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FPGAs bring multi-gigabit serial links, pin counts in the thousands and power networks with tight tolerances. When it's time to move from the dev board to your own hardware, our in-house team and our network of manufacturers and suppliers get it right the first time.
Your FPGA is only as good as the board it sits on. We design boards for punishing environments, and we design them alongside the logic and firmware that will run on them.
Your board is designed alongside the RTL and firmware, not after them, so the hardware and the code come online together.
A clock that lands on a plain GPIO pin can cripple performance or force a respin. Our RTL and firmware engineers help make the early design decisions and review the schematic before layout starts.
From cost-effective 2-layer boards to 20+ layer HDI with 2,000+ pin SoCs. We can work with your team or take on the whole process, with our contract manufacturers and suppliers or yours.
We integrate your boards into your enclosure and work within its physical and thermal limits, with rigid-flex and creative heat sinking where they help.
Every board spin costs weeks. Here's how we avoid them:
Complex stackups and via spans designed and managed from the start, not patched in layout.
We've mastered Altium's advanced design rules, so high-speed interfaces work on the first boards.
We lock the stackup and design rules with your fab or ours up front. DFM review becomes a formality, not a fire drill.
Designs that keep performing in the harshest environments, where a repair in the field isn't an option.
Speed and agility are on our side. There's no corporate bureaucracy, just expert engineers working with your team. For defense and space programs, our 100% US-citizen, ITAR-registered team works with vetted US fabrication and assembly partners.