.2 Intel Graphic Media Accelerator Driver .................................................... 70 3.3 LAN Driver .................................................................................................. 74 3.4 Audio Driver. .............................................................................................. 77

3.5 TXE Driver………………………………………………………………………...77

3.6 USB Driver ……………………………………………………………………….80 Appendix A: Watchdog Timer ................................................................................ 82 Appendix B: GPIO .................................................................................................. 85

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Chapter 1 Product Information This chapter introduces the product features, jumper and connector information. 1.1 Block Diagram

The block diagram below shows the architecture and main components of the

WMX-J19000. The key component on the board is the Intel® Celeron™ J1900

(Bay Trail) platform controller SoC.

5

1.2 Features

System Processor/Chipsets

Processor

Intel® Celeron™ Processor J1900 Product

(Bay Trail Platform)

FCBGA1170 Package 25.0mm x 27.0mm

BIOS AMI® BIOS, 64Mbit SPI Low Power Flash ROM

Memory

Technology

Celeron™ Processors DDR3L 1333 MT/s

DDR3L DRAM Device Technology — Standard 1Gb/2Gb/4Gb technologies and addressing.

— Read latency 5, 6, 7, 8, 9, 10, 11.

— Write latency 5, 6, 7, 8.

Max. Capacity Up to 8GB DDR3L DRAM

Socket 1 x DDR3L SO-DIMM (+1.35V)

Display

Chipset Intel® 7th generation (Gen 7) graphics and media

encode/decode engine

VRAM Shared system memory up to 512MB (max.)

LVDS 24bit, Dual Channel

max resolution up to 1920 x 1200 @ 60Hz

VGA Analog Display:


DVI-D Digital Display:


Any 2

Displays

(1) LVDS+DVI-D

(2) LVDS+VGA

(3) DVI-D+VGA

Ethernet

Interface PCIe x1 Gigabit LAN 10/100/1000 Mb/s

Controller LAN1: Intel® Ethernet Controller I210

LAN2: Intel® Ethernet Controller I210

Audio Interface Intel® High Definition Audio

Controller Realtek® ALC662-VD0 HD Audio Codec

6

Expansion Slot

PCIe x1 1

MINI-PCIE 1 (Full size with mSATA support by jumper

selector and SIM Card Board)

SATA

Max. Data

Transfer RateSATA II:3.0Gb/s

Port

SATA II x1,

mSATA x1 (Share MINI-PCIE slot)

Integrated AHCI controller

Onboard Conn. and Pin-Header

ATX 12V 1 (2x2 pin)

COM 4 (RS-232)

CPU Fan 1 (4pin.)

DIO 4 in/4 out (sink 6A x2)

FP_HDA 1 (Line-in2/Mic-in2)

FRONT 1 (Power/HDD/Suspend-LED/PwrBTN/RstBTN)

LVDS 1 (with Inverter power pin header)

Micro SD 1 (MicroSD/T-Flash, support SDHC)

PS/2 1 (PS/2 Keyboard and Mouse)

SATA II 1

SMBus 1

SYS Fan 1 (3pin.)

USB 2.0 2 (x4 ports)

WEBCAM 1 (USB 2.0 Interface)

Rear I/O

Audio 3 (Line-in, Line-out, Mic-in)

COM

2 (1xRS232,1xRS232/RS422/RS485); all support

12V/5V/RI# jumper selector.

※1. COM2 RS-422/485 support Half/Full Duplex.

※2. COM2 RS-232 Slew Rate 1Mbps (max.).

※3. COM2 RS-422/485 Slew Rate 20Mbps (max.).

DC-Jack 1 (+12Vdc ~ +24Vdc)

7

Rear I/O

DVI-D 1

LAN 2 x RJ45

USB 2.0 3

USB 3.0 1

VGA 1

Power DC-Jack 1 (+12Vdc ~ +24Vdc)

ATX 4P 1 (only +12Vdc)

Watchdog Timer Interval Programmable 1~255 sec./min.

Output System reset

Energy EuP/ErP EuP/ErP 2013 Ready

Power off mode (G3) < 0.5W

Environment

Operating

Temp. 0°C ~ +60°C (standard)

Storage

Temp.

-20°C ~ +80°C and 60°C @ 95% RH

non-condensing

Relative

Humidity 0%~ 95% (non-condensing)

Form Factor Dimension

(L*W)

Mini-ITX

170mm x 170mm (6.69” x 6.69”)

*** WMX-J19000 base unit will be RoHS / Halogen free compliant from LP/MP phase.

*** The content is subjected to change without notice.

Intel® Bay Trail

DVI‐D / VGA / LVDS 24bit

FanlessMini‐ITX

Wide

+12～24Vdc

Dual Intel®

GbE LANUSB2.0 x7

USB3.0 x1

RS‐232 x5

x1RS‐422RS‐485

SATA x1

mSATA x1 MicroSDx1

Dual Display

ErP/EuP

READY

DIO x8Watchdog

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1.3 PCB Layout

WMX‐J19000 Top View

CPUFAN

SPI

JPLVDS LVDS JLVDS INV SATAPWR SATA

JTRTCJCMOS

DIO KB_MS SYSFAN

JPCOM3

JPCOM4

JPCOM5

JPCOM6

FRONT

BZ

COM3

COM4

JMINI-PCIE

JPWR

COM5

COM6

BAT1

CHA-DIMM

CPU

PWR2

PWR1DVI-D_VGA COM1_COM2

JPCOM2

JPCOM1

JCOM2

USB2_LAN2 USB1_LAN1 AUDIOFP_HDA

PCIE

SMB

WEBCAM

LPCUSB3 USB4

SIMBD

MINI-PCIE

9

WMX‐J19000 Bottom View MICRO-SD

BARCODR LABEL

WMX‐J19000 Rear I/O View

PWR1 DVI‐D_VGA COM1_COM2 USB2_LAN2 USB1_LAN1 AUDIO

10

123

123

123

123

123

123

123

123

1.4 Jumper Setting

JCMOS: CMOS Clear Selection

Pin No. 1-2 2-3

Function Normal Operation (Default) Clear CMOS Contents

Jumper

Setting

JTRTC: RTC Register Clear Selection

Pin No. 1-2 2-3

Function Normal Operation (Default) Clear RTC Register Contents

Jumper

Setting

JCOM2: COM2 RS-232/422/485 Slew Rate Selection

Pin No. 1-2 2-3

Function RS-232 Slew Rate 250Kbps

RS-422/RS-485 Slew Rate 250Kbps

(Default)

RS-232 Slew Rate 1Mbps

RS-422/RS-485 Slew Rate 20Mbps

Jumper

Setting

JMINI-PCIE: Mini-PCIe / mSATA Function (by manual setting)

Pin No. 1-2 2-3

Function MINI-PCIE = PCIe signal

Mini-PCIe work (Default)

MINI-PCIE = mSATA signal

mSATA work

Jumper

Setting

11

JLVDS: LCD Panel Type Selection

Jumper Setting LCD Panel Type Jumper Setting LCD Panel Type

800 x 600

18bit 1-2, 3-4, 5-6, 7-8 (0000) - (Default)

1024 x 768

18bit 3-4, 5-6, 7-8

(1000)

1024 x 768

24bit 1-2, 5-6, 7-8

(0100)

1280 x 768

18bit 5-6, 7-8 (1100)

1280 x 800

18bit 1-2, 3-4, 7-8

(0010)

1280 x 960

18bit 3-4, 7-8 (1010)

1280 x 1024

24bit 1-2, 7-8 (0110)

1366 x 768

18bit 7-8

(1110)

1366 x 768

24bit 1-2, 3-4, 5-6

(0001)

1440 x 900

24bit 3-4, 5-6 (1001)

1440 x 1050

24bit 1-2, 5-6 (0101)

1600 x 900

24bit 5-6

(1101)

1680 x 1050

24bit 1-2, 3-4 (0011)

1600 x 1200

24bit 3-4

(1011)

1920 x 1080

24bit 1-2

(0111)

1920 x 1200

24bit NC

(1111)

Note: Open = High (1), Close = Low (0).

