ADLINK EOS-1200 User Manual

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EOS-1200

4-CH Gigabit PoE Embedded Vision System

User’s Manual

Manual Rev.: 3.00 Revision Date: March 27, 2013 Part No: 50-1Z111-1010

Advance Technologies; Automate the World.

Revision History

Revision Release Date Description of Change(s)

2.00 Dec. 28, 2011 Initial release

New device release Function Library errata

3.00 Mar. 27,2013

rectified Organizational structure updated

EOS-1200

Preface

This document contains proprietary information protected by copyright. All rights are reserved. No part of this manual may be reproduced by any mechanical, electronic, or other means in any form without prior written permission of the manufacturer.

Disclaimer

The information in this document is subject to change without prior notice in order to improve reliability, design, and function and does not represent a commitment on the part of the manufacturer.

In no event will the manufacturer be liable for direct, indirect, special, incidental, or consequential damages arising out of the use or inability to use the product or documentation, even if advised of the possibility of such damages.

Environmental Responsibility

ADLINK is committed to fulfill its social responsibility to global environmental preservation through compliance with the European Union's Restriction of Hazardous Substances (RoHS) directive and Waste Electrical and Electronic Equipment (WEEE) directive. Environmental protection is a top priority for ADLINK. We have enforced measures to ensure that our products, manufacturing processes, components, and raw materials have as little impact on the environment as possible. When products are at their end of life, our customers are encouraged to dispose of them in accordance with the product disposal and/or recovery programs prescribed by their nation or company.

Trademarks

Product names mentioned herein are used for identification purposes only and may be trademarks and/or registered trademarks of their respective companies.

Preface iii

Conventions

Take note of the following conventions used throughout this manual to make sure that users perform certain tasks and instructions properly.

Additional information, aids, and tips that help users perform tasks.

NOTE:

Information to prevent minor physical injury, component dam-

age, data loss, and/or program corruption when trying to com-

CAUTION:

WARNING:

plete a task.

Information to prevent serious physical injury, component

damage, data loss, and/or program corruption when trying to complete a specific task.

iv Preface

EOS-1200

Revision History...................................................................... ii

Preface.................................................................................... iii

List of Figures........................................................................ ix

List of Tables.......................................................................... xi

1 Introduction ........................................................................ 1

1.1 Overview.............................................................................. 1

1.2 Features............................................................................... 1

1.3 Specifications....................................................................... 2

1.4 Unpacking Checklist ............................................................ 4

1.5 Schematics .......................................................................... 5

1.6 Front Panel I/O Connectors................................................. 7

1.6.1 LED Indicators ............................................................ 8

1.6.2 Power Switch.............................................................. 8

1.6.3 Reset Button............................................................... 8

1.6.4 PS/2 Connector .......................................................... 8

1.6.5 Dual Gigabit Ethernet Ports........................................ 9

1.6.6 DVI-I connector......................................................... 10

1.6.7 USB 2.0 Connectors................................................. 11

1.6.8 USB 3.0 Connectors................................................. 11

1.6.9 CFast Slot................................................................. 12

1.6.10 PoE (Power over Ethernet) Ports ............................. 12

1.7 Rear Panel I/O Connectors................................................ 13

1.7.1 DC Power Supply Connector.................................... 14

1.7.2 Audio Jacks .............................................................. 14

1.7.3 DB-62P COM Port Connector .................................. 15

1.7.4 Rear Panel Digital I/O............................................... 16

1.8 Internal I/O connectors ...................................................... 18

Table of Contents v

1.8.1 Clear CMOS and ME RTC Register Jumpers .......... 19

1.8.2 DC 12V Fan Connector ............................................ 19

1.8.3 DC 12V Fan Connector (reserved) ........................... 19

1.8.4 USB 2.0 Type A Connector ...................................... 19

1.8.5 SUMIT Connector ..................................................... 20

1.8.6 SATA Connectors ..................................................... 21

1.9 General Purpose Digital Signals........................................ 22

1.9.1 General Purpose Digital Output (EDO)..................... 22

1.9.2 General Purpose Digital Input (EDI) ......................... 23

2 Getting Started.................................................................. 27

2.1 Installing Memory............................................................... 27

2.2 Installing a Hard Disk Drive (HDD) .................................... 28

2.3 Installing the USB Dongle.................................................. 29

2.4 Installing Wall-Mount Brackets........................................... 30

2.5 Operating System Installation............................................ 30

2.5.1 Windows XP ............................................................. 31

2.5.2 Windows 7 ................................................................ 33

2.6 Driver Installation ............................................................... 35

2.6.1 Chipset Driver Installation......................................... 35

2.6.2 Graphics Driver Installation....................................... 36

2.6.3 Ethernet Driver Installation ....................................... 36

2.6.4 Audio Driver Installation............................................ 36

2.6.5 USB 3.0 Driver Installation........................................ 36

2.6.6 ME (Management Engine Components)

Software Installation ................................................. 37

2.6.7 Digital Input/ Output Driver Installation ..................... 37

A Appendix: Function Library..............................................39

A.1 List of Functions................................................................. 39

A.2 Data Types......................................................................... 40

A.3 Setting Up the Build Environment ...................................... 40

vi Table of Contents

EOS-1200

A.1.1 Include Files ............................................................. 40

A.1.2 Library Files .............................................................. 41

A.1.3 DLL Files .................................................................. 41

A.2 System & Initialization Functions ....................................... 42

A.1.1 Register_Card .......................................................... 42

A.1.2 Release_Card........................................................... 43

A.1.3 GetBaseAddr ............................................................ 44

A.1.4 GetCardIndexFromID ............................................... 45

A.1.5 GetCardType ............................................................ 46

A.1.6 GetLCRAddr ............................................................. 47

A.2 DI/O Functions ................................................................... 48

A.1.1 DI_ReadLine............................................................. 48

A.1.2 DI_ReadPort............................................................. 49

A.1.3 DO_ReadLine........................................................... 50

A.1.4 DO_WriteLine ........................................................... 52

A.1.5 DO_ReadPort ........................................................... 53

A.1.6 DO_WritePort ........................................................... 54

A.2 COS Interrupt Functions .................................................... 55

A.1.1 DIO_INT_Event_Message........................................ 55

A.1.2 DIO_INT1_EventMessage........................................ 57

A.1.3 DIO_INT2_EventMessage........................................ 59

A.1.4 DIO_SetDualInterrupt ............................................... 60

A.1.5 DIO_SetCOSInterrupt32........................................... 62

A.1.6 DIO_GetCOSLatchData32 ....................................... 63

A.2 Smart PoE Functions ......................................................... 65

A.1.1 SmartPoE_SetPower................................................ 65

A.2 EEPROM Functions........................................................... 66

A.1.1 EEPROM_ReadByte ................................................ 66

A.1.2 EEPROM_WriteByte ................................................ 67

A.1.3 EEPROM_WriteBytes............................................... 68

B Appendix: BIOS Setup......................................................71

Table of Contents vii

B.1 Main ................................................................................... 71

B.1.1 System Time/System Date ....................................... 72

B.2 Advanced ........................................................................... 72

B.2.1 ACPI Settings ........................................................... 73

B.2.2 CPU Configuration.................................................... 74

B.2.3 Onboard Device Configuration ................................. 76

B.2.4 Advanced Power Management................................. 77

B.2.5 SATA Configuration.................................................. 78

B.2.6 Intel Anti-Theft Technology Configuration ................79

B.2.7 AMT Configuration.................................................... 80

B.2.8 USB Configuration .................................................... 81

B.2.9 Super I/O Configuration ............................................ 82

B.2.10 Hardware Monitor ..................................................... 83

B.2.11 Serial Port Console Redirection................................ 84

B.2.12 Serial Port for Out-of-Band Management/EMS ........84

B.3 Chipset............................................................................... 85

B.3.1 System Agent (SA) Configuration............................. 86

B.4 Boot ................................................................................... 88

B.4.1 Boot Configuration.................................................... 88

B.4.2 Boot Option Priorities................................................ 89

B.5 Security .............................................................................. 89

B.6 Exit ..................................................................................... 90

Important Safety Instructions............................................... 93

Getting Service...................................................................... 95

viii Table of Contents

EOS-1200

List of Figures

Figure 1-1: EOS-1200 Front View...................................................... 5

Figure 1-2: EOS-1200 Rear View ...................................................... 5

Figure 1-3: EOS-1200 Top View ........................................................ 6

Figure 1-4: EOS-1200 Right Side View.............................................. 6

Figure 1-5: EOS-1200 Left Side View ................................................ 7

Figure 1-6: Front Panel I/O Connectors ............................................. 7

Figure 1-7: Gigabit Ethernet Ports ................................................... 10

Figure 1-8: DVI-I connector.............................................................. 10

Figure 1-9: PoE Port Connections ................................................... 12

Figure 1-10: Rear Panel I/O Connectors............................................ 14

Figure 1-11: DC Power Connector..................................................... 14

Figure 1-12: EOS-1200 Mainboard Top View .................................... 18

Figure 1-13: EOS-1200 Mainboard Underside View.......................... 21

List of Figures ix

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xList of Figures

EOS-1200

List of Tables

Table 1-1: EOS-1200 General Specifications ................................... 2

Table 1-2: Front Panel I/O Connector Legend.................................. 7

Table 1-3: LED Indicators ................................................................. 8

Table 1-4: Gigabit Ethernet Port Features ........................................ 9

Table 1-5: Active/Link LED ............................................................. 10

Table 1-6: Speed LED .................................................................... 10

Table 1-7: DVI-I Connector Signals ................................................ 11

Table 1-8: PoE Port Connections Legend ...................................... 13

Table 1-9: Rear Panel I/O Connector Legend ................................ 14

Table 1-10: DB-62P Connector Pin Assignment............................... 15

Table 1-11: Rear Panel Digital I/O Pin Definitions ............................ 17

Table 1-12: Rear Panel Digital I/O Pin Legend................................. 17

Table 1-13: Mainboard Connector Legend ....................................... 18

Table 1-14: SUMIT Pin Definitions.................................................... 21

Table B-1: Restore On Power Loss Options ................................... 77

List of Tables xi

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xii List of Tables

1 Introduction

1.1 Overview

ADLINK’s EOS-1200 is a rugged embedded vision system that features four independent Gigabit PoE (power over Ethernet) ports in a compact 220mm (W) x 80 mm (H) x 200 mm (D) small form factor chassis, with 2nd and 3rd Generation Intel i5/i7 processors providing ample power to manage demanding multicamera high resolution machine vision applications, such as robot guidance and 3D machine vision.

