ADLINK EOS-1200 Installation, Configuration, and Troubleshooting

ADLINK EOS-1200 Embedded Vision System Installation, Configuration, and Troubleshooting Guide

ADLINK EOS-1200 is a reinforced embedded vision system designed specifically for high-resolution machine vision applications with multiple cameras, powered by second-generation/third-generation Intel ®  Core ™  I5/i7 processors provide four independent Gigabit PoE (Power over Ethernet) interfaces, widely used in scenarios such as robot guidance, 3D vision inspection, and intelligent transportation. This article is based on the official technical manual and systematically outlines the complete process from hardware disassembly and assembly, operating system deployment, driver installation to BIOS optimization and common troubleshooting, helping engineers quickly complete on-site deployment and maintenance.

Hardware Overview and Installation Preparation

1.1 System size and environmental requirements

Dimensions: 230 mm (width) x 206 mm (depth) x 82 mm (height), weight approximately 3 kg.

Working temperature: 0 ° C to 55 ° C (with CFast or SSD), storage temperature: -40 ° C to 85 ° C (excluding storage media).

Humidity: Approximately 95% @ 40 ° C (no condensation).

Vibration tolerance: 5 Grms (5-500 Hz) under CFast, 3 Grms under SSD, and only 0.5 Grms under HDD. Special reinforcement is required for mechanical hard drives.

1.2 Unboxing List

The standard packaging includes:

EOS-1200 host x 1

Wall mounted bracket x 2 and M4 x 8mm screws x 4

PS/2 Y-shaped cable x 1

Gigabit PoE dust cover x 4

USB encryption dog fixed bracket x 1

User Manual and ADLINK Full Function DVD

Attention: OEM version configuration may vary, subject to actual order.

Core hardware disassembly and assembly steps

2.1 Memory Module Installation (DDR3 SO-DIMM)

The system provides two SO-DIMM slots, supporting DDR3 1066/1333/1600 MHz, with a maximum capacity of 8 GB.

Unscrew the two fixing screws on the bottom cover plate and remove the cover plate.

Insert the memory module into the slot at a 45 ° angle and press down until the two side clips are locked.

Cover the bottom cover and tighten the screws again.

Common problem: If the Diagnostic LED (yellow) on the front panel continues to flash after booting up, it indicates that no memory has been detected or there is poor memory contact. Please unplug or replace the module.

2.2 2.5-inch hard drive/solid-state drive replacement

The system has two built-in SATA interfaces (supporting RAID 0/1/5/10) and is compatible with 2.5-inch HDD/SSD.

After opening the bottom cover, unscrew the two screws that secure the hard drive bracket and slide it out.

Remove the four fixing screws from the old hard drive, replace it with a new one, and re fix it.

Push the bracket back to its original position and ensure that the SATA data and power interface are fully engaged.

Secure the bracket screws and reinstall the cover plate.

Indicator light: The front panel HDD LED (green) flashes to indicate SATA storage activity. If it is constantly on or abnormal, check the data cable connection.

2.3 USB dongle installation (security feature)

The internal dedicated USB 2.0 Type A interface (vertical motherboard) is used to insert software authorization encryption dongles.

Loosen the thumb screws on the top cover plate and remove the top cover.

Loosen the finger screws on the encryption dog fixed bracket base (pre installed on the motherboard) and slide the pressure plate upwards.

Insert the encryption dongle into the USB port, slide down the pressure plate to secure it, and then tighten the screw.

Reinstall the top cover.

Operating System Installation and AHCI Mode Configuration

EOS-1200 supports Windows XP/XP Embedded and Windows 7/7 Embedded. The following are the key configuration points.

3.1 AHCI Enabling in Windows XP

If you need to install XP in AHCI mode (instead of IDE compatibility mode):

Press Del to enter BIOS during startup, go to Advanced → SATA Configuration, and set SATA Mode to AHCI.

During installation, press F6 to load Intel ®  Mobile Express Chipset SATA AHCI controller driver (floppy disk or USB drive needs to be prepared in advance).

If the system has been installed in IDE mode, the AHCI driver needs to be installed first before changing the BIOS mode, otherwise the blue screen will appear.