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1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

1 3 5

2 4 6

123

123

JPCOM1~JPCOM2: COM1~COM2 pin.9 (5V/12V/RI#) Selection

Pin No. 1-2 3-4 5-6

Function +5VModem Ring In

(Default) +12V

Jumper

Setting

JPCOM3~JPCOM6: COM3~COM6 pin.8 (5V/12V/RI#) Selection

Pin No. 1-2 3-4 5-6

Function +5VModem Ring In

(Default) +12V

Jumper

Setting

JPLVDS: LCD Panel Power (3.3V/5V/12V) Selection

Pin No. 1-3 3-4 3-5

Function LCD Power +3.3V

(Default) LCD Power +12V LCD Power +5V

Jumper

Setting

JPWR: AT/ATX Mode Selection

Pin No. 1-2 2-3

Function AT Mode ATX Mode (Default)

Jumper

Setting

13

1.5 Connector Function List

Rear I/O Port List

Connector Function Note

AUDIO Line-in / Line-out / Mic-in connector

COM1_COM2 COM1, RS-232 serial port (DB9) connector

COM2, RS-232/422/485 serial port (DB9) connector

DVI-D_VGA DVI-D, DVI digital connector

VGA, VGA (DB15) connector

PWR1 DC-Jack 4pin connector (+12Vdc ~ +24Vdc)

USB1_LAN1 USB1, USB3.0 x1 / USB2.0 x1 conenctor

LAN1, RJ45 (LAN) conenctor

USB2_LAN2 USB2, USB2.0 x2 conenctor

LAN2, RJ45 (LAN) conenctor

On Board Expansion Slot List


BAT1 CMOS battery (CR2032) slot

CHA-DIMM DDR3L SO-DIMM slot

MINI-PCIE miniPCIe Express (full-size) or mSATA slot (share)

PCIE PCI Express x1 slot

MICRO-SD Micro SD / T-Flash slot

On Board I/O Connector List (1/2)


COM3, COM4,

COM5, COM6 RS-232 serial ports with box-header

CPUFAN CPU FAN 4-pin connector

DIO Digital I/O with pin-header

FP_HDA Front Panel audio with pin-header

FRONT Front Panel with pin-header

INV LCD inverter with box-header

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On Board I/O Connector List (2/2) Connector Function Note

KB_MS PS/2 keyboard and mouse with box-header

LVDS LCD panel LVDS 18/24bit connector

PWR2 ATX +12V 2x2 pin (4-pole) connector

SATA SATA 2.0 port connector

SATAPWR SATA power box-header (+5V and +12V)

SMB SMBus with pin-header

SYSFAN System FAN 3-pin connector

USB3, USB4 USB2.0 with pin-header

WEBCAM Webcam with box-header

LPC Reserved for debug with pin-header

SPI Reserved for debug with pin-header

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1.6 Connector Definitions

The following sections provide pin definitions and detailed description of all on-board

connectors. The connector definitions follow the following notation:

Column Name

Description

Pin Shows the pin-numbers in the connector. The graphical layout of the

connector definition tables is made similar to the physical connectors.

Type Al Analogue Input.

AO Analogue Output. I Input, TTL compatible if nothing else stated.

IO Input / Output TTL compatible if nothing else stated.

IOT Bi-directional tri-state IO pin.

IS Schmitt-trigger input, TTL compatible.

IOC Input/open-collector Output, TTL compatible.

IOD Input / Output, CMOS level Schmitt-triggered (open drain output).

NC Pin not connected.

O Output, TTL compatible.

OC Output, open-collector or open-drain, TTL compatible.

OT Output with tri-state capability, TTL compatible.

DIFF Differential Signal.

PWR Power supply or ground reference pins.

IOH Typical current in mA flowing out of an output pin through a

grounded load, while the output voltage is > 2.4 V DC (if nothing

else stated).

IOL Typical current in mA flowing into an output pin from a VCC

connected load, while the output voltage is < 0.4 V DC (if nothing

else stated).

Signal The mnemonic name of the signal at the current pin. The notation “XX#”

states that the signal “XX” is active low. Note Special remarks concerning the signal.

※ The abbreviation TBD is used for specifications which are not available yet or which are

not sufficiently specified by the component vendors.

16

Rear I/O Port Pin Define

AUDIO: Line-in / Line-out / MIC-in Connectors

AUDIO Pin Type Signal Note

32 AI Line-in (Left) Phone Jack

LINE-IN

(Blue)

33 PWR Ground

34 AI Line-in (Detect)

35 AI Line-in (Right)

22 AI Line-out (Left) Phone Jack

LINE-OUT

(Green)

23 PWR Ground

24 AI Line-out (Detect)

25 AI Line-out (Right)

1 PWR Audio shield ground Phone Jack

MIC-IN

(Pink)

2 AI Mic-in (Left)

3 PWR Ground

4 AI Mic-in (Detect)

5 AI Mic-in (Right)

COM1_COM2: RS-232/422/485 Serial Port (DB9) Connectors (1/2)

COM1_COM2 Pin TypeSignal RS‐232 | RS‐422 | RS485

Note

10 I Data Carrier Detect (DCD) ｜TX D-｜DATA‐ COM2

(UP)

RS-232

RS-422

RS-485 Pin.18 by

jumper select

11 I Received Data (RXD) ｜TX D+｜DATA+

12 O Transmitted Data (TXD) ｜RX D+

13 O Data Terminal Ready (DTR)｜RX D-

14 PWR Ground

15 I Data Set Ready (DSR)

16 O Request To Send (RTS)

17 I Clear To Send (CTS)

18 I/PWR Ring Indicator (RI#) / +5V / +12V

Note 1: COM1 port pin.9 and COM2 port pin.18 function by jumper select RI# / +5V / +12V.

Note 2: COM1 port pin.9 and COM2 port pin.18 power supply maximum +5V/1.0A or +12V/1.0A

17

COM1_COM2: RS-232/422/485 Serial Port (DB9) Connectors (2/2)

COM1_COM2 Pin Type Signal Note

1 I Data Carrier Detect (DCD)

COM1

(DOWN)

RS-232 Pin.9 by jumper select

2 I Received Data (RXD)

3 O Transmitted Data (TXD)

4 O Data Terminal Ready (DTR)

5 PWR Ground

6 I Data Set Ready (DSR)



9 I/PWR Ring Indicator (RI#) / +5V / +12V Note 1: COM1 port pin.9 and COM2 port pin.18 function by jumper select RI# / +5V / +12V.

Note 2: COM1 port pin.9 and COM2 port pin.18 power supply maximum +5V/1.0A or +12V/1.0A

DVI-D_VGA: DVI digital / VGA (DB15) Connectors (1/2)

DVI-D_VGA Pin Type Signal Note

R1 AO VGA Red colour values

VGA

(UP)

R2 AO VGA Green colour values

R3 AO VGA Blue colour values

R4 NC Not connected

R5 PWR Ground

R6 PWR GroundR7 PWR GroundR8 PWR GroundR9 PWR VGA power +5V

R10 PWR Ground

R11 NC Not connected

R12 IO VGA DDC data

R13 O VGA Horizontal synchronization

R14 O VGA Vertical synchronization

R15 IO VGA DDC clock

1 DIFF DVI TMDS DATA2-

DVI-D

(DOWN)

2 DIFF DVI TMDS DATA2+3 PWR DVI TMDS DATA2/4 shield ground

4 NC Not connected

5 NC Not connected

6 IO DVI DDC clock

7 IO DVI DDC data

8 NC Not connected

9 DIFF DVI TMDS DATA1-

10 DIFF DVI TMDS DATA1+

18

DVI-D_VGA: DVI Digital / VGA (DB15) Connectors (2/2)

DVI-D_VGA Pin Type Signal Note

11 PWR DVI TMDS DATA1/3 shield ground

DVI-D

(DOWN)

12 NC Not connected

13 NC Not connected

14 PWR DVI power +5V

15 PWR Ground

16 I DVI Hot plug detect17 DIFF DVI TMDS DATA0-

18 DIFF DVI TMDS DATA0+

19 PWR DVI TMDS DATA0/5 shield ground

20 NC Not connected21 NC Not connected22 PWR DVI TMDS Clock shield ground

23 DIFF TMDS CLOCK+24 DIFF TMDS CLOCK-

Note 1: DVI-D port pin.6 (DDC Clock) and pin.7 (DDC Data) Pull Up +3.3V/2.2KΩ.