The EOS-1200 supports rich I/O, including 4 RS-232/422/485, 4 USB 2.0, 2 USB 3.0, and 32 isolation digital I/O input, and dual storage support (two SATA and one CFAST slots). An internal USB port and 1 kbit Programmable EEPROM make the system friendly to integrate, deploy, and manage copy protection or software license authentication.

With long-life embedded components and incorporated system monitoring components to monitor CPU temperature, fan speed, and system responsiveness, the EOS-1200 provides a notably robust and reliable platform for mission critical applications.

EOS-1200

Core™

1.2 Features

X 230W X 206D X 82H mm (9.06 X 8.11 X 3.23 in), compact and

rugged system design

X 2nd and 3rd Generation Intel

X Up to 4 gigabit PoE (power over Ethernet) multi-camera

support

X Internal USB port and 1 Kbit Programmable EEPROM

X IEEE-1588 (Precise Time Protocol) compliant for multi-cam-

era synchronization

X Supports two SATA ports and one CFast slot

Introduction 1

Core™ i5/i7 processors

1.3 Specifications

General Specifications System Core

Processor Intel® Core ™ i5 2.5GHz, i7 2.1GHz, or i7 2.3GHz

Chipset Intel

Video

Memory

Camera Interface

GigE Vision

I/O Interface

DI/O 16 DI/O in rear panel, DSUB37 female

Ethernet

Serial Port

USB

Audio 1x Mic-in and 1x Speaker-out

KB/MS

Power Supply

DC Input

AC Input Optional 150 W external AC-DC adapter

QM6 Express

VGA+DVI-D output by DVI-I connector- analog CRT, supports QXGA, 2048 x 1536 resolution

2 socket slot for DDR3 1066/1333/1600 MHz SODIMM module (Max. capacity 8GB)

4-CH Gigabit PoE (power over Ethernet) IEEE 802.3af compliant, total max. power output 32W

2x GbE port (1x Intel® 82574L, 1x Intel® 82579LM(PHY)) with WOL function on each port

2x software-programmable RS-232/422/485 (COM1 & COM2) 2x RS-232 (COM3 & COM4)

4x USB 2.0 ports 2x USB 3.0 ports

1x PS/2 for keyboard and mouse (requires S3 wakeup)

Built-in 9-32 VDC wide-range DC 3P pluggable connector with latch (GND, V-, V+)

Security

Table 1-1: EOS-1200 General Specifications

2Introduction

EOS-1200

General Specifications

USB

ID 1kBit EEPROM

Storage

SATA HDD

CFast 1x CFast slot, SATA 3Gb/s compatible

Mechanical

Dimensions 230W X 206D X 82H mm (9.06 X 8.11 X 3.23 in)

Weight 3 kg (6.61 lb)

Mounting Wall- and rail-mount kit

Operating system

Environmental

Operating temperature

Storage temperature

Humidity Approx. 95% @ 40° C (non-condensing)

1x internal USB port supporting installation of a USB dongle for security function.

2x SATA port for 2.5" HDD/SSD installation RAID 0/1/5/10

Windows XP/XP Embedded Windows 7/7 Embedded

0° to 55° C (32 to 131° F)

-40° to 85° C (-40 to 185° F) (excl. HDD/SDD/CFast)

CFast

Vibration (Operating)

Shock

EMI CE, FCC Class A

Table 1-1: EOS-1200 General Specifications

Introduction 3

SSD

HDD

Operating, 30 Grms, half sine 11ms duration (CF or SSD)

5 Grms, 5-500 Hz, 3 axes

3 Grms, 5-500 Hz, 3 axes

0.5 Grms, 5-500 Hz, 3 axes

X Always disconnect the power cord from the

chassis when working on the device, and do not reconnect while the power switch is on, since sudden power input can damage sensitive electronic components

X Only authorized and experienced electronics

personnel should open the chassis

X Always ground yourself to remove any static

electric charge before touching EOS, the device is very sensitive to static electric charges; use a grounding wrist strap at all times, and place all electronic components on a static-dissipative surface or in a static-shielded bag

1.4 Unpacking Checklist

Before unpacking, check the shipping carton for any damage. If the shipping carton and/or contents are damaged, inform your dealer immediately. Retain the shipping carton and packing materials for inspection. Obtain authorization from your dealer before returning any product to ADLINK. Ensure that the following items are included in the package.

X EOS-1200 unit

X Wall mounting brackets (x2)

X Mounting M4, 8mm screws (x4)

X PS/2 Y cable

X Gigabit PoE covers (x4)

X USB dongle mounting bracket

X User’s manual

X ADLINK All-in-One DVD

OEM versions with non-standard configuration, functionality, or packaging may vary according to individual requirements.

NOTE:

4Introduction

1.5 Schematics

All units are in millimeters (mm)

NOTE:

Figure 1-1: EOS-1200 Front View

EOS-1200

230

Figure 1-2: EOS-1200 Rear View

Introduction 5

Figure 1-3: EOS-1200 Top View

Figure 1-4: EOS-1200 Right Side View

6Introduction

EOS-1200

Figure 1-5: EOS-1200 Left Side View

1.6 Front Panel I/O Connectors

The EOS-1200 provides I/O connection on the front panel, as follows.

Figure 1-6: Front Panel I/O Connectors

A LED indicators

B Power switch

C Reset switch

D PS/2 keyboard & mouse

E Dual Gigabit Ethernet ports

F DVI-I connector

G USB 2.0 connectors x4 (Type A)

H USB3.0 connector (Type A) x2

I CFast connector(Push-Push,Type II)

J 4-CH PoE Connectors

Table 1-2: Front Panel I/O Connector Legend

EFG

Introduction 7

1.6.1 LED Indicators

In addition to the LED of the power switch, two LEDs on the front panel indicate the following.

LED indicator Color Description

X If lit continuously, indicates no

physical storage is connected

Diagnostic Yellow

X If blinking, indicates no mem-

ory is installed on either SO-DIMM socket

HDD Green

Table 1-3: LED Indicators

When blinking, indicates the SATA hard drive is active

1.6.2 Power Switch

The power switch is non-latched, with a blue LED indicator. System is turned on when the button is depressed, and the power LED lights. If the system hangs, depressing the switch for 5 seconds turns the system off completely.

1.6.3 Reset Button

The reset button executes a hard reset.

1.6.4 PS/2 Connector

The EOS-1200 provides connectors for PS/2 keyboard and mouse, either singly or with a Y-cable to connect both at the same time.

8Introduction

EOS-1200

1.6.5 Dual Gigabit Ethernet Ports

The EOS-1200 provides two Gigabit Ethernet ports on the front panel, an Intel® 82574IT Gigabit Ethernet Controller and Intel®

82579LM Gigabit Ethernet PHY, with features as follows.

Intel® 82574IT Gigabit Ethernet Controller

Advanced error reporting 802.3x flow control-compliant

Message signaled interrupts IEEE 802.1p and 802.1q support

TCP segmentation offload/large-send support

802.3x flow control-compliant 10/100/1000 IEEE 802.3-compliant

IEEE 802.1p and 802.1q support

10/100/1000 IEEE 802.3-compliant Wake-On-LAN feature

Automatic MDI/MDIX crossover at all speeds

ACPI 2.0 specification

Wake-On-LAN

Fully integrated ASF 2.0 functionality with on-chip μc

SMBus 2.0 master interface for ASF functionality

Preboot eXecution environment (PXE) flash interface support

9 KB jumbo frame support IEEE 802.1p and 802.1q support

LAN Teaming Function support

Intel® 82579LM Gigabit Ethernet PHY

Energy efficient Ethernet(EEE)802.3az support

Automatic MDI/MDIX crossover at all speeds

Support Intel® AMT 7.0

Reduced power consumption during normal operation and power down modes

Preboot eXecution Environment (PXE) flash interface support

9 KB jumbo frame support

Supports LAN Teaming function

802.3x flow control-compliant

Energy Efficient Ethernet(EEE)802.3az support

Table 1-4: Gigabit Ethernet Port Features

Both Gigabit Ethernet ports provide function indication through LED display, as follows, with a yellow Activity indicator LED on the right side of the port, and a green/orange Speed indicator LED on the left. LED function is the same for both ports

Introduction 9

Figure 1-7: Gigabit Ethernet Ports

LED Color Status Description

OFF Ethernet port is disconnected.

Yell ow

LED Color Status Description

Green/Oran ge

ON Ethernet port is connected with no activity.

Flashing Ethernet port is connected and active.

Table 1-5: Active/Link LED

OFF 10 Mbps

Green 100 Mbps

Orange 1000 Mbps

T able 1-6: Speed LED

1.6.6 DVI-I connector

The EOS-1200 provides one DVI-I connector for connection to an external monitor. The DVI-I connector can be separated into VGA and DVI-D (single link) interfaces.

Figure 1-8: DVI-I connector

10 Introduction

EOS-1200

PIN Signal PIN Signal PIN Signal PIN Signal

1 DVIdata 2- 9 DVIdata 1- 17 DVIdata 0- C1

2 DVIdata 2+ 10 DVIdata 1+ 18 DVIdata 0+ C2

3 GND 11 GND 19 GND C3

4 CRT DDC clock 12 N/C 20 N/C C4

5 CRT DDC data 13 N/C 21 N/C C5

6 DVIDC clock 14 +5V 22 GND

7 DVIDC data 15 GND 23 DVI clock +

Analog vert.

sync

Table 1-7: DVI-I Connector Signals

Hot plug

detect

24 DVI clock -

Analog

Red

Analog

Green

Analog

Blue

Analog

horiz.

sync

Analog

GND

1.6.7 USB 2.0 Connectors

The EOS-1200 provides four Type A USB 2.0 ports on the front panel. All are compatible with Hi-Speed, full-speed, and low-speed USB devices.

