We design wireless products from scratch and redesign them when they hit end of life. Both paths lead to the same place: a working, certified product built by RF engineers who also understand regulatory compliance from the circuit board up.
When you have a new product to build
New concept. Blank schematic. No idea where to start with FCC?
We take wireless products from initial concept through regulatory certification – schematic capture, PCB layout, prototyping, embedded firmware, and compliance testing. We’ve done it for medical devices, satellite modems, IoT sensors, avionics hardware, and consumer products. First-pass certification is the goal every time.
- Turnkey RF product development – concept to compliance
- Schematic capture and PCB layout (Altium)
- Embedded firmware and software development in-house
- Cellular, LTE-M, NB-IoT, and satellite modem integration
- Environmental test over temperature and humidity
- LabVIEW factory test programming
- Basic mechanical and packaging design
Example project:
Medical / Wireless
Wireless Medical Sensor Family – Designed from Scratch
Full family of wireless medical sensors designed from concept. All passed medical, EMC, and FCC certifications on the first attempt.
When your wireless product hits end of life
Component discontinued. Supply chain gone. Platform too old to support?
End-of-life obsolescence is one of the most disruptive problems in RF electronics – a seemingly minor component swap can affect RF performance, emissions characteristics, and certification status all at once. We specialize in EOL redesign: identifying modern equivalents, redesigning the circuit where needed, and verifying the updated design still meets its original RF and EMC specs.
- End-of-life component replacement – RF and mixed-signal circuits
- Full PCB redesign for obsolescence and product lifecycle extension
- Backward-compatible hardware redesign – preserve form factor where possible
- RF product size reduction – modern parts often enable significant shrinkage
- FCC and EMC re-verification after redesign
- Legacy hardware modernization across medical, avionics, defense, and satellite
Example projects:
Avionics
Aviation VHF Receiver Redesign
EOL components replaced with modern long-life equivalents. In production 10+ years with zero reported field failures.
Medical
Medical Patient Tracker Redesign
30-year-old platform fully modernized on a compressed timeline.
Satellite
Satellite Modem Redesign
Redesigned to 1/8th original volume and weight. Functioning design on the first build.
When you need an RF engineer to lay out your high-frequency PCB and want it right the first time
Auto-routing won’t cut it. Emissions failures and missed specs cost board turns.
High-frequency PCB layout is not a mechanical exercise – it’s RF engineering. We lay out every board manually, with RF isolation, return path integrity, and emissions control built in from the start. The goal is always minimum board turns and a clean first pass at regulatory testing.
- Controlled impedance routing and stack-up optimization
- RF isolation and return path integrity
- Grounding strategy and partitioning
- Shielding strategy integration
- Mixed-signal and high-speed digital separation
Who we help
- Medical – IEC 60601, FCC, wireless telemetry, patient monitoring
- Avionics – DO-160, VHF/UHF comms, transponders, obsolescence
- Defense – MIL-STD-461, secure comms, ruggedized hardware
- Satellite – Modem design, size/weight reduction, SATCOM integration
- Industrial / Utility – Smart meters, wireless sensors, harsh environments
- Consumer / IoT – FCC Part 15, Bluetooth, WiFi, ZigBee, product launch
Have a product to build or one that’s hitting end of life?
Tell us what you’re working with – we’ll tell you how we’d approach it.