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- PCI Express® x4 Interface: Fully compliant with PCIe x4 specification, ensuring high‑bandwidth data transfer between the frame grabber and host memory.
- Dual‑Channel Camera Link® Support: Simultaneous acquisition from two independent base‑configuration cameras or one medium‑configuration camera.
- PoCL™ (Power over Camera Link): Supplies +12 V DC (max 1 A per channel) directly through the Camera Link connector, eliminating separate power cabling.
- High Data Throughput: Supports image transfer rates up to 512 MB/s (dual base) or 320 MB/s (single medium).
- 128 MB DDR SDRAM Buffer: 200 MHz DDR memory for image acquisition buffering and smooth data streaming.
- Flexible Triggering and I/O: 4 TTL digital I/O lines, 2 trigger inputs, 2 exposure outputs, and encoder inputs (RS‑422 A/B/Z).
- 64‑bit Memory Addressing: Compatible with modern 64‑bit operating systems and large memory spaces.
- Comprehensive Software Support: Windows® XP/Vista (32/64‑bit) drivers, WDM driver package, and CamCreator™ configuration utility.
- Developer SDK: Full API library for C/C++, C#, VB.NET, and Borland C++ Builder, including Camera Link serial communication functions.
- Compact Form Factor: 167.65 mm × 111.15 mm PCB suitable for standard PCIe slots.
- Industrial Reliability: Operating temperature 0 °C – 50 °C, humidity 5 – 90 % RH NC.
- Dual‑Channel Camera Link® Support: Simultaneous acquisition from two independent base‑configuration cameras or one medium‑configuration camera.
- PoCL™ (Power over Camera Link): Supplies +12 V DC (max 1 A per channel) directly through the Camera Link connector, eliminating separate power cabling.
- High Data Throughput: Supports image transfer rates up to 512 MB/s (dual base) or 320 MB/s (single medium).
- 128 MB DDR SDRAM Buffer: 200 MHz DDR memory for image acquisition buffering and smooth data streaming.
- Flexible Triggering and I/O: 4 TTL digital I/O lines, 2 trigger inputs, 2 exposure outputs, and encoder inputs (RS‑422 A/B/Z).
- 64‑bit Memory Addressing: Compatible with modern 64‑bit operating systems and large memory spaces.
- Comprehensive Software Support: Windows® XP/Vista (32/64‑bit) drivers, WDM driver package, and CamCreator™ configuration utility.
- Developer SDK: Full API library for C/C++, C#, VB.NET, and Borland C++ Builder, including Camera Link serial communication functions.
- Compact Form Factor: 167.65 mm × 111.15 mm PCB suitable for standard PCIe slots.
- Industrial Reliability: Operating temperature 0 °C – 50 °C, humidity 5 – 90 % RH NC.
1. Product Overview
Product Name: PCIe-CPL64
Model: PCIe-CPL64-Base
Series: PCIe-CPL64 PoCL Frame Grabber Series
Article Number: PCIe-CPL64-Base
Manufacturer: ADLINK Technology Inc.
The ADLINK PCIe‑CPL64 is a high‑performance dual‑channel Camera Link® frame grabber card designed for industrial and scientific imaging applications. It connects one or two Camera Link base‑configuration cameras, or a single medium‑configuration camera, to a host PC via a PCI Express® x4 interface. The board integrates Power over Camera Link (PoCL™) capability, allowing the same cable to deliver both image data and camera power. With a 128 MB DDR SDRAM acquisition buffer and support for pixel clock rates up to 85 MHz, the PCIe‑CPL64 provides reliable, high‑speed image acquisition for machine vision, inspection, and research systems.
2. Key Features
- PCI Express® x4 Interface: Fully compliant with PCIe x4 specification, ensuring high‑bandwidth data transfer between the frame grabber and host memory.
- Dual‑Channel Camera Link® Support: Simultaneous acquisition from two independent base‑configuration cameras or one medium‑configuration camera.
- PoCL™ (Power over Camera Link): Supplies +12 V DC (max 1 A per channel) directly through the Camera Link connector, eliminating separate power cabling.
- High Data Throughput: Supports image transfer rates up to 512 MB/s (dual base) or 320 MB/s (single medium).