The EOS-1200 supports multiple boot devices, including USB flash, USB external HD, USB floppy, and USB CD-ROM drives. Boot priority and device can be configured in BIOS. Please refer to Section B.2.8 USB Configuration for details.

1.6.8 USB 3.0 Connectors

The EOS-1200 provides two Type A USB 3.0 ports on the front panel. Based on the TI TUSB7320RKM USB host controller, connection to the host system is achieved through a PCIe x1 Gen2

Introduction 11

interface, supporting SuperSpeed, Hi-Speed, full-speed, and low-speed transmission for the downstream USB 3.0 ports.

The EOS-1200 supports multiple boot devices, including USB flash, USB external HD, and USB CD-ROM drives. Boot priority

and device can be configured in BIOS.

While the USB 3.0 ports allow boot from CD-ROM, OS installation via CD-ROM is not supported.

NOTE:

1.6.9 CFast Slot

The EOS-1200 is equipped with a type II push-push CFast host connector on the front panel, connecting to the host controller by SATA interface. Data transfer rates up to 3.0Gb/s(300MB/s)/

1.5Gb/s(150MB/s) are supported. The host SATA controller provides a legacy operating mode using I/O space, and an AHCI operating mode using memory space. The CFast card can function as a storage device for system installation.

1.6.10 PoE (Power over Ethernet) Ports

LED2

LED1

Figure 1-9: PoE Port Connections

Pin Signal Pin Signal

1MDI0+5 MDI2-

2MDI0-6MDI1-

3MDI1+7MDI3+

12 Introduction

EOS-1200

Pin Signal Pin Signal

4 MDI2+ 8 MDI3-

Table 1-8: PoE Port Connections Legend

Power over Ethernet support includes:

• Four fully-integrated Gigabit Ethernet Media Access Control (MAC) and physical layer (PHY) ports

• Compliance with IEEE 802.3.af standard for a maximum of 8 W/channel with power up to 48 V over the existing CAT-5 W with power up to 48 V over the e n

• Standard IEEE 802.3 Ethernet interface for 1000BASE-T, 100BASE-TX, and 10BASE-T applications (802.3, 802.3u, and

802.3ab)

• Smart PoE function provides manual power down of PoE supply with software API

• 9 kB jumbo frame support

Four LEDs, numbered 0-4, are deployed on the front panel to indicate the status of each PoE port, lighting when the respective port is active.

1.7 Rear Panel I/O Connectors

The EOS-1200 further provides I/O connection on the rear panel, as follows.

Introduction 13

Figure 1-10: Rear Panel I/O Connectors

K DC Power Supply Connector

L Audio Jacks

M DB-62P COM Port Connector

N Digital I/O Connector

Table 1-9: Rear Panel I/O Connector Legend

1.7.1 DC Power Supply Connector

Figure 1-11: DC Power Connector

The DC power supply connector of the EOS-1200, on the back panel, consists of V-, chassis ground, and V+ pins, from right to left. V+ and V- pins accept DC power input and the chassis ground pin grounds the chassis for better EMC compatibility. The DC power input of the EOS-1200 allows a voltage input range from 9 VDC to 32 VDC.

1.7.2 Audio Jacks

The EOS-1200 implements Intel High Definition audio on a Realtek ALC269 chip. The HD audio supports up to 24-bit, 192 KHz sample rate high quality headphone/speaker output and microphone input, accessed on the back panel, pink for microphone input, and green for speaker output.

14 Introduction

EOS-1200

1.7.3 DB-62P COM Port Connector

The EOS-1200 provides four COM ports with DB-62P Connector on the back panel, with cable connect to DB-62P connector to extend four D-SUB 9-pin connectors, at COM1, COM2, COM3,and COM4. COM1 & COM2 can support RS-232/ RS-422/ RS-485 modes based on BIOS settings, and COM3 and COM4

ports support only RS-232. Pin assignments are as follows.

PIN Signal Name PIN Signal Name

1 COM3_TXD 22 COM3_RXD 43 COM3_CTS#

2 COM3_DTR# 23 COM3_DSR# 44 COM3_RTS#

3 COM3_RI# 24 COM3_DCD# 45 GND

4 COM4_TXD 25 COM4_RXD 46 COM4_CTS#

5 COM4_DTR# 26 COM4_DSR# 47 COM4_RTS#

6 COM4_RI# 27 COM4_DCD# 48 GND

7 COM1_TXD 28 COM1_RXD 49 COM1_CTS#

8 COM1_DTR# 29 COM1_DSR# 50 COM1_RTS#

9 COM1_RI# 30 COM1_DCD# 51 GND

10 COM2_TXD 31 COM2_RXD 52 COM2_CTS#

11 COM2_DTR# 32 COM2_DSR# 53 COM2_RTS#

12 COM2_RI# 33 COM2_DCD# 54 GND

13-21 N/C 34-42 N/C 55-62 N/C

Table 1-10: DB-62P Connector Pin Assignment

Signal Name

Introduction 15

1.7.4 Rear Panel Digital I/O

The EOS-1200 features a 16-CH isolated digital I/O on its back panel, based on an onboard digital I/O card supporting features as

follows.

16-CH Isolated DI 16-CH Isolated DO

Input Range : 0 – 24 V (please see Section Reducing DI channel Forward Current for High Voltage

Logic high: 5 – 24 V

Logic low: 0 – 2 V Isolated voltage: 2500 Vrms

Input resistance: 2.4 K Allowed input current : 50mA per channel (Max)

Isolation voltage: 2500 Vrms

Interrupt source: DI channel 0 to 15

Pin Definition Pin Definition

1DI020DI1

2DI221DI3

3DI422DI5

4DI623DI7

5DI824DI9

6 DI10 25 DI11

7 DI12 26 DI13

8 DI14 27 DI15

9 DI_COM1 28 DO_GND

10 DO_GND 29 DO_GND

11 DO0 30 DO 1

12 DO2 31 DO3

13 DO4 32 DO5

14 DO6 33 DO7

15 DO8 34 DO9

Output type: Darlington transistors

Sink current: Max 500 mA for each 8 channel set (DO 0~7 and DO 8~15)

16 Introduction

Pin Definition Pin Definition

16 DO10 35 DO11

17 DO12 36 DO13

18 DO14 37 DO15

19 Clamp1

Table 1-11: Rear Panel Digital I/O Pin Definitions

Din Isolated digital input channel #n

Don Isolated digital output channel #n

Common Ground or Common power for

DI_COM1

DO_GND

Clamp1

Table 1-12: Rear Panel Digital I/O Pin Legend

front panel isolated input channels (DI0~DI15)

Ground return path for isolated output channels

Power input signal of clamp diode for front panel DO channels (DO0~DO15)

EOS-1200

Introduction 17

1.8 Internal I/O connectors

Figure 1-12: EOS-1200 Mainboard Top View

A Clear CMOS and ME RTC register jumpers

B DC 12 V fan connector

C DC 12 V fan connector (reserved)

D COM port connector (optional)

E USB 2.0 Type A connector

F SUMIT Connector

Table 1-13: Mainboard Connector Legend

18 Introduction

EOS-1200

1.8.1 Clear CMOS and ME RTC Register Jumpers

When conditions occur under which the EOS-1200 controller fails to boot, clearing stored BIOS content from CMOS and restoring default settings may be required. To clear the CMOS, short pin#1 and pin#2 of JP1 and remove the jumper. CMOS restores to factory default settings

Normal Clear

As with JP1, shorting pin#1 and #2 of JP2 will clear the ME RTC register, however, since this jumper is used by RMA, this is not recommended, and may cause unexpected errors in system behavior.

1.8.2 DC 12V Fan Connector

The EOS-1200 provides DC 12 V supply for fan module power. The FAN module, inside the chassis, uses power directly from this connector to exhaust heat, decreasing temperature of the system for more stable operation.

1.8.3 DC 12V Fan Connector (reserved)

The EOS-1200 further reserves an additional DC 12 V supply connector for a second fan module. Like the first, the second module is inside the chassis, and uses power directly from this connector to exhaust heat, decreasing temperature of the system for more stable operation.

1.8.4 USB 2.0 Type A Connector

A USB 2.0 Type A connector is provided to support expanded storage or security function through a dongle connection. The connector is deployed vertically, perpendicular to the board surface.

Introduction 19

1.8.5 SUMIT Connector

SUMIT is a connection protocol that integrates common high-and low-speed serial and legacy expansion buses for dedicated use. A compact, stackable, multiboard I/O expansion solution, the SUMIT connector supports one x1 PCI Express lane, one x4 PCI Express lane, and additional power, ground and control signals. Pin defini-

tions are as follows.

Pin Description Pin Description

1 GND 27 PCIex4_TX2+

2 GND 28 PCIex4_RX2+

3 PCIex1_TX+ 29 PCIex4_TX2-

4 PCIex1_RX+ 30 PCIex4_RX2-

5 PCIex1_TX- 31 GND

6 PCIex1_RX- 32 GND

7 GND 33 PCIex4_TX3+

8 NC 34 PCIex4_RX3+

9 PCIex4_CLK+ 35 PCIex4_TX3-

10 PCIex1_CLK+ 36 PCIex4_RX3-

11 PCIex4_CLK- 37 GND

12 PCIex1_CLK- 38 GND

13 NC 39 PERST#

14 GND 40 WAKE#

15 PCIex4_TX0+ 41 +V12

16 PCIex4_RX0+ 42 +V12

17 PCIex4_TX0- 43 +V5

18 PCIex4_RX0- 44 +V12

19 GND 45 +V5

20 GND 46 +V3.3

21 PCIex4_TX1+ 47 +V5

22 PCIex4_RX1+ 48 +V3.3

23 PCIex4_TX1- 49 +V5

24 PCIex4_RX1- 50 +V3.3

25 GND 51 +V5

20 Introduction

Pin Description Pin Description

26 GND 52 +V5SB

T a ble 1-14: SUMIT Pin Definitions

EOS-1200

SATA

Figure 1-13: EOS-1200 Mainboard Underside View

1.8.6 SATA Connectors

The EOS-1200 provides two SATA connectors supporting data transfer up to 6.0 Gb/s(600 MB/s). The SATA host controller supports legacy mode using I/O space and AHCI mode using memory space.

