ACS-2645 Box PC User Manual Release Date Revision

ACS-2645 Box PC

User Manual

Release Date Revision

Aug, 2014 V1.2

® 2014 Aplex Technology, Inc. All Rights Reserved. Published in Taiwan

Aplex Technology, Inc.

15F-1, No.186, Jian Yi Road, Zhonghe District, New Taipei City 235, Taiwan

Tel: 886-2-82262881 Fax: 886-2-82262883 E-mail:

[email protected]

URL:

www.aplex.com.tw

ACS-2645 User Manual 1

Warning!_______________________________

This equipment generates, uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions manual, it may cause interference to radio communications.

It has been tested and found to comply with the limits for a Class A computing device pursuant to

FCC Rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference in which case the user at his own expense will be required to take whatever measures may be required to correct the interference.

Electric Shock Hazard

– Do not operate the machine with its back cover removed. There are dangerous high voltages inside.


Packing List

Accessories (as ticked) included in this package are:

□ AC power cable

□ Driver & manual CD disc

□ Other.___________________(please specify)

Safety Precautions

Follow the messages below to avoid your systems from damage:

◆ Avoid your system from static electricity on all occasions.

◆

Prevent electric shock. Don‘t touch any components of this card when the card is power-on. Always disconnect power when the system is not in use.

◆ Disconnect power when you change any hardware devices. For instance, when you connect a jumper or install any cards, a surge of power may damage the electronic components or the whole system.


Table of Contents______________________

Warning!……………………………………….…………………………………….……..….2

Packing List...................................................................................................................3

Safety Precautions........................................................................................................3

Chapter 1 Getting Started

1.1 Specifications………………………………………….………….……...…..6

1.2 Dimensions…………………………………...……………….…………......7

1.3 Brief Description ……………….……..…….……………….………………9

1.4 Installation of HDD................................................................................10

1.5 Installation of PCI Add-on.....................................................................12

Chapter 2 Hardware Installation

2.1 Mainboard Specifications

…………………..……..…………….…………13

2.2 Board Dimensions………………………….…………...…….……………16

2.3 Jumpers and Connectors Location

………..…………………………......17

2.4 Jumpers Setting and Connectors

…………………………………….......19

Chapter 3 BIOS Setup

3.1 Operations after POST Screen.............................................................34

3.2 BIOS Setup Utility

……..........................................................................35

3.3 Main Settings........................................................................................36

3.4 Advanced Settings................................................................................37

3.5 Chipset Settings................................................................................... 42

3.6 Boot Settings........................................................................................46

3.7 Security Settings...................................................................................48

3.8 Save & Exit Settings.............................................................................49

3.9 Examples of GPIO Programming

…………………………………………51

Chapter 4 Installation of Drivers

4.1 Intel Chipset Driver.…………………………...………….…...……………59

4.2 Intel VGA Chipset Driver..…....…......……..………………………….......62

4.3 Intel Network Adapter Driver……..........................................................65


4.4 Realtek Audio Driver Installation………………………………….….……68

Figures

Figure 1.1: Dimensions of ACS-2645

……………..…………………………...7

Figure 1.2: Front View of ACS-2645

…………….………………………….......9

Figure 1.3: Rear View of ACS-2645

………………….………………………....9

Figure 2.1

: Mainboard Dimensions……………………………………………16

Figure 2.2: Jumpers and Connectors Location-

TOP…………………...……17

Figure 2.3: Jumpers and Connectors Location-

Bottom………………….…18


Chapter 1________________Getting Started

1.1 Specifications

Specs

CPU

System Chipset

System Memory

External I/O Port

Expansion Slots

Storage

Power Supply

Construction / Color

Mounting

Dimensions(WxHxD)

Gross Weight

Operating Temperature

Storage Temperature

Storage Humidity

Certificate

ACS-2645 User Manual

ACS-2645

Intel Atom Processor D2550 1.86GHz , L2 Cache 1MB

Intel NM10 Express

Support 2 x SO-DIMM 204pin, up to 4GB DDRIII 800/1066MHz FSB

Rear I/O Side

1 x RS-232 (COM1)

1 x RS-232 (COM2)

1 x DB15 VGA

4 x USB 2.0 Ports

2 x Ethernet RJ45 LAN Port

1 x 9~32V DC Power input

1 x Audio Ports (MIC-in, Line out)

1 x 2 Pin Power Switch (terminal block)

2 x LED Indication (Power/HDD)

1 x HDMI

1 x Power button switch

1 x CF Slot by USB

1 x COM RS-422/485 (COM3, default:RS-485)

1 x COM RS-232 (COM4)

1 x 10 pins terminal block for 1 Ground/VCC/ 4 in & out DIDO

Default: 1 x PCI and PCIe x1 slots

Option: 2 x PCI slots

Default 2 x 2.5” SATA HDD space

1 x External CF slot

On board DC 9~32V / AC power input

Black Steel and Aluminum Heatsink as ACS-2695

Default: Wall mount / Option: Din Rail mount (single or dual)

211.2(W) x 203.5(H) x 131.2(D)

211.2(W) x 203.5(H) x 157.3(D)

(with DVD Device)

5kgs

0~50 °C

-20~60 °C

10%~90%@ 40°C, non-condensing

CE / FCC Class A

6

1.2 Dimensions



Figure 1.1: Dimensions of ACS-2645

8

1.3 Brief Description of ACS-2645

ACS-2645 is a fan design High-efficiency Thermal Solution Box PC, powered by

Intel Atom Processor

D2550 1.86GHz and supporting

2 x SO-DIMM 204pin, up to 4GB DDRIII 800/1066MHz FSB, 4

x USB connector, 4 x COM Ports, support 2 x SATA HDD space, 1 x external CF slot, 1 x PCI and 1 x PCIe x

16 slot expansion, DC Power 9~32V input etc. It is ideal for Industrial Automation, Factory Automation,

Machine Vision, Process Control, Data Terminal, TI, Surveillance, etc. and running factory operations from small visual interface and maintenance applications to large control process applications.

ACS-2645 works very well along with any of our Display series and it absolutely can provide an easy way to perform control and field maintenance.

Figure 1.2: Front View of ACS-2645


Figure 1.3: Rear View of ACS-2645

9

1.4 Installation of HDD

Step 1

There is one screw which connects to the chassis. Pull out the chassis towards the I/O side after unscrewing as shown in the picture.

Step 2

There is 1 screw to deal with when enclosing or removing the HDD bracket .

Loosen screws and draw the HDD bracket out.

Loosen 4 screws


Then you can replace HDD.

Step 3

Tighten the 1 screw as shown in the picture.

That’s how it should look after it has been installed.


1.5 Installation of PCI Add-on

Step 1

There is one screw which connects to the chassis. Pull out the chassis towards the I/O side after unscrewing as shown in the reference picture.

Step 2

Now slide the add on into the PCI slot, making sure the golden part faces the slot.

When the part that is interfaced together come into the right contact, slightly push the add on into the rail of the slot.

After sliding the add on into the PCI expansion slot, get the one screw as circled tightened to finish the connection.

** Half Expansion-card limit to be not more than 175mm length

Step 3

Tighten the 1 screw as shown in the picture.

That’s how it should look after it has been installed.


