ADLINK ECS-8582-4S ExpressCard to PCI Expansion System Manual

ADLINK ECS-8582-4S ExpressCard to PCI Expansion System Manual

Basic Information

Product Name: ECS-8582-4S Notebook ExpressCard External 4-slot PCI Expansion System

Core purpose: To expand an external independent PCI slot for laptops with ExpressCard/34/54 slots, allowing remote separation of the host and PCI peripherals, with a maximum extension of 7 meters, suitable for industrial data acquisition cards, motion control cards, and other PCI devices.

Target audience: hardware engineers, testing system integration personnel, industrial control debugging personnel; Complete coverage of product specifications, installation, hardware structure, and troubleshooting.

Overall system composition of the product

The entire ECS-8582-4S consists of three core components:

EC-8560 (notebook ExpressCard adapter card)

ExpressCard/34 specification, compatible with 34/54 notebook card slots, built-in signal equalization chip, outputs PCIe X1 signal through shielded long line.

RK-8005 (4-slot external expansion case)

Compact wall mounted industrial chassis with built-in BP-8005 backplane, 200W ATX power supply, 80mm cooling fan, factory pre installed PCI-8565 bridge card, and 4 half height PCI slots reserved.

Shielded high-speed extension cable (standard 3m, optional 1m/7m)

Differential shielded twisted pair cable, bidirectional 2.5Gbps PCIe transmission, resistant to industrial electromagnetic interference.

Complete packaging list

EC-8560 adapter card, fixed bracket, 3m extension cable, RK-8005 chassis (pre installed with PCI-8565, BP8005 backplane, 200W power supply), wall kit, AC power cord, paper manual.

Core specifications and key features

1. Bus protocol standards

Host side: compatible with ExpressCard 1.2, PCIe 1.0a X1, bidirectional bandwidth of 250MB/s;

Chassis side: PCIe to PCI Bridge 1.2, outputs 32bit/33MHz standard PCI bus, supports 3.3V/5V PCI cards;

The bus is completely transparent: external PCI devices do not require additional drivers, and the laptop BIOS automatically recognizes them, just like a built-in slot.

2. Electrical dimensional parameters

EC-8560:108 × 34mm, power supply 3.3V/210mA;

PCI-8565 half height card: 120 × 64mm, 3.3V/720mA;

RK-8005 chassis: 122 (W) × 195 (H) × 259 (D) mm, with a total weight of 3.2kg;

Power input: 85-265V wide AC, output 200W;

Heat dissipation: 80mm ball bearing fan;

Backplane BP-8005: 1 system slot (fixed plug PCI-8565)+4 universal half height PCI slots.

3. Environmental parameters

Working temperature: 0-50 ℃, storage: -20~80 ℃, relative humidity: 10%~90%, no condensation.

4. Core functional highlights

Remote separation: cables can be selected from 1/3/7 meters, laptops can be placed in safe areas, and PCI devices can be placed in high-temperature/hazardous industrial sites;

Wall mounted small chassis, saving control cabinet space;

EMI optimization: supports spread spectrum clock (SSC) jumpers to reduce electromagnetic radiation;

Remote power on/off pin JP1, supports external triggering of chassis power supply;

Full screen shielded differential cable, anti-interference in industrial environments;

No driver transparent bridge, Windows/Linux natively supports all standard PCI capture/motion cards.

5. Typical application scenarios

Electronic production line automation testing, high-density IO measurement and control system, military aviation testing equipment, remote measurement in hazardous environments, portable laboratory testing platform.

Detailed layout of hardware components, interfaces, and jumpers

（1） EC-8560 (notebook end)

ExpressCard/34 in appearance, equipped with a metal fixed bracket (ExpressCard/54 laptop must be added);

External DB type cable interface, with locking screws to secure the extension cable; No onboard jumpers, only link indicator lights.

（2） PCI-8565 (bridge card inside the chassis)

CN1: PCIe extension cable interface; D1: Link status green light;

JP1: Remote ATX power on/off pin, which can be externally connected to control the power on of the chassis;

JP2: Spread spectrum clock SSC jumper

1-2 Short circuit: Activate SSC to reduce EMI electromagnetic interference;

2-3 Short circuit: Turn off SSC, standard PCI clock.

