Boards and modules, built to your specification
We don't sell from a catalogue. Tell us what the board has to do, and the engineers design it, or take your existing design and build it as specified.
| Item | Board or module | What it does | Typical use |
|---|---|---|---|
| 1 | FPGA and DSP processing boards | Real-time signal processing, control and data handling, from a single FPGA to FPGA plus DSP designs. | Radar, sensing, imaging, control |
| 2 | RFSoC and data acquisition | Multichannel ADC and DAC boards for wideband capture, conversion and processing. | Radar, software-defined radio, test |
| 3 | RF boards and transceiver modules | Front ends, transceivers and RF modules for communication and sensing links. | Communications, radar, satellite links |
| 4 | Flight-control and navigation electronics | Flight controllers, IMU and INS electronics for vehicles that steer themselves. | Unmanned air, land and sea systems |
| 5 | MIL-STD-1553 interface modules | Data-bus interface and control modules for platforms that run on 1553. | Avionics, vehicle electronics |
| 6 | Power management modules | Low-noise power conversion and distribution for boards in harsh environments. | Any rugged or mobile system |
| 7 | Test equipment | Test fixtures and test systems built around your board and your test specification. | Production test, qualification |
| 8 | Build to print | Your design, assembled as specified: from your Gerbers, bill of materials and test plan. | Second source for an existing board |
Sample boards
Boards built by our manufacturing partner in Taiwan, each tagged with the item it belongs to above. They show the range of work, not a catalogue: your board is built to your drawing.
Item 1
FPGA processing board
Item 1
FPGA and DSP control board
Item 2
Multichannel ADC board
Item 3
L, C and X-band transceiver module
Item 3
Ka-band module
Item 4
Flight-control board
Item 4
Inertial measurement unit
Item 5
MIL-STD-1553 control module
Item 6
Power management module
Two ways to work with us
Design and build. You bring the requirement: what the board does, its interfaces, its environment. The engineers propose an architecture, design the board and build it. You approve at each design review.
Build to print. You already have a design and need a second source. Send the specification first; full Gerbers, bill of materials and test plan follow under NDA. The board is built as specified, and the design stays yours.
Either way it starts the same: a block diagram or a specification, and a feasibility and design-for-manufacture review back at no cost.
Made and inspected in the partner's own factory
Assembly runs in the partner's own SMT factory in Taiwan, with automated optical inspection (AOI) and X-ray inspection. Test is agreed per project, against your test plan or one we write with you.
Not every board is built the same way. What a first article looks like, and how it is tested, is part of the quote you receive.
Which board do you want a second source for?
Send a block diagram or a specification. You get a feasibility and design-for-manufacture review back. No cost, no commitment.