Introduction 21

The SATA connectors are compatible with 2.5 inch hard disk (HDD) or solid state disk (SSD) drives, which must be installed to the SATA connector with a HDD bracket.

1.9 General Purpose Digital Signals

1.9.1 General Purpose Digital Output (EDO)

In the common ground connection of isolated digital output, as shown, when a “1” (logic high) is written by FPGA to a DO channel, the sink current passes through the transistors and the DO channel goes low. When a “0” (logic low) is written by FPGA to a DO channel, no current passes through the transistors and the DO channel goes high. When the load is of an “inductance nature” such as a relay, coil or motor, the VDD pin must be connected to an external power source. The extra connection is utilized for the ‘fly-wheel diode’ to form a current-release closed loop, so that the transistors are protected from any high reverse voltage generated by the inductance load when the output is switched from high to low.

User Pull

User

Device

Load

High

Vdd

User DI

Do From

FPGA

EOS-1200

Iso_+5V

Clamp

PC3H4

ISO_GND

User

Device

GND

22 Introduction

EOS-1200

1.9.2 General Purpose Digital Input (EDI)

The EOS-1200 provides 16 opto-isolated digital input channels on the front panel. Circuitry of the isolated input channel is as follows.

DIn

DICOM

Photo Coupler

As shown, signal connections for a supply and load connected to an isolated input, here in the EOS-1200, can determine when a load is powered. The load is connected to the power supply by a switch and can be any DC voltage between 0 and 24 VDC. When the switch is open, no current flows through the load and no voltage is applied to the load or to the EOS-1200 DI channels.

The digital logic of the EOS-1200 then registers a logic high for the channel. When the switch is closed, current flows through the diode and the EOS-1200 registers logic low for the channel.

Introduction 23

10 k

+3.3V

EOS-1200

Digital Logic

Computer

Ground

2.4 k

Load

ISO_COM

Reducing DI channel Forward Current for High Voltage

As input voltage increases above 5 V, the input current drawn by the EOS-1200 (forward current If) rises commensurately. At 24 V, for example, current per line is determined by the formula:

(24V- 0.5V)/2.4Kohm = 9.79 mA

Supply

Isolated Ground

24 Introduction

EOS-1200

To reduce the current and the power drawn, on a monitored circuit, for example, another resistor can be added in series with the 2.4 kΩ current-limiting resistor, as shown.

10 k

+3.3

Computer

Ground

EOS-1200

2.4 k

ISO_COM

L o a d

Supply

It is recommended a resistance value be chosen allowing at least 5 mA through the diode, assuming a maximum drop across the diode of 0.5 V.

For example, for 24 V inputs a maximum resistance for Rs can be found by the formula:

(24 V-0.5 V)/5 mA – 2.4 kΩ = 2.3 kΩ

Introduction 25

This page intentionally left blank.

26 Introduction

2 Getting Started

This chapter describes accessing/changing memory modules, hard disk drives, and the USB dongle in the system. Wallmounting is also described.

2.1 Installing Memory

1. Remove the two screws securing the bottom cover and

remove, as shown.

EOS-1200

2. Insert the memory module into the DDR3 SO-DIMM

socket at a 45° angle and press down until the module is properly seated.

Getting Started 27

2.2 Installing a Hard Disk Drive (HDD)

1. Remove the two screws securing the bottom cover and remove, as shown.

2. Remove the two screws fixing the hard drive carriage.

3. Slide the hard drive carriage out.

4. Remove the four screws from the hard drive to be removed.

5. Secure the new hard drive to the hard drive carriage.

6. Slide the hard drive carriage in, until received securely in the SATA power and data connectors.

7. Secure the hard drive carriage.

8. Replace the bottom cover.

28 Getting Started

2.3 Installing the USB Dongle

1. Remove the top cover by loosening the thumbscrew by

hand or a screwdriver.

EOS-1200

2. Once the USB dongle mounting bracket base D is fixed

to the board surface via standoffs A, unscrew the thumbscrew B and loosen the USB dongle retainer C.

3. Slide the USB dongle retainer C upward to accommo-

date the USB dongle.

4. Plug the USB dongle into the USB port.

5. Slide the USB dongle retainer C down to secure USB

dongle D to USB dongle mounting bracket base A and fasten thumbscrew B.

Getting Started 29

2.4 Installing Wall-Mount Brackets

1. Secure the wall-mount brackets in the four screwholes provided on the underside of the chassis, as shown

2.5 Operating System Installation

The EOS-1200 is compatible with several operating systems for maximum flexibility. Installation instructions for each follow. For other OS support, please contact ADLINK for further information.

30 Getting Started

2.5.1 Windows XP

Installing AHCI on Windows XP

Windows XP can be installed on an AHCI-enabled system by BIOS settings.

Press “Delete” to enter the BIOS, and go to “SATA Configuration→SATA mode” to select AHCI.

Install the Intel(R) Mobile Express Chipset SATA AHCI Controller driver over USB after pressing F6. If the driver is already running in IDE (ATA) emulation mode, no installation is required.

Windows XP

Windows XP supports EOS-1200 chipset drivers, allowing simple installation. ADLINK also provides pre-installation services for Windows XP on the EOS-1200 (when the Windows XP license is pre-purchased from ADLINK).

Windows XP Embedded

As a result of its overwhelming popularity, human-machine interface, and plentiful development tools, Windows XP is well suited to comparatively simple application development. Embedded XP is simply a modularized Windows XP. System developers select only the needed Windows XP components and functions and then organize them to construct an XP Embedded OS.

EOS-1200

With this architectural modularization, system integrators can readily reduce storage space requirements of XP Embedded. The only factor determining storage space requirements is the number of function modules needed.

Because XP Embedded is wholly compatible with Windows XP, developers can compile controller software in the Windows XP environment and transfer the code to Embedded XP for immediate use. No new tools are required to use XP Embedded, lowering software development costs. Another advantage is the cost of licensing Embedded XP being much less than that of Windows XP.

Getting Started 31

ADLINK currently provides standard XP Embedded OS images for the EOS-1200 (XP Embedded license pre-purchase from ADLINK is required). The standard XP Embedded OS image provided by ADLINK is about 1.4 GB, and key features include:

ZXP Embedded OS Kernel

ZDrivers for EOS H/W and peripheral cards

ZTCP/IP Networking

ZTCP/IP with file sharing and client for Microsoft net-

work

ZInternet Explorer

ZFile Manager

ZLanguage Support

The standard XP Embedded OS image meets most application needs. If you have any special functional requirements for XP Embedded, please contact ADLINK for more details.

32 Getting Started

2.5.2 Windows 7

Installing AHCI on Windows 7

The AHCI driver must be enabled in the registry before SATA mode of the boot drive can be changed, as follows:

1. Exit all Windows-based programs

2. In the Start menu, enter regedit in the Start Search box,

and select ENTER

3. If the User Account Control dialog box appears, select

Continue

4. Locate and select the registry subkey

HKEY_LOCAL_MACHINESystemCurrentControlSetS ervicesMsahci

5. In the Name column of the right pane, right-click Start,

and select Modify

6. In the Value data box, enter 0 and select OK

7. In the File menu, select Exit to close the Registry Editor

8. Restart the computer, open the BIOS and enable AHCI.

At the next Windows login, the drivers for AHCI show as intalled.

9. Restart a final time to complete the installation

EOS-1200

Windows 7

Windows 7 supports EOS-1200 chipset drivers, allowing simple installation. ADLINK also provides pre-installation services for Windows 7 on the EOS-1200 (when the Windows XP license is pre-purchased from ADLINK). For more information, please visit the OS website

Windows 7 Embedded Service Pack 1

Windows Embedded Standard 7 SP1 delivers the power, familiarity, and reliability of the Windows 7 operating system in a componentized form, allowing developers to create advanced

Getting Started 33

commercial and consumer devices compatible with thousands of existing Windows applications and drivers.

You can download the evaluation version from: http:// www.microsoft.com/download/en/details.aspx?id=11887

The download contains 3 DVD5 images (ISO's). Download the .exe and .rar files for each DVD image into its own folder and run the .exe file in that folder to reconstitute the .ISO file. Once the .ISO file is created you can then burn the ISO onto a blank DVD. The toolkit DVD is used to install the Image Configuration Editor (ICE) and associated distribution share(s) onto a PC. The 32-bit and 64-bit Standard 7 SP1 DVDs are bootable WinPE DVDs that contain the Image Builder Wizard (IBW) and the corresponding 32-bit or 64-bit distribution share. Typically these DVDs are used to boot into Windows PE on the target device and apply the runtime image created with ICE or to prototype image creation using the wizard and various templates available in IBW.

Please read the Windows Embedded Standard 7 SP1 documentation for more information on using ICE and IBW to create and deploy runtime images.

34 Getting Started

EOS-1200

2.6 Driver Installation

After the OS is installed, all related drivers must be installed. This section describes drivers needed for Windows operating systems and installation procedures. For other OS support, please contact ADLINK directly.