Chapter 2__________Hardware Installation

2.1 Mainboard specifications

Introduction

ASB-M7101 is a Mini-ITX industrial motherboard developed on the basis of Intel D2550 and NM10, which provides abundant peripheral interfaces to meet the needs of different customers. Also, it features dual

1000M LAN port, 6-COM port and one Mini PCIE configuration. To satisfy the special needs of high-end customers, PC104+ socket (capable of adjusting IO voltage) richer extension functions. The product is widely used in various sectors of industrial control.

Specifications

Specifications

Board Size

CPU Support

Chipset

Display Mode

Intel NM10 Express

Memory Support

2 x SO-DIMM (204pins)

D2550：up to 4GB DDRIII 800/1066MHz FSB

N2800：up to 4GB DDRIII 1066MHz FSB

N2600：up to 2GB DDRIII 800MHz FSB

Graphics

Integrated Intel GMA 3650 (D2550/N2800)

Integrated Intel GMA 3600 (N2600)

1 x CRT Port (VGA or VGA_PH)

1 x HDMI Port

1 x LVDS1 (18/24-bit single LVDS, option)

1 x LVDS2 (24-bit dual LVDS, option)

Support

Resolution

Dual Display

170mm x 170mm

Intel Atom D2550 /1.86GHz (2cores,10W, onboard)

Intel Atom N2800 /1.86GHz (2cores,6.5W, option）

Intel Atom N2600 /1.60GHz (2cores,3.5W, option）

Up to 1920 x 1200 for CRT

Up to 1920 x1200 for HDMI

Up to 1440 x 900 for LVDS1 (D2550)

Up to 1366 x 768 for LVDS1 (N2600/N2800)

Up to 1920 x 1200 for LVDS2 (D2550)

Up to 1600 x 1200 for LVDS2 (N2600/N2800)

CRT+LVDS1

CRT+LVDS2


Super I/O

BIOS

Storage

Ethernet

USB

Serial

Digital I/O

Audio

Battery

CRT+HDMI

LVDS1+HDMI

LVDS2+HDMI

Winbond W83627UHG

AMIBIOS

2 x SATA Connector

1 x Compact Flash II Slot for TB-522 or TB-523 (option）

2 x PCIe Gbe LAN by Intel 82583V

4 x USB 2.0 stack ports for external

3 x USB 2.0 box Pin header for MIO1

1 x USB 2.0 internal for mini PCIe

1 x RS232/422/485 port, DB9 connector for external (COM1)

pin 9 w/5V/12V/Ring select

1 x RS232 port, DB9 connector for external (COM2) pin 9 w/5V/12V/Ring select

1 x RS232 header for internal (COM5)

1 x RS232 header for internal (COM6),pin 10 w/5V/12V select

I/O Card TB-522/TB-523:

1 x 422/485 select header for internal MIO1 (COM3)

1 x RS232 header for internal MIO1 (COM4)

8-bit digital I/O by Pin header for MIO2

4-bit digital Input

4-bit digital Output

Support CR2477 Li battery by 2-pin header

Support Audio via Realtek ALC662 HD audio codec

Support Line-out, MIC by JACK

Support Line-in, Line-out, MIC by 2x6-pin header

Keyboard /Mouse PS2 K/B and Mouse by MIO2

1 x PS/2 keyboard

1 x PS/2 mouse

Expansion Bus

1 x PC 104+ connector (PCI master 4, jumper for +3.3V & 5V select)

2 x PCI-express 1X extend by 4x10 pin socket (PCIe1 option)

1 x mini-PCI-express slot (PCIe1 option：MPCIE or PCIE1X）

1 x CRT 2x6 Pin Header

Power

Management

1 x 3-pin power input connector (Wide range DC+9V~32V)

DC12V output by 2x2 pin Connectors

Power on/off switch by TB-522 or TB-523

Switches and


LED Indicators

Reset switch by MIO2

Power LED status by MIO2

HDD LED status by MIO2

External I/O port

2 x COM Ports (COM1/COM2)

4 x USB 2.0 Ports (stack)

2 x RJ45 GbE LAN Ports

1 x CRT DB15 Port

1 x HDMI Port

1 x Audio Ports (mic, line out)

Watchdog Timer

Temperature

Humidity

Software programmable 1

– 255 second by Super I/O

Operating: -20℃ to 70℃

Storage: -40℃ to 85℃

10% - 90%, non-condensing, operating

Power

Consumption

12V /1.25A (Intel Atom D2550 processor with 2GB DDR3 DRAM)

12V /1.18A (Intel Atom N2800 processor with 2GB DDR3 DRAM)

12V /0.95A (Intel Atom N2600 processor with 2GB DDR3 DRAM)

EMI/EMS

Meet CE/FCC class A


2.2 Board Dimensions


Figure 2.1: Mainboard Dimensions

16

2.3 Jumpers and Connectors Location

Board Top


Figure 2.2 Jumpers and Connectors Location-TOP

17

Board Bottom


Figure 2.3: Jumpers and Connectors Location- Bottom

18

2.4 Jumpers Setting and Connectors

1. JP1:

(2.0mm Pitch 1X3 Pin Header)CMOS clear jumper, CMOS clear operation will permanently reset old

BIOS settings to factory defaults.

JP1

Close 1-2

Close 2-3

CMOS

NORMAL (Default)

Clear CMOS

Procedures of CMOS clear: a) Turn off the system and unplug the power cord from the power outlet. b) To clear the CMOS settings, use the jumper cap to close pins2 and 3 for about 3 seconds then reinstall the jumper clip back to pins open. c) Power on the system again. d) When entering the POST screen, press the <F1> or <DEL> key to enter CMOS Setup

Utility to load optimal defaults. e) After the above operations, save changes and exit BIOS Setup.

2. BAT1:

(1.25mm Pitch 1X2 Pin wafer connector) 3.0V Li battery is embedded to provide power for CMOS.

Pin#

Pin1

PIN2

Signal Name

VBAT

Ground

3. PS_SEL1(option):

(2.0mm Pitch 1X3 Pin Header),DC in Power and ATX 12V IN Power jumper setting.

PS_SEL1

Close 1-2

Close 2-3

Mode

DC IN Power (Default)

ATX 12V_IN (ATX Power)

4. PS_ON:

(2.0mm Pitch 1X3 Pin Header),ATX Power and Auto Power on jumper setting.

JP2 Mode (DC_IN)

Close 1-2

Close 2-3 or Open 1-2

Auto Power on (Default)

ATX Power


5. DCIN:

(5.08mm Pitch 1x3 Pin Connector),DC9V ~ DC32V System power input connector。

Pin#

Pin1

Pin2

Pin3

Power Input

DC+9V~32V

Ground

PG

Power Mode

DC INPUT

(Default)

ATX Power

(option)

Location : DCIN

(5.4.5.)

input

DC9~32V

NC

Location: ATX12V Location: ATX1

(5.4.6.) (5.4.7.)

NC output

DC 12V

Input (DC12V)

ATX Power 2*2P

PSON,GND,5VSB

ATX Power

6. ATX12V:

(2x2 Pin Connector),DC12V System power output connector.

Pin#

Pin1

Pin2

Pin3

Pin4

Power output (DCIN)

Ground

Ground

DC+12V

DC+12V

7. ATX1 (option):

(2.0mm Pitch 1X3 Pin wafer connector),connect PSON and 5VSB and Ground signal,support ATX

Power model.