PWR1: DC-Jack 4-Pin Connector

PWR1 Pin Type Signal Note

1 PWR Ground 2 PWR Ground

3 PWR DC-IN +12Vdc ~ +24Vdc 1

4 PWR DC-IN +12Vdc ~ +24Vdc 1 Note 1: PWR1 support power adapter +12Vdc ~ +24Vdc ±10%

USB1_LAN1: USB3.0 x1 / USB2.0 x1 / RJ45 (LAN) Connectors (1/2)

USB1_LAN1 Pin Type Signal Note

20 DIFF MDI0+ / TXD+

LAN1

(UP)

21 DIFF MDI0- / TXD-

22 DIFF MDI1+ / RXD+

23 DIFF MDI2+

24 DIFF MDI2-

25 DIFF MDI1- / RXD-

26 DIFF MDI3+

27 DIFF MDI3-

10 PWR USB2.0 P1 power +5VUSB 2.0

(Middle)

11 DIFF USB2.0 P1_D+

12 DIFF USB2.0 P1_D-13 PWR Ground

19

USB1_LAN1: USB3.0 x1 / USB2.0 x1 / RJ45 (LAN) Connectors (2/2)


1 PWR USB3.0 P0 power +5V

USB 3.0

(DOWN)

(Blue)

2 DIFF USB2.0 P0_D+

3 DIFF USB2.0 P0_D-

4 PWR Ground

5 DIFF USB3.0 P0_RX-

6 DIFF USB3.0 P0_RX+

7 PWR Ground

8 DIFF USB3.0 P0_TX-

9 DIFF USB3.0 P0_TX+ Note 1: USB 2.0 Port power supply maximum +5V/0.5A

Note 2: USB 3.0 Port power supply maximum +5V/0.9A

USB2_LAN2: USB2.0 x2 / RJ45 (LAN) Connectors


L2 DIFF MDI0+ / TXD+

LAN2

(UP)

L3 DIFF MDI0- / TXD-

L4 DIFF MDI1+ / RXD+

L5 DIFF MDI2+

L6 DIFF MDI2-

L7 DIFF MDI1- / RXD-

L8 DIFF MDI3+

L9 DIFF MDI3-

U5 PWR USB2.0 P3 power +5V

USB 2.0

(MIDDLE)

U6 DIFF USB2.0 P3_D+

U7 DIFF USB2.0 P3_D-

U8 PWR Ground

U1 PWR USB2.0 P2 power +5V

USB 2.0

(DOWN)

U2 DIFF USB2.0 P2_D+

U3 DIFF USB2.0 P2_D-

U4 PWR Ground

Note 1: USB 2.0 ports power supply maximum +5V/0.5A

20

OnBoard Expansion Slot Pin Define BAT1: COMS Battery Slot

BAT1 Pin Type Signal Note

1 PWR

CR2032 Lithium Manganese Battery

+2.5V~+3.3V

2 PWR Ground

3 PWRCR2032 Lithium Manganese Battery

+2.5V~+3.3V

CHA-DIMM: DDR3L SO-DIMM Slot (1/3)

Signal Type Pin CHA-DIMM Pin Type Signal

VREF_DQ IO 1 2 PWR Ground Ground PWR 3 4 IO DQ4

DQ0 IO 5 6 IO DQ5

DQ1 IO 7 8 PWR Ground

Ground PWR 9 10 DIFF DQS0#

DM0 I 11 12 DIFF DQS0

Ground PWR 13 14 PWR Ground

DQ2 IO 15 16 IO DQ6

DQ3 IO 17 18 IO DQ7


DQ8 IO 21 22 IO DQ12

DQ9 IO 23 24 IO DQ13


DQS1# DIFF 27 28 I DM1

DQS1 DIFF 29 30 I Reset#


DQ10 IO 33 34 IO DQ14

DQ11 IO 35 36 IO DQ15


DQ16 IO 39 40 IO DQ20

DQ17 IO 41 42 IO DQ21



DQS2 DIFF 47 48 PWR Ground

Ground PWR 49 50 IO DQ22

DQ18 IO 51 52 IO DQ23



21



DQ24 IO 57 58 IO DQ29 DQ25 IO 59 60 PWR Ground




DQ26 IO 67 68 IO DQ30

DQ27 IO 69 70 IO DQ31


KEY KEY

CKE0 I 73 74 I CKE1

VDDQ +1.35V ※1 PWR 75 76 PWR VDDQ +1.35V ※1

Not connected NC 77 78 I A15

BA2 I 79 80 I A14


A12 I 83 84 I A11

A9 I 85 86 I A7


A8 I 89 90 I A6

A5 I 91 92 I A4


A3 I 95 96 I A2

A1 I 97 98 I A0


CK0 DIFF 101 102 DIFF CK1

CK0# DIFF 103 104 DIFF CK1#


A10 I 107 108 I BA1

BA0 I 109 110 I RAS#


WE# I 113 114 I CS0#

CAS# I 115 116 I ODT0


A13 I 119 120 I ODT1

CS1# I 121 122 NC Not connected


Not connected NC 125 126 IO VREF_CA


DQ32 IO 129 130 IO DQ36

DQ33 IO 131 132 IO DQ37


22



DQS4# DIFF 135 136 I DM4 DQS4 DIFF 137 138 PWR Ground


DQ34 IO 141 142 IO DQ39



DQ40 IO 147 148 IO DQ45





DQ42 IO 157 158 IO DQ46

DQ43 IO 159 160 IO DQ47


DQ48 IO 163 164 IO DQ52

DQ49 IO 165 166 IO DQ53



DQS6 DIFF 171 172 PWR Ground


DQ50 IO 175 176 IO DQ55



DQ56 IO 181 182 IO DQ61





DQ58 IO 191 192 IO DQ62

DQ59 IO 193 194 IO DQ63


SA0 I 197 198 NC Not connected

VDDSPD +3.3V PWR 199 200 IO SMBus data

SA1 I 201 202 I SMBus clock

VTT +0.675V ※2 PWR 203 204 PWR VTT +0.675V ※2

Note 1: CHA-DIMM Slot power supply maximum +1.35V/2.0A

Note 2: CHA-DIMM Slot power supply maximum +0.675V/0.6A

23

MINI-PCIE: miniPCIe Express (full-size) or mSATA Slot (share)