- 128 MB DDR SDRAM Buffer: 200 MHz DDR memory for image acquisition buffering and smooth data streaming.
- Flexible Triggering and I/O: 4 TTL digital I/O lines, 2 trigger inputs, 2 exposure outputs, and encoder inputs (RS‑422 A/B/Z).
- 64‑bit Memory Addressing: Compatible with modern 64‑bit operating systems and large memory spaces.
- Comprehensive Software Support: Windows® XP/Vista (32/64‑bit) drivers, WDM driver package, and CamCreator™ configuration utility.
- Developer SDK: Full API library for C/C++, C#, VB.NET, and Borland C++ Builder, including Camera Link serial communication functions.
- Compact Form Factor: 167.65 mm × 111.15 mm PCB suitable for standard PCIe slots.
- Industrial Reliability: Operating temperature 0 °C – 50 °C, humidity 5 – 90 % RH NC.
3. Technical Specifications
| Parameter | Specification |
|----------------|------------------|
| Video Input | Camera Link® LVDS differential signals |
| Supported Configurations | Dual Base or Single Medium |
| Connectors | Two MDR‑26 Camera Link connectors |
| Max Pixel Clock | 85 MHz |
| PoCL Output | +12 V DC, max 1 A per channel, over‑current protection |
| Memory Buffer | 128 MB DDR SDRAM @ 200 MHz |
| External Inputs | RS‑422 A/B/Z encoder inputs (1 MHz max), 2 TTL line/area triggers, 2 TTL line‑start triggers |
| Outputs | 2 TTL exposure outputs, 4 TTL digital outputs |
| Digital I/O | 4 inputs / 4 outputs, TTL level |
| Form Factor | PCI Express® x4 |
| Dimensions (W × L) | 167.65 mm × 111.15 mm |
| Power Requirements | +12 V @ 0.5 A max, +3.3 V @ 1.6 A max |
| Operating Temperature | 0 °C – 50 °C |
| Storage Temperature | 0 °C – 70 °C |
| Operating Humidity | 5 – 90 % RH NC |
| Storage Humidity | 0 – 95 % RH NC |
4. Functionality
The PCIe‑CPL64 captures digital image data from Camera Link‑compliant cameras and transfers it to host memory via the PCIe bus. It supports both area‑scan and line‑scan cameras, including multi‑tap sensors. The board’s PoCL feature automatically detects whether a connected camera supports power‑over‑link and supplies regulated +12 V DC accordingly.
Use Cases and Applications:
- PCB, flat‑panel display, wafer, and solar‑cell surface inspection
- Industrial machine vision and automated optical inspection (AOI)
- Medical and scientific imaging instruments
- High‑speed line‑scan and 3D inspection systems
Compatibility:
- Supports a wide range of Camera Link cameras from Basler, Dalsa, Hitachi, Imperx, JAI, Sentech, Sony, and Teli.
- Compatible with Windows® XP/Vista (32/64‑bit).
- Provides SDKs for Visual C++, C#, VB.NET, and Borland C++ Builder.
5. Components & Accessories
Included Components:
- PCIe‑CPL64 frame grabber board
- Driver and SDK installation media
- CamCreator™ configuration utility
- User’s manual (Rev 2.01, Part No. 50‑11158‑1010)
Optional Accessories:
- 5 m Camera Link cable (robot type)
- Encoder and GPIO extension cable (25‑pin D‑SUB female)
Connectors:
- CN1/CN2: MDR‑26 Camera Link connectors for video input and control signals (CC1–CC4).
- CN3: 26‑pin header for encoder and GPIO connections (A/B/Z phases, triggers, exposure outputs, DI/DO).
- JP1: Jumper for Z‑phase input level (RS‑422 / TTL).
- SW1: DIP switch for Card ID selection (0–15).
- SW2: DIP switch for DO +5 V pull‑up selection.
- Status LEDs: Indicate PoCL +12 V status and image‑grabbing activity for each channel.
6. Installation & Setup
Hardware Installation:
1. Power off the PC and remove the cover.
2. Insert the PCIe‑CPL64 into an available PCIe x4, x8, or x16 slot.
3. Secure the bracket with the screw.
4. Reassemble and power on the system.
Driver Installation:
- Run the setup program to install the WDM driver.
