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www.adlinktech.com
Digital
Single Channel PCI Express
®
Camera Link
®
Frame Grabber
PCIe-CML64
Features
■ PCI Express
®
x4 compliant
■ Supports one channel Camera Link
®
in base/medium/full
configuration
■ High-speed image transfer rates up to 680 MB/sec
■ Acquisition pixel clock rates up to 85 MHz
■ 128 MB DDR SDRAM on-board memory
■ 2 TTL I/O, differential/TTL trigger input
■ Serial communication via Camera Link
®
■ Windows
®
Platform
• Available for Windows® Vista (64/32-bit)/XP
• Recommended programming environments: C#/.NET/
VC++ 6.0/VB 6.0/BCB 6.0
Software Support
Ordering Information
■ PCIe-CML64FB
PCI Express
®
x4 Camera Link
®
frame grabber
■ PCIe-CML64FP
PCI Express
®
x4 Camera Link
®
frame grabber with
FPGA image pre-processing
■
Video Input Camera Link
®
LVDS deferential signals
Base configuration: via a Data1 MDR26 26-pin connector
Medium and full configuration: via Data1 and Data2 MDR26
26-pin connectors
Maximum Camera Link
®
data rate: 85 MHz
■
Camera Control RS-422 signal: CC1-CC4 control signals in the Data1MDR26
26-pin connector
■
External Signal Input RS-422 signal: external A, B, Z phase deferential signal inputs,
maximum frequency: 1 MHz
External page trigger
One channel digital input; one channel digital output
■
Form Factor Half length PCI Express
®
x4 compliant
■
Dimensions 174.62 x 111.15 mm (W x L)
■
Camera Support Base cameras: 3 x 8-bit/tap, 1 x 16-bit/tap, 2 x 12-bit/tap
Medium cameras: 4 x 8-bit/tap, 4 x 12-bit/tap
Full cameras: 8-bit/tap
■
Power Consumption 0.6 A @ +12 V, 2 A @ +3.3 V
Specifications
Introduction
The PCIe-CML64 is a PCI Express
®
x4 compliant Camera Link
®
frame grabber that supports one channel
base/medium/full configuration, multi-tap area, and line scan color and monochrome Camera Link cameras.
The PCIe-CML64 series utilizes an FPGA design for greater image acquisition flexibility, higher performance,
and improved pre-processing functionality (such as pixel gain/offset correction).
The PCIe-CML64 provides a 128 MB frame buffer to buffer and rearrange pixel data from the camera, before
passing it to the PCI Express
®
bus DMA, a feature ideal for industrial machine vision applications, such as high
speed inspection and high resolution acquisition.
Scanning modes supported by the PCIe-CML64 include using a linescan camera in the following modes:
· Page trigger – triggered events trigger the acquisition of a given number of lines (an area acquisition system)
· Line trigger – the system continuously acquires and transfers lines from the camera based on the line trigger
signal (no lines are skipped)
· Free-run – image acquisition is controlled by software, without any trigger input
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