Signal Type Pin MINI-PCIE Pin Type Signal

WAKE# IO 1 2 PWR +3.3Vaux ※1

Not connected NC 3 4 PWR Ground

COEX2 ※3 I 5 6 PWR +1.5V ※2

CLKREQ# O 7 8 PWR UIM_PWR

Ground PWR 9 10 IO UIM_DATA

PCIE_CLOCK- DIFF 11 12 O UIM_CLK

PCIE_CLOCK+ DIFF 13 14 O UIM_RESET#

Ground PWR 15 16 NC Not connected

KEY KEY


Not connected NC 19 20 I W_DISABLE1#

Ground PWR 21 22 I PERST#

PCIE_RXN/B+ ※4 DIFF 23 24 PWR +3.3Vaux ※1

PCIE_RXP/B- ※4 DIFF 25 26 PWR Ground

Ground PWR 27 28 PWR +1.5V ※2

Ground PWR 29 30 I SMBus clock

PCIE_TXN/A- ※5 DIFF 31 32 IO SMBus data

PCIE_TXP/A+ ※5 DIFF 33 34 PWR Ground

Ground PWR 35 36 DIFF USB2.0 P7_D-

Ground PWR 37 38 DIFF USB2.0 P7_D+

+3.3Vaux ※1 PWR 39 40 PWR Ground

+3.3Vaux ※1 PWR 41 42 NC Not connected

Ground PWR 43 44 NC Not connected

Not connected NC 45 46 NC Not connected

Not connected NC 47 48 PWR +1.5V ※2


Not connected NC 51 52 PWR +3.3Vaux ※1

Note 1: MINI-PCIE Slot power supply maximum +3.3Vaux/1.1A , peak 2.5A

Note 2: MINI-PCIE Slot power supply maximum +1.5V/0.375A , peak 0.5A

Note 3: MINI-PCIE pin.5 (COEX2) Pull Up +3.3Vaux/10KΩ

Note 4: MINI-PCIE pin.23/25 mSATA mode signal is Host receiver differential signal pair

Note 5: MINI-PCIE pin.31/33 mSATA mode signal is Host transmitter differential signal pair

PCIE: PCI Exprese x1 Slot (1-lane) (1/2)

Signal Type Pin PCIE Pin Type Signal

+12V ※1 PWR B1 A1 NC Not connected+12V ※1 PWR B2 A2 PWR +12V ※1

+12V ※1 PWR B3 A3 PWR +12V ※1

Ground PWR B4 A4 PWR Ground

24

PCIE: PCI Exprese x1 Slot (1-lane) (2/2)

Signal Type Pin PCIE Pin Type Signal

SMB_Clock I B5 A5 NC Not connectedSMB_Data IO B6 A6 NC Not connected

Ground PWR B7 A7 NC Not connected

+3.3V ※2 PWR B8 A8 NC Not connected

Not connected NC B9 A9 PWR +3.3V ※2

+3.3Vaux ※3 PWR B10 A10 PWR +3.3V ※2

WAKE# IO B11 A11 I PEG_RST#

KEY KEY

Not connected NC B12 A12 PWR Ground

Ground PWR B13 A13 DIFF PCIE_CLOCK+

PEG_TXP[0] DIFF B14 A14 DIFF PCIE_CLOCK-

PEG_TXN[0] DIFF B15 A15 PWR Ground

Ground PWR B16 A16 DIFF PEG_RXP[0]

Not connected NC B17 A17 DIFF PEG_RXN[0]

Ground PWR B18 A18 PWR Ground Note 1: PCIE (x1) slot power supply maximum +12V/2.1A(25W) / +12V/0.5A(10W)

Note 2: PCIE (x1) slot power supply maximum +3.3V/3.0A

Note 3: PCIE (x1) slot power supply maximum +3.3Vaux/0.375A

MICRO-SD: Micro SD Slot

MICRO-SD Pin Type Signal Note

1 IO Micro SD DATA2

2 IO Micro SD DATA3

3 IO Micro SD Command

4 PWR Micro SD power +3.3V 1

5 I Micro SD clock

6 PWR Ground

7 IO Micro SD DATA0

8 IO Micro SD DATA1

9 O Micro SD Card Detect

Note 1: Micro SD Slot power supply maximum +3.3V/0.1A

25

OnBoard I/O Connector Pin Define

COM3, COM4, COM5, COM6: RS-232 Serial Ports with Box-header COM3 / COM4 / COM5 / COM6

Pin Type Signal Note

Box‐header 2.0mm

1 I Data Carrier Detect (DCD) 2 I Data Set Ready (DSR)

3 I Received Data (RXD)


5 O Transmitted Data (TXD)


7 O Data Terminal Ready (DTR)

8 I/PWR Ring Indicator (RI#) / +5V / +12V 1, 2

9 PWR Ground

10 NC Not connected Note 1: COM3 ~ COM6 pin.8 function by jumper select RI# / +5V / +12V

Note 2: COM3 ~ COM6 pin.8 power supply maximum +5V/1.0A or +12V/1.0A

CPUFAN: CPU FAN 4-Pin Connector

CPUFAN Pin Type Signal Note

1 PWR Ground 2 PWR CPU FAN power +12V 1

3 I CPU FAN Sense 2

4 O CPU FAN Control Note 1: CPUFAN pin.2 power supply maximum +12V/0.75A

Note 2: CPUFAN pin.3 sensor pull up +12V/4.7KΩ

DIO: Digital I/O with Pin-header

DIO Pin Type Signal Note

Pin‐header 2.54mm

1 O Digital I/O-Output0 (bit4) 1 2 I Digital I/O-Input0 (bit0) 3 O Digital I/O-Output1 (bit5) 1 4 I Digital I/O-Input1 (bit1) 5 O Digital I/O-Output2 (bit6) 6 I Digital I/O-Input2 (bit2) 7 O Digital I/O-Output3 (bit7) 8 I Digital I/O-Input3 (bit3) 9 PWR DIO power +5V 2

10 PWR DIO power +12V 3 11 PWR Ground 12 - KEY

Note 1: DIO pin.1 Output0 (bit4) and pin.3 Output1 (bit5) power sink 8A

Note 2: DIO pin.9 power supply maximum +5V/0.5A

Note 3: DIO pin.10 power supply maximum +12V/0.5A

26

FP_HDA: Front Panel audio with Pin-header

FP_HDA Pin Type Signal Note

Pin‐header 2.54mm

1 AI Mic-in2 (Left)

2 PWR Ground

3 AI Mic-in2 (Right)

4 AI FP_HDA Detect 1

5 AI Line-in2 (Right)

6 AI Mic2-In jack detect

7 AI FP_HDA sense

8 - KEY

9 AI Line-in2 (Left)

10 AI Line-in2 jack detect

Note 1: FP_HDA pin.4 FP_HDA Detect Pull Up +1.8V/10KΩ

Note 2: FP_HDA cable length limits must be less than 50cm

FRONT: Front Panel with Pin-header

FRONT Pin Type Signal Note

Pin‐header 2.54mm

1 O Power on LED 1

2 O HDD LED 1

3 NC Not connected

4 O HDD LED control

5 PWR Ground

6 O Suspend LED 1

7 I System Reset#

8 O Suspend LED control

9 PWR Ground

10 O PC speaker output

11 - KEY

12 NC Not connected

13 I Power button#

14 NC Not connected

15 PWR Ground

16 PWR Front Panel power +5V 2

Note 1: FRONT pin.1 Power On & pin.2 HDD & pin.6 Suspend LED pull up +5V/470Ω/10mA

Note 2: FRONT pin.16 power supply maximum +5V/100mA

27

INV: LCD Inverter with Box-header

INV Pin Type Signal Note

Box‐header 2.5mm

1 PWR Inverter power +12V 1

2 PWR Inverter power +12V 1

3 PWR Ground

4 O LCD Panel backlight adjustment

5 O LCD Panel backlight enable

Note 1: INV pin.1~2 power supply maximum +12V/1.5A

KB_MS: PS/2 Keyboard and Mouse with Box-header

KB_MS Pin Type Signal Note

Box‐header 1.0mm

1 IOC PS/2 keyboard clock 1

2 IOC PS/2 keyboard data 1

3 PWR Ground

4 PWR PS/2 power +5V 2

5 IOC PS/2 mouse data 3

6 IOC PS/2 mouse clock 3

Note 1: KB_MS pin.1 Clock and pin.2 Data Pull Up +5V/2.7KΩ

Note 2: KB_MS pin.4 power supply maximum +5V/0.5A

Note 3: KB_MS pin.5 Data and pin.6 Clock Pull Up +5V/2.7KΩ

LVDS: LCD Panel LVDS 18/24bit Connector (1/2)

