pco.hsr 8x25 CLHS Image Recorder
The next-generation pco.hsr 8x25 CLHS high-speed image recorder is designed for continuous, lossless capture of the fastest transient events. Its robust FPGA-based architecture streams data directly to high-endurance SSDs, combining extreme data throughput with uninterrupted recording. Supporting up to eight cameras simultaneously, the pco.hsr 8x25 CLHS uniquely combines ultra-high-speed acquisition with extended image recording, ensuring no critical moment is missed in high-speed industrial inspection and R&D applications.
With an unprecedented bandwidth of up to 200 Gbit/s, the pco.hsr 8x25 CLHS surpasses conventional computer systems by reliably capturing even the fastest events. It provides 8 TB of high-endurance SSD storage, rated for 60 drive writes per day with an MTTF of 2 million hours, enabling uninterrupted data streaming to onboard storage. The recorder offers synchronized multi-camera workflows for complex test setups and production environments.
The pco.hsr 8x25 CLHS recorder system is engineered to capture and store large volume throughput of image data from extremely high-speed events with precision and reliability across a wide range of industries and applications. It enables detailed monitoring of high-speed manufacturing processes for quality control and process optimization, while supporting advanced R&D efforts that require accurate analysis of rapid physical, mechanical, and biological occurrences. In combination with a PCO high-speed camera, the recorder is a strong addition to test-and-measurement setups for sports performance analysis, automotive and aerospace testing, medical imaging, and physics experimentation. It delivers lossless data to support motion analysis, stress testing, aerodynamic research, and other high-impact events.
| Maximum data ra | 200 Gbit |
| Stora | 8 x 1 TB high-endurance SSDs (60 DWP |
| Memory (RA | 64 |
| Multi-camera suppo | Up to 8 cameras simultaneous |
| Interfac | 25 Gbit/s QSFP, 1/10/25 Gbit/s Ethernet, U |
| Form fact | 3U, 19” rack compatib |
Extreme speed and continuous capture: Records up to 200 Gbit/s with seamless, lossless data flow, enabling reliable capture of the fastest events
High-endurance onboard storage: Provides 8 TB of high-endurance SSD storage, delivering the capacity and sustained throughput required to handle continuous, large-volume image data streams from high-speed cameras
Multi-camera connectivity and efficient workflow: Scalable support for up to eight cameras via eight dedicated 25G fiber-optic channels, built to support demanding setups and integrate seamlessly with all PCO CLHS camera models
Industrial production
Research and development
Sports performance analysis
Automotive testing
Aerospace
Medical imaging
Physics and engineering
Military and defense
| Maximum data ra | 200 Gbit |
| Stora | 8 x 1 TB high-endurance SSDs (60 DWP |
| Memory (RA | 64 |
| Multi-camera suppo | Up to 8 cameras simultaneous |
| Interfac | 25 Gbit/s QSFP, 1/10/25 Gbit/s Ethernet, U |
| Form fact | 3U, 19” rack compatib |
Extreme speed and continuous capture: Records up to 200 Gbit/s with seamless, lossless data flow, enabling reliable capture of the fastest events
High-endurance onboard storage: Provides 8 TB of high-endurance SSD storage, delivering the capacity and sustained throughput required to handle continuous, large-volume image data streams from high-speed cameras
Multi-camera connectivity and efficient workflow: Scalable support for up to eight cameras via eight dedicated 25G fiber-optic channels, built to support demanding setups and integrate seamlessly with all PCO CLHS camera models
Industrial production
Research and development
Sports performance analysis
Automotive testing
Aerospace
Medical imaging
Physics and engineering
Military and defense
Subscribe Now!
Floating Web Forms block
Join the PCO Circular newsletter for early access to insights on our high‑performance imaging cameras. Receive the latest application notes, expert webinars, technical articles, educational videos, product innovations, and industry events designed for scientific, microscopy, research, and industrial imaging applications.
Floating Web Forms block
