Our 230 MeV proton beamline is operational today. Gamma, Flash X-ray and on-site failure analysis suites are under build-out — engineered to consolidate the full radiation-effects qualification stack under one roof.
Purpose-built proton beamline delivering up to 230 MeV at flux densities reaching 10⁷ cm⁻²/s. Energy degrader stack steps down to 50 MeV for full LET coverage. Optimised for Single Event Effect characterisation across SoC, FPGA, memory and power architectures.
Nanosecond-scale Flash X-ray pulses will replicate transient radiation bursts. Planned to validate hardware against prompt-dose latch-up, photocurrent upset, and survivability for defence and weapon-effects environments.
Sustained, high-dose-rate gamma irradiation will accelerate Total Ionizing Dose lifecycle testing. Panoramic geometry will support parallel exposure of multiple sample boards with NIST-traceable dosimetry.
On-site decapping suites, SEM imaging, thermal cycling and forensic FA workflows will close the loop from exposure to root cause inside the same building — no transit of irradiated parts.