（3） RK-8005 chassis and BP-8005 backplane

Chassis panel: red POWER power light, green LINK chain street light, power boat switch, AC input socket, cooling fan; Supports wall mounted installation.

BP-8005 5-slot PCI backplane

Slot: SYSTEM system slot (dedicated, only for PCI-8565, CPU motherboard card prohibited), PCI1~PCI4 four peripheral slots;

CN2: Standard ATX main power interface; CN3:12V fan power supply; CN4: PW-OK power status detection; CN1: Panel LED wiring;

JP1: Panel LED jumper; JP2: ATX power supply enabled; JP3: Fan power jumper.

（4） Extension cable selection

ACL-EXPRESS-1 (1m), ACL-EXPRESS-3 (standard 3m), ACL-EXPRESS-7 (longest 7m), full screen shielded differential structure.

Complete installation process (mandatory requirement for anti-static)

The entire process must be grounded with anti-static wristbands and anti-static pads, and bare hands are prohibited from touching the chip's gold fingers.

Step 1: Installation of EC-8560 on laptop end

The laptop is completely powered off;

Lock the extension cable to the EC-8560 interface;

Install a metal bracket on the ExpressCard/54 model and insert it into the notebook's Express card slot; The 34 model can be directly inserted.

Step 2: Installation of PCI board in the chassis

Power off the chassis and remove the top cover;

Choose one of the four idle PCI slots to install the target acquisition/motion card, and fix the baffle with screws;

Close the cover plate of the computer case and tighten the screws.

Step 3: Connect the cables of the entire machine

Lock the other end of the extension cable to the CN1 interface of PCI-8565 inside the chassis, tighten all screws on both ends, and confirm that the cable is not loose before powering on.

Step 4: Strictly follow the power on/off sequence (key, avoid blue screen and hardware damage)

Power on sequence: Turn on the RK-8005 chassis power first → then start the laptop

Principle: BIOS startup scans the PCI bus, and the chassis must be powered on in advance for the bridging devices to be allocated IRQ and IO resources by the system.

Shutdown sequence: First shut down the laptop system and power off → then turn off the power to the chassis

It is strictly prohibited to disconnect cables or turn off the power supply of the laptop during operation, as it may cause system crashes, data loss, or even damage to the PCI board.

Indicator light status judgment

The green LINK light is constantly on, indicating that the cable connection is normal and the PCIe link handshake is successful; If the link is disconnected or the chassis is not powered on, it will turn off.

System working principle diagram

Notebook ExpressCard → EC-8560 Signal Equalizer Chip → Shielded Long Line PCIe X1 Differential Link → PCI-8565 Bridge Chip → BP-8005 Backplane 32-bit PCI Bus → 4 External PCI Cards.

Troubleshooting FAQ

Q: The longest extension distance?

A: Standard configuration is 3m, optional 7m, and the cable is uniformly shielded. It cannot be replaced by self-made ordinary network cable/serial port cable.

Q: Do you need additional drivers?

A: No need, the hardware is a standard PCIe to PCI transparent bridge with native recognition by the operating system.

Q: Can a laptop accommodate multiple expansion cases?

A: The single ExpressCard interface only supports one chassis; Multiple chassis require multiple ExpressCard slots for laptops.

Q: How to handle if the system cannot recognize the PCI board?

Troubleshooting steps:

① Confirm the power on sequence (chassis first, laptop later);

② Check if the cables at both ends are locked and if the LINK light is on;

③ Update the laptop BIOS, turn off unnecessary peripherals built into the motherboard to release IRQ resources;

④ Check conflicts one by one on a single PCI card; Recommend Intel 945/965 and updated chipset laptops.

Q: What should I do if there is significant electromagnetic interference?

A: Switch the PCI-8565 JP2 jumper to enable SSC spread spectrum clock mode.

Safety operation standards

Before installing, plugging and unplugging cables, or replacing boards, the entire machine must be powered off;

The equipment should be kept away from liquids, high temperatures, and dust, and the ventilation openings should not be obstructed;

Only the original 200W matching power supply is allowed, and it is prohibited to replace non-standard power supplies;

Built in lithium battery, there is a risk of explosion when replacing the wrong model, and the waste battery is recycled in compliance with regulations;

Only authorized engineers from Linghua are authorized to disassemble and repair the machine, and unauthorized disassembly will result in loss of warranty.