CoaXPress Products

Flex I/O CXP Series
Flex I/O CXP Series
by:Magewell Industry
1. The Magewell Flex I/O CXP series of frame grabbers are fully compatible with monochrome, color (Bayer/RGB) area-scan and line-scan cameras. Flex I/O Quad CXP-6 (Enhnaced) and Flex I/O Quad CXP-12 (Enhnaced) both have four high-speed CoaXPress input interfaces, which can automatically detect and reorder the incoming industrial camera line sequence, supporting up to 2500 MB/s (CXP-6) or 5000 MB/s (CXP-12) of camera bandwidth. Flex I/O CXP family is suitable for demanding machine vision applications such as 3C consumer electronics, lithium batteries, semiconductors, and FPD displays.

2. The Magewell CoaXPress frame grabbers are equipped with high bandwidth PCIe host interface, supporting bus bandwidth of up to 3330 MB/s to 6700 MB/s, making it easy to achieve high-capacity data transmission. Unlike traditional Block DMA transmission, Magewell's Flex DMA engine uses Scatter-gather DMA to guarantee continuous data read/write between the frame grabber and the computer host, greatly reducing the burden on the CPU and ensuring high-speed transmission without frame loss.

3. The driver complies with GenICam standard and is compatible with common machine vision software. Magewell provides GenApi compliant client MV Flex IO Viewer and supporting monitoring tools to reduce the difficulty of client development and help developers to achieve high quality image acquisition and access to industrial cameras and parameter settings. Magewell SDK provides standard C interface and supports direct access to multiple programming languages, such as C/C++, C# and Python.

JJIIA CXPR-001-2019 Electrical Compliance Test Specification for JIIA CoaXPress version 2.0 (2019-7-24)
Test report No. CXP-ECTR-2023121507 Date: 2023.12.21
JIIA CXPR-002-2011 Interoperability Compliance Test Specification (Interoperability CTS) for JIIA CoaXPress Standard ver 0.3 (2011-10-20)
Test report No. CXP-ECTR-2024021601/ CXP-ECTR-2024021602 Date: 2024.02.20

Version1.0, 1.1, 1.1.1