Silicon to system, under one roof.

SoC and ASIC architecture, product definition through silicon validation, and ARM-based system integration for embedded medical platforms. Our architects have led design programs behind profitable multimedia, smartphone, and SSD platforms shipped at scale.

For a medical device, this means the core of your system is defined by people who will also live with its manufacturing and test consequences — silicon choices made with the production line, ATE program, and BOM in view from day one.

RF and analog circuit design, wireless front-end architecture, and end-to-end communication solutions — standards-based or custom — delivered by engineers with 20+ years at major semiconductor and telecommunications companies.

Connected medical devices live or die on their radio. We design the link, validate it, and hand it to a production line thirty meters away with the test fixtures already built.

Signal-processing algorithms, performance optimization, and system-level validation and tuning for sensing and stimulation platforms — the discipline where a medical device's clinical behavior is actually defined.

Embedded firmware and system software for complex platforms, hardware-software integration, and production-ready software architecture — including the calibration, flashing, and functional-test software your line will run every day.

Mechanical design, prototyping, and enclosure engineering; thermal and vibration testing; design-for-manufacturing and process optimization; and the development of the manufacturing test fixtures that make a regulated build repeatable.

Full SMT and system assembly, subassembly builds, wiring-harness fabrication, automated burn-in and final test, serialization, labeling and traceability, packaging and logistics, and supplier sourcing with BOM optimization.

Backed by a semiconductor test and failure-analysis lab most small manufacturers simply do not have — when a board fails, root cause happens down the hall, not across an ocean.