Reserved.

Pin#

Pin1

PIN2

PIN3

Signal Name

ATX PSON

ATX Ground

ATX 5VSB


8. U2:

(FCBGA559), onboard CPU .

MODEL

ASB-M7101T-D2550

ASB-M7101B-D2550 (option)

ASB-M7101T-N2800 (option)

ASB-M7101B-N2800 (option)

ASB-M7101T-N2600 (option)

ASB-M7101B-N2600 (option)

CPU

Intel Atom D2550 1.86GHz

Intel Atom D2550 1.86GHz

Intel Atom N2800 1.86GHz




9. CPU_FAN/SYS_FAN:

(2.54mm Pitch 1x3 Pin wafer connector),Fan connector, cooling fans can be connected directly for use. You may set the rotation condition of cooling fan in menu of BIOS CMOS Setup.

Pin#

1

2

3

Signal Name

Ground

VCC

Rotation detection

Note:

Output power of cooling fan must be limited under 5W.

10. SODIMM1/SODIMM2:

(SO-DIMM 204Pin socket), DDRIII memory socket, the socket is located at the Top of the board and supports 204Pin 1.5V DDRIII 800/1066MHz FSB SO-DIMM memory module up to 4GB or 2GB. The

single RAM use SODIMM1 Slot.

MODEL Socket

ASB-M7101-D2550 SODIMM1/SODIMM2

ASB-M7101-N2800 SODIMM1/SODIMM2

ASB-M7101-N2600 SODIMM1

Memory

Up to 4GB

Up to 4GB

Up to 2GB

11. VGA:

(CRT DB15 Connector),Video Graphic Array Port, provide high-quality video output. they can not

work at the same time for VGA and VGA_PH.


12. VGA_PH(option):

(CRT 2.0mm Pitch 2X6 Pin Header), Video Graphic Array Port, Provide 2x5Pin cable to VGA Port,

they can not work at the same time for VGA and VGA_PH.

Signal Name

CRT_RED

CRT_GREEN

CRT_BLUE

CRT_H_SYNC

CRT_V_SYNC

Ground

Pin# Pin#

1 2

3

5

7

9

11

4

6

8

10

12

Signal Name

Ground

Ground

VGA_EN

CRT_DDCDATA

CRT_DDCCLK

Ground

VGA hot plug setting for Windows XP：

VGA1（Pin Header） Function

Pin4-Pin6（Close）

Pin4-Pin6（Open）

VGA Simulation Disabled

VGA Simulation Enabled use the 2.0mm jumper cap to close pin 4 and pin6

13. INVT1:

(2.0mm Pitch 1x6 Pin wafer connector), Backlight control connector for LVDS1.

Pin#

1

2

3

4

5

6

Signal Name

+DC12V

+DC12V

Ground

Ground

BKLT_EN

BKLT_CTRL

Note:

Pin6 is backlight control signal, support DC or PWM mode, mode select at BIOS CMOS menu.


14. LVDS1:

(1.25mm Pitch 2x20 Connector, DF13A-40DP-1.25V),For 18/24-bit LVDS1 output connector, Fully supported by U2 Intel Processor, the interface features single channel 18/24-bit output. Low

Voltage Differential Signaling, A high speed, low power data transmission standard used for display connections to LCD panels.

Signal Name

LVDS1_VDD5

Ground

LVDS1_VDD33

NC

NC

Ground

NC

NC

Ground

NC

NC

Ground

NC

NC

Ground

LVLVDS_DDC_DATA

Ground

NC

NC

NC

10

12

14

16

18

20

22

Pin#

2

4

6

8

32

34

36

38

40

24

26

28

30

9

11

13

15

17

19

21

Pin#

1

3

5

7

31

33

35

37

39

23

25

27

29

Signal Name

LVDS1_VDD5

Ground

LVDS1_VDD33

LVDS_TX0_DN

LVDS_TX0_DP

Ground

LVDS_TX1_DN

LVDS_TX1_DP

Ground

LVDS_TX2_DN

LVDS_TX2_DP

Ground

LVDS_CLK_DN

LVDS_CLK_DP

Ground

LVDS_DDC_CLK

Ground

LVDS_TX3_DN

LVDS_TX3_DP

NC

15. U13:

(2.54mm Pitch 2x4Pin Socket), AT24C02 socket, The EEPROM is set for the resolution of LVDS2.

The resolution default is:1280*1024. According to the needs of customers set.

16. INVT2:

(2.0mm Pitch 1x6 Pin wafer connector), Backlight control connector for LVDS2.


Pin#

1

2

3

4

5

6

Signal Name

+DC12V

+DC12V

Ground

Ground

BKLT_EN

BKLT_CTRL

Note:

Pin6 is backlight control signal, support DC or PWM mode, mode select at BIOS CMOS menu.

17. LVDS2(option):

(1.25mm Pitch 2x20 Connector, DF13A-40DP-1.25V), For 18/24-bit LVDS2 output connector, Fully supported by Parad PS8625(DP to LVDS), the interface features dual channel 24-bit output. Low

Voltage Differential Signaling, A high speed, low power data transmission standard used for display connections to LCD panels.

Signal Name

LVDS2_VDD5

Ground

LVDS2_VDD33

LB_D0_N

LB_D0_P

Ground

LB_D1_N

LB_D1_P

Ground

LB_D2_N

LB_D2_P

Ground

LB_CLKN

LB_CLKP

Ground

LVDS2_DDC_DATA

Ground

LB_D3_N

LB_D3_P

NC


24

26

28

30

16

18

20

22

32

34

36

38

40

8

10

12

14

Pin#

2

4

6

23

25

27

29

15

17

19

21

31

33

35

37

39

7

9

11

13

Pin#

1

3

5

Signal Name

LVDS2_VDD5

Ground

LVDS2_VDD33

LA_D0_N

LA_D0_P

Ground

LA_D1_N

LA_D1_P

Ground

LA_D2_N

LA_D2_P

Ground

LA_CLKN

LA_CLKP

Ground

LVDS2_DDC_CLK

Ground

LA_D3_N

LA_D3_P

NC

24

19. BTN:

POWER on/off Button, They are used to connect power switch button. The two pins are disconnected under normal condition. You may short them temporarily to realize system startup & shutdown or awaken the system from sleep state.

20. JP2:

(2.0mm Pitch 2x3 Pin Header),COM1 jumper setting, pin 1~6 are used to select signal out of pin 9 of COM1 port.

JP2 Pin#

Close 1-2

Close 3-4

Close 5-6

Function

COM1 RI (Ring Indicator) (default)

COM1 Pin9=+5V (option)


21. JP1A:

(2.0mm Pitch 2x10 Pin Header),COM1 jumper setting, it provides selectable RS232 /

RS422/RS485 and hardware flow control serial signal output.

Function

RS232

(Default)

RS422

(option)

JP1A Pin#

Close: Pin1-3, Pin2-4, Pin7-9, Pin8-10,

Pin13-14

Close: Pin3-5, Pin4-6, Pin9-11, Pin10-12,

Pin17-18

RS485

(option)

Close: Pin3-5, Pin4-6, Pin9-11, Pin10-12,

Pin15-16,

Hardware Flow Controll Jumper Setting

JP1A Pin#

Pin19-Pin20

Pin19-Pin20

Hardware Flow Controll

Close (Yes) default

Open (No)

22. COM1:

(Type DB9),

Rear serial port, standard DB9 Male serial port is provided to make a direct connection to serial devices. COM1 port is controlled by pins No.1~6 of JP2,select output Signal RI or 5V or 12v, For details, please refer to description of JP2.


