FPGA Design Services

We design, verify, implement, integrate, and optimize FPGA solutions for complex, demanding, and innovation-driven applications. From early requirements and architecture to bring-up, debugging, and long-term support, we help companies turn technical challenges into robust, production-ready systems.

Complex FPGA challenges
Reliable engineering delivery
Measurable performance results

10+ years

FPGA design experience

50+ project

delivered successfully

35% gain

beyond datasheet limits

What we deliver

FPGA Architecture & Design

Custom FPGA architectures and RTL design optimized for performance, area and power.

Verification & Validation

Comprehensive verification strategies and testbenches ensuring functional correctness and robustness.

Implementation & Optimization

Synthesis, place & route, timing closure and resource optimization to achieve the best results.

Board Bring-up & Debug

Hardware bring-up, debugging and validation on real hardware including custom solutions.

IP & System Integration

Integration of third-party and custom IPs into complex FPGA systems and SoC solutions.

Maintenance & Support

Long-term support, design improvements and feature extensions.

Our design process

1. Discovery

We analyze your requirements

2. Architecture

We design the optimal solution

3. Implementation

We build and integrate the design

4. Verification

We verify and validate thoroughly

Optimization

We fine-tune for performance

6. Deployment

We deliver and support

We solve what others can’t

35% faster than expected

Through advanced architecture and optimization techniques.

No JTAG? No problem.

We built a fully custom debugger from scratch.

Selected case studies

See more cases
  • ARUZ: FPGA Computing at Extraordinary Scale

    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 conceived as a massively parallel, low-latency FPGA computing…

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