End-to-End Service
Full-Stack Hardware Development
From a napkin sketch to a production-ready product — one team handles requirements, schematic, PCB layout, firmware, testing, and manufacturing. No coordination overhead, no gaps between disciplines.
What We Deliver
Requirements & Architecture
We translate product requirements into a hardware architecture: block diagram, component selection, risk register, and project schedule before any design work begins.
Schematic Capture
Full schematic design with component library creation, ERC sign-off, BOM, and design review — ready to hand off to layout or directly to our team.
PCB Layout
Multi-layer, high-speed, HDI, or rigid-flex PCB layout with signal integrity analysis, thermal management, and DFM built in from the start.
Firmware & BSP
Board bring-up, BSP development, peripheral drivers, RTOS integration, and communication stacks — firmware that ships with the hardware.
Testing & Validation
ICT fixture design, functional test development, signal integrity measurement, and EMC pre-compliance — so the product passes certification first time.
Manufacturing Ramp
NPI package, CM selection, first article inspection, and volume yield support — a complete hand-off to production with no gaps.
Our Process
Discovery & Scoping
We learn your product goals, target markets, regulatory requirements, and budget constraints to define a development roadmap with clear milestones.
Architecture & Component Selection
Hardware block diagram, MCU/SoC selection, power architecture, and supply chain risk review — signed off before schematic begins.
Schematic & BOM
Full schematic capture with design review checkpoint. BOM built with approved alternates and availability data from day one.
PCB Layout & DFM
Layout with co-located firmware feedback, DFM review against chosen fab, and signal integrity simulation for high-speed interfaces.
Prototype Build
We manage the prototype build at a trusted CM, attend or coordinate FAI, and own the bring-up process on received boards.
Firmware & System Validation
Board bring-up, driver development, functional test execution, and signal integrity validation on prototype hardware.
Production Release
Final NPI package, regulatory test support, CM transfer, and sustaining engineering hand-off — the complete product delivered.
Capabilities
Frequently Asked Questions
- Can you take a hardware product from idea to production?
- Yes. Full-stack hardware development is our flagship engagement. We cover requirements capture, hardware architecture, schematic, PCB layout, firmware, testing, and manufacturing — delivered by a single coordinated team. You get one point of contact and no coordination gaps between disciplines.
- How do you handle regulatory certification (CE, FCC, UL, IEC)?
- We design with the target certifications in mind from day one — selecting pre-certified radio modules where appropriate, applying EMC layout best practices, and conducting pre-compliance screening before formal lab testing. We work alongside your regulatory consultant or can recommend certified test houses.
- Who owns the IP and design files at the end of the project?
- You do. Full IP ownership — schematics, PCB layout, firmware source code, and all documentation — transfers to you on final payment. We retain no rights to your design. NDAs are standard on all engagements.
- What is the typical timeline for a full hardware development project?
- A typical project from requirements to first prototype runs 8–16 weeks depending on complexity. Simple microcontroller-based products sit at the lower end; complex multi-board systems with custom firmware and regulatory testing may take 6–12 months. We provide a detailed milestone schedule with every proposal.
Ready to start your project?
Get in touch with our team to discuss your requirements and receive a detailed quote.
Contact Us