FPGA Commercialization Insights

From the Trenches of High-Stakes Hardware Development

Your FPGA prototype works. So why isn’t it shipping?

Welcome to the definitive resource for engineering leaders, program managers, and executives navigating the treacherous path from a successful prototype to a profitable product. Most FPGA programs don’t fail technically; they fail commercially, operationally, or organizationally.

Here, we dissect those failures. We share hard-won lessons from 25+ years in the trenches of aerospace, defense, and advanced RF systems. You won’t find academic theory—just actionable insights to de-risk your project, accelerate your time-to-market, and protect your bottom line.

Featured Posts

The Hidden Costs of FPGA Toolchain and IP Lock-In | Xlera Solutions

The Hidden Costs of FPGA Toolchain and IP Lock-In | Xlera Solutions

The Hidden Costs of FPGA Toolchain and IP Lock-In | Xlera SolutionsJesse Beeson

FPGA vendor lock-in is a 10-year business decision, not just a technical choice. Learn to calculate true TCO and minimize lock-in risk before it's too late.

FPGA Product Development
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The 2026 FPGA Commercialization Report

The 2026 FPGA Commercialization Report

The 2026 FPGA Commercialization ReportJesse Beeson

New research reveals the hidden costs of FPGA commercialization and why most prototypes fail after they work. Download the 2026 industry report.

Industry Reports
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Why Your FPGA Prototype Works Perfectly—But Won't Ship

Why Your FPGA Prototype Works Perfectly—But Won't Ship

Why Your FPGA Prototype Works Perfectly—But Won't ShipJesse Beeson

Most FPGA programs don't fail technically—they fail because the market use case was never defined. Learn how to validate your FPGA's commercial viability before you build.

FPGA Product Development
Read more