LVDS Pin Type Signal Note

Box‐header 1.0mm

1 PWR Ground

2 PWR Ground

3 DIFF LVDS_A3+

4 DIFF LVDS_A3-

5 DIFF LVDS_ACLK+

6 DIFF LVDS_ACLK-

7 DIFF LVDS_A2+

8 DIFF LVDS_A2-

9 DIFF LVDS_A1+

10 DIFF LVDS_A1-

11 DIFF LVDS_A0+

12 DIFF LVDS_A0-

13 PWR Ground

14 PWR Ground

28

LVDS: LCD Panel LVDS 18/24bit Connector (2/2)

LVDS Pin Type Signal Note

Box‐header 1.0mm

15 DIFF LVDS_B3+ 16 DIFF LVDS_B3- 17 DIFF LVDS_BCLK+ 18 DIFF LVDS_BCLK- 19 DIFF LVDS_B2+

20 DIFF LVDS_B2-

21 DIFF LVDS_B1+

22 DIFF LVDS_B1-

23 DIFF LVDS_B0+

24 DIFF LVDS_B0-

25 PWR Ground

26 PWR Ground

27 PWR LVDS power +3.3V / +5V / +12V 1, 2




Note 1: LVDS pin.27~30 power voltage by jumper select +3.3V / +5V / +12V

Note 2: LVDS pin.27~30 power supply maximum +3.3V/1.0A or +5V/1.0A or +12V/1.0A

PWR2: ATX +12V 2x2 pin (4-pole) Connector

PWR2 Pin Type Signal Note

1 PWR Ground

2 PWR Ground

3 PWR ATX +12V

4 PWR ATX +12V

SATA: SATA 2.0 Port Connector

SATA Pin Type Signal Note

1 PWR Ground

2 DIFF SATA TX+ 3 DIFF SATA TX- 4 PWR Ground 5 DIFF SATA RX- 6 DIFF SATA RX+

7 PWR Ground

29

SATAPWR: SATA Power with Box-header

SATAPWR Pin Type Signal Note

Box‐header 2.5mm

1 PWR SATA power +5V 1

2 PWR Ground

3 PWR Ground

4 PWR SATA power +12V 2

Note 1: SATAPWR pin.1 power supply maximum +5V/1.5A

Note 2: SATAPWR pin.4 power supply maximum +12V/1.5A

SMB: SMBus with Pin-header

SMB Pin Type Signal Note

Pin‐header 2.54mm

1 OC SMBus clock 1

2 IOC SMBus data 1

3 PWR Ground

Note 1: SMB pin.1 Clock and pin.2 Data Pull Up +3.3V/4.7KΩ

SYSFAN: System FAN 3-Pin Connector

SYSFAN Pin Type Signal Note

1 PWR Ground

2 PWR CPU FAN power +12V 1

3 I SYS FAN sense 2

Note 1: SYSFAN pin.2 power supply maximum +12V/0.75A

Note 2: SYSFAN pin.3 sensor pull up +12V/4.7KΩ

USB3, USB4: USB 2.0 with Pin-header

USB3 / USB4 Pin Type Signal Note

Pin‐header 2.54mm

1 PWR USB2.0 P4 / P6 power +5V 1, 2

2 PWR USB2.0 P5 / P7 power +5V 1, 2

3 DIFF USB2.0 P4 / P6 _D- 2

4 DIFF USB2.0 P5 / P7 _D- 2

5 DIFF USB2.0 P4 / P6 _D+ 2

6 DIFF USB2.0 P5 / P7 _D+ 2

7 PWR Ground 2

8 PWR Ground 2

9 - KEY

10 PWR USB2.0 GND Shield

30

Note 1: USB3 and USB4 pin.1~2 power supply maximum +5V/0.5A

Note 2: For USB2.0 cabling it is required to use only Hi-Speed USB cable, specified in USB2.0

standard:

WEBCAM: Webcam with Box-header

WEBCAM Pin Type Signal Note

Box‐header 1.0mm

1 PWR WEBCAM power +5V 1

2 DIFF USB2.0 P8_D-

3 DIFF USB2.0 P8_D+

4 PWR Ground

5 NC Not connected

Note 1: WEBCAM pin.1 power supply maximum +5V/0.5A

LPC: Low Pin Count (LPC) with Pin-header - (reserved for debug)

LPC Pin Type Signal Note

Pin‐header 2.0mm

1 IOC LPC_AD0

2 OC LPC_PLTRST# 1

3 IOC LPC_AD1

4 OC LPC_FRAME#

5 IOC LPC_AD2

6 PWR LPC Power +3.3V

7 IOC LPC_AD3

8 PWR Ground

9 I LPC_Clock

10 - KEY

Note 1: LPC pin.2 LPC_PLTRST# pull up +3.3V/470Ω

Note 2: Reserved for debug with pin-header

31

SPI: Serial Peripheral Interface (SPI) with Pin-header - (reserved for debug)

SPI Pin Type Signal Note

Pin‐header 2.0mm

1 OC SPI_CS0#

2 PWR SPI power +1.8V

3 IOC SPI_MISO

4 IOC SPI_HOLD# 1

5 NC Not connected

6 OC SPI_CLOCK

7 PWR Ground

8 OC SPI_MOSI

Note 1: SPI pin.4 SPI_HOLD# pull up +1.8V/3.3KΩ

Note 2: Reserved for debug with pin-header

32

1.7 I/O ports power output (max.)

Rear I/O Ports Power Output (max.)

Rear I/O Port Name PortsPower output watts

(max.) Remark

COM Ports

(COM1_COM2) 2

+5V/1.0A 5.0W Power output voltage by

(JPCOMx) jumper select +12V/1.0A 12.0W

USB 2.0 Ports

(USB1_LAN1, USB2_LAN2) 3 +5V/0.5A 2.5W

USB 3.0 Port

(USB1_LAN1) 1 +5V/0.9A 4.5W

※1. WMX-J19000 M/B total +12V maximum power output watts = +12V/6A (72W)


※3. WMX-J19000 M/B total +3.3V maximum power output watts = +3.3V/6A (19.8W)

On Board Expansion Slots Power Output (max.)

Expansion Slot Name PortsPower output watts

(max.) Remark

DDR3L SO-DIMM

(CHA-DIMM) 1

+1.35V/2.0A 2.7W

+0.675V/0.6A 0.405W

MiniPCIe / mSATA

(MINI-PCIE) 1

+3.3VS/1.1A 3.63W MINI-PCIE / mSATA function

by (JMINI-PCIE) jumper select+1.5V/0.375A 0.563W

Micro SD / T-Flash

(MICRO-SD) 1 +3.3V/0.1A 0.33W

PCIe x1

(PCIE) 1

+3.3VS/0.375A

25W

[1] Standard height = 25W

[2] Low profile card = 10W,

+12V = 0.5A

+3.3V/3.0A

+12V/2.1A




On Board I/O Ports Power Output (max.)


(max.) Remark

COM [Box-Header], pin.8 (COM3, COM4, COM5, COM6)

4 +5V/1.0A 5.0W Power output voltage by

(JPCOMx) jumper select +12V/1.0A 12.0W

CPU Fan [Pin-Header],

pin.2 (SYSTEM) 1 +12V/0.75A 9.0W

33


(max.) Remark

Front Panel [Pin-Header],

pin.1 PWRLED (FRONT)

1

+5V/10mA 50mW Power On LED


pin.2 HDDLED (FRONT) +5V/10mA 50mW SATA HDD LED


pin.6 SUSLED (FRONT) +5VS/10mA 50mW Suspend LED


pin.16 (FRONT) +5V/100mA 0.5W

LVDS conn. [connector],

pin.27~30 (LVDS) 1

+3.3V/1.0A 3.3W Power output voltage by

(JPLVDS) jumper select





PS/2 KB and MS [connector],

pin.4 (KB_MS) 1 +5V/0.25A 1.25W PS/2 Keyboard and Mouse

SATA Power [Box-Header], pin.1= +5V, pin.4=+12V (SATAPWR)

1 +5V/1.5A 7.5W

+12V/1.5A 18.0W

System Fan [Pin-Header],

pin.2 (SYSTEM) 1 +12V/0.5A 6.0W

USB 2.0 [Pin-Header],

pin.1~1 (USB3, USB4) 4 +5V/0.5A 2.5W

WebCam [connector],

pin.1 (WEBCAN) 1 +5V/0.5A 2.5W




34

Chapter 2 BIOS Setup

This chapter introduces BIOS setup information.

