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Custom hardware design

The team that designs our catalogue boards takes on client work: RF, antennas, FPGA systems and power electronics, all designed, simulated, measured and taken to production.

Capabilities

RF & microwave design

Front-ends, filters, LNAs, mixers and frequency conversion from HF to 40 GHz. Simulation-driven (EM + circuit co-simulation), verified on a calibrated VNA bench.

Antenna design & measurement

Patch, array, wideband and electrically-small antennas. Full-wave simulation, prototype iteration and measured patterns from our anechoic range.

FPGA & high-speed digital

Carrier boards, DAQ pipelines, DDR routing, SerDes and gigabit interfaces. HDL, constraints and Linux drivers included, not just copper.

Power electronics

Low-noise supplies for RF and precision analogue loads, PMIC integration, battery systems, and EMC pre-compliance from the first layout.

PCB engineering & DFM

Controlled-impedance stackups, RF materials selection (Rogers, PTFE), design-for-manufacture reviews, and the handoff package your CM actually wants.

Prototype → production

From feasibility study to EVT/DVT/PVT builds with test fixtures and firmware-driven factory test. We stay until yield is boring.

How an engagement runs

  1. 1

    Scoping call

    Free: we establish feasibility, rough cost and timeline.

  2. 2

    Feasibility & architecture

    Fixed-price study: link budgets, block diagram, risk register, BOM cost model.

  3. 3

    Design & simulation

    Schematic, layout, EM simulation, design reviews at every gate.

  4. 4

    Prototype & verification

    Assembled boards measured against the spec, with reports showing the real plots.

  5. 5

    Production handoff

    Fabrication package, test procedures, firmware and documentation.

Request a quote

A few lines about what you need is enough to start. Attach a spec if you have one. Everything lands in private storage and is treated as confidential; NDAs welcome.