FPGA engineering for projects where precision matters
Brightelligence delivers advanced FPGA design services for complex, performance-critical systems
– from architecture and RTL development to verification, timing closure, bring-up, debugging,
and rescue support.
Industries we support
Selected projects
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ARUZ: FPGA Computing at Extraordinary Scale
ARUZ is one of the defining projects in Brightelligence’s engineering history. It represents the kind of FPGA work that exists far beyond ordinary board design, RTL implementation, or subsystem integration. ARUZ was…
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ARCHYTAS – European Defence Fund Project
Brightelligence is a consortium partner in ARCHYTAS, a major European Defence Fund (EDF) research project focused on next-generation hardware architectures for dependable and energy-efficient AI systems in defence applications. The project reflects the type of advanced European…
Bright FPGA Academy
Turn Junior FPGA Engineers into Confident Mid-Level Professionals
A long-term, hands-on FPGA training programme for companies that want to develop junior engineers in a structured, practical, and measurable way without relying only on learning on the job.
Knowledge
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Building the largest FPGA array in the world. How hard can it be?
ARUZ, Polish abbreviation of “Analyzer of Real Complex Systems”, is a multi-purpose FPGA-based machine initially built for speeding up molecular chemistry simulations, which find use in several fields like pharmacy, chemical industry,…
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Overview of highly efficient design techniques for FPGA firmware development flow
The ever-growing demand for experienced FPGA engineers outpaces the reality of market supply. To sustain this trend, success hinges on higher efficiency. This new approach requires breaking away from some old habits…
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The Hidden Tax of Bad FPGA Project Methodology
FPGA projects are often perceived as risky, slow, and difficult to predict. While tool complexity and device constraints are commonly blamed, the dominant factor behind missed deadlines and spiraling costs is methodology.…
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Do FPGA designers and hardware designers need to talk?
In the FPGA-oriented project there are two key roles in the design process: FPGA engineer and hardware designer. FPGA allows for the implementation of complex digital circuits in a single integrated circuit.…
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FPGA design debugging… How hard can it be?
Debugging in FPGA systems is a critical aspect of the development process due to the complexity and high-performance demands of FPGA designs. Unlike traditional software debugging, FPGA debugging involves both hardware and…