Once Windows is properly installed, the following installations are required (most standard I/O device drivers have been included in the Windows install):

1. Install the chipset driver

2. Install the graphics driver

3. Install the Ethernet driver

4. Install the audio driver

5. Install the USB3.0 driver

6. Install the ME (Management Engine Components) soft-

ware

7. Install the Digital Input/ Output Driver

2.6.1 Chipset Driver Installation

The chipset driver directs the operating system to configure the

Intel

QM67 chipset, to ensure that the following features function

properly:

Z Core PCI and ISAPNP services

Z PCIe support

Z SATA storage support

Z USB support

Z Identification of Intel® Chipset components in the Device

Manager

To install the chipset driver:

1. Close any running applications

2. Execute Chipset.exe and follow onscreen instructions

3. Reboot the system

Getting Started 35

2.6.2 Graphics Driver Installation

The EOS-1200 is equipped with the Intel® HD graphics family. To install the graphics driver:

1. Close any running applications

2. Execute Setup.exe in the Graphics folder and follow the onscreen instructions

3. Reboot the system

2.6.3 Ethernet Driver Installation

To install the driver for the Intel® 82574L/82579LM Gigabit network connection:

1. Close any running applications

2. Execute Network.exe and follow onscreen instructions

3. Reboot the system

2.6.4 Audio Driver Installation

Please follow the following steps to install the Realtek audio driver:

1. Close any running applications

2. Execute Setup.exe in Audio folder and follow the onscreen instructions

3. Reboot the system

2.6.5 USB 3.0 Driver Installation

Please follow the following steps to install the Texas Instruments USB 3.0 driver:

1. Close any running applications

2. Execute Texas Instruments xHCI Driver v1.12.7 ( WHQL

- Multilanguage ).exe in the USB3 folder and follow the onscreen instructions to complete the setup

3. Reboot the system

36 Getting Started

EOS-1200

2.6.6 ME (Management Engine Components) Software

Installation

The Intel® Management Engine software components requiring installation depend on the system's specific hardware and firmware features.

The installer detects system capabilities and installs the relevant drivers and applications.

To install the ME Software:

1. Close any running applications

2. Execute Setup.exe in the ME_SW folder and follow the

onscreen instructions

2.6.7 Digital Input/ Output Driver Installation

To install the driver for ADLINK DIO:

1. Close any running applications.

2. Execute PCMe-1432_x86/64_v0.0.0.7.exe and follow

the onscreen instructions to complete the setup.

3. Reboot the system.

Getting Started 37

Following successful installation, the PCMe-1432 should appear in the directory, as shown.

38 Getting Started

Appendix A Function Library

This chapter provides a detailed description of the EOS-1200 function library. These functions, excluding SmartPoE and EEPROM, are compatible with the PCIS-DASK library, and can be used to develop applications under C++, C#, VB.Net, and Delphi.

A.1 List of Functions

Category Function

Register_Card

Release_Card

System & Initialization

DI/O

COS Interrupt

Smart PoE SmartPoE_SetPower

EEPROM

GetBaseAddr

GetCardIndexFromID

GetCardType

GetLCRAddr

DI_ReadLine

DI_ReadPort

DO_ReadLine

DO_WriteLine

DO_ReadPort

DO_WritePort

DIO_INT_Event_Message

DIO_INT1_EventMessage

DIO_INT2_EventMessage

DIO_SetDualInterrupt

DIO_SetCOSInterrupt32

DIO_GetCOSLatchData32

EEPROM_ReadByte

EEPROM_WriteByte

EEPROM_WriteBytes

EOS-1200

Function Library 39

A.2 Data Types.

Type Description Range

U8 8-bit ASCII character 0 to 255

I16 16-bit signed integer -32768 to 32767

U16

I32 32-bit signed integer

U32

F32

F64

16-bit unsigned

integer

32-bit unsigned

integer

32-bit single-

precision floating-

point

64-bit double-

precision floating-

point

0 to 65535

-2147483648 to 2147483647

0 to 4294967295

-3.402823E38 to

3.402823E38

-1.797683134862315E308 to

1.797683134862315E308

A.3 Setting Up the Build Environment

A.1.1 Include Files

All applications using API are required to include the following files.

Include File Description

Dask.h Header file required for all C/C++

applications.

Dask.vb Function definitions required for all VB.Net

applications.

Dask.cs Function definitions required for all C#

applications.

PCMe1432.h Header file required for all C/C++

applications.

PCMe1432.vb Function definitions required for all VB.Net

applications.

PCMe1432.cs Function definitions required for all C#

applications.

40 Function Library

EOS-1200

A.1.2 Library Files

All C/C++ applications using API require the following library files.

Library File Description

PCI-Dask.lib Exports API function definitions;

required for all Visual C/C++ 32 bit applications.

PCI-DASK_bcb.lib Exports API function definitions;

required for all 32 bit Borland C++ Builder applications.

PCMe1432.lib Exports API function definitions;

required for all Visual C/C++ 32 bit applications.

PCI-Dask64.lib Exports API function definitions;

required for all Visual C/C++ 64 bit applications.

PCMe1432x64.lib Exports API function definitions;

required for all Visual C/C++ 64 bit applications.

A.1.3 DLL Files

All applications using API require the following DLL files.

All files are located in [Installed directory]\ADLINK\PCMe1432\Include, where ‘Installed directory’ is the destination directory specified in the setup program.

DLL File Description

PCI-Dask.dll Dynamic link library. Required for all

applications.

PCMe1432.dll Dynamic link library. Required for all

applications.

Function Library 41

A.2 System & Initialization Functions

A.1.1 Register_Card

Description

Initializes the hardware and software states of a NuDAQ PCI-bus data acquisition card, and returns a numeric card ID corresponding to the initialized card. Register_Card must be called before any other PCIS-DASK library functions can be called for a particular card. The function initializes the card and variables internal to the PCIS-DASK library. Because NuDAQ PCI-bus data acquisition cards meet plugand-play specifications, the base address (pass-through address) and IRQ level are assigned directly by the system BIOS.

Syntax

C/C++

I16 Register_Card (U16 CardType, U16 card_num)

Visual Basic

Register_Card (ByVal CardType As Integer, ByVal card_num As Integer) As Integer

VB.Net

Register_Card (ByVal CardType As Short, ByVal card_num As Short) As Short

short Register_Card (ushort CardType, ushort card_num)

Parameter(s)

CardType

Type of card to be initialized. ADLINK periodically upgrades PCIS-DASK to add support for new NuDAQ PCI-bus data acquisition cards and NuIPC CompactPCI cards. Refer to release notes of the card to dtermine whether PCIS-DASK

42 Function Library

EOS-1200

supports that card. These are the constants defined in DASK.H that represent the NuDAQ PCI-bus data acquisition cards supported by PCIS-DASK:

PCMe_1432

card_num

Sequence number of the card with the same card type (as defined in argument CardType) or that belongs to the same card type series (except PCI- 7300A_Rev. A and PCI7300A Rev. B) in the PCI slot. card_num is always equal to 0 for PCMe-1432.

Return Code

Returns a numeric card ID for the initialized card. The card ID range is between 0 and 31. If any error occurs, a negative error code is returned, with possible error codes as follows:

ErrorTooManyCardRegistered ErrorUnknownCardType ErrorOpenDriverFailed ErrorOpenEventFailed

A.1.2 Release_Card

Description

A maximum of 32 cards can be registered simultaneously. This function informs the PCIS-DASK library that the registered card is not currently in use and can be released. Releasing a card clears space for a new card to register. This function is also applied at the end of a program to release all registered cards.

Syntax

C/C++

I16 Release_Card (U16 CardNumber)

Visual Basic

Release_Card (ByVal CardNumber As Integer) As Integer

Function Library 43

VB.Net

Release_Card (ByVal CardNumber As Short) As Short

short Release_Card (ushort CardNumber)

Parameter(s)

CardNumber

ID of the card for release.

Return Code(s)

NoError

A.1.3 GetBaseAddr

Description

Acquires I/O base addresses of the device with a specified card index

Syntax

C/C++

I16 GetBaseAddr (U16 CardNumber, U32 *BaseAddr, U32 *BaseAddr2)

Visual Basic

GetBaseAddr (ByVal CardNumber As Integer, BaseAddr As Long, BaseAddr2 As Long) As Integer

VB.Net

Release_Card (ByVal CardNumber As Short) As Short

short GetBaseAddr (ushort CardNumber, uint [] BaseAddr, uint [] BaseAddr2)

44 Function Library

Parameter(s)

CardNumber

ID of the card for release.

BaseAddr

Returns the I/O base address.

BaseAddr2

Returns the second base address #2. This is only available in cards that support two I/O base addresses, such as PCI9113 and PCI-9114. For PCI-6202, PCI-9221, PCI-9222, and PCI-9223, this parameter returns the memory address of the specified card.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.4 GetCardIndexFromID

EOS-1200

Description

Obtains the card type and the sequence number of the device with a specified card ID. This is the reverse function of Release_Card.

Syntax

C/C++

I16 GetCardIndexFromID (U16 CardNumber, U16 *cardType, U16 *cardIndex)

Visual Basic

GetCardIndexFromID (ByVal CardNumber As Integer, cardType As Integer, cardIndex As Integer) As Integer

Function Library 45

VB.Net

GetCardIndexFromID (ByVal CardNumber As Short, ByRef cardType As Short, ByRef cardIndex As Short) As Short

short GetCardIndexFromID (ushort CardNumber, out ushort cardType, out ushort cardIndex)

Parameter(s)

CardNumber

ID of the card for release.

CardType

Returns the card type.

CardIndex

Returns the sequence number of the card of the same type

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.5 GetCardType

Description

Obtains the card type of the device with a specified card index.

Syntax

C/C++

I16 GetCardType (U16 CardNumber, U16 *cardType)

Visual Basic

GetCardType (ByVal CardNumber As Integer, cardType As Integer) As Integer

46 Function Library

VB.Net

GetCardType (ByVal CardNumber As Short, ByRef cardType As Short) As Short

short GetCardType (ushort CardNumber, out ushort cardType)

Parameter(s)

CardNumber

ID of the card for release.