3.2 AHCI Switching under Windows 7 (Installed System)

If Win7 has been installed in IDE mode, you need to modify the registry before switching:

Run regedit and locate it to HKEYLOCAL_MACHINE System CurrentControlSet Services msahci.

Change the Start key value to 0.

Restart, enter BIOS to change SATA Mode to AHCI, save and exit.

After the system is started, the AHCI driver will be automatically installed and restarted again to complete the process.

3.3 Windows XP Embedded Standard Image

ADLINK provides approximately 1.4 GB of pre installed XPe images, including drivers for network cards, displays, digital I/O, and supports basic components such as TCP/IP, file sharing, and IE. If customization is required (such as adding specific features), please contact ADLINK technical support.

Driver installation sequence (important)

After installing the operating system, drivers must be installed in the following order, otherwise it may cause the device to not recognize or have abnormal performance:

Sequence driven component description

Chipset driver (Chipset. exe) enables the OS to correctly recognize QM67 chipset, PCIe, SATA, USB, etc

2 graphics card drivers (Graphics folder Setup. exe) Intel HD Graphics family, supporting DVI-Ioutput (VGA+DVI-D)

3 network card drivers (Network. exe) support dual Intel ®  82574L/82579LM Gigabit Ethernet port

4 Audio Drivers (Audio Folder Setup. exe) Realtek ALC269 High Fidelity Audio (Microphone/Speaker)

5 USB 3.0 driver (Texas Instruments xHCI driver) supports two front USB 3.0 ports (SuperSpeed)

6 ME software (ME_SW folder Setup. exe) Intel Management Engine component, used for AMT and other functions

7 digital I/O driver (PCMe-1432ux86/64-v0.0.0.7. exe) driver with 16 isolated DI/DO channels (rear DB37 interface)

Verification: After installation, the PCMe-1432 device node should be visible in the device manager, otherwise the DIO driver needs to be reinstalled.

BIOS Key Settings and Optimization

Some options in BIOS directly affect system stability and startup behavior, and require special attention.

5.1 Power Recovery Strategy (Restore on AC Power Loss)

Located in Advanced → Advanced Power Management, it offers three options:

Power Off: Keep turned off after power failure recovery (suitable for unmanned scenarios that require manual confirmation).

Power On: Automatically power on after recovery (recommended for remote sites).

Last State: Restore to the state before power failure (if previously running, turn on; if turned off, keep turned off).

5.2 System Watchdog

On the advanced power management page, once enabled, the startup process can be monitored during the POST phase. If the boot fails, it will automatically reset to avoid system freezing.

5.3 SATA Mode Selection

IDE Mode: Compatible with old systems (XP without AHCI driver).

AHCI Mode: Enable NCQ and hot plug (recommended for Win7 and above).

RAID Mode: Supports RAID 0/1/5/10 (requires at least two hard drives).

5.4 Serial Port Mode Configuration (Super I/O Configuration)

COM1 and COM2 can be software programmed as RS-232/422/485 and switched through the Type option under Serial Port 1 Configuration in the BIOS. COM3/COM4 only supports RS-232.

5.5 Clear CMOS and ME RTC registers

When the system cannot boot or BIOS settings are disrupted, short circuit the jumper on the motherboard:

JP1 (Clear CMOS): Short circuit Pin1-Pin2 and remove the jumper cap to restore the factory default settings.

JP2 (ME RTC): This is RMA specific and is not recommended for user operation as it may cause system abnormalities.

Digital I/O and PoE Intelligent Control

6.1 16 way isolated digital I/O (rear DB37)

Input: 16 channels, 0-24 VDC, input resistance 2.4 k Ω, isolation voltage 2500 Vrms.

Output: 16 channels, Darlington transistors, maximum current of 500 mA per group of 8 channels (DO0-7 and DO8-15 respectively).

Interrupt: DI0-DI15 can all serve as COS (Change of State) interrupt sources.

Reduce high voltage input current: When the input voltage is higher than 5 V, an external resistor Rs can be connected in series to limit the forward current to around 5 mA. For example, when the input voltage is 24V, the total current limiting resistance should be (24V -0.5V)/5mA=4.7 k Ω. Subtracting the internal 2.4 k Ω, the external should be connected in series with approximately 2.3 k Ω.

