Schematic capture
Clean, hierarchical schematics with proper net naming, component selection and design notes that are easy to review and maintain.
PCB Design & Layout
Schematic capture and multilayer PCB layout from 2 to 20 layers, including HDI, power and RF designs, delivered manufacturing-ready.
2–20Layer stack-ups
HDIMicro-via & fine-pitch
DFMChecked before release
Good hardware starts with a good layout. Our design team turns your requirements, block diagrams or reference designs into clean schematics and optimised PCB layouts that are ready for fabrication and assembly on the first spin.
We design everything from simple single- and double-sided boards to dense 20-layer stack-ups with controlled impedance, high-speed interfaces, power stages and RF sections, and we always design with manufacturing and testing in mind.
Typical applications
- IoT devices
- Industrial controllers
- Power supplies
- Motor drives
- Consumer products
- Instrumentation
Capabilities
What’s included.
Multilayer layout
Optimised stack-ups from 2 to 20 layers with solid reference planes, careful return paths and thermal management.
High-speed & controlled impedance
Length-matched differential pairs and impedance-controlled routing for USB, Ethernet, DDR and other high-speed interfaces.
Power electronics
SMPS, motor drivers, battery management and high-current layouts with appropriate copper weights, clearances and creepage.
RF & high-frequency
Antenna feeds, RF matching networks and module integration for Wi-Fi, BLE, GSM/LTE, LoRa and GNSS products.
Library & footprints
IPC-compliant footprints and verified 3D models so that parts fit, solder well and match the enclosure.
Specifications
Technical datasheet
// PCB_DESIGN
- Layer count
- 1 to 20 layers
- Board types
- Rigid, HDI, metal-core (on request)
- Design rules
- IPC-2221 / IPC-7351 based
- Outputs
- Gerber / ODB++, drill, BOM, pick-and-place, assembly drawings
- Reviews
- Schematic review, DRC, DFM & DFA checks
- 3D
- STEP export for enclosure fitment
Specifications are indicative. Exact capability, tolerances and lead time are confirmed for every job at the quotation stage.
Process
How it works
- 01
Requirements
We capture functional, electrical, mechanical and cost requirements and agree on the architecture.
- 02
Schematic
Component selection and schematic capture with a formal review together with you.
- 03
Placement & routing
Floor-planning, critical routing first, then complete routing with power integrity checks.
- 04
Verification
DRC, DFM and DFA checks, 3D fit checks and a final design review.
- 05
Release
A complete, version-controlled manufacturing package ready for fabrication and assembly.
Deliverables
What you receive.
Clear, complete outputs that are documented and yours to keep.
- Schematic PDF and native design files
- Gerber / ODB++ and NC drill files
- Bill of materials with approved alternates
- Pick-and-place (centroid) file
- Assembly and fabrication drawings
- 3D STEP model of the assembled board
A short description of what the board must do is enough to begin. Block diagrams, reference designs, existing schematics, enclosure drawings and target cost all help us move faster.
Yes. Once the project is paid for, you receive the complete native design files and manufacturing outputs, and the design belongs to you.
Yes. We regularly review, debug and re-spin existing boards, including converting legacy designs and replacing obsolete components.
Absolutely. We are happy to sign a mutual NDA before you share any confidential information.
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Learn moreReady to start your pcb design & layout project?
Share your idea, schematic, Gerbers or BOM. Our engineers will review it and get back to you with a clear quotation.