CardType

Returns the card type.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.6 GetLCRAddr

EOS-1200

Description

Obtains the LCR base address of the device with a specified card index as defined by the onboard PCI controller.

Syntax

C/C++

I16 GetLCRAddr(U16 CardNumber, U32 *LcrAddr)

Visual Basic

GetLCRAddr (ByVal CardNumber As Integer, LcrAddr As Long) As Integer

VB.Net

GetLCRAddr (ByVal CardNumber As Short, ByRef LcrAddr As Integer) As Short

Function Library 47

short GetLCRAddr(ushort CardNumber, uint [] LcrAddr)

Parameter(s)

CardNumber

ID of the card for release.

LcrAddr

Returns the LCR base address.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.2 DI/O Functions

A.1.1 DI_ReadLine

Description

Reads the digital logic state of the digital line in the specified port.

Syntax

C/C++

I16 DI_ReadLine (U16 CardNumber, U16 Port, U16 Line, U16 *State)

Visual Basic

DI_ReadLine (ByVal CardNumber As Integer, ByVal Port As Integer, ByVal Line As Integer, State As Integer) As Integer

VB.Net

48 Function Library

DI_ReadLine (ByVal CardNumber As Short, ByVal Port As Short, ByVal Line As Short, ByRef State As Short) As Short

short DI_ReadLine (ushort CardNumber, ushort Port, ushort Line, out ushort State)

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

Line

Digital line to be read. Valid values:PCMe-1432 0 to 15 (for port 0 and port 1)

State

Returns the digital logic state of the specified line to 0 or 1

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport ErrorInvalidIoChannel

EOS-1200

A.1.2 DI_ReadPort

Description

Reads the digital data from the specified digital input port.

Syntax

C/C++

I16 DI_ReadPort (U16 CardNumber, U16 Port, U32 *Value)

Function Library 49

Visual Basic

DI_ReadPort (ByVal CardNumber As Integer, ByVal Port As Integer, Value As Long) As Integer

VB.Net

DI_ReadPort (ByVal CardNumber As Short, ByVal Port As Short, ByRef Value As Integer) As Short

short DI_ReadPort (ushort CardNumber, ushort Port, out uint Value)

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

Value

Returns the digital data read from the specified port. Valid values: PCMe-1432 16-bit data (for port 0 and port 1)

Return Code(s)

NoError CardNotRegistered ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.3 DO_ReadLine

Description

Reads back the digital logic state of the specified digital output line of the specified port.

Syntax

C/C++

50 Function Library

I16 DO_ReadLine (U16 CardNumber, U16 Port, U16 Line, U16 *State)

Visual Basic

DO_ReadLine (ByVal CardNumber As Integer, ByVal Port As Integer, ByVal Line As Integer, State As Integer) As Integer

VB.Net

DO_ReadLine (ByVal CardNumber As Short, ByVal Port As Short, ByVal Line As Short, ByRef State As Short) As Short

short DO_ReadLine (ushort CardNumber, U16 ushort, ushort Line, out ushort State)

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

Line

Digital line to be read. Valid values: PCMe-1432 0 to 15 (for port 0 and port 1)

EOS-1200

State

Returns the digital logic state, 0 or 1, of the specified line.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport ErrorInvalidIoChannel

Function Library 51

A.1.4 DO_WriteLine

Description

Sets the specified digital output line in the specified digital port to the specified state. This function is only available for cards that support digital output readback.

Syntax

C/C++

I16 DO_WriteLine (U16 CardNumber, U16 Port, U16 Line, U16 State)

Visual Basic

DO_WriteLine (ByVal CardNumber As Integer, ByVal Port As Integer, ByVal Line As Integer, State As Integer) As Integer

VB.Net

DO_WriteLine (ByVal CardNumber As Short, ByVal Port As Short, ByVal Line As Short, ByRef State As Short) As Short

short DO_WriteLine (ushort CardNumber, U16 ushort, ushort Line, out ushort State)

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

Line

Digital line to be read. Valid values: PCMe-1432 0 to 15 (for port 0 and port 1)

State

Returns the digital logic state, 0 or 1, of the specified line.

52 Function Library

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport ErrorInvalidIoChannel

A.1.5 DO_ReadPort

Description

Reads back the output digital data from the specified digital output port.

Syntax

C/C++

I16 DO_ReadPort (U16 CardNumber, U16 Port, U32 *Value)

Visual Basic

DO_ReadPort (ByVal CardNumber As Integer, ByVal Port As Integer, Value As Long) As Integer

VB.Net

DO_ReadPort (ByVal CardNumber As Short, ByVal Port As Short, ByRef Value As Integer) As Short

short DO_ReadPort (ushort CardNumber, ushort Port, out uint Value)

EOS-1200

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

Value

Function Library 53

Returns the digital data read from the specified output port. Valid values: PCMe-1432 16-bit data (for port 0 and port 1)

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport ErrorInvalidIoChannel

A.1.6 DO_WritePort

Description

Writes digital data to the specified digital output port.

Syntax

C/C++

I16 DO_WritePort (U16 CardNumber, U16 Port, U32 Value)

Visual Basic

DO_WritePort (ByVal CardNumber As Integer, ByVal Port As Integer, ByVal Value As Long) As Integer

VB.Net

DO_WritePort (ByVal CardNumber As Short, ByVal Port As Short, ByVal Value As Integer) As Short

short DO_WritePort (ushort CardNumber, ushort Port, uint Value)

Parameter(s)

CardNumber

ID of the card for release.

Port

Digital input port number. Valid values: PCMe-1432 0, 1

54 Function Library

Value

Returns the digital data read from the specified output port. Valid values: PCMe-1432 16-bit data (for port 0 and port 1)

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport ErrorInvalidIoChannel

A.2 COS Interrupt Functions

A.1.1 DIO_INT_Event_Message

Description

Controls and notifies the user application when a specified interrupt event occurs. The notification is executed through a user-specified callback function or the Windows PostMessage API. When a new event message is added, it remains active until the function is called by setting the argument mode to 0, removing the specified interrupt event message. To remove a specified message, make sure to specify the event handle to be notified for the message.

EOS-1200

Syntax

C/C++

I16 DIO_INT_EventMessage (U16 CardNumber, I16 mode, HANDLE evt, HANDLE windowHandle, U32 message, U32 callbackAddr)

Visual Basic

DIO_INT_EventMessage (ByVal CardNumber As Integer, ByVal mode As Integer, ByVal evt As Long, ByVal windowHandle As Long, ByVal message As Long, ByVal callbackAddr As Long) As Integer

VB.Net

Function Library 55

DIO_INT_EventMessage (ByVal CardNumber As Short, ByVal mode As Short, ByVal evt As Integer, ByVal windowHandle As Integer, ByVal message As Integer, ByVal callbackAddr As CallbackDelegate) As Short

short DIO_INT_EventMessage (ushort CardNumber, short mode, long evt, long windowHandle, uint message, MulticastDelegate callbackAddr)

Parameter(s)

CardNumber

ID of the card for release.

Mode

Operating mode for adding or removing messages, wherein

0: Remove an existing message interrupt event defined argument evt.

1: Add a new message for an interrupt event defined

evt

Handle of the INT event to handle

windowHandle

Handle to the window in which a Windows message will be received when the specified INT event occurs; if windoHandle is 0, no Windows messages will be sent

Message

User-defined message issued when the specified INT event occurs. The message can be of any value. In Windows, the message can be set to a value including any Windows predefined messages, such as WM_PAINT. To define a custom message, any value ranging from WM_USER (0x400) to 0x7fff can be used, this range reserved by Windows for same.

callbackAddr

56 Function Library

Address of the user callback function. The PCIS-DASK calls this function when the specified INT event occurs. If no callback function is required, set callbackAddr to 0.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.2 DIO_INT1_EventMessage

Description

Controls the INT1 interrupt sources for a dual-interrupt system and notifies the user's application when an interrupt event occurs. The notification is performed through a userspecified callback function or the Windows PostMessage API.

Syntax

C/C++

I16 DIO_INT1_EventMessage (U16 CardNumber, I16 Int1Mode, HANDLE windowHandle, U32 message, void *callbackAddr())

Visual Basic

DIO_INT1_EventMessage (ByVal CardNumber As Integer, ByVal Int1Mode As Integer, ByVal windowHandle As Long, ByVal message As Long, ByVal callbackAddr As Long) As Integer

VB.Net

DIO_INT1_EventMessage (ByVal CardNumber As Short, ByVal Int1Mode As Short, ByVal windowHandle As Integer, ByVal message As Integer, ByVal callbackAddr As CallbackDelegate) As Short

EOS-1200

Function Library 57

short DIO_INT1_EventMessage (ushort CardNumber, short Int1Mode, long windowHandle, long message, MulticastDelegate callbackAddr)

Parameter(s)

CardNumber

ID of the card performing the operation

Int1Mode

Interrupt mode of INT1. Valid values:

INT1_DISABLE

INT1_EXT_SIGNALINT1 by COS of Ch0 of Port 0

windowHandle

Handle to the window in which a Windows message will be received when the specified INT event occurs; if windoHandle is 0, no Windows messages will be sent

Message

callbackAddr

Address of the user callback function. The PCIS-DASK calls this function when the specified INT event occurs. If no callback function is required, set callbackAddr to 0.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

58 Function Library

A.1.3 DIO_INT2_EventMessage

Description

Controls the INT2 interrupt sources for a dual-interrupt system and notifies the active application when an interrupt event occurs. The notification is executed via a user-specified callback function or the Windows PostMessage API.