- If .NET Framework 2.0 is not present, the installer will prompt for installation.
- After installation, verify the following devices in Windows Device Manager:
- ADLINK CPL64 Device
- ADLINK CPL64 Frame Grabber
- ADLINK CPL64 Port 0
- ADLINK CPL64 Port 1
- For Windows Vista, disable User Account Control (UAC) to ensure proper operation.
Software Configuration:
- Use CamCreator™ to detect connected cameras, load or edit camera files, adjust parameters, and test acquisition.
- The utility provides panels for devices, cameras, parameters, counters, I/O control, and image display.
- Supports continuous grab, snapshot, dual‑channel view, zoom, and image save functions.
7. Performance & Capabilities
- Data Throughput: Up to 512 MB/s (dual base) or 320 MB/s (single medium).
- Pixel Clock: 85 MHz maximum.
- Buffer Memory: 128 MB DDR SDRAM ensures stable acquisition without frame loss.
- Encoder Input: RS‑422 A/B/Z, 1 MHz max input frequency.
- Trigger Modes:
- Free‑run continuous capture
- Line/area trigger (TTL or RS‑422)
- Encoder input (A, A/B, A/B/Z) for line‑scan synchronization
- Digital I/O: 4 TTL inputs and 4 TTL outputs, software‑configurable.
- Exposure Control: Two TTL exposure outputs per channel.
- PoCL Power: +12 V DC @ 1 A max per channel with over‑current protection and auto‑detection of PoCL/non‑PoCL devices.
- System Buffer Queue: Adjustable (2 – 100 frames); default = 4.
- Supported Image Formats: 8 – 36 bits per pixel, single to quad‑tap configurations.
- Software API: Over 150 functions for acquisition, camera control, triggering, GPIO, and serial communication.
- Limitations: Requires compatible Camera Link cameras; PCIe x1 slots reduce bandwidth; Windows Vista requires UAC off.
8. Standards & Compliance
- Interface Standards:
- PCI Express® x4 (compliant with PCIe Base Specification)
- Camera Link® Base and Medium configurations
- PoCL™ (Power over Camera Link) standard with auto‑detection
- Electrical & Safety:
- Over‑current protection on PoCL power lines
- TTL and RS‑422 signal level compliance
- Software & API Standards:
- Camera Link Serial Communication API (clSerial)
- Windows WDM driver model
- Environmental Compliance:
- Operating 0 – 50 °C, 5 – 90 % RH NC
- Storage 0 – 70 °C, 0 – 95 % RH NC
- Certifications:
- CE and FCC Class A (typical for ADLINK industrial boards)
- RoHS compliant manufacturing
9. Additional Information
Warranty & Support:
ADLINK provides standard limited warranty coverage for manufacturing defects. Technical support and service are available through ADLINK’s global offices in Taiwan, USA, China (Beijing, Shanghai, Shenzhen), Germany, France, Japan, Korea, Singapore, and India.
Maintenance:
- Keep connectors clean and free of dust.
- Ensure adequate airflow within the PC chassis.
- Use only ADLINK‑approved Camera Link cables and accessories.
Software Updates:
- Driver and SDK updates are available from ADLINK’s support portal.
- CamCreator™ and API libraries are periodically updated for new camera models and OS compatibility.
Developer Resources:
- CamCreator™ Utility: GUI for camera setup, testing, and debugging.
- API Libraries:
- `Cpl64.dll` / `Cpl64.lib` – Frame grabber control
- `clallserial.dll` / `clallserial.lib` – Camera Link serial communication
- Header Files: `Cpl64.h`, `clallserial.h` for C/C++; `Cpl64.cs`, `Cpl64.vb` for .NET languages.
- Registry Key: `HKEY_LOCAL_MACHINE\software\cameralink\CLSERIALPATH` defines serial driver path.
