Professional electronic design for your next product
From concept to a production-ready build package. From electronic architecture and custom enclosures to, testing and certification under one engineering team.
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Reply in 24 hEnd-to-end development
One dedicated team takes your hardware from initial concept to schematics, production-ready PCB layout and firmware.
Confidential & IP control
Mutual NDAs executed before project kickoff. You retain 100% ownership of schematics, source code, and design files.
Rapid, phased delivery
PCB layout kicks off within 48 hours of sign-off, structured around clear milestone reviews and regular progress updates.
Manufacturing advantage
Design for Manufacturing (DFM) is engineered from day one, eliminating costly revisions and component sourcing delays at production.
Turnkey electronic design services
End-to-End Electronic Design
From concept to a manufacturing-ready board. We handle circuit design, component selection, schematics and PCB layout, and provide all files needed for fabrication and assembly.
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PCB Layout & Routing
Professional PCB layout from your schematics, including component placement, layer stack-up and precision routing. Supporting rigid, flex, rigid-flex and HDI boards, with manufacturing-ready files.
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Mechanical & Enclosure Design
Custom enclosures designed around your electronics, with careful attention to fit, cooling and assembly. Includes 3D models and drawings ready for 3D printing, CNC machining or moulding.
Learn more →What is the process from ordering to design?
Hardware design precautions
Customers need to provide:
Detailed functional requirements, size envelope, product operating environment and whether product certification is in scope.
Anode reviews schematic, layout and firmware:
Against our design specification, your design instructions and a per-project checklist before anything is released.
Customer reviews schematic, layout and firmware:
We provide the schematic and layout files for you to review. You sign each stage off before the next one starts.
Design data output:
Manufacturing files, assembly data, firmware binaries and a test procedure for the sample.
Successful project development cases
High-speed layout5.9 GHz Radar Sensing Platform
A 5.9 GHz continuous-wave radar RF front-end PCB designed for Doppler motion sensing. Integrates transceiver interfaces, impedance-controlled RF routing and a series-fed patch antenna array.
WearablesHaptic Stimulation Interface
A compact electrotactile interface that uses controlled electrical stimulation to create tactile sensations. Combines high-voltage signal generation and IoT connectivity for research into digitally controlled sensory feedback.
WearablesFlexible Electrode Array
A flexible PCB electrode array weighing less than 3 g, designed to capture electrical signals from the body. Gold-plated dry-contact electrodes provide a lightweight sensing interface for wearable devices.
Power & chargingBattery Profiler
A bench-top instrument for measuring battery capacity, internal resistance and discharge performance under realistic loads. Supports constant-current, constant-power and constant-resistance testing, with operating limits of 60 V, 30 A and 450 W power dissipation.
Power & chargingSupercapacitor Vehicle Jump Starter
High-current vehicle jump starter using a supercapacitor energy storage system with a transistor- and relay-based switching and protection circuit for safe vehicle starting.
Power & charging7 kW charge controller
Wide peripheral expansion for industrial display and card reader, ultra-low standby draw, layered protection and hardware watchdog.
Embedded computeMaternal & Fetal Health Monitor
A portable system designed to capture maternal and fetal ECG signals simultaneously through non-invasive sensing. Supports pregnancy health monitoring and research into identifying potential abnormalities.
Embedded computeIoT Smart Worker Safety & Tracking System
A compact, high-density PCB that combines location tracking, wireless connectivity, gas sensing and fall detection to support worker safety monitoring.
Embedded computeEar-EEG Earpiece Design
A compact, ear-worn PCB designed to capture brain signals non-invasively. Combines low-noise differential signal conditioning, motion artefact reduction and wireless connectivity for wearable EEG monitoring.
Embedded computeSmart Vitals Monitor
A compact, battery-powered wearable system for real-time ECG, SpO₂, and activity monitoring, designed for athlete health tracking. The system integrates embedded processing and IoT connectivity for portable, connected health monitoring.
Great products start with great hardware
Send the brief today, an Anode design engineer replies within one business day.