FPGA Design Services

FPGAs enable real-time processing of massive data streams — without relying on intermediate storage.

High-speed analog-to-digital converters generate continuous data flows that require parallel processing. Advanced signal processing algorithms extract relevant information from noisy environments in real time.

We design systems that process and transform data from a wide range of sources:

• electrical, radio, and radar signals

• acoustic and mechanical sensors

• optical and magnetic inputs

• radiation-based measurement systems

Typical operations include filtering, transformation, compression, demodulation, and data preparation for downstream use.

Applications include:

Software-defined radio, sonar, radar, metrology

References:

Sonar System, WiFi-RAsentinel

We provide a comprehensive set of RTL blocks for implementing custom networking solutions — from 10 Mbit to 10 Gbit and beyond.

Supported protocols include:

• Ethernet

• UDP

• PTP

• Custom protocols (on request)

Our open design approach ensures full visibility and flexibility.

When off-the-shelf networking chips do not meet your requirements — especially in domains like automotive, aerospace, industrial systems, or defense — FPGA-based solutions provide a powerful alternative.

This becomes critical when:

• custom protocol behavior is required

• deterministic timing is essential

• safety certification must be achieved

• black-box IP is not acceptable
  
  

Reference:

10 GBit Ethernet switch (Link)

We design FPGA-based systems for high-performance, real-time video processing.

Our approach includes:

• custom Verilog-based FPGA architectures

• optimized high-speed data paths

• efficient resource utilization (power + cost)

• scalable system design for evolving requirements

We integrate open-source IP blocks and modern toolchains to ensure transparency, reliability, and long-term maintainability.

Applications:

Real-time video analytics, embedded vision systems

References:

USB Webcam, 1080P 60FPS Camera Demo

For systems requiring ultra-fast response times, deterministic behavior, and high reliability, FPGA-based control is often the only viable option.

Compared to CPU-based systems, FPGAs enable:

• real-time, inline control loops

• precise timing and synchronization

• significantly reduced latency

Typical applications include:

• LiDAR and laser systems

• motion control and industrial automation

• electric welding systems

• active vibration damping

• contactless bearing systems

• safety monitoring with high-speed sensors (e.g. image, electromagnetic, X-ray)

Reference:

uberCLOCK – 25 MHz PID Controller