Camera Compatibility (excerpt):
- Basler: SPL2048‑70K, SPL4096‑20K, L301kc, L304kc
- CIS: VCC‑8550CL, VCC‑G22S21CL
- Dalsa: SA‑2M30, P2‑49‑08K40, HS‑80‑08K80
- Hitachi: KP‑F200SCL, KP‑F500PCL
- Imperx: LYNX4M15L
- JAI: CV‑M9CL
- Sentech: STC‑CL232A, STC‑CL33A, STC‑CL83A, STC‑CL152A, STC‑CL202A, TLC‑2098CLS
- Sony: XCL‑5005
- Teli: CSCV90BC3, CSCX30BC3, CS3960DCL, CS3970CL, CSB4000CL‑10A, CS6910CL, CS6940CL, CSC12M25BMP19
Typical Applications:
- Dual‑camera inspection systems requiring synchronized acquisition
- High‑resolution line‑scan imaging for semiconductor or FPD inspection
- Color and monochrome area‑scan imaging for microscopy or metrology
- Encoder‑synchronized motion capture in industrial automation
Summary:
The ADLINK PCIe‑CPL64‑Base is a robust, cost‑effective frame grabber that merges high‑speed Camera Link acquisition with the bandwidth of PCI Express. Its dual‑channel design, PoCL power delivery, and extensive software toolkit make it ideal for OEMs and system integrators developing advanced machine‑vision solutions. With comprehensive I/O, encoder support, and a mature SDK, it provides a complete platform for precise, high‑throughput image capture in demanding industrial and scientific environments.
Product Name: PCIe-CPL64
Model: PCIe-CPL64-Base
Series: PCIe-CPL64 PoCL Frame Grabber Series
Article Number: PCIe-CPL64-Base
Manufacturer: ADLINK Technology Inc.
The ADLINK PCIe‑CPL64 is a high‑performance dual‑channel Camera Link® frame grabber card designed for industrial and scientific imaging applications. It connects one or two Camera Link base‑configuration cameras, or a single medium‑configuration camera, to a host PC via a PCI Express® x4 interface. The board integrates Power over Camera Link (PoCL™) capability, allowing the same cable to deliver both image data and camera power. With a 128 MB DDR SDRAM acquisition buffer and support for pixel clock rates up to 85 MHz, the PCIe‑CPL64 provides reliable, high‑speed image acquisition for machine vision, inspection, and research systems.
2. Key Features
- PCI Express® x4 Interface: Fully compliant with PCIe x4 specification, ensuring high‑bandwidth data transfer between the frame grabber and host memory.
- Dual‑Channel Camera Link® Support: Simultaneous acquisition from two independent base‑configuration cameras or one medium‑configuration camera.
- PoCL™ (Power over Camera Link): Supplies +12 V DC (max 1 A per channel) directly through the Camera Link connector, eliminating separate power cabling.
- High Data Throughput: Supports image transfer rates up to 512 MB/s (dual base) or 320 MB/s (single medium).
- 128 MB DDR SDRAM Buffer: 200 MHz DDR memory for image acquisition buffering and smooth data streaming.
- Flexible Triggering and I/O: 4 TTL digital I/O lines, 2 trigger inputs, 2 exposure outputs, and encoder inputs (RS‑422 A/B/Z).
- 64‑bit Memory Addressing: Compatible with modern 64‑bit operating systems and large memory spaces.
- Comprehensive Software Support: Windows® XP/Vista (32/64‑bit) drivers, WDM driver package, and CamCreator™ configuration utility.
- Developer SDK: Full API library for C/C++, C#, VB.NET, and Borland C++ Builder, including Camera Link serial communication functions.
- Compact Form Factor: 167.65 mm × 111.15 mm PCB suitable for standard PCIe slots.
- Industrial Reliability: Operating temperature 0 °C – 50 °C, humidity 5 – 90 % RH NC.
