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PCle-1006 Quad-CXP-12 Frame Grabber with Optical Forwarding

● Core Platform: Xilinx Kintex UltraScale+Industrial-grade FPGA
● Channel Specs: 4 independent CXP-12 channels, 12.5Gbps per lane, total bandwidth up to 50Gbps
● High-Speed Interfaces: PCIe Gen3 x8, 4×CXP-12,100GQSFP+ optical port, 26-pin multi-function I/O
● Onboard Memory: 8GB DDR4 SDRAM (64-bit, 2400MHz)
● Design Features: PoCXP power support, industrial-grade wide-temperature design
● Applications: Industrial vision inspection, high-speed imaging, automation control, semiconductor testing.

PCIe-1006 Quad 12G CXP Frame Grabber

High-Performance Industrial Vision Acquisition Platform - 4-Ch CXP-12, PoCXP, High-Speed Imaging

Documents

PCIe-1006 Frame Grabber User Manual.pdf

Specifications

Key Advantages

Ultra-High Bandwidth Acquisition

Supports 4 independent CXP-12 inputs, 12.5Gbps per channel, total bandwidth up to 50Gbps. Compatible with CoaXPress v2.0 and backward compatible with v1.1, meeting high-speed industrial camera acquisition requirements.

Integrated PoCXP Power Supply

Built-in PoCXP function powers cameras via coaxial cables, up to 17W DC per channel. No extra camera power supply required, simplifying wiring and reducing system cost.

Industrial FPGA Platform

Powered by Xilinx Kintex UltraScale FPGA with 8GB onboard DDR4, delivering powerful real-time image processing and synchronous transmission for multi-camera systems.

Rich I/O & Software Ecosystem

Integrates 100GQSFP+ optical port and multi-protocol I/O (RS485/Opto-isolated/TTL/LVDS), GenTL compliant. Supports Windows/Linux, with full toolchains including ImgGrab and Aravis SDK.

Overview

PCIe-1006 is a high-performance 4-channel CoaXPress (CXP) frame grabber designed for industrial imaging. It supports the latest CoaXPress v2.0 standard, enabling high-speed image transmission and PoCXP power over a single coaxial cable, simplifying system integration.

Built around Xilinx Kintex UltraScale+ FPGA and 8GB DDR4, it provides robust real-time image processing and flexible expansion. With rich industrial-grade interfaces, it is widely used in machine vision inspection, high-speed imaging and automation control.

Key Features

  • Core Platform: Xilinx Kintex UltraScale+ FPGA + 8GB DDR4 Industrial Processing Unit
  • Acquisition Channels: 4 independent CXP inputs, up to CXP-12 (12.5Gbps) per channel, 50Gbps total bandwidth
  • Interface Standard: CoaXPress v2.0 (backward compatible with v1.1), PoCXP camera power support
  • Host Bus: PCIe Gen3 x8 high-speed host transmission interface
  • Expansion I/O: 1x 100GQSFP+ optical port, 26pin multi-function I/O (RS485/Opto-isolated/TTL/LVDS)
  • Operating Temp: 0℃ ~ 85℃ industrial wide-temperature design
  • Supported OS: Windows 10/11, Linux Ubuntu 18.04/20.04/22.04 64-bit

Technical Specifications

Item Specification
Model PCIe-1006 Quad CoaXPress CXP-12 Frame Grabber
Channels 4 independent CXP channels
Speed per Channel Full support CXP-1/2/3/5/6/10/12 (max 12.5Gbps)
Total Bandwidth Up to 50Gbps
PoCXP Power Max 17W DC per channel, PoCXP compliant
FPGA Platform Xilinx Kintex UltraScale+             XilinxXCKU5P-FFVB676-2-I
Onboard Memory 8GB DDR4
Host Interface PCIe Gen3 x8
Expansion I/O 100GQSFP+ optical port, 26pin multi-function I/O
Operating Temp 0℃ ~ 85℃
Dimension 180mm × 111.15mm (Standard Half-Height PCIe Card)

Interface Diagram

Mechanical Dimensions

Power & Package List

Power Requirement
Card Power Standard 75W from PCIe slot, no extra power needed
PoCXP Power 6pin ATX auxiliary power required, +12V DC input
Input Voltage +12V DC (For PoCXP only)
Max Current Max 17W per PoCXP channel, total power meets multi-camera requirements
Package List Qty
PCIe-1006 Frame Grabber 1 pc
User Manual (Digital) 1 pc
ESD Bag 1 pc
Mounting Screws 1 set

Safety Warning

  • Do NOT plug or unplug the card while powered on. Turn off the PC and disconnect power before installation.
  • 6pin ATX auxiliary power MUST be connected for PoCXP function; PoCXP is unavailable with PCIe slot power only.
  • Use ESD protection before handling the card to avoid ESD damage to FPGA and precision components.
  • Use only qualified coaxial cables and cameras to prevent hardware damage.
  • Avoid installation and use in humid, high-temperature or strong EMI environments.

Quick Start Guide

  1. Check package contents; wear ESD wristband and take out the frame grabber.
  2. Turn off PC, open case, insert the card into a PCIe x8/x16 slot and secure with screws.
  3. Connect 6pin ATX auxiliary power if PoCXP is required.
  4. Connect camera coaxial cables and 26pin I/O connector (if needed).
  5. Power on PC, install HelloFPGA Runtime driver and verify card detection.
  6. Install ImgGrab or SDK, configure camera parameters and start acquisition test.

Typical Applications

Industrial Vision Defect Inspection

High-Speed Object Imaging

Automation Vision Positioning

Semiconductor Wafer Inspection

Medical Image Acquisition & Processing

Scientific High-Speed Image Acquisition

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