COM1/RS232 (Default):

Pin#

1

2

3

Signal Name

DCD# (Data Carrier Detect)

RXD (Received Data)

TXD (Transmit Data)

4

5

6

7

8

9

DTR (Data Terminal Ready)

Ground

DSR (Data Set Ready)

RTS (Request To Send)

CTS (Clear To Send)

RI/5V/12V (JP2 select Setting)

COM1/RS422 (option):

Pin#

1

2

3

4

5

6

7

8

9

Signal Name

422_RX+

422_RX-

422_TX-

422_TX+

Ground

NC

NC

NC

5V/12V (JP2 select Setting)

COM1/RS485 (option):

Pin#

1

2

3

4

5

6

7

8

Signal Name

NC

NC

485-

485+

Ground

NC

NC

NC

9 5V/12V (JP2 select Setting)

23. JP3:

(2.0mm Pitch 2x3 Pin Header),COM2 jumper setting, pin 1~6 are used to select signal out of pin 9 of COM2 port.


JP3 Pin#

Close 1-2

Close 3-4

Close 5-6

Function




24. COM2:

(Type DB9),

Rear serial port, standard DB9 Male serial port is provided to make a direct connection to serial devices.

Pin#

1

2

3

4

5

6

7

8

9

Signal Name

DCD# (Data Carrier Detect)

RXD (Received Data)

TXD (Transmit Data)

DTR (Data Terminal Ready)

Ground

DSR (Data Set Ready)

RTS (Request To Send)

CTS (Clear To Send)


25. COM5

:

(2.0mm Pitch 2X5 Pin Header),COM5 Port, standard RS232 ports are provided. They can be used directly via COM cable connection.

Signal Name

DCD

TXD

Ground

RTS

RI

Pin#

1

3

5

7

9

Pin#

2

4

6

8

10

Signal Name

RXD

DTR

DSR

CTS

NC

26. JP4:

(2.0mm Pitch 2x3 Pin Header) COM6 setting jumper, pin 1~6 are used to select signal out of pin 9 of COM6 port.

JP4 Pin# Function

Close 1-2

Close 3-4

Close 5-6





27. COM6

:

(2.0mm Pitch 2X5 Pin Header), COM6 Port, standard RS232 ports are provided. They can be used directly via COM cable connection. COM6 port is controlled by pins No.1~6 of JP4,select output

Signal 5V or 12v, For details, please refer to description of JP4.

Signal Name

DCD

TXD

Ground

RTS

Pin# Pin#

1 2

Signal Name

RXD

3

5

7

4

6

8

DTR

DSR

CTS


9 10 NC

28. USB4/USB5/USB6/USB7

:

(Double stack USB type A), Rear USB connector, it provides up to 4 USB2.0 ports, speed up to

480Mb/s.

Each USB Type A Receptacle (2 Ports) Current limited value is 1.5A.

If the external USB device current exceeds 1.5A, please separate connectors into different

Receptacle.

29. LAN1/LAN2:

(RJ45 Connector), Rear LAN port, Two standard 10/100/1000M RJ-45 Ethernet ports are provided.

Used Intel 82583V chipset, LINK LED (green) and ACTIVE LED (yellow) respectively located at the left-hand and right-hand side of the Ethernet port indicate the activity and transmission state of

LAN.

30. JACK

:

(Diameter 3.5mm Double stack Jack), HD Audio port, An onboard Realtek ALC662 codec is used to provide high quality audio I/O ports. Line Out can be connected to a headphone or amplifier, MIC is the port for microphone input audio.


31. AUDIO(option):

(2.0mm Pitch 2X6 Pin Header), Front Audio, An onboard Realtek ALC662 codec is used to provide high-quality audio I/O ports. Line Out can be connected to a headphone or amplifier. Line In is used for the connection of external audio source via a Line in cable. MIC is the port for microphone input audio.

Signal Name

SPK_OUTL_P

SPK_OUTL_N

FRONT_JD

LINE-IN-L

MIC2-IN-L

Ground

Pin#

1

3

5

7

9

11

Pin#

2

4

6

8

10

12

Signal Name

SPK_OUTR_P

SPK_OUTR_N

LINE1_JD

LINE-IN-R

MIC2-IN-R

MIC2_JD

32. BUZZ:

Onboard buzzer.

33. JP_104P:

(2.0mm Pitch 1X3 Pin Header) PC104+ port voltage selection jumper, select voltage for PCI-104

Plus devices.

The default for this jumper is

“all open”,meaning the user must select the voltage to be used.

JP_104P Pin#

All Open

Close 1-2

Close 2-3

PC104+ VIO Voltage

Default

+3.3V PCI Card

+5V PCI Card

34. PC104+ (option)

:

(4x30 Pin), PC104 plus connector, it conforms to standard PC104+ specification. Can expand support four PCI devices.

Model

ASB-M7101T-D2550

ASB-M7101B-D2550

ASB-M7101T-N2800

PC104+ Connector

Top

Bottom

(option)

Top

(option)


ASB-M7101B-N2800

ASB-M7101T-N2600

ASB-M7101B-N2600

Bottom

(option)

Top

(option)

Bottom

(option)

35. PCIE1X (option)

:

(4x10 Pin), PCIe bus connector, it conforms to standard PCI Express x1 specification. Can expand support two PCIe devices.

PCIe1 Signal for PCIE1X or MPCIE Socket.

PCIe4 Signal for PCIE1X Socket.

Model

ASB-M7101T-D2550

ASB-M7101B-D2550

ASB-M7101T-N2800

ASB-M7101B-N2800

ASB-M7101T-N2600

ASB-M7101B-N2600

PCIE1X Connector

Top

Bottom

(option)

Top

(option)

Bottom

(option)

Top

(option)

Bottom

(option)

36. MPCIE

:

(Socket 52Pin),mini PCIe socket, it is located at the top, it supports mini PCIe devices with

USB2.0,Smbus,SIM and PCIe signal. MPCIe card size is 30x30mm or 30x50.95mm.

PCIe1 Signal for PCIE1X or MPCIE Socket.

37. LED1

:

LED1：Power LED Status.

38. LED2

:

LED2：LED Status. Green LED for Motherboard Standby Power Good status, Yellow LED for HDD status.

39. MIO1

:

(DF13-40P Connector),For expand output connector, It provides two RS232 ports or one RS485 port, three USB ports, one power led, one power button, via a dedicated cable connected to

TB-522 MIO1or TB-523 MIO1.

Function Signal Name Pin# Pin# Signal Name Function

COM3

RS422

422RX+

422RX-

Ground

NC

1

3

5

7

2

4

6

8

485+ / 422TX+ COM3

485- / 422TX-

RS422 or 485

WLAN_LED+

WLAN_LED-

WLAN LED


COM4

RS232

USB3

USB1

5V_S5

DCD4-

TXD4

Ground

RTS4-

RI4-

5V_S5

USB3_N

USB3_P

Ground

Ground

5V_USB_01

USB1_N

USB1_P

Ground

NC

31

33

35

37

19

21

23

25

27

29

9

11

13

15

17

39

10 5V_S5

12 RXD4

14 DTR4-

16 DSR4-

18 CTS4-

20 5V_S5

22 5V_USB_01

24 USB0_N

26 USB0_P

28 Ground

30 Ground

32 PWR_LED+

34

PWR_LED-

36 MIO_PSON

38 Ground

40 AUTO_PS_ON

40. MIO2

:

(DF13-40P Connector),Front panel connector.