6.2 Intelligent PoE (four-way 802.3af)

Each channel has a maximum output of 8 W (a total of 32 W) and supports 48 V power supply.

The software API SmartPoE_Setup Power (Port, Mode) can manually turn off/on the power supply:

Mode=0: Disable power supply;

Mode=1: Automatic detection and power supply (default).

The four LEDs (0-3) on the front panel indicate the activity status of each port.

6.3 EEPROM and Internal USB

Provide 1 Kbit programmable EEPROM (addresses 0-255) for storing authorization information or configuration parameters.

The internal USB port is designed specifically for encryption dongles and supports copyright protection.

Common troubleshooting and interpretation of indicator lights

7.1 Front panel LED status table

Meaning of LED color status

Diagnostic yellow constantly on: No physical storage detected (no HDD/SSD/CFast);

Flashing: SO-DIMM slot without installed memory

HDD green flashing: SATA storage is reading and writing;

Constant extinction: no activity or unrecognized

PoE ports 0-3 green light up: corresponding PoE ports are connected and powered on

7.2 Emergency Response for System Failure to Start

Check if the power input is 9-32 VDC (plug definition: right side V -, middle chassis ground, left side V+).

Confirm if the blue LED lights up after pressing the power switch. If you press and hold for 5 seconds, it will force a power outage.

If there is still no display, try clearing CMOS (JP1) to restore the default BIOS.

Remove all peripherals (USB, serial port, Ethernet cable, etc.) to minimize startup testing.

7.3 Serial Communication Abnormalities

Confirm that the COM1/COM2 mode in BIOS matches the external device (232/422/485).

Check the pin definitions of the DB-62P adapter cable (Table 1-10 in the manual) to ensure correct TX/RX cross connections.

7.4 PoE power supply failure

Use SmartPoE_Setup Power to query the current mode. If it is 0, reset it to 1.

Check if the total power exceeds 32 W (for example, if four high-power cameras are connected simultaneously, it may exceed the limit).

Confirm that the network cable is CAT-5 or higher and the length does not exceed 100 meters.

Key points for software function library development (for system integration reference)

EOS-1200 provides PCIS-DASK compatible libraries (DLL: PCI-Dask.dll, PCMe1432. dll), supporting C/C++, C #, VB. Net.

8.1 Initialization and Registration

You must first call Load_Card (PCM_1432,0) to obtain the card ID (card_num is fixed to 0).

Before exiting the program, call Release_Card (CardNumber) to release resources.

8.2 Example of Digital I/O Reading and Writing

Read single input: DI-ReadLine (CardID, Port, Line,&State) (Port 0/1, Line 0-15).

Write single output: DO_SriteLine (CardID, Port, Line, State).

Batch read-write ports: DI-ReadPort/DO-WritePort (returns 16 bit data).

8.3 COS Interrupt Settings

Enable Change of State interrupts for specified channels using DIO_SetCOSInterrupt32.

Read the DI value of the latch when an interrupt occurs through DIO_CetCOSLatchData32 to capture transient signals.

8.4 EEPROM Operation

EEPROM ReadByte (Offset,&Data) reads a single byte.

EEPROM WriteByte (Offset, Data) is written to a single byte (with an internal write cycle of approximately 5 ms after writing, during which the operation returns to a -3 busy state).

EEPROM Writebytes can write 1-4 bytes at once.

Maintenance and safety precautions

Electrostatic protection: Before disassembling internal components, it is necessary to wear a grounding wristband and place all electronic components on an anti-static surface.

Power safety: Only plug and unplug cables in a power-off state to avoid damage to sensitive components caused by surges.

Ventilation and heat dissipation: Ensure that the front and rear ventilation holes are not obstructed. If the internal 12V fan stops running, it should be replaced in a timely manner (there are two fan interfaces on the motherboard).

Battery replacement: When replacing the lithium battery on the motherboard (used for RTC), please use the same model. Improper replacement poses a risk of explosion, and waste batteries should be disposed of according to local regulations.