Industrial Electronics Design · Shenzhen · Since 2008
Plenty of designs can be drawn.
Few stay buildable for three years.
Hardware design for industrial control, power conversion, communications and AI hardware — from device selection and prototype validation through to production introduction.
First selection feedback within 48h · No consulting fee
Team & Capability
Device platforms we design with
MCU & Programmable Logic
Analog · Power · Discrete
Memory
Interface · RF · Connectivity
Passive · Interconnect · Protection
These are the device vendors we most often design with. All trademarks belong to their respective owners. This listing indicates the scope of our technical selection work and does not imply authorization, certification, or partnership with any manufacturer.
Design & Services
A design is finished when it can be built, not when the schematic is
We design hardware for industrial and energy electronics. Seventeen years in, the clearest lesson is that whether a design reaches production usually turns less on the architecture than on whether lifecycle, consistency and change were weighed at selection time. The four items below cover the milestones where a hardware program most often stalls.
Platform Selection & Device Recommendation
Based on the application, performance targets and cost envelope, we propose MCU, power and interface platform options and explain the trade-off behind each.
Prototype Validation & Build Support
Reference-design porting, prototype build kits and component support, so the concept runs on testable hardware before production tooling is committed.
BOM Review & Alternate Paths
We review the BOM across lifecycle, supply stability and cost, flag single-point risk items, and lay out second sources that can actually be qualified.
Production Introduction & Material Support
Once the design is frozen we support pilot builds and production introduction, coordinate material to the build schedule, and keep tracking vendor lead-time shifts and PCN notices.
Focus Areas
Same function — so why this part and not that one
These are the areas we design in most. The platform comparisons, tiered configurations and mistakes recorded here are the judgements we fall back on when working a project. Specifications come from vendor sources with the verification date noted.
Full comparison tables across 6 areas
Motor Drives & Motion Control
VFDs · Servo drives · Compressors · Multi-axis platforms
Loop rate sets the floor on compute; current loops typically start at 10–20 kHz
Digital Power & Energy Conversion
Storage PCS · EV charging · Server PSU · PV inverters
Loop bandwidth is limited by total sample-compute-update latency, not by clock rate
Industrial Networking & Edge Gateways
Remote I/O · Protocol gateways · Line data capture · PLC expansion
Start from the protocol stack, not the processor; concurrent multi-protocol is a different problem from single-protocol conversion
Engagement
Where We Come Into a Hardware Program
Five milestones from kickoff to production ramp. Most clients reach us at step two or three, with direction settled but stuck on selection detail or prototype material.
Scope & Requirements
Application, performance targets, certification scope, expected volume and timing — enough to judge whether this is a program we can genuinely help on.
Platform & Device Selection
One or two device combinations, each with the reasoning stated, plus supply risk and alternate path flagged for every critical part.
Prototype & Build
Porting and trimming a proven architecture, supplying the prototype kit, and working through first-article bring-up and fault isolation.
Pilot Production
Material support through pilot builds — the stage that surfaces consistency, process and incoming-material variation before it reaches volume.
Production Ramp
Production introduction with material coordinated to the build schedule, and vendor lead-time shifts, PCN notices and lifecycle bulletins tracked on an ongoing basis.
Engineering Discipline
Whether a Design Ships Comes Down to Detail
Hardware programs rarely fail on architecture. They fail on lifecycle, lot consistency and change notices that arrived too late.
Lifecycle checked at selection
Before we recommend a device we confirm its lifecycle stage and whether a PCN, NRND or EOL notice already exists. End-of-life parts do not enter new designs.
Traceable production material
During introduction we help confirm material origin and lot status, favouring manufacturer and authorised channels so origin, lot and packaging state stay traceable.
Alternates must be verifiable
Any second source we propose comes with the delta written down: pin compatibility, timing, and whether firmware has to change. Not close enough on paper.
Lot and incoming consistency
Through pilot and volume we watch date codes, lot spread and incoming variation, and raise anomalies before the line runs, not after.
Change and obsolescence tracking
PCNs, package changes and ordering-code migrations on parts already in use are tracked and passed on with a recommended response before production is affected.
No promises we cannot keep
Lead times, supply capacity and the limits of our technical support are stated as they are. Where something is uncertain we mark it uncertain.
Tell Us About the Project
No requirements document needed. What you are building, roughly what stage, and what volume — that is enough for us to judge whether we can help.
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