Function Signal Name Pin# Pin#

H_LED+

RESET+

BUZZER+

HDD_LED

NC

NC

RESET

BUZZER+

GPIO_IN_1 SIO_GPIO60




PS2_K/B

Ground

PS2_KBDATA

PS2_KBCLK

5V_S5_USB

NC

NC

Ground

5V_S5_USB

NC

NC

Ground

11

13

15

17

19

21

23

1

3

5

7

9

33

35

37

39

25

27

29

31

Signal Name

2

4

PWR-LED

Ground

6

8

MIO_PSON-

Ground

10 BUZZER-

12 SIO_GPIO20

14 SIO_GPIO21

16 SIO_GPIO22

18 SIO_GPIO23

20 5V_S5_USB

22 PS2_MSDATA

24 PS2_MSCLK

26 5V_S5_USB

28 NC

30 NC

32 Ground

34 5V_S5_USB

36 NC

38 NC

40 Ground


COM4

RS232

USB0

Power

LED

Power

Button

Function

P_LED+

P_LED-

PSON+

PSON-

BUZZER-

GPIO_OUT_1

GPIO_OUT_2

GPIO_OUT_3

GPIO_OUT_4

PS2_Mouse

31

Pin1/Ground: HDD LED, They are used to connect hard disk activity LED. The LED blinks when the hard disk is reading or writing data.

Pin2/Pin4: POWER LED, They are used to connect power LED. When the system is powered on or under S0/S1 state, the LED is normally on, when the system is under S4/S5 state, the LED is off.

Pin7/Ground: RESET Button, They are used to connect reset button. The two pins are disconnected under normal condition. You may short them temporarily to realize system reset.

Pin6/Pin8: POWER on/off Button, They are used to connect power switch button. The two pins are disconnected under normal condition. You may short them temporarily to realize system startup & shutdown or awaken the system from sleep state.

Pin9/Pin10: BUZZER, They are used to connect an external buzzer.

Pin11~Pin18: GPIO IN/GPIO OUT, General-purpose input/output port, it provides a group of self-programming interfaces to customers for flexible use.

Pin19~Pin24: PS2 KB/MS, PS/2 keyboard and mouse port, the port can be connected to PS/2 keyboard and mouse via a dedicated cable for direct used.

Note:

When connecting LEDs and buzzer and GPIO and USB, pay special attention to the signal polarity. Make sure that the connector pins have a one-to-one correspondence with chassis wiring, or it may cause boot up failure.

41. GPIO:

(3.5mm Pitch 2x5 Pin Connector),General-purpose input/output port, it provides a group of self-programming interfaces to customers for flexible use.


Function

+5V

GPIO_IN1

GPIO_IN3

GPIO_OUT1

GPIO_OUT3

1

3

5

7

9

Pin#

2

4

6

8

10

Function

Ground

GPIO_IN2

GPIO_IN4

GPIO_OUT2

GPIO_OUT4

42. SATA_P1/SATA_P2:

(2.5mm Pitch 1x2 Pin wafer connector), Two onboard 5V output connectors are reserved to provide power for SATA devices.

Pin#

1

2

Signal Name

+DC5V

Ground

Note:

Output current of the connector must not be above 1A.

3.0Gb/s.

44. CON1(option):

(2.0mm Pitch 1x4 Pin wafer connector),Smbus Signal connector.

43. SATA1/SATA2:

(SATA 7P), SATA Connectors, Two SATA connectors are provided, with transfer speed up to

Pin# Signal Name

1

2

3

4

SMB_CLK_MAIN_IO

3.3V

Ground

SMB_DATA_MAIN_IO

45. SIM1(option):

(SIM Socket 7Pin), Support SIM Card devices.

46. HS1/HS2/HS3/HS4(CPU SCREW HOLES):

CPU FAN SCREW HOLES, Four screw holes for fixed CPU Cooler assemble.

47. H5/H6:

MPCIE1 SCREW HOLES, H5 for mini PCIE card (30mmx30mm) assemble. H6 for mini PCIE card

(30mmx50.95mm) assemble.


Chapter 3 BIOS Setup

3.1 Operations after POST Screen

After CMOS discharge or BIOS flashing operation,.Press [Delete] key to enter CMOS Setup.

Version 2.15.1226. Copyright (C) 2012 American Megatrends, Inc.

BIOS Date: 05/14/2013 22:29:02 Ver: M7101V006

Press 〈DEL〉or〈ESC〉to enter setup

A3

After optimizing and exiting CMOS Setup, the POST screen displayed for the first time is as follows and includes basic information on BIOS, CPU, memory, and storage devices.

Press F11 to load default values and continue 0085


3.2 BIOS Setup Utility

Press [Delete] key to enter BIOS Setup utility during POST, and then a main menu containing system summary information will appear.

Aptio Setup Utility

– Copyright (C) 2012 American Megatrends, Inc.

Main Advanced Chipset Boot Security Save & Exit

BIOS Information

BIOS Vendor American Megatrends

Core Version 4.6.5.3

Compliancy UEFI 2.3; PI 1.2

Project Version 7101V006

►Intel RC Version

System Language [English]

System Date [Sun 01/01/2012]

System Time [00:00:09]

Access Level Administrator

Intel Reference Code

Version

→←: Select Screen

↑↓ : Select Item

Enter: Select

+/- : Charge Opt.

F1 : General Help

F2: Previous Values

F3:Optimized Defaults

F4:Save and Exit

ESC Exit

Version 2.15.1226. Copyright (C) 2012 American Megatrends , Inc.


3.3 Main Settings




BIOS Information

BIOS Vendor American Megatrends

Core Version 4.6.5.3

Compliancy UEFI 2.3; PI 1.2

Project Version 7101V006

►Intel RC Version

System Language [English]

System Date [Sun 01/01/2012]

System Time [00:00:09]

Access Level Administrator

Intel Reference Code

Version



Enter: Select

+/- : Charge Opt.

F1 : General Help

F2: Previous Values


F4:Save and Exit

ESC Exit


System Time:

Set the system time, the time format is:

Hour : 0 to 23

Minute : 0 to 59

Second : 0 to 59

System Date:

Set the system date, the date format is:

Day:

Note that the ‘Day’ automatically changes when you set the date.

Month: 01 to 12

Date: 01 to 31

Year: 1998 to 2099


3.4 Advanced Settings




►PCI Subsystem Settings

►ACPI Settings

►CPU Configuration

►Thermal Configuration

►IDE Configuration

►USB Configuration

►W83627UHG Super IO Configuration

►W83627UHG HW Monitor

►Serial Port Console Redirection

►PPM Configuration

PCI,PCI-X and PCI

Express Settings



Enter: Select

+/- : Charge Opt.

