Schematic Capture
Clean, reviewable schematics with correct part selection, netlists, and design intent captured before any layout begins.
Consultancy · PCB Design
PCBs designed for performance, manufacturability & reliability
Schematic capture, multilayer layout, signal integrity and impedance control, power and thermal design, and EMI-aware routing — clean, manufacturable boards from prototype to production, built on the same power-electronics engineering we teach and ship every day.
High-Speed Signal50Ω Controlled
Every board is checked in simulation — signal integrity, power, and EMI — then verified against manufacturing rules before fabrication.
2–8+ LayersMultilayer stack-ups
SI & 50ΩImpedance control
Power · HS · RFBoard types
DFM→FabManufacturing-ready
What We Deliver
Boards engineered from schematic to manufacturing files
Placement, routing, stack-up, power, and EMI are handled together — so the board performs, passes checks, and is clean and ready for the fabricator on the first send-out.
Multilayer Layout
2 to 8+ layer boards with a proper stack-up, tidy placement, and clean routing for compact, reliable designs.
Signal Integrity
Controlled-impedance routing, length and skew matching, and reference-plane discipline for high-speed and sensitive nets.
Power & Thermal
Solid power/ground planes, wide copper and pours, via stitching, and thermal relief for power-electronics boards that run cool.
EMI/EMC-Aware Routing
Placement, return paths, filtering, and shielding-friendly layout that keep emissions down and immunity up.
DFM & Manufacturing Files
DFM/DFA review, design-rule and electrical checks, and complete Gerber, drill, BOM, pick-and-place, and 3D outputs.
Our Process
A clear, six-step path from schematic to fabricated board
Predictable stages, checkpoints you can review, and clean, manufacturable files at the end.
Step 01 · Requirements
Requirements & Schematic
We capture the design intent — functionality, key components, constraints, and connectors — into a clean, reviewable schematic and netlist.
- Functionality & part selection
- Constraints, connectors & special nets
- Reviewable schematic & netlist
Step 02 · Placement
Stack-up & Placement
We define the layer stack-up and place components for clean signal flow, power distribution, thermal spread, and mechanical fit.
- Layer stack-up & impedance plan
- Component placement & grouping
- Mechanical & connector fit
Step 03 · Routing
Routing & Signal Integrity
Controlled-impedance routing, length and skew matching, clean return paths, and careful high-speed and sensitive-net handling.
- Controlled-impedance routing
- Length / skew matching
- Clean reference & return paths
Step 04 · Power & EMI
Power, Thermal & EMI
Solid power/ground planes, wide copper pours, via stitching, thermal relief, and EMI-aware routing for a robust, quiet board.
- Power/ground planes & pours
- Thermal relief & via stitching
- EMI/EMC-aware return paths
Step 05 · Verification
DFM Review & Verification
Design-rule and electrical checks, DFM/DFA review, and a clean bill of health before anything is sent to the fabricator.
- DRC & electrical rule checks
- DFM / DFA review
- Clean, fabricator-ready output
Step 06 · Delivery
Fabrication & Delivery
Gerbers, drill, BOM, pick-and-place, assembly drawings, and 3D files handed over — with fabrication and assembly support as needed.
- Gerber, drill & BOM files
- Pick-and-place & 3D/STEP
- Fab & assembly support
What You Receive
Manufacturing-ready outputs, not just a layout
Every engagement ends with a complete, fabricator-ready package — the design, the checks, and the files your manufacturer needs to build the board right the first time.
- Schematic & netlist
- Multilayer layout & stack-up
- Gerber & drill files
- Bill of materials (BOM)
- Pick-and-place (centroid)
- Assembly drawings
- 3D / STEP model
- DRC / DFM report
Built to a production mindset
- Checked against design and manufacturing rules
- Signal integrity and power delivery considered from day one
- Thermal and EMI handled in the layout
- Clean, reviewable design and documentation
- A clear path from prototype toward volume production
Inside The Work
From schematic to a bench-ready board
A look at how a board actually takes shape — capture, placement, routing, and fabrication.
Boards We Design
PCB design across many kinds of products
Power-electronics boardsConverters, chargers, and drives with high-current copper and thermal design.
High-speed digitalControlled-impedance, length-matched boards for fast interfaces.
IoT & embeddedCompact MCU, sensor, and connectivity boards for products.
Mixed-signal & analogCareful partitioning and grounding for clean analog performance.
RF & wirelessImpedance-controlled RF sections and antenna-friendly layout.
Industrial & controlRobust boards for control, instrumentation, and automation.
Why Power4All
A team that designs, builds, and teaches electronics
Power4All is a power-electronics education and engineering platform — so your board is laid out by people who understand the circuit, not just the CAD tool.
Power-electronics depth
High-current copper, thermal design, and switching-noise-aware layout — we lay out boards for circuits we actually design and build.
Signal-integrity mindset
Reference planes, controlled impedance, and return paths are handled deliberately, not left to autoroute.
Manufacturing-ready
DFM/DFA and rule checks mean the fabricator gets clean files — fewer spins, fewer surprises, lower cost.
Whole-system view
We can take you from circuit design and simulation through PCB to a working, tested prototype — one team, end to end.
Education-grade documentation
Because we teach, we explain. You get clear, well-structured design files and documentation your team can follow.
Built to iterate
Boards evolve. We keep designs clean and well-organised so revisions and respins are fast and low-risk.
FAQ
PCB design — common questions
Single-, double-, and multilayer boards (2 to 8+ layers), power-electronics PCBs, high-speed digital and mixed-signal boards, RF sections, and flex/rigid-flex — from quick prototypes to production-ready designs.
Both. We can take your project from schematic capture through layout and design-for-manufacturing, or do layout-only from a schematic you already have.
Yes. Controlled-impedance routing, length and skew matching, a proper layer stack-up, careful power/ground planes, and EMI/EMC-aware placement and routing are part of the work for high-speed and power boards.
Manufacturing-ready outputs: Gerbers and drill files, a bill of materials (BOM), pick-and-place (centroid) files, assembly drawings, and 3D/STEP models — plus the native project files on request.
Yes. We apply DFM and DFA rules, run design-rule and electrical checks, and prepare clean, fabricator-ready outputs — and can support you through fabrication and assembly.
Share your schematic or requirements, board constraints (size, layers, connectors, special nets), and timeline through the consultancy request form. We review it and send back a clear scope.
Start Your Board
Need a PCB designed or laid out?
Share your schematic or requirements, board constraints, layer count, and timeline. We'll propose the right stack-up and a clear path for layout, verification, and manufacturing-ready delivery.