Power on or reboot the system board, when screen appears message as “Press DEL

to enter SETUP“. Press <DEL> key to run BIOS SETUP Utility.

Note: The BIOS configuration for reference only, it may subject to change without prior

notice.

2.1 Main Menu

Aptio Setup Utility - Copyright (C) 2013 American Megatrends, Inc .Main Advanced Chipset Security Boot Save & Exit

BIOS InformationBIOS VendorCore VersionCompliancyModel NameBIOS Version BIOS TagBuild Date and Time

CPU InformationInter(R) Atom(TM) CPU J1900Max CPU Speed

Memory InformationTotal memory

System Language

System DateSystem Time

Choose the system defaultlanguage

Enter : Select+/- : Change Opt .F1: General HelpF2: Previous ValuesF3: Optimized DefaultsF4: Save & ExitESC: Exit

Main

: Select Screen: Select Item

American Megatrends5.009UEFI 2.3; PI 1.2WMX-J19000RA050000-00-00009/18/2014 15:30:44

@ 1.99GHz1990 MHz

4096 MB (LPDDR3)

[English]

[Wed 09/24/2014][16:45:58]

Version 2.16.1242. Copyright © 2013 American Megatrends, Inc.

Date This item is used to set system date. Time This item is used to set system time.

35

2.2 Advanced Menu


Set ERP mode in ACPI S4/S5


Advanced


ERPWake upResume By RTC AlarmOS SelectionLPSS & SCC Devices ModeACPI SettingsF81866 Super IO ConfigurationHardware MonitorCPUIDENetworkCSMUSB

[Disabled][Enabled][Disabled][Windows 7][ACPI mode]


ConfigurationConfigurationStack ConfigurationConfigurationConfiguration

ERP This item is used to enable or disable ERP.

The optional settings are:

[ERP/EUP +WOL (LAN1)], [ERP/EUP (Fintek G3)], [Disable]

This item should be set as [Disabled] if users want to active all Wake-up functions.

Wake up This item is used to enable or disable Wake up. Reseume By RTC Alarm This item is used to enable or disable Reseume By RTC Alarm. OS Selection The optional settings are: [Windows7], [Windows8.x], [Android]

36

LPSS & SCC Devices Mode This item is used to select the LPSS and SCC device mode as ACPI or PCI mode.

37

2.3 ACPI Settings

Aptio Setup Utility - Copyright (C) 2013 American Megatrends, Inc .

ACPI Settings

Enable ACPI Auto ConfigurationACPI Sleep State

Enables or Disables BIOS ACPI Auto Configuration


Advanced


[Disabled][S3 (Suspend to RAM)]


Enabled ACPI Auto Configuration The item is used to enable or disable the ACPI Auto Configuration. Choices: Disabled, Enabled.

ACPI Sleep State Select the ACPI sleep state and the system will enter when SUSPEND button is

pressed.

38

2.4 Super IO Configuration


F81866 Super IO ConfigurationSet Parameters of Serial Port1 (COMA)


Advanced


F81866


Super IO ChipSerial Port 1 ConfigurationSerial Port 2 ConfigurationSerial Port 3 ConfigurationSerial Port 4 ConfigurationSerial Port 5 ConfigurationSerial Port 6 ConfigurationWatch dog timerWatch dog timer counter

[Disabled]10

Serial Port 1 Configuration Serial Port 2 Configuration Serial Port 3 Configuration Serial Port 4 Configuration Serial Port 5 Configuration Serial Port 6 Configuration

39

watch dog timer The item is used to determine watch dog timer.

40

2.5 Serial Port 1 Configuration


Serial Port 1 Configuration

Serial Port [Enabled]Device Settings IO=3F8h; IRQ=4;

Change Settings [Auto]

Enable or Disable Serial Port (COM)


Advanced



Serial Port The item is used to enable or disable the serial port.

Device Settings The item is used to show the serial port IO port address and interrupt address. Change Settings The item is used to change COM address as required.

41




Serial Port [Enabled]Device Settings IO=2F8h; IRQ=3;

Change Settings [Auto]Serial port Mode [Pure RS-232]



Advanced


Version 2.16.1242. Copyright © 2013 American Megatrends, Inc. Serial Port The item is used to enable or disable the serial port.

Device Settings The item is used to show the serial port IO port address and interrupt address. Change Settings The item is used to change COM address as required.

Serial Port Mode The item is used to select Serial port Mode for RS-232/422/485.

42




Serial Port [Enabled]Device Settings IO=3E8h; IRQ=5;




Advanced




Device Settings The item is used to show the serial port IO port address and interrupt address. Change Settings The item is used to change COM address as required

43








Advanced





44








Advanced





45








Advanced





46

2.11 PC Health Satus


PC Health Status

Smart Fan FunctionSmart Fan Mode Configuration


Advanced


: +39 C: +34 C: 4823RPM: N/A: +0.908 V: +1.360V: +5.045V: +11.528V: +3.424V: +3.344V: +5.040V: +3.200V

[Enabled]

Enable or Disable Smart Fan


CPUSYSCPUSYSCPUDDR3L+V5+V12VCC3VVSB3VVSB5VVBAT

TempTempFan SpeedFan Speed

Smart Fan Function The item allows users to enable or disable the System smart fan feature. Smart Fan Mode Configuration This item is used to set the smart fan mode.

47

2.12 Smart Fan Mode Configuration


Smart Fan Mode Select


Advanced



Smart Fan Mode Configuration

CPU FAN Smart Fan ControlTemperature 1Temperature 2Temperature 3Temperature 4Duty Cycle 1Duty Cycle 2Duty Cycle 3Duty Cycle 4SYS FAN Smart Fan ControlTemperature 1Temperature 2Temperature 3Temperature 4Duty Cycle 1Duty Cycle 2Duty Cycle 3Duty Cycle 4

[Auto Duty-Cycle Mode]6050403085706050[Auto Duty-Cycle Mode]6050403085706050

CPU Fan Smart Fan Control The item is used to enable or disable the CPU smart fan feature.

SYS Fan Smart Fan Control The item is used to enable or disable the SYS smart fan feature.

48

2.13 CPU Configuration



Advanced


CPU Configuration

Intel(R) Atom(TM) CPU E3845 @ 1.91GHzCPU SignatureMicrocode PatchMax CPU SpeedMin CPU SpeedProcessor CoresIntel HT TechnologyIntel VT-x Technology

L1 Data CacheL1 Code CacheL2 CacheL3 Cache

306733211910 MHZ500 MHz4Not SupportedSupported

24 kB x 432 kB x 41024 kB x 2Not Present


49

2.14 IDE Configuration


IDE Configuration

Serial-ATA (SATA)

SATA Speed SupportSATA ODD PortSATA Mode

Serial-ATA Port 0

mSATA

SATA Port0Not Present

mSATANot Present

Enable / disable Serial ATA


Advanced


[Enabled]

[Gen2][No ODD][AHCI Mode]

[Enabled]

[Enabled]

Version 2.16.1242. Copyright © 2013 American Megatrends, Inc. Serial-ATA (SATA) The item is used to enable or disable the SATA device. SATA Speed Support The item configures SATA controller to Gen1 or Gen2 speed. SATA ODD Port SATA ODD is Port0 or Port1.

SATA Mode The item is used to disable or set the chip in serial SATA controller mode.