F1 : General Help

F2: Previous Values


F4:Save and Exit

ESC Exit


3.4.1 PCI Subsystem Settings

PCI Bus Driver Versio V2.05.02

PCI Common Settings:

PCI Latency Timer:

[32 PCI Bus Clocks]

[64 PCI Bus Clocks]

[96 PCI Bus Clocks]

[128 PCI Bus Clocks]





VGA Palette Snoop:

[Disabled]

[Enabled]


PERR# Generation:

[Disabled]

[Enabled]

SERR# Generation:

[Disabled]

[Enabled]

3.4.2 ACPI Settings

Enable ACPI Auto Conf:

[Disabled]

[Enabled]

Enable Hibernation:

[Enabled]

[Disabled]

ACPI Sleep State:

[Both S1 and S3 available for OS to choose from]

[Suspend Disabled]

[S1 only (CPU Stop Clock）]

[S3 only (Suspend to RAM) ]

Lock Legacy Resources:

[Disabled]

[Enabled]

S3 Video Repost:

[Disabled]

[Enabled]

3.4.3 CPU Configuration

Processor Type Intel(R) Atom(TM) CPU

EMT64 Not Supported

Processor Speed 1865 MHz

System Bus Speed 533 MHz

Ratio Status 14

Actual Ratio 14

System Bus Speed 533 MHz

Processor Stepping 30661

Microcode Revision 269


L1 Cache RAM 2x56 k

L2 Cache RAM 2x512 k

Processor Core Dual

Hyper-Threading Supported

Hyper-Threading:

[Enabled]

[Disabled]

Execute Disable Bit:

[Enabled]

[Disabled]

Limit CPUID Maximum:

[Disabled]

[Enabled]

3.4.4 Thermal Configuration

CPU Thermal Configuration

DTS SMM

[Disabled]

[Enabled]

Platform Thermal Configuration

Critical Trip Point [15C]

Active Trip Point Lo [55 C]

Active Trip Point Hi [71C]

Passive Trip Point [95]

Passive TC1 Value 1

Passive TC2 Value 5

Passive TSP Value 10

3.4.5 IDE Configuration

SATA Port0 Not Present

SATA Port1 Not Present

SATA Controller(S):

[Enabled]

[Disabled]

Configure SATA as:

[IDE]


[AHCI]

Misc Configuration for hard disk

3.4.6 USB Configuration

USB Configuration

USB Devices:

1 keyboard

Legacy USB Support:

[Enabled]

[Disabled]

EHCI Hand-off:

[Disabled]

[Enabled]

USB hardware delays a

USB transfer time-out:

[20 sec]

[10 sec]

[5 sec]

[1 sec]

Device reset time-out:

[20 sec]

[10 sec]

[30 sec]

[40 sec]

Device power-up delay

[Auto]

[Manual]

3.4.7 W83627UHG Super IO Ch Configuration

W83627UHG Super IO ch W83627UHG

Serial Port 1 Configuration






3.4.8 W83627UHG HW Monitor

PC Health Status

Smart Fan Mode Configuration


System temperature1 : +46 C

System Speed : N/A

CPU Fan Speed : 5000 RPM

VCORE : +1.184 V

+12V : +12.512 V

+3.3V : +3.288 V

+1.5V : +1.528 V

AVCC : +5.170 V

VCC5V : +5.182 V

VSB5 : +5.170 V

VBAT : +3.368 V

3.4.9 Serial Port Console Redirection

COM0

Console Redirection

[Enabled]

[Disabled]

Console Redirection Settings

Serial Port for Out-of-Band Management/

Windows Emergency Management Services (EMS)

Console Redirection

[Disabled]

[Enabled]

Console Redirection Settings

3.4.10 PPM Configuration

PPM Configuration

EIST:

[Enabled]

[Disabled]

CPU C state Report

[Enabled]

[Disabled]

Enhanced C state

[Enabled]

[Disabled]

CPU Hard C4E

[Enabled]

[Disabled]

CPU C6 state

[Enabled]


[Disabled]

C4 Exit Timing

[Fast]

[Default]

[Slow]

C-state POPDOWN

[Enabled]

[Disabled]

C-state POPUP

[Enabled]

[Disabled]

3.5 Chipset Settings

Main



Advanced

►Host Bridge

►South Bridge

Chipset Boot Security Save & Exit

Host Bridge Parameters



Enter: Select

+/- : Charge Opt.

F1 : General Help

F2: Previous Values


F4:Save and Exit

ESC Exit


3.5.1 Host Bridge

►Memory Frequency and Timing

►Intel IGD Configuration

******* Memory Information *******

Memory Frequency 1067 MHz(DDR3)


Total Memory 2048 MB

DIMM#0 Not Present

DIMM#1 2048 MB

Memory Frequency and Timing

MRC Fast Boot

[Enabled]

[Disabled]

Max TOLUD

[Dynamic]

[1GB]

[1.25GB]

[1.5GB]

[1.75GB]

[2GB]

[2.25GB]

[2.5GB]

[2.75GB]

[3GB]

[3.25GB]

Intel IGD Configuration

IGFX

– Boot Type

[VBIOS Default]

[CRT]

[LVDS1]

[LVDS2]

[VGA + LVDS]

[VGA + HDMI]

LCD Panel Type

[VBIOS Default]

[640x480,18bit]

[800x480,18bit]

[800x600,18bit]

[1024x600,18bit]

[1024x768,18bit]

[1280x768,18bit]

[1280x800,18bit]

[1280x1024,18bit]

[1366x768,18bit ]

[1024x768,24bit ]

[1280x768,24bit ]


[1280x800,24bit ]

[1280x1024,24bit ]

[1366x768,24bit ]

Active LFP

[LVDS]

[No LVDS]

[EDP]

IGD Clock Source

[Internal Clock]

[External Clock]

Fixed Graphics Memory

ALS Support

[Disabled]

[Enabled]

Back light Control

[DC]

[PWM]

Backlight Logic

[128MB]

[256MB]

[Positive]

[Negative]

Backlight Control Lev

[Level 8]

[Level 0]

[Level 1]

[Level 2]

[Level 3]

[Level 4]

[Level 5]

[Level 6]

[Level 7]

[Level 9]

[Level 10]

[Level 11]

[Level 12]

[Level 13]

[Level 14]


[Level 15]

LVDS1 Setting:

IGFX

– Boot Type: [LVDS1] or [CRT+LVDS]

Active LFP: [LVDS]

LVDS2 Setting:

IGFX

– Boot Type: [LVDS2] or [CRT+LVDS]

Active LFP: [EDP]

3.5.2 South Bridge

TPT Devices

PCI Express Root Port 0




DMI Link ASPM Control

[Enabled]

[Disabled]

PCI-Exp. High Priorit

[Disabled]

[Enabled]

High Precision Event Timer Configuration

High Precision Timer

[Enabled]

[Disabled]

SLP_S4 Assertion Widt

[1-2 Seconds]

[2-3 Seconds]

[3-4 Seconds]

[4-5 Seconds]


3.6 Boot Settings




Boot Configuration

Setup Prompt Timeout 1

Bootup Numlock State [On]

Quiet Boot [Disabled]

Fast Boot [Disabled]

CSM16 Module Version 07.69

Gatea20 Active [Upon Request]

Option ROM Messages [Force BIOS]

Number of seconds to

Wait for setup

Activation key.

65535(0xFFFF)means

Indef inite waiting.

