Electronics and RF
Schematics, PCB design, analog and RF front ends, sensors and power. We define the interfaces between physical measurement and digital systems.
Altium / RF / ADC-DAChidra / engineering services
From idea
to system.
Electronics, FPGA and embedded software. We design acquisition, control and communication systems, from requirements to integration.
HW + FPGA + FW + SW
Industrial measurement and control · RF and GNSS systems · embedded and automotive · IoT and software platforms
/ achievable future
Engineering with room for ideas.
Hidra brings the creative process into engineering. We work on architectures that can evolve and make technical decisions explicit. A flexible, environmentally conscious approach supports the project from concept to prototype and industrialisation.
Discover Hidra ↗/ capabilities
Capabilities that work together.
FPGA and SoC
Acquisition and signal processing, sequencers and interface bridges. VHDL, timing constraints and host-processor integration.
VHDL / Vivado / RadiantEmbedded firmware
Real-time control, acquisition and MCU communication. Drivers, RTOS and device configuration, from laboratory to field.
STM32 / ESP32 / RTOSLinux and connectivity
Edge systems, BSP integration and custom modules. Acquisition paths, industrial buses and data transport to supervisory systems.
Linux / MIPI-USB / ProfinetTest and instrumentation
Functional benches, guided test sequences and measurement acquisition. Hardware, operator software and reporting in one workflow.
CAN / Qt / LabVIEWIoT and system software
Field nodes and telemetry, management platforms and AI orchestration. Connecting devices, data and working tools.
MQTT / API / AI tools/ selected projects
Inside the projects.
From fibre measurement to GNSS systems and test benches: architectures, tools and engineering work.
01 / PRY Fibre sensing / FPGA and embedded software
OFDR/OVNA acquisition and embedded sequencing
A control, acquisition and demodulation chain for fibre measurement systems: from frequency sweeps to data used by supervision software, with FPGA implementations and MCU development.
- Zynq-7000 and VHDL
- STM32N657
- ThreadX / NetX
- SPI and dual-channel ADC acquisition
02 / GNS GNSS / RF / embedded data transport
Multi-channel GNSS front end — MIPI and USB 3.0
A four-channel front end with two digital implementations: FPGA and MIPI CSI-2, or FX3 and USB 3.0. Both feed an i.MX 8M Plus host with Wi-Fi 6E streaming.
- 4× MAX2771
- CrossLink-NX / MIPI CSI-2
- FX3 / GPIF II / USB 3.0
- i.MX 8M Plus / Debian
03 / CTE Automotive testing
AdBlue and CAN test bench
A bench combining instrumentation, CAN communication and Qt software to test AdBlue tanks, control units and pumps outside the vehicle.
- Qt and C++
- Embedded Windows
- CAN
- 19-inch / 2U rack
/ method
From requirements to verification.
- 01
Define
Functions, interfaces, constraints and acceptance criteria.
- 02
Design
Architecture and partitioning across hardware, FPGA and software.
- 03
Build
Sources, schematics, prototypes and bench integration.
- 04
Verify
Tests, documentation and handover of engineering outputs.
/ contact
A system to build?
Start with functions, interfaces and constraints. Tell us about your project.