R&D/INDUSTRIAL IoT/COMMUNICATION/EMBEDDED SYSTEMS/EDGE COMPUTING/CLOUD PLATFORMS/NTN / SATELLITE/LoRaWAN/R&D/INDUSTRIAL IoT/COMMUNICATION/EMBEDDED SYSTEMS/EDGE COMPUTING/CLOUD PLATFORMS/NTN / SATELLITE/LoRaWAN/R&D/INDUSTRIAL IoT/COMMUNICATION/EMBEDDED SYSTEMS/EDGE COMPUTING/CLOUD PLATFORMS/NTN / SATELLITE/LoRaWAN/
NETNOVA
01Engineering

Hardware Design

PCB design, schematic capture, prototyping and production management.

Engineering
4 engagement tracks
5 technologies
02Overview

What this service covers

From schematic capture to production, our hardware engineering team designs rugged, reliable industrial electronics. We handle component selection, PCB layout, DFM/DFT, prototyping and production transfer.

What We Do
01

Schematic Design

Complete circuit design from requirements to schematics.

02

PCB Layout

Multi-layer PCB layout with EMI/EMC considerations.

03

Prototyping

Rapid prototyping and design verification testing.

04

Production Transfer

DFM optimization and production line setup support.

03Our Development Process

How we deliver Hardware Design

The same six-stage process applies to every engagement — calibrated to the scope and risk profile of your project.

01

Concept

Requirements analysis, feasibility study, technology exploration.

02

Architecture

End-to-end system architecture and technology selection.

03

Prototype

Rapid prototyping, proof of concept, hardware and firmware.

04

Validation

Lab and field validation, performance and reliability testing.

05

Pilot

Pilot deployment in real environments with operational feedback.

06

Deployment

Production, commissioning, handover and long-term support.

← Swipe to explore the process →

Development process stage 3
04Technologies

Tech stack we work with

AltiumKiCadRF DesignPower ElectronicsEMC/EMI
05Industries

Where we deploy it

07Next Step

Ready to start with Hardware Design?

Book an R&D consultation. We'll discuss your requirements, constraints and timeline — and propose a phased engagement.

Request R&D Consultation