3. Technical Specifications
| Parameter | Specification |
|----------------|------------------|
| Video Input | Camera Link® LVDS differential signals |
| Supported Configurations | Dual Base or Single Medium |
| Connectors | Two MDR‑26 Camera Link connectors |
| Max Pixel Clock | 85 MHz |
| PoCL Output | +12 V DC, max 1 A per channel, over‑current protection |
| Memory Buffer | 128 MB DDR SDRAM @ 200 MHz |
| External Inputs | RS‑422 A/B/Z encoder inputs (1 MHz max), 2 TTL line/area triggers, 2 TTL line‑start triggers |
| Outputs | 2 TTL exposure outputs, 4 TTL digital outputs |
| Digital I/O | 4 inputs / 4 outputs, TTL level |
| Form Factor | PCI Express® x4 |
| Dimensions (W × L) | 167.65 mm × 111.15 mm |
| Power Requirements | +12 V @ 0.5 A max, +3.3 V @ 1.6 A max |
| Operating Temperature | 0 °C – 50 °C |
| Storage Temperature | 0 °C – 70 °C |
| Operating Humidity | 5 – 90 % RH NC |
| Storage Humidity | 0 – 95 % RH NC |
4. Functionality
The PCIe‑CPL64 captures digital image data from Camera Link‑compliant cameras and transfers it to host memory via the PCIe bus. It supports both area‑scan and line‑scan cameras, including multi‑tap sensors. The board’s PoCL feature automatically detects whether a connected camera supports power‑over‑link and supplies regulated +12 V DC accordingly.
Use Cases and Applications:
- PCB, flat‑panel display, wafer, and solar‑cell surface inspection
- Industrial machine vision and automated optical inspection (AOI)
- Medical and scientific imaging instruments
- High‑speed line‑scan and 3D inspection systems
Compatibility:
- Supports a wide range of Camera Link cameras from Basler, Dalsa, Hitachi, Imperx, JAI, Sentech, Sony, and Teli.
- Compatible with Windows® XP/Vista (32/64‑bit).
- Provides SDKs for Visual C++, C#, VB.NET, and Borland C++ Builder.
5. Components & Accessories
Included Components:
- PCIe‑CPL64 frame grabber board
- Driver and SDK installation media
- CamCreator™ configuration utility
- User’s manual (Rev 2.01, Part No. 50‑11158‑1010)
Optional Accessories:
- 5 m Camera Link cable (robot type)
- Encoder and GPIO extension cable (25‑pin D‑SUB female)
Connectors:
- CN1/CN2: MDR‑26 Camera Link connectors for video input and control signals (CC1–CC4).
- CN3: 26‑pin header for encoder and GPIO connections (A/B/Z phases, triggers, exposure outputs, DI/DO).
- JP1: Jumper for Z‑phase input level (RS‑422 / TTL).
- SW1: DIP switch for Card ID selection (0–15).
- SW2: DIP switch for DO +5 V pull‑up selection.
- Status LEDs: Indicate PoCL +12 V status and image‑grabbing activity for each channel.
6. Installation & Setup
Hardware Installation:
1. Power off the PC and remove the cover.
2. Insert the PCIe‑CPL64 into an available PCIe x4, x8, or x16 slot.
3. Secure the bracket with the screw.
4. Reassemble and power on the system.
Driver Installation:
- Run the setup program to install the WDM driver.
- If .NET Framework 2.0 is not present, the installer will prompt for installation.
- After installation, verify the following devices in Windows Device Manager:
- ADLINK CPL64 Device
- ADLINK CPL64 Frame Grabber
- ADLINK CPL64 Port 0
- ADLINK CPL64 Port 1
- For Windows Vista, disable User Account Control (UAC) to ensure proper operation.
Software Configuration:
- Use CamCreator™ to detect connected cameras, load or edit camera files, adjust parameters, and test acquisition.
- The utility provides panels for devices, cameras, parameters, counters, I/O control, and image display.
- Supports continuous grab, snapshot, dual‑channel view, zoom, and image save functions.
7. Performance & Capabilities
- Data Throughput: Up to 512 MB/s (dual base) or 320 MB/s (single medium).
- Pixel Clock: 85 MHz maximum.
- Buffer Memory: 128 MB DDR SDRAM ensures stable acquisition without frame loss.
- Encoder Input: RS‑422 A/B/Z, 1 MHz max input frequency.
- Trigger Modes:
- Free‑run continuous capture
- Line/area trigger (TTL or RS‑422)
- Encoder input (A, A/B, A/B/Z) for line‑scan synchronization
- Digital I/O: 4 TTL inputs and 4 TTL outputs, software‑configurable.
