Processing Units for DECTRIS detectors
Our hardware-based Processing Units deliver high-performance data handling for PILATUS4, SELUN, and EIGER2 detectors. Built on modern Linux distributions and equipped with the latest network interfaces, these systems ensure quick data transfer and dependable throughput. Designed for seamless integration in demanding experimental setups, the Processing Units let you capture, store, and process data, while allowing you to simultaneously forward your data to other infrastructure.
Cloud-Based Processing
For those looking to streamline workflows and enhance collaboration, DECTRIS CLOUD offers a powerful platform that supports scalable computation and seamless data management. By leveraging custom and sharable software, ready-to-use workflows, real-time collaboration, and full autonomy, DECTRIS CLOUD empowers scientists to efficiently process data, collaborate in real time, and achieve reproducible results—all without the complexities of traditional setups. Researchers can scale resources on demand while maintaining full control over their isolated workspaces. Accessible globally via a web browser, DECTRIS CLOUD removes barriers, allowing science to happen anytime, anywhere.
Learn more on www.dectris.cloud
Key features
- High-speed data transfer and local buffer for continuous acquisitions
- Powerful CPU and ample RAM for fast processing close to the detector
- FURKA2 and GRIMSEL2 - high-speed data synchronization software
Cloud-Based Processing
- Ready to use scientific workflows
- Fast curation of data and results
- Instant sharing of software tools and data
- Real-time collaboration
- Custom workflows and automation
- Scalable private Cloud cluster
"We are very happy with the performance of PPUs in general. In fact, on MX beamlines over the two years of operation, we did not miss a single frame, which is radically different from our previous experiences with self-made data management solutions. Our users process nearly all the data on PPUs, XDS basically keeps up with the data collection."
Gleb Burenkov, EMBL, Synchrotron PETRA III at DESY, Germany
Compatible with EIGER2
EIGER2 X 16M
This is the largest DECTRIS detector with 75 μm pixel size, providing the ideal capabilities and geometry for macromolecular crystallography experiments.
EIGER2 X 9M
This nine-million-pixels detector with unlimited external triggering and gating capabilites is an excellent allrounder for synchrotron applications that demand highest pixel resolution.
EIGER2 X 4M
This is an excellent tool for serial crystallography, small-angle X-ray scattering (SAXS), or ptychography. It can be operated in vacuum.
EIGER2 X CdTe 16M
This detector offers the larges active area of our EIGER2 seies with a resolution of more than 4k x 4k pixels - the perfect system for highest-quality X-Ray diffraction in a single shot.
EIGER2 X CdTe 9M
This detector combines a large active area, advanced external triggering, and gating capabilities. It is an excellent allrounder for synchrotron applications at high-energies.
EIGER2 X 4M
This is an excellent tool for serial crystallography, small-angle X-ray scattering (SAXS), or ptychography. It can be operated in vacuum.
Further products
EIGER2 X/XE for Synchrotrons
As our fastest and largest X-ray detectors, EIGER2 X/XE hybrid-photon-counting detectors have been developed for the brightest 4th-generation synchrotron sources.
Read more
EIGER2 X/XE CdTe for Synchrotrons
Featuring the highest commercially available resolution and frame rate, our EIGER2 X/XE CdTe detector family has been developed for high-energy applications at synchrotron beamlines.
Read moreCompatible with PILATUS4
Compatible with SELUN
Key Contact
Want to know more?
We are happy to answer any questions about us, our detectors, or the process of integrating our detectors into your experimental setup.
Need support?
Our Support team is here to answer your questions and help you take full advantage of your detector.
