Independent design house Cluj-Napoca, Romania
We design PCBs, custom System-on-Modules, carrier boards and the RF and power electronics around them — for connected industrial, edge-AI and unmanned systems. Vendor-neutral, because we have no module catalog to sell you.
power-on reset
acquiring
Services
Most embedded products need hardware, RF, power and enough firmware to prove the board works. Split across four suppliers, integration problems become nobody's problem.
Any idea, brought to reality. Feasibility through prototype to a product you can manufacture.
From blank sheet to fabrication package — including the high-speed work most shops sub-contract.
The whole board: silicon selection, architecture, schematic, layout, RF, power and bring-up under one accountability.
SMARC, OSM and LGA modules designed end to end — pin-out definition, DDR fly-by routing, power tree, fabrication package.
The board your module plugs into: evaluation kits, adapters, and production carriers.
When there is no room for connectors and no tolerance for a harness that shakes loose.
The enclosure is part of the circuit. Most EMC failures and most field-thermal problems are mechanical decisions.
Getting the radio to work on a crowded board — LoRa, Wi-Fi 6, cellular, GNSS and RTK.
Rails that hold under load, batteries that report honestly, and shutdowns that don't corrupt storage.
First power-on to a booting board — then the firmware that makes the hardware demonstrable.
A prototype's job is to answer a question. We design the build around the question rather than around the calendar.
A board you cannot test repeatably is a board you cannot manufacture repeatably.
The cable is the antenna. Shield termination decides whether a system passes EMC, and it is a connector decision.
Most EMC failures are designed in months before the chamber. This is the work that prevents them.
An independent read of your design before you spend money on it being wrong.
Recovering a board nobody has source files for — and rebuilding it so you own it.
Selected work
Anonymized case studies describing what was actually hard and what we decided — not a list of technologies.
Teardown, clean-room re-implementation, and a rigid-flex carrier that fits inside a launch tube.
Three architectures compared on real bandwidth budgets, so the platform decision was made on evidence rather than TOPS figures.
Defense & dual-use
Why arcane
No account manager between you and the people designing your board. The engineer who answers your question is the one who routed the DDR.
Where a program needs specialisms we do not carry in-house — mechanical design, certification testing, FPGA RTL — we bring in vetted partners under our accountability rather than handing you another contract to manage.
Design houses that sell modules recommend the modules they sell. We have no catalog, so the trade study is real: Renesas RZ, ST, NXP i.MX, TI AM62 — whichever fits your interface list, thermal envelope, longevity requirement and unit cost.
Occasionally the honest answer is "buy off the shelf, don't build this." That answer is free.
Full transfer of everything we produce — native source files, not just outputs. EU-based, EU jurisdiction, GDPR-clean, no offshore handover gap.
Central European time. Project communication in English, Romanian or German — DACH clients get technical reviews in German and a short flight.
Capabilities
The short version. The full capability sheet covers interfaces, RF, power, sensors, compliance and manufacturing.
How we work
You get a task-level estimate in person-days before work starts — not a range, and not a surprise at invoice time.
Thirty minutes with an engineer, not a salesperson. NDA signed first if you want one.
Fixed-price. Architecture, budgets, risk register and a written recommendation you own either way.
Schematic, layout, fabrication package, then bring-up and a validation report.
Designed for from the start; testing through an accredited house, with fast turnaround on findings.
DFM, panelization, test strategy, and full IP transfer with native source files.
Recent bench notes
The CRA covers almost every connected product sold in the EU. The decisions it forces are hardware ones: root of trust, update path, support period.
ReadA practical comparison of SMARC 2.1 and SGET OSM: connector versus solder-down, serviceability, shock and vibration, Z-height, cost and rework.
ReadPlugging a live supply into bulk capacitance rings to nearly twice the rail. Why it kills input capacitors, how to measure it, and four fixes.
ReadYou talk to the engineer who would do the work. Reply within one business day, and we’ll sign your NDA before you go into detail.