Tailored solutions for problems off-the-shelf technology cannot solve.
Tailored solutions for problems off-the-shelf technology cannot solve.
We work on projects where standard RTL IP or hardware platforms reach their limits.
Our clients rely on us when they need:
full control over their system design
high-performance, low-latency architectures
certifiable, transparent implementations
We differentiate through:
formally verified source code
extensive simulation and testbench environments
deep system-level understanding across hardware and software
Explore selected projects that demonstrate how we translate complex requirements into reliable, high-performance systems.
Selected Projects
Selected Projects
10 Gbit Ethernet Switch
10 Gbit Ethernet Switch
A fully custom 4-port 10 Gbit Ethernet switch with a highly flexible architecture.
Kintex-7 FPGA-based system
8 GB DDR3 memory
Integrated interfaces:
HDMI input/output
SD card, SATA, eMMC storage
Expandable via CRUVI high-speed modules
Designed as a platform for adapting to custom networking and data processing use cases.
PTP Master Clock
PTP Master Clock
High-precision timing system for network synchronization.
Microsecond-level accuracy
Designed for:
high-frequency trading
industrial automation
telecom base stations
multi-camera synchronization
scientific measurement systems
RAsentinel — WiFi SDR System
RAsentinel — WiFi SDR System
Low-cost software-defined radio for WiFi spectrum analysis.
2.4 GHz frequency band
80 MHz bandwidth digitization
Artix-7 FPGA processes WiFi protocol layers 1–4
Real-time spectrum visualization via HDMI output
Modular analog front-end allows adaptation to other frequency bands.
ASICone — Mixed-Signal Chip Design
ASICone — Mixed-Signal Chip Design
End-to-end ASIC design using open-source EDA tools.
SPI core with integrated voltage reference
Fabricated in 180 nm (X-FAB)
Currently being ported to 130 nm (
IHP 130 nm PDK)
Demonstrates full-stack capability from design to fabrication.
Sonar system
Sonar system
FPGA-based phased array system for industrial signal processing.
Custom hardware and firmware
Real-time signal processing pipeline
Developed for an industrial client
32-Channel ADAT USB Audio Interface
32-Channel ADAT USB Audio Interface
Ultra-low-latency audio system for professional recording environments.
Custom hardware and firmware
Optimized for real-time performance
Open-source design files available: open source design files
ico_board — FPGA Expansion for Raspberry Pi
ico_board — FPGA Expansion for Raspberry Pi
FPGA extension board for Raspberry Pi systems.
Bitstream generated directly on the Raspberry Pi
Enables flexible hardware extension and customization
Early implementation of on-device FPGA configuration (2016)
Have a system that standard solutions can’t handle?
Have a system that standard solutions can’t handle?
Let’s build it properly.
Let’s build it properly.
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