Precise engineering solutions tested at every stage and ready for scale
In today’s electronics landscape, a successful project starts with thorough analysis, thoughtful design, and high-quality prototyping. We provide comprehensive electronics R&D services including circuit design, modeling, and functional prototyping. Our approach ensures accuracy, reliability, and compliance with industrial standards, giving you confidence at every stage of development.
If you’re reading this, chances are…
• Your project is stuck due to unstable prototype performance, resulting in unrepeatable results and tight deadlines threatening your product launch.
• You possess a board or device but lack the original circuit diagram, complicating troubleshooting, design updates, and scalability.
• EMC testing failures repeatedly block certification, and no one on your team can diagnose the root causes effectively.
• Your engineering team faces challenges in high-frequency PCB layout, simulation accuracy, and impedance matching, critical for maintaining signal integrity and device reliability.
• There is an urgent need for legal, safe, and fast replication of legacy devices, ensuring full compliance with intellectual property and industry standards.
• Product development depends on a single engineer, limiting scalability and reproducibility essential for mass production and future maintenance.
If any of these challenges resonate with you, we have the expertise to deliver solutions tailored to your project’s needs, driving prototype stability, EMC compliance, and legal reverse engineering.
Exactly the engineering solution you need — no more, no less.
We don’t sell “possibilities.” We deliver proven, working engineering outcomes that transform your power electronics projects from concept to industrial reality.
When your project demands precision, predictability, and deep technical expertise, we step in with tailored solutions and drive it to success — minimizing risks and accelerating your time to market.
Here’s exactly what you get from our experienced team specializing in power electronics design, prototyping, and optimization:
Custom circuit and architecture design optimized for high-efficiency power conversion, including DC-DC, DC-AC, and AC-DC converters across power ranges from 5kW up to 1MW.
Advanced multi-layer PCB layout and debugging with controlled impedance and thermal management — supporting complex boards up to 12 layers for reliable high-frequency operation.
Full EMC-ready preparation, including electromagnetic simulation, impedance matching, and noise filtering to ensure compliance with industrial standards and avoid costly certification delays.
Comprehensive jitter analysis, S-parameter extraction, and signal integrity modeling to guarantee stable high-speed switching performance and minimize electromagnetic interference.
Expertise in developing firmware and control systems on platforms such as STM32, TMS320, Xilinx Vivado, and Altera, enabling seamless integration of digital control with power electronics hardware.
Legal reverse engineering and schematic recovery services to support legacy device modernization while fully respecting intellectual property and export regulations.
Detailed circuit documentation and test plan creation, ensuring full traceability and easing manufacturing handoff.
In-depth design audit, redesign, scalability analysis, and onboarding support to improve product robustness and accelerate scale-up in production.
Final-stage system integration and production readiness including hardware-software co-design, compliance verification, and support for certification processes.
We leverage cutting-edge technologies such as silicon carbide (SiC) and gallium nitride (GaN) semiconductors, advanced thermal design, and digital telemetry systems to create power electronics solutions that excel in efficiency, reliability, and longevity.
Partner with us for turnkey power electronics engineering that delivers measurable business impact — from reducing energy losses and improving power density to accelerating your product launch with confidence.
Step-by-step. Transparent. Outcome-driven.
Every power electronics project is unique — but our structured, repeatable process ensures clarity, control, and success at every step.
You’ll always know exactly where your project stands, what’s required next, and how we move toward final delivery with confidence and precision.
Our proven engineering process includes:
Initial Briefing
You clearly outline your technical challenge, power requirements, and operational constraints. We work closely to define realistic goals, compliance targets (EMC, safety), and project milestones.
Specification Review
Our team audits your provided data, evaluates system-level risks, and analyzes the technical landscape including component availability, thermal management, and regulatory needs. We identify design opportunities and potential bottlenecks early.
Architecture & Prototyping
We craft detailed circuit architectures optimized for efficiency and reliability. Our engineers perform multi-layer PCB routing with controlled impedance and prototype assembly, applying advanced semiconductor technologies such as SiC and GaN.
Testing & Iteration
Through precise S-parameter extraction, jitter and signal integrity analysis, and thermal profiling, we iteratively refine your design. We address EMC challenges, optimize power density, and validate performance under load.
Finalization & Integration
We provide comprehensive documentation, test plans, and prepare your design for mass production. Our team supports integration with firmware, system-level testing, and assists with certification readiness, ensuring smooth deployment.
Where others say “impossible,” we draw the circuit.
We don’t just hype technology — we deliver solid, reliable, and grounded engineering solutions in power electronics, high-frequency inverter design, and power converter optimization.
In a world filled with empty promises and shortcuts, our commitment is to proven experience, precise calculation, and measurable real-world outcomes that power your success.
Over 15 years of hands-on expertise in high-power inverter design, silicon carbide (SiC) MOSFET applications, and gallium nitride (GaN) transistor technologies — from complex high-frequency PCB layout and routing to full production support.
Senior-level engineers specializing in power module design, EMI/EMC compliance, and thermal management — no outsourcing, no guesswork, only top-tier professionals ensuring the highest quality.
Proven success on projects up to 1MW, including DC-DC, DC-AC, and AC-DC converters — we design, simulate, and validate systems at scale to meet industrial, renewable energy, and electric vehicle (EV) power electronics demands.
Strict NDA adherence and IP protection — safeguarding your intellectual property throughout design, prototyping, and manufacturing stages.
Legally compliant reverse engineering and redesign services — fully respecting intellectual property rights and export control regulations for risk-free collaboration.
Everything You’d Ask — Answered Upfront.
It depends on complexity and input quality. A basic audit starts from 3 working days. A full prototype may take 2–6 weeks. We always provide phased planning and clear timelines.
Strictly Legal. IP-Respecting.
Every project starts with a legal foundation.
Regardless of scope — we do not reproduce schematics, firmware, or devices unless our client holds clear, documented rights.
We’re not just engineers. We’re legal-safe partners you can trust.
Talk is cheap. Let us show you what we’ve built.
Our work doesn’t live in PowerPoints — it lives in real hardware.
Here’s a glimpse of what we’ve delivered for clients around the world:
If your challenge sounds familiar — we’ve likely solved it before. Or something harder.
Got an idea, a device, a circuit — or just a challenge?
Let’s talk. No pressure. Just engineers speaking the same language.
→ Fill out a short brief — and get expert technical feedback
→ Book a call — and discuss your needs with our team
→ Sign an NDA first — your IP stays fully protected
Don’t let your project stall. You’re closer to the solution than you think.
Current Capabilities for “Electronics R&D from Concept to Industrial Grade Prototype”
1. Available Immediately:
Conceptual design, circuit simulation, PCB layout optimization for manufacturing (DFM audit), functional prototype testing with interpretation of third-party laboratory data.
2. Launching Soon:
Our lab is undergoing relocation to the EU and ISO certification. Industrial-grade prototyping, EMC validation, and precision assembly will be available in Q4 2025 – Q1 2026. Invest in our project to accelerate the launch!
