Euresys CoaXPress CXP-12 frame grabbers at different angles

High-Bandwidth, Industrial CoaXPress Acquisition

The Euresys Coaxlink CXP-12 frame grabbers deliver massive, low-latency camera bandwidth over rugged coaxial links, perfect for high-resolution area-scan, ultra-fast line-scan and multi-camera inspection systems. 

Built on the proven CoaXPress 2.0 standard, the CXP-12 family supports long cable runs, Power-over-CoaXPress (PoCXP), extensive I/O and advanced triggering/encoding tools so you can synchronize complex production lines and capture images reliably at multi-GB/s throughput.

Euresys CXP-12 mono frame grabber front view

Coaxlink Mono CXP-12 LH: Single-Channel Simplicity for Focused Systems

The Euresys Coaxlink Mono CXP-12 provides one full-speed CXP-12 connection in a compact, low-profile card, delivering a straightforward choice when you need a single camera link with maximum per-channel bandwidth. 

This CXP-12 grabber is ideal for single-camera inspection stations, lab setups, or embedded PCs where board space is limited. The Mono board inherits Coaxlink’s timing and triggering toolset for robust line-scan and area-scan workflows, and supports Power-over-CoaXPress so the camera can be powered through the same cable.

Euresys CXP-12 duo frame grabber front view

Coaxlink Duo CXP-12: Dual Links for Faster Cameras

The Euresys Coaxlink Duo CXP-12 offers two independent CXP-12 connections, giving you 2× the channel flexibility either through two single-connection cameras or one dual-connection camera that needs aggregated bandwidth. 

It’s a compact, cost-efficient solution for mid-density inspection systems where you need higher aggregate throughput than a single link but still want a small footprint. The Coaxlink Duo CXP-12 supports multiple firmware variants that tailor the board for 1-camera, 2-camera or line-scan modes.

Euresys CXP-12 quad frame grabber front view

Coaxlink Quad CXP-12: Four Connections for High Throughput

The Euresys Coaxlink Quad CXP-12 frame grabbers deliver four CXP-12 connections on a single card, ideal for multi-camera area-scan systems or for stitching bandwidth to feed a single high-speed camera using multiple links. 

With aggregated camera bandwidth and rich I/O, Quad cards are ideal in production lines that combine several inspection cameras in a compact host. The Coaxlink Quad CXP-12 Value model provides a cost-optimized option while keeping core Coaxlink features like long-cable support and extensive trigger tools.

Euresys CXP-12 octo frame grabber front view

Coaxlink Octo CXP-12: Up to Eight Connections for Dense Systems

The Euresys Coaxlink Octo CXP-12 is the ideal solution when you need to connect many cameras to a single host, supporting up to eight CXP-12 connections on one board.

This enables very compact multi-camera systems (multi-view inspection, high-throughput sorting lines, or complex profiling arrays) while keeping cabling and host resources efficient. The Octo CXP-12 still offers the Coaxlink features you rely on: extensive triggering, encoder integration, and support for mixed camera configurations.

CoaXPress CXP-12 Key Features:

  • CoaXPress 2.0 (CXP-12) support for 12.5 Gbps per link and long coax cable runs
  • Power-over-CoaXPress (PoCXP) with per-channel voltage/current measurement and protection
  • Rich I/O (differential, TTL, isolated lines) and advanced I/O toolbox for triggers, encoders and sequence control
  • Multiple firmware variants for area-scan, line-scan and multi-camera modes, on-board pixel processing
  • Euresys software ecosystem: drivers, eGrabber APIs, Memento logging tool, and SDK support for fast integration
  • Copper and fiber connectivity options (via CXP-to-QSFP converters) for extended distances up to hundreds of meters
Euresys CoaXPress CXP-12 frame grabbers at different angles

Ideal Solution For:

  • Semiconductor wafer inspection and high-resolution die capture
  • Food & beverage and packaging inspection lines (multi-view, high-speed)
  • High-speed web and textile inspection (continuous line-scan applications)
  • 3D profiling and laser triangulation using high-speed line cameras
  • Traffic and surveillance systems requiring long cable runs and PoCXP
  • Scientific imaging and microscopy setups that demand high per-channel bandwidth