We Build, Rebuild, and Prove What No One Else Can
We build what others can’t even measure.
At Micro Digital ELECTRONICS, we develop, reverse engineer, simulate, and validate the most critical electronic systems — from obsolete multilayer PCBs with no documentation to disruptive technologies like VENDOR.
Our work powers aerospace, defense, automotive, and deep-tech sectors where downtime is not an option and specs are non-negotiable.
Every trace, every signal, every micron is engineered, tested, and optimized — until it works not just in theory, but in reality.
This is not repair. This is precision engineering.
From legacy board recovery to cutting-edge innovation, we provide engineering solutions at every stage of the hardware lifecycle. Whether you’re facing signal failures, obsolete parts, or need a breakthrough design — our lab delivers results, not assumptions.
Power innovation beyond conventional limits — we design and test breakthrough hardware like VENDOR.
Custom layouts for 10–100 Gbps, FPGA/SoC platforms, and industrial-grade electronics — built to perform.
Identify and resolve signal integrity, EMI, and compliance issues — from simulations to certified lab results.
Full-stack electrical diagnostics, teardown reports, and pre-certification validation up to 1 GHz+.
Accurate reconstruction of undocumented PCBs and embedded systems — from trace extraction to full duplication.
Replace unavailable parts with functionally equivalent modules — clone, redesign, or reimplement logic.
Deep Engineering. Zero Nonsense.
Our team is made of engineers who don’t guess — they measure, simulate, and deliver. With experience on critical systems across Europe and beyond, we specialize in solving what others avoid.
Signal integrity & EMC expertise validated on systems up to 100 GHz — including jitter analysis, S-parameters, and compliance debugging
Design and validation of power electronics from 5 kW to 1 MW, including gate drivers, inverters, and HV control systems
Reverse engineering of undocumented boards and recovery of legacy systems with no available schematics
Embedded systems development: from low-level firmware on STM32 & TMS320 to FPGA architecture on Xilinx and Altera
Real-world experience with tools and platforms from Texas Instruments, Infineon, STMicroelectronics, LeCroy, and others — all applied legally and independently
Full-cycle delivery — from first concept to lab-tested, certified prototypes, ready for manufacturing
We’ve built systems that survived space-grade tests, saved failed product lines, and powered next-gen innovations.
We don’t chase trends. We engineer results.
VENDOR is more than a prototype — it’s a proof of what’s next. Autonomous energy. Measurable results. Patent-filed. Born from real lab work, not just slides.
Energy Without Limits. Designed, Built, and Measured.
VENDOR is our proprietary autonomous energy generator — no grid, no batteries, no fuel. Just sustained electric output, proven in the lab and protected by international patent filings. It’s compact, scalable, and engineered for real-world deployment — not theory.
What makes it different?
It’s not an academic experiment. VENDOR has been reverse-engineered, stress-tested, and fine-tuned by the same engineers who solve 10 Gbps failures the night before launch. The result: a self-sustaining energy unit designed for high-stakes environments — defense, aerospace, disaster zones, and remote industries where uptime is critical.
And we don’t stop here.
We build from scratch. From early-stage ideas to fully functional prototypes, our team develops custom R&D projects in energy, telemetry, power electronics, embedded systems, and industrial control. If you need a lab that translates bold concepts into measurable, patentable, field-ready results — we’re ready.
Propose a challenge. We’ll show you it can be done.
Where Critical Systems Meet Real-World Engineering From aerospace to industrial automation, our solutions operate where failure is not an option. We don’t just design or fix — we intervene at decisive moments: when a product is days from launch and fails EMC tests, when a legacy board dies mid-production with no schematics, or when outdated power modules put entire systems at risk. Our clients bring us into the most sensitive phases of product lifecycles — late-stage recovery, compliance under pressure, and full-stack redesigns — because we deliver validated results fast. Whether it’s recovering a €1M embedded system, restoring 1980s-era modules for medical equipment, or reverse engineering an undocumented board for defense use, our team translates urgent needs into working, tested hardware. This is where deep diagnostics meets actionable engineering. Below are just a few examples of how we’ve helped mission-critical systems survive, adapt, and scale.
Reverse Engineering & Board Cloning
We fully reconstruct legacy PCBs — even with no schematics, no documentation, and no CAD files. From multilayer stack analysis to functional replication, we reverse-engineer and clone industrial boards with certified accuracy.
Signal Integrity & EMC Compliance
We identify and fix high-speed signal failures, timing issues, crosstalk, and EMC non-compliance. From DDR routing to PCIe stability — we validate, simulate, and tune designs to meet strict industry standards and pass certification.
High-Speed PCB Design & Prototyping
We design and prototype complex multilayer PCBs for speeds up to 100 Gbps — including SI-aware routing, impedance control, and stackup optimization. Every board is tested, verified, and ready for real-world deployment.
Obsolete Component Recovery & Module Replacement
We recover functionality from legacy systems with missing or obsolete parts. Whether it’s a discontinued IC or a deprecated module, we redesign and replicate it with full electrical and mechanical compatibility.
Lab Verification & Failure Analysis
We validate, test, and troubleshoot complex electronic systems in the lab — from signal probing to EMI root cause detection. If your design fails in the field, we find out why and fix it.
Next-Gen R&D (VENDOR / proprietary tech)
We develop proprietary energy systems, experimental platforms, and industrial innovations — including VENDOR: an autonomous impulse-based generator with >100% efficiency claims under lab validation.
Most of our work happens under NDA — but the story is always the same. When legacy systems collapse, prototypes stall, or new platforms face critical roadblocks — we step in. From custom power electronics to full redesigns for railway automation, our clients trust us not just to solve, but to deliver beyond expectations.
– “We thought we needed a fix. They gave us a roadmap.”
– “This wasn’t just reverse engineering — it was a complete rethinking of the architecture.”
– “The board was undocumented, the deadline was real, and yet… it worked. Perfectly.”
– “They built a custom solution for a system we thought was unfixable. And it’s still running.”
– “We brought in a black box. We got back a documented, tested, optimized platform.”
Client names, sectors and use cases are anonymized due to strict NDA policies.
Whether you need urgent diagnostics, a feasibility review, or a long-term development partner — we’re ready.No call centers.
No sales pressure. You speak directly with engineers who understand your challenges.
Let’s see if we’re the right fit.