Choices: Disable, IDE, AHCI. Serial-ATA Port 0 The item is used to enable or disable SATA port 0.

50

mSATA The item is used to enable or disable mSATA.

51

2.15 Network Stack Configuration


Network Stack Enable/Disable UEFI Network Stack


Advanced


[Disabled]


Network Stack The item is used to enable or disable UEFI Network Stack.

52

2.16 Compatibility Support Module Configuration


Compatibility Support Module Configuration

CSM Support

GateA20 ActiveOption ROM MessagesINT19 Trap Response

Boot option filter

Option ROM execution

NetworkStorageVideoOther PCI devices

Enables /Disable CSM Support


Advanced


[DO not launch][UEFI][Legacy][UEFI]

[Enabled]

[Upon Request][Force BIOS][Immediate]

[UEFI and Legacy]


CSM Support The item is used to enable or disable Compatibility Support Module Configuration. GateA20 Active The item is used to control GateA20 can be disabled or not. Option ROM Messages Set display mode for Option ROM. INT 19 Trap Response The item is used to control BIOS reaction on INT19 trapping, default setting is

Immediate.

Boot option filter The item is used to control Legacy/UEFI ROMs priority.

53

Network The item is used to control the execution of UEFI and Legacy PXE OpROM. Storage The item is used to control the execution of UEFI and Legacy Storage OpROM. Video The item is used to control the execution of UEFI and Legacy Video OpROM.

Other PCI devices The item is used to determine OpROM execution policy for devices other than

Network, Storage or Video.

54

2.17 USB Configuration


USB Configuration

USB Devices:1 Keyboard, 1 Mouse, 3 Hubs

Legacy USB SupportXHCI Hand-offEHCI Hand-offUSB Mass Storage Driver Support

USB hardware delays and time-outs:USB transferDevice resetDevice power-up delay

Enables Legacy USB supportAUTO option disables legacysupport if no USB devices are connected. DISABLE option willkeep USB devices availableOnly for EFI applications.


Advanced


[20 sec][20 sec][Auto]

[Enabled][Enabled][Disabled][Enabled]


time-outtime-out

Legacy USB Support The item is used to enable or disable legacy support about USB devices.

Choices: Disabled, Enabled, Auto.

USB3.0 Support The item is used to enable or disable USB3.0 (XHCI) controller support. Choices: Disabled, Enabled. XHCI Hand-off The item is workaround for OSes without XHCI hand-off support. Choices: Disabled, Enabled. EHCI Hand-off The item is a workaround for OSes without EHCI hand-off support. Choices: Disabled, Enabled.

55

USB Transfer time-out The item is for the time-out value for Control, Bulk, and Interrupt transfers.

Device reset time-out The item is for USB mass storage device start unit command time-out. Device power-up delay The item is for maximum time and the device will take before it properly reports itself

to the host controller.

56

2.18 Chipset


Enable/Disable LAN1.



LAN1LAN2MINI-PCIENorth BridgeSouth Bridge

Chipset


[Enabled][Enabled][Enabled]

LAN1 The item is used to enable or disable LAN1. LAN2 The item is used to enable or disable LAN2. MINI-PCIE The item is used to enable or disable MINI-PCIE.

57

2.19 Memory Information


Config Intel IGD Settings.



Intel IGD Configuration

Memory InformationTotal Memory

Max TOLUD

Chipset

4096 MB (LPDDR3)

[Dynamic]


Max TOLUS The item is used to allow users to configure the maximum TOLUD value.

58

2.20 Intel IGD Configuration


Enable : Enable IntegratedGraphics Device (IGD) whenselected as the Primary Video Adaptor.Disable: Alwaysdisbale IGD



Intel IGD ConfigurationIntegrated Graphics Device

IGD Turbo EnablePrimary DisplayGFX BoostPAVCDVMT Pre-AllocatedDVMT Total Gfx MemAperture SizeDOP CGGTT Size

ISP Enabled/DisableISP PCI Device Selection

Primary IGFX Boot DisplayBacklight ControlLVDSBacklight Active ModeBacklight Voltage LevelBacklight Control Level

Chipset

[Enabled]

[Enabled][IGD][Disabled][LITE Mode][64M][256MB][256MB][Enabled][2MB]

[Enabled][Disabled]

[VBIOS Default][PWM Normal][Enabled][DC Mode][+3.3V][Step 10]

Version 2.16.1242. Copyright © 2013 American Megatrends, Inc. Integrated Graphics Device The item is used to enable or disable Integrated Graphics Device. IGD Turbo Enable The item is used to enable or disable Integrated IGD Turbo. Primary Display The item is used to indicate Graphics device. GFX Boost The item is used to enable or disable GFX Boost. PAVC The item is used to enable or disable Protect Audio Video Control.

59

DVMT Pre-Allocated The item is used to select DVMT 5.0 Pre-Allocated (Fixed) Graphics Memory size

used by Internal Graphics Device. DVMT Total Gfx Mem The item is used to select DVMT 5.0 Total Graphics Memory size used by Internal

Graphics Device. Aperture Size The item is used to select Aperture Size. DOP CG The item is used to enable or disable DOP CG. GTT Size The item is used to select GTT Size. ISP Enable/Disable The item is used to enable or disable ISP. ISP PCI Device Selection The item is used to enable or disable ISP PCI Device Selection. Primary IGFX Boot Display The item is used to select the display device which will be activated during POST.

Backlight Control The item is used to display Backlight Control setting. LVDS The item is used to enable or disable LVDS. Backlight Active Mode Choices: PWN Mode, DC Mode. Backlight Voltage Level Choices: +3.3V, +5V

60

Backlight Control Level Choices: Step1, Step2, Step3, Step4, Step5, Step6, Step7, Step8, Step9, Step10

61

2.21 USB Configuration


USB Configuration Settings



USB ConfigurationPCI Express Configuration

Chipset


USB Configuration PCI Express Configuration

62

2.22 XHCI Mode


USB ConfigurationXHCI ModeUSB2 Link Power Management

USB 2.0(EHCI) Support

Mode of operation of xHCIcontroller


Chipset


[Auto][Disabled]

[Disabled]


XHCI Mode The item is used to allow users to determine the operation mode for the XHCI

controller in OS. USB2 Link Power Management The item is used to enable or disable USB2 Link Power Management. USB 2.0(EHCI) Support The item is used to enable or disable USB 2.0(EHCI) Support.

63

2.23 PCI Express Configuration


PCI Express ConfigurationMINI-PCIE

Speed

PCIESpeed

Enable or Disable theMINI-PCIE in Chipset


Chipset


[Enabled][Auto]

[Enabled][Auto]


MINI-PCIE The item is used to enable or disable MINI-PCIE. Speed The item is used to select Speed. PCIE The item is used to enable or disable PCIE. Speed The item is used to select Speed.

64

2.24 Password Configuration


Password DescriptionIf ONLY the Administrator’s password is set ,then this only limits access to Setup and isonly asked for when entering SetupIf ONLY the User’s password is set, then thisis a power on password and must be entered toboot or enter Setup. In Setup the User willhave Administrator rights.The password length must be in the following range:Minimum length 3Maximum length 20

Administrator PasswordUser Password

Set Administrator Password



Security


65

2.25 Boot Configuration


Boot ConfigurationSetup Prompt Timeout Bootup NumLock State

Quiet BootFast Boot

Boot Option Priorities

Number of seconds to wait forsetup activation key.65535(0xFFFF) means indefinitewaiting.



Boot

2[On]

[Disabled][Disabled]


Bootup NumLock State The item is used to make NumLock auto-operate. Quiet Boot The item is used to enable or disable the Quiet Boot function. Fast Boot The item is used to enable or disable the Fast Boot function. Boot Option Priorities The item is used to show the priorities of the boot options.

66

2.26 Save Changes and Exit


Save Changes and ExitDiscard Changes and ExitSave Changes and ResetDiscard Changes and Reset

Restore Defaults

Boot Override

Launch EFI Shell from filesystem device

Exit system setup after saving the changes.