Syntax

C/C++

I16 DIO_INT2_EventMessage (U16 CardNumber, I16 Int2Mode, HANDLE windowHandle, U32 message, void *callbackAddr())

Visual Basic

DIO_INT2_EventMessage (ByVal CardNumber As Integer, ByVal Int2Mode As Integer, ByVal windowHandle As Long, ByVal message As Long, ByVal callbackAddr As Long) As Integer

VB.Net

DIO_INT2_EventMessage (ByVal CardNumber As Short, ByVal Int1Mode As Short, ByVal windowHandle As Integer, ByVal message As Integer, ByVal callbackAddr As CallbackDelegate) As Short

short DIO_INT2_EventMessage (ushort CardNumber, short Int1Mode, long windowHandle, long message, MulticastDelegate callbackAddr)

EOS-1200

Parameter(s)

CardNumber

ID of the card performing the operation

Int2Mode

Function Library 59

INT2 interrupt mode. Valid values:

ZINT2_DISABLE

ZINT2_EXT_SIGNAL INT2 by COS of Ch1 of Port 0

windowHandle

Handle to the window in which a Windows message will be received when the specified INT event occurs; if windoHandle is 0, no Windows messages will be sent

Message

callbackAddr

Address of the user callback function. The PCIS-DASK calls this function when the specified INT event occurs. If no callback function is required, set callbackAddr to 0.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.4 DIO_SetDualInterrupt

Description

Informs the PCIS-DASK library of the interrupt mode of two interrupt sources of a dual-interrupt system and returns dual interrupt events. If an interrupt is generated, the corresponding interrupt events are signaled. The application uses Win32 wait functions, such as WaitForSingleObject or WaitForMultipleObjects to check the interrupt event status.

60 Function Library

Syntax

C/C++

I16 DIO_SetDualInterrupt (U16 CardNumber, I16 Int1Mode, I16 Int2Mode, HANDLE *hEvent)

Visual Basic

DIO_SetDualInterrupt (ByVal CardNumber As Integer, ByVal Int1Mode As Integer, ByVal Int2Mode As Integer, hEvent As Long) As Integer

VB.Net

DIO_SetDualInterrupt (ByVal CardNumber As Short, ByVal Int1Mode As Short, ByVal Int2Mode As Short, ByRef hEvent() As IntPtr) As Short

short DIO_SetDualInterrupt (ushort CardNumber, short Int1Mode, short Int2Mode, ref IntPtr[] hEvent)

Parameter(s)

CardNumber

ID of the card performing the operation

EOS-1200

Int1Mode

The interrupt mode of INT1. Valid values:

ZINT1_DISABLE

ZINT1_EXT_SIGNALINT1 by COS of Ch0 of Port 0

Int2Mode

INT2 interrupt mode. Valid values:

ZINT2_DISABLE

ZINT2_EXT_SIGNAL INT2 by COS of Ch1 of Port 0

hEvent

Returned dual-interrupt event handles. The status of a dualinterrupt event indicates that an interrupt is generated or not for cards comprising dual-interrupt system.

Function Library 61

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

A.1.5 DIO_SetCOSInterrupt32

Description

Enables or disables the COS (Change Of State) interrupt detection capability of the specified ports with 32-bit data width.

Syntax

C/C++

I16 DIO_SetCOSInterrupt32 (U16 CardNumber, U8 Port, U32 ctl, HANDLE *hEvent, BOOLEAN ManualReset)

Visual Basic

DIO_SetCOSInterrupt32 (ByVal CardNumber As Integer, ByVal Port As Byte, ByVal ctl As Long, hEvent As Long, ByVal ManualReset As Byte) As Integer

VB.Net

DIO_SetCOSInterrupt32 (ByVal CardNumber As Short, ByVal Port As Byte, ByVal ctl As UInteger, ByRef hEvent As Integer, ByVal ManualReset As Byte) As Short

short DIO_SetCOSInterrupt32 (ushort CardNumber, byte Port, uint ctl, out long hEvent, bool ManualReset)

Parameter(s)

CardNumber

ID of the card performing the operation

62 Function Library

Port

Channel number on which COS detection capability is to be enabled/disabled. Valid port numbers: PCMe-1432 0

ctl

Control value for the port defined by argument port. Each bit of the value of ctrl controls one DI channel. The '0' value of the bit value disables the COS function of the corresponding line, and the '1' value of the bit value enables the COS function of the corresponding line. The valid values for ctrl are 0 to 4294967295 (0xFFFFFFFF)

hEvent (Win32 only)

Returned COS interrupt event handle.

ManualReset (Win32 only)

Specifies whether the event is:

Z(1) manual-reset by ResetEvent function in active

application, or

Z(0) autoreset by driver.

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

EOS-1200

A.1.6 DIO_GetCOSLatchData32

Description

Acquires 32-bit width DI data latched in the COS Latch register when Change-of-State (COS) interrupt occurs.

Syntax

C/C++

I16 DIO_GetCOSLatchData32(U16 CardNumber, U8 Port, U32 *CosLData)

Function Library 63

Visual Basic

DIO_GetCOSLatchData32 (ByVal CardNumber As Integer, ByVal Port As Byte, CosLData As Long) As Integer

VB.Net

DIO_GetCOSLatchData32 (ByVal CardNumber As Short, ByVal Port As Byte, ByRef CosLData As UInteger) As Short

short DIO_GetCOSLatchData32(ushort CardNumber, byte Port, out uint CosLData)

Parameter(s)

CardNumber

ID of the card performing the operation

Port

Channel number on which COS detection capability is to be enabled/disabled. Valid port numbers: 0

CosLData

Returns the DI data latched in the COS Latch register while the Change-of-State (COS) interrupt occurs.Valid port numbers: 32-bit data

Return Code(s)

NoError ErrorInvalidCardNumber ErrorCardNotRegistered ErrorFuncNotSupport

64 Function Library

A.2 Smart PoE Functions

A.1.1 SmartPoE_SetPower

Description

Controls the smart PoE (Power over Ethernet) functionality, determining when to supply power to the PoE device, by detecting whether a PoE device is connected to the cable and supplying power to the cable. SmartPoE can be disabled if the device has an existing power source, or for testing purposes.

Syntax

C/C++

short SmartPoE_SetPower (short Port, short Mode)

Visual Basic

SmartPoE_SetPower (ByVal Port As Integer, ByVal Mode As Integer) As Integer

VB.Net

SmartPoE_SetPower (ByVal Port As Short, ByVal Mode As Short) As Short

short SmartPoE_SetPower (short Port, short Mode)

EOS-1200

Parameter(s)

Port

Port number of the PoE performing the operation. Valid values are 0 to 3.

Function Library 65

Mode

Power mode of the PoE port. Valid values:

Z0: disables power supply to the PoE port

Z1: automatically supplies power to the PoE port when

the PoE device is connected to the port

Return Code(s)

0: No error

-1: Not a valid device

-2: Invalid parameter

A.2 EEPROM Functions

The EOS-1200 provides 1k bits EERPOM, to store private data.

A.1.1 EEPROM_ReadByte

Description

Reads one byte of data from the EEPROM.

Syntax

C/C++

short EEPROM_ReadByte (short Offset, unsigned char *Data)

Visual Basic

EEPROM_ReadByte (ByVal Offset As Integer, ByRef Data As Byte) As Integer

VB.Net

EEPROM_ReadByte (ByVal Offset As Short, ByRef Data As Byte) As Short

short EEPROM_ReadByte (short Offset, out byte Data)

66 Function Library

Parameter(s)

Offset

Offset address of the EEPROM performing the operation. Valid values are 0 to 255.

Data

Data read from the address of the EEPROM.

Return Code(s)

0: No error

-1: Not a valid device

-2: Invalid parameter

-3: EEPROM is busy

A.1.2 EEPROM_WriteByte

Description

Writes one byte of data from the EEPROM. After a successful write byte command, the EEPROM enters an internally timed write cycle for about 5 ms. All subsequent read or write commands during this write cycle will return a -3 error code.

EOS-1200

Syntax

C/C++

short EEPROM_WriteByte (short Offset, unsigned char Data)

Visual Basic

EEPROM_WriteByte (ByVal Offset As Integer, ByVal Data As Byte) As Integer

VB.Net

EEPROM_WriteByte (ByVal Offset As Short, ByVal Data As Byte) As Short

short EEPROM_WriteByte (short Offset, byte Data)

Function Library 67

Parameter(s)

Offset

Offset address of the EEPROM performing the operation. Valid values are 0 to 255.

Data

Data written to the address of the EEPROM.

Return Code(s)

0: No error

-1: Not a valid device

-2: Invalid parameter

-3: EEPROM is busy

A.1.3 EEPROM_WriteBytes

Description

Writes 1 to 4 bytes of data to the EEPROM.

Syntax

C/C++

short EEPROM_WriteBytes (short Offset, short Count, unsigned int Data)

Visual Basic

EEPROM_WriteBytes (ByVal Offset As Integer, ByVal Count As Integer, ByVal Data As Long) As Integer

VB.Net

EEPROM_WriteBytes (ByVal Offset As Short, ByVal Count As Short, ByVal Data As UInteger) As Short

short EEPROM_WriteBytes (short Offset, short Count, uint Data)

68 Function Library

Parameter(s)

Offset

Offset address of the EEPROM performing the operation. Valid values are 0 to 255.

Count

Indicates how many bytes of data will be written to the EEPROM. Valid values are 1 to 4

Data

Data written to the address of the EEPROM.

Return Code(s)

0: No error

-1: Not a valid device

-2: Invalid parameter

-3: EEPROM is busy

EOS-1200

Function Library 69

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70 Function Library

Appendix B BIOS Setup

The Basic Input/Output System (BIOS) is a program that provides a basic level of communication between the processor and peripherals. In addition, the BIOS also contains codes for various advanced features applied to the EOS-1200. The BIOS setup program includes menus for configuring settings and enabling features of the EOS-1200. Most users do not need to use the BIOS setup program, as the EOS-1200 ships with default settings that work well for most configurations.

In this section, BIOS configuration is described.

Changing BIOS settings may lead to incorrect controller behavior and possible inability to boot. See “Clear

WARNING:

B.1 Main

CMOS and ME RTC Register Jumpers” on page 19.

EOS-1200

BIOS Setup 71

B.1.1 System Time/System Date

This option changes the system time and date. Highlight System Time or System Date using the up or down <Arrow> keys. Enter new values using the keyboard then press <Enter> key. Press the < Tab > key to move between fields. The date must be entered in

MM/DD/YY format. The time is entered in HH:MM:SS format.

