Radar PCB Design
Channel consistency, antenna geometry and a controlled manufacturing process.
Explore application ↗
Antenna PCB Design
Connect the feed network, radiator and enclosure in one design.
Explore application ↗
Bluetooth & BLE PCB Design
Compact 2.4 GHz routing with room for antenna tuning.
Explore application ↗
Wi-Fi PCB Design
Multi-band routing, antenna placement and coexistence.
Explore application ↗
Satellite RF PCB Design
Loss, phase and thermal constraints across the signal path.
Explore application ↗
5G RF PCB Design
Antenna integration and dense RF routing from sub-6 GHz to mmWave.
Explore application ↗
RF Power Amplifier PCB Design
Treat the RF path, bias network and thermal path as one system.
Explore application ↗
RF Test & Instrumentation PCB Design
Make measurements repeatable before interpreting the result.
Explore application ↗
Start with the system, then design the board
Define the operating bands, bandwidth, power, antenna interfaces, enclosure, temperature range and required test evidence. Use those requirements to choose a material and stackup, rather than selecting a familiar laminate before the signal path is understood.
From architecture to validation
The development workflow connects circuit design, simulation, PCB layout, mechanical integration and prototype measurements. Each application guide highlights the decisions that deserve attention before the fabrication files are released.
Review your next RF PCB
Share the operating band, board outline, proposed materials and the question you want to resolve. Drawings are optional.
This inquiry form is temporarily unavailable. Please contact us directly.