- Exposure Control: Two TTL exposure outputs per channel.
- PoCL Power: +12 V DC @ 1 A max per channel with over‑current protection and auto‑detection of PoCL/non‑PoCL devices.
- System Buffer Queue: Adjustable (2 – 100 frames); default = 4.
- Supported Image Formats: 8 – 36 bits per pixel, single to quad‑tap configurations.
- Software API: Over 150 functions for acquisition, camera control, triggering, GPIO, and serial communication.
- Limitations: Requires compatible Camera Link cameras; PCIe x1 slots reduce bandwidth; Windows Vista requires UAC off.
8. Standards & Compliance
- Interface Standards:
- PCI Express® x4 (compliant with PCIe Base Specification)
- Camera Link® Base and Medium configurations
- PoCL™ (Power over Camera Link) standard with auto‑detection
- Electrical & Safety:
- Over‑current protection on PoCL power lines
- TTL and RS‑422 signal level compliance
- Software & API Standards:
- Camera Link Serial Communication API (clSerial)
- Windows WDM driver model
- Environmental Compliance:
- Operating 0 – 50 °C, 5 – 90 % RH NC
- Storage 0 – 70 °C, 0 – 95 % RH NC
- Certifications:
- CE and FCC Class A (typical for ADLINK industrial boards)
- RoHS compliant manufacturing
9. Additional Information
Warranty & Support:
ADLINK provides standard limited warranty coverage for manufacturing defects. Technical support and service are available through ADLINK’s global offices in Taiwan, USA, China (Beijing, Shanghai, Shenzhen), Germany, France, Japan, Korea, Singapore, and India.
Maintenance:
- Keep connectors clean and free of dust.
- Ensure adequate airflow within the PC chassis.
- Use only ADLINK‑approved Camera Link cables and accessories.
Software Updates:
- Driver and SDK updates are available from ADLINK’s support portal.
- CamCreator™ and API libraries are periodically updated for new camera models and OS compatibility.
Developer Resources:
- CamCreator™ Utility: GUI for camera setup, testing, and debugging.
- API Libraries:
- `Cpl64.dll` / `Cpl64.lib` – Frame grabber control
- `clallserial.dll` / `clallserial.lib` – Camera Link serial communication
- Header Files: `Cpl64.h`, `clallserial.h` for C/C++; `Cpl64.cs`, `Cpl64.vb` for .NET languages.
- Registry Key: `HKEY_LOCAL_MACHINE\software\cameralink\CLSERIALPATH` defines serial driver path.
Camera Compatibility (excerpt):
- Basler: SPL2048‑70K, SPL4096‑20K, L301kc, L304kc
- CIS: VCC‑8550CL, VCC‑G22S21CL
- Dalsa: SA‑2M30, P2‑49‑08K40, HS‑80‑08K80
- Hitachi: KP‑F200SCL, KP‑F500PCL
- Imperx: LYNX4M15L
- JAI: CV‑M9CL
- Sentech: STC‑CL232A, STC‑CL33A, STC‑CL83A, STC‑CL152A, STC‑CL202A, TLC‑2098CLS
- Sony: XCL‑5005
- Teli: CSCV90BC3, CSCX30BC3, CS3960DCL, CS3970CL, CSB4000CL‑10A, CS6910CL, CS6940CL, CSC12M25BMP19
Typical Applications:
- Dual‑camera inspection systems requiring synchronized acquisition
- High‑resolution line‑scan imaging for semiconductor or FPD inspection
- Color and monochrome area‑scan imaging for microscopy or metrology
- Encoder‑synchronized motion capture in industrial automation
Summary:
The ADLINK PCIe‑CPL64‑Base is a robust, cost‑effective frame grabber that merges high‑speed Camera Link acquisition with the bandwidth of PCI Express. Its dual‑channel design, PoCL power delivery, and extensive software toolkit make it ideal for OEMs and system integrators developing advanced machine‑vision solutions. With comprehensive I/O, encoder support, and a mature SDK, it provides a complete platform for precise, high‑throughput image capture in demanding industrial and scientific environments.
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PCIe-CPL64_Datasheet_3.pdf
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