Power electronics · Real-time emulation
The power-electronics team that builds it — and emulates it.
Decades designing converters and control for Tier-1s and OEMs — offered as Engineering Services, and packaged into VP-M.
Engineering Services
We take on your most challenging power-electronics work.
From one stubborn control loop to a full development programme — the team that has shipped converters for Tier-1s and OEMs, working alongside yours.
- Converter design & control — inverters, DC/DC, DC/AC
- PCB design & construction — boards built, with digital control
- Embedded & control firmware — PMSM, AUTOSAR, real silicon
- Real-time simulation, HIL & model development
VP-M · the edge we sell
HIL-grade feedback, from day one.
The real-time-emulation advantage we use on our own programs — packaged as a product. Real MCU, real firmware, real-time closed loop, before any prototype exists.
- SIL’s earliness with HIL’s fidelity, on the desk
- Fewer prototype spins · firmware off the critical path
- ~20–30% higher productivity · up to a year earlier SoP
flexSolus PowerLaing InnotechProven in the field
We don’t just model power electronics. We’ve shipped it.
Real programs for Tier-1s and OEMs across four industries — the hardware experience behind every model we build.
Automotive
Defense
Aerospace
Industrial
VP-M in daily work
Not a pitch — a desk you work at.
Flash to the real MCU, run closed-loop against the emulated plant, watch it on live dashboards and oscilloscope-grade recording, tune parameters on the fly, and fire regression runs through the API. The bug dies before lunch, at the desk.
- ▸Live dashboards — system state at a glance
- ▸Scope-grade recording — every signal, full rate
- ▸Live parameter tuning — no rebuild, no reflash
- ▸API & MCP — automated and AI-driven runs
Why it matters now
Electrification is making control software the bottleneck.
Switching frequencies climb, AUTOSAR stacks grow, and firmware waits on scarce hardware. We move control-software development off the critical path — and we have the field record to prove the models are right.
Insights
Notes from the real-time edge.
Technical writing on power-electronics control, real-time emulation and embedded development.
One mistimed edge, one lost control step
At 100 kHz, correctness lives in microseconds. A look at the glitch SIL cannot see.
Read →AnnouncementACME wins NKFIH funding for its HIL development tool
Support awarded under the 2025-1.1.2-GYORSÍTÓSÁV programme to build our power-electronics Hardware-in-the-Loop platform.
Read →FirmwareThe 60/70 code split nobody tests
Only a third of an ECU binary is the function. The rest only behaves like the real chip.
Read →See where we fit on your project.
A 20-minute call — no prep, no obligation. We’ll point you to the product, the services, or both.