Interrupt 19 Capture [Immediate]

Driver Option Priorities



Boot Option Priorities

Boot Option #1 [SATA PM: Hitachi

…]

Boot Option #2 [

…]

Enter: Select

+/- : Charge Opt.

F1 : General Help

Hard Drive BBS Priorities

F2: Previous Values


►CSM Parameters

F4:Save and Exit

ESC Exit


Setup Prompt Timeout [1]

Bootup Numlock State

[On]

[off]

Quiet Boot

[Disabled]

[Enabled]

Fast Boot

[Disabled]

[Enabled]

CSM16 Module Version 07.69


Gatea20 Active

[Upon Request]

[Always]

Option ROM Messages

[Force BIOS]

[Keep Current]

Interrupt 19 Capture

[Enabled]

[Disabled]

Boot Option #1

Boot Option #2

……

Sets the system boot order

Hard Drive BBS Priorities [SATA PM:*** … ]

Boot Option #1

SATA PM:***…

******

Disabled

CSM Parameters

Launch CSM

[Always]

[Never]

Boot option filter

[UEFI and Legacy]

[Legacy only]

[UEFI only]

Launch PXE OpROM poli

[Legacy only]

[Do not Launch]

[UEFI only]

Launch Storage OpROM

[Legacy only]

[Do not Launch]


[UEFI only]

Launch Video OpROM po

[Do not Launch]

[UEFI only]

[Legacy only]

Other PCI device ROM

[UEFI OpROM]

[Legacy OpROM]

3.7 Security Settings



Main Advanced Chipset

Password Description

Boot Security

If ONLY the Administrator

’s password is set,

Then this only limits access to Setup and is

Only asked for when entering Setup.

If ONLY the User

’s password is set, then this

Is a power on password and must be entered to

Save & Exit

Set Administrator

Password

Is a power on password and must be entered to

Boot or enter Setup. In Setup the User will

Have Administrator rights.

The password length must be



Enter: Select

In the following range:

Minimum length 3

Maximum length 20

+/- : Charge Opt.

F1 : General Help

Administrator Password

User Password

F2: Previous Values


F4:Save and Exit

ESC Exit


3.7.1 Administrator Password


3.7.2 User Password

Type the password with up to 20 characters and then press Enter key. This will clear all previously typed CMOS passwords. You will be requested to confirm the password. Type the password again and press Enter key. You may press Esc key to abandon password entry operation.

To clear the password, just press Enter key when password input window pops up. A confirmation message will be shown on the screen as to whether the password will be disabled. You will have direct access to BIOS setup without typing any password after system reboot once the password is disabled.

Once the password feature is used, you will be requested to type the password each time you enter

BIOS setup. This will prevent unauthorized persons from changing your system configurations.

Also, the feature is capable of requesting users to enter the password prior to system boot to control unauthorized access to your computer. Users may enable the feature in Security Option of Advanced

BIOS Features. If Security Option is set to System, you will be requested to enter the password before system boot and when entering BIOS setup; if Security Option is set to Setup, you will be requested for password for entering BIOS setup.

3.8 Save & Exit Settings



Main Advanced Chipset

Save Changes and Exit

Discard Changes and Exit

Save Changes and Reset

Discard Changes and Reset

Save Options

Save Changes

Discard Changes

Restore Defaults

Save user Defaults

Restore user Defaults

Boot

Boot Override

SATA PM:***

…

Launch EFI Shell from filesystem device

Security Save & Exit

Exit system setup after

Saving the changes.



Enter: Select

+/- : Charge Opt.

F1 : General Help

F2: Previous Values


F4:Save and Exit

ESC Exit



Save Changes and Exit

Save & Exit Setup save Configuration and exit ?

[Yes]

[No]

Discard Changes and Ext

Exit Without Saving Quit without saving?

[Yes]

[No]

Save Changes and Reset

Save & reset Save Configuration and reset?

[Yes]

[No]

Discard Changes and Reset

Reset Without Saving Reset without saving?

[Yes]

[No]

Save Changes

Save Setup Values Save configuration?

[Yes]

[No]

Discard Changes

Load Previous Values Load Previous Values?

[Yes]

[No]

Restore Defaults

Load Optimized Defaults Load optimized Defaults?

[Yes]

[No]

Save user Defaults

Save Values as User Defaults Save configuration?

[Yes]

[No]

Restore user Defaults

Restore User Defaults Restore User Defaults?

[Yes]

[No]

Launch EFI Shell from filesystem device

WARNING Not Found

[ok]


3.9 Examples of GPIO Programming

3.9.1 SuperIO Model: Winbond W83627UHG



GPIO OUT use GP 60~63



GPIO IN use GP 20~23

3.9.2 W83627UHG Access index port: 4Eh/4Fh



Index Address Port: 4Eh



Index Data Port: 4Fh

3.9.3 Configure GPIO register sequence

1. Enter the extended function mode

2. Select logic device number 8

3. Activate the logic device GPIO Port 6

4. Configure GPIO Port 6 register

5. Select logic device number 9

6. Activate the logic device GPIO Port 2

7. Configure GPIO Port 2 register

8. Exit the extended function mode

3.9.4 Read/write GPIO sequence

1. Enter the extended function mode

2. Select logic device number

3. Read/write GPIO register value

4. Exit the extended function mode

3.9.5 Software programming example



Enter the extended function mode

Writing 87h to index address port twice will enter the extended function mode.

Example x86 assembly code: mov dx, 4Eh mov al, 87h out dx, al out dx, al

Example C code: outportb(0x4E, 0x87); outportb(0x4E, 0x87);



Exit the extended function mode

Writing AAh to index address port will exit the extended function mode.


Example x86 assembly code: mov dx, 4Eh mov al, 0AAh out dx, al

Example C code: outportb(0x4E, 0xAA);



Select logic device number

Example x86 assembly code: mov dx, 4Eh mov al, 007h ;LDN selection register out dx, al mov dx, 4Fh mov al, 008h ;Select LDN=8, GPIO Port6

;or Select LDN9, GPIO Port2 out dx, al

Example C code: outportb(0x4E, 0x07); //LDN selection register outportb(0x4F, 0x08); //Select LDN=8, GPIO Port6 or outportb(0x4E, 0x07); //LDN selection register outportb(0x4F, 0x09); //Select LDN=9, GPIO Port2



Activate the logic device

Example x86 assembly code: mov dx, 4Eh mov al, 030h ;Logic device activation control reg. out dx, al mov dx, 4Fh n al, dx or al, 004h ;Set bit2 to enable GPIO Port6 if LDN=8 or al, 002h ;Set bit1 to enable GPIO Port2 if LDN=9 out dx, al

Example C code: outportb(0x4E, 0x30); //Logic device activation control outportb(0x4F, (inportb(0x4F)|0x2));

//Set bit[1] to enable GPIO Port2 if LDN=9

Or


outportb(0x4E, 0x30); //Logic device activation control outportb(0x4F, (inportb(0x4F)|0x4));

//Set bit[2] to enable GPIO Port6 if LDN=8



Configure GPIO register

Example x86 assembly code: mov dx, 4Eh mov al, 0E6h ;GPIO inversion reg. out dx, al mov dx, 4Fh mov al, 000h ;0

– normal, 1 - inverted out dx, al mov dx, 4Eh mov al, 0E4h ;GPIO I/O selection reg. out dx, al mov dx, 4Fh mov al, 0FFh ;0

– Output, 1 – Input

;or mov al, 0F0h to set output out dx, al

Example C code: outportb(0x4E, 0xE6); //GPIO I/O selection reg. outportb(0x4F, 0x0); //0

– normal, 1 – inverted outportb(0x4E, 0xE4); //GPIO inversion reg. outportb(0x4F, 0xFF); //0

– Output, 1 - Input or outportb(0x4E, 0xE4); //GPIO inversion reg. outportb(0x4F, 0xF0); //0

– Output, 1 – Input



Read GPIO value

Example x86 assembly code: mov dx, 4Eh mov al, 0E5h ;GPIO data reg. out dx, al mov dx, 4Fh in al, dx ;Bit[3::0] = GPI[3::0] value

Example C code: outportb(0x4E, 0xE5); //GPIO data reg.


