HgCdTe Infrared Detectors
RSC offers unsurpassed knowledge of low-background HgCdTe detector systems including H2RG and H4RG series near IR arrays and SIDECAR and ACADIA ASICs. We provide independent expertise that is otherwise difficult to find.

Spaceflight Detector Systems
With extensive end-to-end experience from JWST to Roman, we support the full lifecycle of near-infrared detector systems — from conception and technology development through team leadership, testing, flight delivery, and ultimately scientific discovery.

Detector System Crisis Resolution
When unexpected problems arise, including in HgCdTe array detector layers, we bring proven experience contributing to and leading failure review and recovery processes under extreme pressure.

Noise Diagnostics, Correction, & Mitigation
We are internationally recognized for diagnosing, fixing, and mitigating noise in complex systems, with multiple peer-reviewed solutions to our credit. This includes leading the teams that developed reference pixel correction algorithms that are used across JWST and Roman near-IR instruments.

Advanced Computational Tools
Our analysis toolkit — Julia, Python, and NVIDIA GPUs — enables state-of-the-art diagnosis, modeling, debugging, and correction tailored to mission needs.

Review Teams and Proposal Preparation
We bring 30+ years of experience conceiving, developing, and writing winning proposals to NASA, private foundations, and other government agencies. We have served on red teams, review panels, independent mission review boards, and standing review boards — bringing both technical depth and sound judgment to high-stakes evaluations.