The time is in 24-hour format. For example, 5:30 A.M. appears as 05:30:00, and 5:30 P.M. as 17:30:00.

NOTE:

B.2 Advanced

Setting incorrect or conflicting values in Advanced BIOS Setup may cause system malfunction

CAUTION:

72 BIOS Setup

B.2.1 ACPI Settings

EOS-1200

Enable ACPI Auto Configuration

Enables or disables BIOS ACPI Auto Configuration.

Enable Hibernation

Enables or disables System ability to Hibernate. This option may be not effective with some OS.

BIOS Setup 73

B.2.2 CPU Configuration

Limit CPUID Maximum

Disabled for Windows XP

Execute Disable Bit

Enables XD to prevent certain classes of malicious buffer overflow attacks when combined with a supporting OS

Hardware Prefetcher

Enables or disables the Mid Level Cache(L2) streamer prefetcher.

Adjacent Cache Line Prefetch

Enables or disables prefetching of adjacent cache lines.

74 BIOS Setup

EOS-1200

Intel Virtualization Technology

When enabled, a VMM can utilize the additional hardware capabilities provided by Vanderpool Technology

Local x2APIC

Enables Local x2APIC; some OS do not support this

EIST

Enables/Disables Intel SpeedStep Technology

Turbo Mode

Enables/Disables Intel TurboBoost Technology

C1E Function

When enabled, allows the CPU to enter enhanced C1 sleep state to save more power than C1

CPU C3 Support

Enables/Disables CPU C3(ACPI C2) report to OS

CPU C6 Support

Enables/Disables CPU C6(ACPI C3) report to OS

CPU C7 Support

Enables/Disables CPU C7(ACPI C3) report to OS.

BIOS Setup 75

B.2.3 Onboard Device Configuration

Intel 82579LM LAN

Enables/Disables onboard Intel 82579LM (built-in PCH) Lan controller

Launch Intel 82579LM LAN PXE OpROM

Enables/Disables execution of LAN boot-rom to add boot option for legacy network devices

Intel 82574 LAN

Enables/Disables onboard Intel 82574 Lan controller

Launch Intel 82574 LAN PXE OpROM

Enables/Disables execution of LAN boot-rom to add boot option for legacy network devices

76 BIOS Setup

B.2.4 Advanced Power Management

EOS-1200

Restore On AC Power Loss

Determines the state the computer enters when power is restored after a power loss. Options are Last State, Power On and Power Off.

Option Description

Power Off When set, powers the system down when

power is restored.

Power On When set, powers the system up when

power is restored.

Last State When set, powers the system up or down

depending on the last state when power is restored.

Table B-1: Restore On Power Loss Options

BIOS Setup 77

Wake up system by 82579L LAN in S5

Enables or disables integrated LAN to wake the system in S5 state.

RTC Wakeup in S5

Enables or disables system wake on alarm event.

System watchdog

Enables or disables system internal watchdog to prevent boot failure at system POST stage.

B.2.5 SATA Configuration

S-ATA Controller

Enables/ Disables Internal Serial ATA Controller 0.

SATA Mode

78 BIOS Setup

EOS-1200

This option selects the SATA channel configuration from (1) IDE Mode (2) AHCI Mode or (3) RAID Mode.

Serial ATA Port 0~1, C-Fast Port, and E-SATA Port.

Port X

Enables or Disables SATA Port X

Hot Plug

Sets this port as hot pluggable.

B.2.6 Intel Anti-Theft Technology Configuration

Intel Anti-Theft Technology

Enables or disables Intel AT function. Intel

Anti-Theft Technology helps stop theft by rendering computers useless with immediate shutdown

BIOS Setup 79

Intel Anti-Theft Technology Recovery/Enter Intel AT Suspend Mode

Miscellaneous settings for Intel AT function

B.2.7 AMT Configuration

Intel AMT Setup Prompt

Enables or disables MEBx launch during system post for configuring AMT features

BIOS Hotkey Pressed/MEBx Selection Screen

Miscellaneous settings for iAMT function

80 BIOS Setup

B.2.8 USB Configuration

EOS-1200

Legacy USB Support

Enables Legacy USB Support. AUTO option disables legacy support if no USB devices are connected. DISABLE option will keep USB devices available only for EFI applications.

USB3.0 Support

Enables or disables USB3.0 (XHCI) controller support, allowing USB 3.0 devices to be used in DOS environment

XHCI Hand-Off

Enables BIOS support for XHCI Hands-Off feature. The default option is Enabled.

BIOS Setup 81

EHCI Hand-Off

Enables BIOS support on EHCI Hands-Off feature. The default option is Enabled.

B.2.9 Super I/O Configuration

Serial Port 1 to 4 Configuration/Serial Port 5 Configuration (Valid when PCB is changed)

Options in this configuration can enable/disable the port, select a port type (RS-232/422/485) for Serial Port 1 and 2 only, or change the port settings (address)

82 BIOS Setup

EOS-1200

B.2.10 Hardware Monitor

PC Health Status

Hardware health on Super I/O monitors Board Temperature 1/ 2, CPU Temperature, CPU Voltage, I-GFX Voltage, VCCSA Voltage, +1.05V, +3.3V, +1.5V, +5V, +12.0V, VBAT, and Fan1/2 Speed.

Smart Fan 1/2 Mode

Sets the fan policy, supporting “Full on Mode”, in which the system fan (1/2) runs at full speed, “Manual Mode”, providing manual control of fan speed, and “Automatic Mode”, which controls the system fan (1/2) according to a given fan policy

BIOS Setup 83

B.2.11 Serial Port Console Redirection

COM 1 to 4, SOL (Serial Over LAN) COM

Console Redirection

Enables Console Redirection function on COM 1 to 4, SOL COM

Console Redirection Settings

Sets miscellaneous parameters for COM Port 1 to 4, SOL COM

B.2.12 Serial Port for Out-of-Band Management/EMS

Console Redirection

Enables Console Redirection function for remote management of a Windows Server OS, via the port selected by Out-of-Band Mgmt Port

84 BIOS Setup

Out-of-Band Mgmt Port

Selects the COM Port for remote management of a Windows OS

Terminal Type

Selects the transmission protocol for remote terminal console

B.3 Chipset

EOS-1200

BIOS Setup 85

B.3.1 System Agent (SA) Configuration

VT-d

Enables VT-d function for efficient virtualization of I/O devices

Graphics Configuration

Selects the internal graphic device shared memory size and power policy

86 BIOS Setup

EOS-1200

Graphics Turbo IMON Current

Sets the maximum IMON current value for graphics turbo mode

GTT Size

Selects the GTT size for internal graphics

DVMT Pre-Allocated

Selects DVMT 5.0 pre-allocated graphics memory size used by the internal graphics device

DVMT Total Gfx Memory

Selects DVMT 5.0 total graphics memory size used by the internal graphics device

BIOS Setup 87

B.4 Boot

B.4.1 Boot Configuration

Setup Prompt Timeout

Number of seconds to wait for setup activation key (“DEL”)

Bootup NumLock State

Allows/disallows the NumLock setting to be modified during boot

88 BIOS Setup

ADLINK EOS-1200 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

EOS-1200

Revision History

Preface

Table of Contents

List of Figures

List of Tables

1 Introduction

1.1 Overview

1.2 Features

1.3 Specifications

1.4 Unpacking Checklist

1.5 Schematics

1.6 Front Panel I/O Connectors

1.6.1 LED Indicators

1.6.2 Power Switch

1.6.3 Reset Button

1.6.4 PS/2 Connector

1.6.5 Dual Gigabit Ethernet Ports

1.6.6 DVI-I connector

1.6.7 USB 2.0 Connectors

1.6.8 USB 3.0 Connectors

1.6.9 CFast Slot

1.6.10 PoE (Power over Ethernet) Ports

1.7 Rear Panel I/O Connectors

1.7.1 DC Power Supply Connector

1.7.2 Audio Jacks

1.7.3 DB-62P COM Port Connector

1.7.4 Rear Panel Digital I/O

1.8 Internal I/O connectors

1.8.1 Clear CMOS and ME RTC Register Jumpers

1.8.2 DC 12V Fan Connector

1.8.3 DC 12V Fan Connector (reserved)

1.8.4 USB 2.0 Type A Connector

1.8.5 SUMIT Connector

1.8.6 SATA Connectors

1.9 General Purpose Digital Signals

1.9.1 General Purpose Digital Output (EDO)

1.9.2 General Purpose Digital Input (EDI)

2 Getting Started

2.1 Installing Memory

2.2 Installing a Hard Disk Drive (HDD)

2.3 Installing the USB Dongle

2.4 Installing Wall-Mount Brackets

2.5 Operating System Installation

2.5.1 Windows XP

2.5.2 Windows 7

2.6 Driver Installation

2.6.1 Chipset Driver Installation

2.6.2 Graphics Driver Installation

2.6.3 Ethernet Driver Installation

2.6.4 Audio Driver Installation

2.6.5 USB 3.0 Driver Installation

2.6.7 Digital Input/ Output Driver Installation

Appendix A Function Library

A.1 List of Functions

A.2 Data Types.

A.3 Setting Up the Build Environment

A.1.1 Include Files

A.1.2 Library Files

A.1.3 DLL Files

A.2 System & Initialization Functions

A.1.1 Register_Card

A.1.2 Release_Card

A.1.3 GetBaseAddr

A.1.4 GetCardIndexFromID

A.1.5 GetCardType

A.1.6 GetLCRAddr

A.2 DI/O Functions

A.1.1 DI_ReadLine

A.1.2 DI_ReadPort

A.1.3 DO_ReadLine

A.1.4 DO_WriteLine

A.1.5 DO_ReadPort

A.1.6 DO_WritePort

A.2 COS Interrupt Functions

A.1.1 DIO_INT_Event_Message