GP = inportb(0x4F); //Bit[3::0] = GPI[3::0]





Write GPIO value

Example x86 assembly code:

;Set GPO62 mov dx, 4Eh mov al, 0E5h ;GPIO data reg. out dx, al mov dx, 4Fh in al, dx or al, 00000100b ;Bit2 = GPO62 out dx, al

;Clear GPO62 mov dx, 4Eh mov al, 0E5h ;GPIO data reg. out dx, al mov dx, 4Fh in al, dx and al, not 00000100b out dx, al

Example C code:

//Set GPO62 outportb(0x4E, 0xE5); //GPIO data reg.

Outportb(0x4F, (inportb(0x4F)|0x4)); //Set Bit[2]

//Clear GPO62 outportb(0x4E, 0xE5); //GPIO data reg.

Outportb(0x4F, (inportb(0x4F)&0xFB)); //Clear Bit[2]



The followings are C language source code:

#include "stdio.h"

#include "conio.h"

//Super I/O index access port

#define INDEXP 0x4E

#define DATAP 0x4F

//Enter super I/O programming mode

#define ENTERPRG { \


outportb(INDEXP, 0x87); \ outportb(INDEXP, 0x87);}

//Super I/O index write

#define WRITEREG(reg,val) { \ outportb(INDEXP, reg); \ outportb(DATAP, val);}

//Exit super I/O programming mode

#define EXITPRG { \ outportb(INDEXP, 0xAA);}

//Select logic device number

#define SELETDEV(ldn) { \ outportb(INDEXP, 7); \ outportb(DATAP, ldn); }

//Initialize the GPIO port2 int InitGP2() {

//Start the super I/O chip programming

ENTERPRG

//Select the logical device 9, GP2

SELETDEV(9)

//Activate GP1

WRITEREG(0x30, (inportb(0x30)|0x2))

WRITEREG(0xE6, 0x0)

WRITEREG(0xE4, 0xFF)

//Exit the super I/O chip programming

EXITPRG return 0;

}

//Initialize the GPIO port6 int InitGP6() {



ENTERPRG


SELETDEV(8)

//Activate GP1

WRITEREG(0x30, (inportb(0x30)|0x4))

WRITEREG(0xE6, 0x0)

WRITEREG(0xE4, 0xF0)


EXITPRG return 0;

}

//Read GPIO Port2 unsigned char ReadGP2() { unsigned char cGP2;


ENTERPRG


SELETDEV(9)

//Read GPIO Value outportb(INDEXP, 0xE5); cGP2 = inportb(DATAP);

GP2 = cGP2 & 0xF;


EXITPRG return cGP2;

}

//Write GPIO Port6 int WriteGP6(unsigned char cGP6) {



ENTERPRG


SELETDEV(8)

//Write GP1 value

WRITEREG(0xE5, cGP6)


EXITPRG return 0;

} int main() { unsigned char cGP;

//Initialize the GPIO port

InitGP2();

InitGP6();

//Read GPIO Port 2 cGP = ReadGP2(); printf("\nRead GPIO Port 2 Status: %X", cGP);

//Write GPIO Port 6

WriteGP6(cGP); printf("\nSet GPIO Port 6 Status: %X", cGP); return 0;


Chapter 4 Installation of Drivers

This chapter describes the installation procedures for software and drivers under the windows 7. The software and drivers are included with the motherboard. The contents include Intel Chipset NM10

Express, Intel(R) VGA Chipset, Intel(R) 82583V Driver, Realtek ALC662 Audio Driver.

Installation instructions are given below.

Important Note:

After installing your Windows operating system (Windows 7), you must install first the Intel Chipset Software Installation Utility before proceeding with the installation of drivers.

I

58 ACS-2645 User Manual

4.1 Intel Chipset Driver

To install the Intel chipset driver, please follow the steps below.

Step 1. Access drivers list as shown below. Select Intel(R) Chipset NM10 Express from the list

Step 2. Welcome screen appears. Click Next to setup program.


Step 3. Read the License Agreement. Click Yes to continue.

Step 4. The Read me file appears. Click Next to continue.


Step 5. Setup operations are performed.

Step 6. Once the set up operations are completed, select Yes, I want to restart this computer now.

Click Finish.


4.2 Intel VGA Chipset Driver

To install the VGA drivers, follow the steps below to proceed the installation.

Step 1. Access drivers list as shown below. Select Intel(R) VGA Chipset Driver.

Step 2. Tick Automatically run WinSAT and enable the Windows Aero desktop theme(if supported).

Click Next to continue.


Step 3. Read license agreement. Click Yes to continue.

Step 4. The read me file appears, click Next to continue.


Step 5 Click Next.

Step 6. Click Yes, I want to restart this computer now. Click Finish.


4.3 Intel Network Adapter Driver

To install the Intel 82574L Network adapter Driver, please follow the steps below.

Step 1. Access drivers list as shown below. Select Intel 82583V Driver from the list

Step 2. The installation files are extracted as shown below. Click Next to continue.


Step 3. Read the License Agreement. Select I accept the terms in the license agreement.

Click Next to continue.

Step 4. Tick Drivers/Intel(R) PROSet for Windows* Device Manager/Advanced Network Services.

Click Next to continue.


Step 5. Click Install to begin the installation.

Step 6. Click Finish.


4.4 Realtek Audio Driver Installation

To install the Realtek ALC662 Audio Codec Driver, please follow the steps below.

Step 1. Access drivers list as shown below. Select Realtek ALC662 Audio Codec Driver from the list

Step 2. The installation files are extracted. Click Next to continue.


Step 3. Click Yes, I want to restart my computer now. to continue.


ACS-2645 Box PC User Manual Release Date Revision

ACS-2645 Box PC

User Manual

Release Date Revision

Warning!_______________________________

Packing List

Safety Precautions

Table of Contents______________________

Chapter 1________________Getting Started

Chapter 2__________Hardware Installation

Introduction

Specifications

2.2 Board Dimensions

2.3 Jumpers and Connectors Location

2.4 Jumpers Setting and Connectors

Chapter 3 BIOS Setup

3.1 Operations after POST Screen

3.2 BIOS Setup Utility

3.3 Main Settings

3.4 Advanced Settings

3.5 Chipset Settings

3.6 Boot Settings

3.7 Security Settings

3.8 Save & Exit Settings

3.9 Examples of GPIO Programming

Chapter 4 Installation of Drivers

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