SYDOR TECHNOLOGIES Fusion DIAGONSTIC PACKAGE
We are taking critical steps in advancing fusion research
Sydor Technologies supports the full fusion research ecosystem, from ICF and stockpile stewardship programs to the emerging field of fusion energy. Our diagnostic systems are built for the fast, complex, high-energy experiments that define this field. The history of collaborations with national laboratories and other research institutions means Sydor’s technologies are built to cutting-edge specifications with a holistic view on research needs.
We work with scientists and engineers with the explicit goal of helping them see experimental results with the speed and precision needed to move fusion research forward. Sydor is a proven partner with 22 years of experience serving the fusion research market. We develop ultrafast diagnostics and high-voltage pulsed power solutions designed to meet the demands of the evolving fusion research landscape. Sydor is looking toward the future with designs to diagnose burning plasma conditions and physics in high-yield environments. We invite you to explore how Sydor Technologies can support your goals and contribute to the advancement of fusion innovation.
Let’s help shape what comes next.
About our Fusion Diagnostic Package
Sydor Technologies develops advanced diagnostic products that help engineers, researchers, and energy organizations better understand, measure, and improve fusion systems. Some of our technologies are already in use, while others are currently in development as we continue building solutions for the next generation of fusion.
Ross 5800
Streak Camera
High resolution optical diagnostics with unmatched temporal spatial imaging capabilities
- Time Resolution: <5 ps
- Repetition Rate: up to 0.5 Hz
- Trigger Jitter: <25 ps
- Photocathode Size: 22 mm x 0.5 mm (S20 or S25)
- Spatial Resolution: >50% contrast at 10 line pairs/mm
PD-PMT
Phase Dilation Photomultiplier Tube
This device uses a custom circumferential photocathode pulser coupled to an expanded PMT tube to magnify the time resolution of our fastest 100 ps PMT to under 10 ps.
- Photocathode Material: S20
- Triggers: BNC ~5V into 50 Ω, <5 ns rise
- Jitter: ≤ 20 ps RMS
- Ramps: Selectable
- Dilation Factor: 1-40x
XRFC
X-ray Framing Camera
The XRFC records 2D spatial frames or 1D spectral strip images with nanosecond gating.
- Frames: Up to 16 sequential frames
- Gate width: ~40 ps to nanoseconds
- Spectral Sensitivity: 200 nm UV through 15 KeV X-rays
- Gating Channels: 4 independent strips via fast pulse drivers
- Environment: high-vacuum compatible, beamline-ready
FPD
Fast Photo Detector
The compact, ultra-fast photodiode will enable integration of multiple fast timing detectors in one experiment.
- Small Enclosure Size:< 10 cm x 10 cm x 5 cm
- Photon Sensitivity: up to 340 nm or up to 400 nm
- Active Area: 50 um x 50 um or 100 um x 100 um
- Rise/Fall Time: 25 ps
- Responsivity: >0.10 A/W
We are headed to HTPD 2026 at MIT in Cambridge, Massachussets
Will you be at HTPD? Meet with our Advanced Instrumentation team to find out more about our Fusion Diagnostic Package and other product offerings.
Chandler Greenwell
Senior Business Development Manager - Advanced Instrumentation