Save & Exit


Save Changes and Exit Exit system setup after saving the changes.

Discard Changes and Exit Exit system setup without saving the changes.

Save Changes and Reset Reset the system after saving the changes.

Discard Changes and Exit Reset system setup without saving any changes.

Save Changes Save changes for setup options.

67

Discard Changes Discard changes for setup options.

Restore Defaults Restore/Load Defaults values for all the setup options.

Save User Defaults Save the changes for User Defaults.

Restore User Defaults Restore the User Defaults to all the setup options.

68

Chapter 3 Drivers Installation

This chapter introduces driver installation information.

Please insert the utility CD to CD-ROM drive, the install menu will appear

automatically, if the install menu does not list suitable driver of Operate System or

appear automatically, please select corresponding driver of utility CD to install.

The Windows XP driver installation steps are as below.

3.1 Intel Chipset Device Software

Step1: Click “Next” to continue.

69

Step 2: Read the License Agreement and click “Accept” to continue.

Step 3: Click “Install” to continue.

70

Step 4: Click “Finish” to complete setup.

71

3.2 Intel Graphic Media Accelerator Driver Step 1: Click “Next” to continue.

Step 2: Click “No” to continue.

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Step 3: Click “Next” to continue.


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3.3 LAN Driver Step 1: Click “Next” to continue.


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Step 3: Click “Next” to continue

Step 4: Click “Install” to continue.

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3.4 Audio Driver Step 1: Click “Next” to continue.


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3.5 TXE Driver Step 1: Click “Yes” to continue. (optional for Win7)

Step 2: Click “Close” to complete setup. (optional for Win7)

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Step6: Click “Finish” to complete setup..

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3.6 USB Driver Step 1: Click “Next” to continue.

Step 2: Click “No” to continue.

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Appendix A: Watchdog Timer

The working algorithm of the WDT function can be simply described as a counting

process. The Time-Out Interval can be set through software programming. The

availability of time-out interval is set by software.

The System Board allows users control WDT through dynamic software programming.

The WDT starts counting when it is activated. It sends out a signal to system reset,

when time-out interval ends. To prevent the time-out interval from running out, a

re-trigger signal will need to be sent before the counting reaches its end. This action

will restart the counting process.

WDT program should keep the counting process running under normal condition.

WDT should never generate a system reset unless the system runs into troubles.

The related Control Registers of WDT are all included in the following sample program

that is written in C language. User can fill a non-zero value into the Time-out Value

Register to enable/refresh WDT. System will be reset after the Time-out Value to be

counted down to zero. Or user can directly fill a zero value into Time-out Value

Register to disable WDT immediately.

To ensure a successful accessing to the content of desired Control Register, the

sequence of following program codes should be step-by-step run again when each

register is accessed.

For more information about WDT, please refer to Fintek F81866A data sheet.

There are two PnP I/O port addresses that can be used to configure WDT,

1) 0x2E:EFIR (Extended Function Index Register, for identifying CR index number)

2) 0x2F:EFDR (Extended Function Data Register, for accessing desired CR)

Below are some example codes, which demonstrate the use of WDT.

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// Enter Extended Function Mode

outp(0x2E, 0x87);

outp(0x2E, 0x87);

// Select Logic Device 7

outp(0x2E, 0x07);

outp(0x2F, 0x07);

// Select & Enable GPIO1

outp(0x2E, 0x27);

outp(0x2F, inp(0x2F) | 0x05);

// Assign Pin 70 to be a WDTO# Signal

outp(0x2E, 0x2C);

outp(0x2F, inp(0x2F) & 0xDF);

//Clear WDTO# Status

outp(0x2E, 0xF5);


// Select time unit (Second )

outp(0x2E, 0xF5);

outp(0x2F, inp(0x2F) & Count-mode Register);

// Select time unit (Minute)

outp(0x2E, 0xF5);

outp(0x2F, inp(0x2F) | Count-mode Register);

// Set Time-out Value

outp(0x2E, 0xF6);

outp(0x2F, Time-out Value Register );

// Counting of watchdog time is enable.

outp(0x2E, 0xF5);


// Exit Extended Function Mode

outp(0x2E, 0xAA);

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Definitions of Variables: Value of Count-mode Register :

1) 0x00 -- Count down in seconds (Bit3=0)

2) 0x08 -- Count down in minutes (Bit3=1)

Value of Time-out Value Register :

1) 0x00 -- Time-out Disable

2) 0x01~0xFF -- Value for counting down

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Appendix B: GPIO

The System Board provides 4 dedicated output ports and 4 programmable I/O ports

that can be individually configured to perform a simple I/O function. Users can

configure 4 programmable I/O ports to become an input or output port by

programming register bit of I/O Selection .To invert port value, the setting of Inversion

Register has to be made (Note). Port values can be set to read or write through Data

Register.

Note: Only 4 programmable I/O ports support.

Additionally, 4 Digital Output ports amplified signals from GPIO ports. There are

open-drain buffers, which can offer greater driving capacity up to 100mA.

For more information about GPIO, please refer to Fintek F81866A data sheet.

The related Control Registers of GPIO are all included in the following sample

program that is written in C language. To ensure a successful accessing to the content

of desired Control Register, the sequence of following program codes should be

step-by-step run again when each register is accessed.

There are two PnP I/O port addresses that can be used to configure GPIO ports,

1) 0x2E - EFER (Extended Function Enable Register, for entering Extended Function

Mode)

- EFIR (Extended Function Index Register, for identifying CR index number)

2) 0x2F - EFDR (Extended Function Data Register, for accessing desired CR)

Below are some example codes, which demonstrate the use of GPIOs.

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// Enter Extended Function Mode

outp(0x2E, 0x87);

outp(0x2E, 0x87);

// Assign Pin111-118 to be GPIO port

outp(0x2E, 0x27);

outp(0x2F, inp(0x2F) & 0xF3);

outp(0x2E, 0x28);


// Select Logic Device 6

outp(0x2E, 0x07);

outp(0x2F, 0x06);

// Enable GPIO Port

outp(0x2E, 0x30);

outp(0x2F, 0x01);

// Select GPIO Input / Output Mode

// default GPIO87/86/85/84 as Output pin, GPIO83/82/81/80 as Input pin.

outp(0x2E, 0x88);

outp(0x2F, (inp(0x2F) | 0xF0));

// Access Output value

outp(0x2E, 0x89);

outp(0x2F, (inp(0x2F) | Output Data));

// Read Input value

outp(0x2E, 0x8A);

Input Data = inp(0x2F);

// Exit Extended Function Mode

outp(0x2E, 0xAA);

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Definitions of Variables: Each bit in the lower nibble of each Register represents the setting of a GPIO port.

Super IO Pin Pin Name Bit GPIO DIO 111 GPIO80 0 GPIO DIO-In0

112 GPIO81 1 GPIO DIO-In1



115 GPIO84 4 GPIO DIO-Out0




Value of Output Data / Input Data :

If a port is assigned to be an output port, then its respective bit can be

read/written.

If a port is assigned to be an input port, then its respective bit can be read only.

Note :

DIO-IN0/DIO-IN1/DIO-IN2/DIO-IN3 are programmed as Inputs by BIOS default.

Parameter Conditions

VinH min +1.857V

VinL max +0.525V

Rated Vin -8V ~ +12V

NC Status High by Default

** Attention : If DIO-IN0/DIO-IN1/DIO-IN2/DIO-IN3 are programmed as Output signal, they can only offer a normal signal transfer.(NOT amplified signals.)


VoutH 3.3V thru 10k

VoutL 0V thru 1k

DIO-OUT0/DIO-OUT1/DIO-OUT2/DIO-OUT3 are fixed as Outputs by BIOS.


Open-drain buffer Power-on default = Open

Driving Capacity max 100mA continue

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