Custom Embedded Hardware Designed for Your Product
At AIOTHUB, we provide end-to-end embedded hardware design services for connected devices, industrial equipment, IoT products, and custom electronic systems. We design hardware around your application's performance, power, connectivity, size, cost, and environmental requirements.
From system architecture and component selection to schematic design, PCB development, prototype testing, and production handoff, our engineers help turn your product concept into reliable and manufacturable hardware. Our embedded hardware development expertise covers platforms and architectures such as STM32, ESP32, ARM Cortex-M, and RISC-V, along with the interfaces, power systems, sensors, and communication technologies required for modern embedded products.
Every design is reviewed with reliability, performance, manufacturability, and lifecycle cost in mind. This helps identify hardware issues early, reduce unnecessary redesigns, and create a smoother path from prototype to production.
Benefits of Our Hardware Design Service
We combine practical electronics engineering with product-focused thinking to create embedded hardware that is reliable, cost-effective, and ready for real-world deployment.
Purpose-Built Architecture
No off-the-shelf compromises. We design the entire hardware architecture around your exact functional, power, and form-factor requirements.
Optimized Power Design
Efficient power management with multi-rail supply design, battery management ICs, and ultra-low-power sleep modes for field-deployed devices.
Industrial-Grade Reliability
Wide temperature range, ESD protection, EMI filtering, and conformal coating readiness for harsh industrial environments.
BOM Cost Optimization
Strategic component selection balancing performance, availability, and cost — with second-source alternatives to protect your supply chain.
DFM-Ready Output
Every design is optimized for manufacturability from day one — proper pad sizing, panelization considerations, and assembly-friendly layouts.
Fast Turnaround
Structured design workflow with clear milestones. Most schematic designs are completed within 2–4 weeks depending on complexity.
How We Deliver Your Embedded Hardware Design
Our structured hardware development process takes your idea from initial requirements to a validated and production-ready embedded hardware platform.
Requirements Analysis
We study your application needs — interfaces, power constraints, environmental specs, and target cost — to define the hardware architecture.
Schematic Design
Complete schematic capture with component selection, power tree design, and signal routing. Formal design review before PCB phase.
Prototype Build
Rapid-turn prototype PCBs are assembled and brought up in our lab. Functional testing validates every subsystem against specifications.
Production Handoff
Finalized Gerbers, BOM, assembly drawings, and test procedures are packaged for seamless handoff to your manufacturing partner.
Embedded Hardware Design FAQs
Answers to the questions our clients ask most before starting a hardware design project.
AIOTHUB provides end-to-end embedded hardware design, from requirements and system architecture to schematic design, component selection, PCB layout, prototyping, testing, and production handoff. We design hardware around your application, performance, power, cost, and environmental requirements.
Yes. We build custom embedded hardware from the ground up based on your product requirements. Whether you need a sensor-based device, industrial controller, communication gateway, or connected IoT product, our engineers can design the hardware architecture, select the right components, and develop a production-ready board.
Yes. Our service covers both schematic design and PCB layout. We can also work with an existing schematic or hardware design and handle PCB layout, design review, optimization, and manufacturing-ready output.
We select components based on factors such as processing requirements, power consumption, interfaces, product cost, availability, and long-term supply. Depending on the application, we work with platforms such as STM32, ESP32, ARM Cortex-M, and RISC-V, rather than forcing every product onto the same hardware platform.
Yes. We consider BOM cost, component availability, second-source options, and manufacturability during the design process. This helps reduce unnecessary costs and makes the final hardware easier to manufacture and support over the product lifecycle.
Yes. We support the prototype development cycle, including PCB fabrication, component sourcing, assembly, board bring-up, and functional testing. Prototyping allows us to identify hardware issues early and validate the design before moving toward production.
We provide the documentation needed for future development and manufacturing, including schematic files, PCB layout and Gerber files, BOM/AVL, assembly files, manufacturing notes, test procedures, and design documentation, as agreed for the project.
Yes. We can review an existing schematic, PCB layout, BOM, or prototype and identify what can be reused and what needs improvement. This is useful when a previous hardware project has design issues, component availability problems, high production costs, or needs to be made production-ready.
Yes. Our goal is not just to deliver a prototype board. We can support hardware validation, design improvements, manufacturing handoff, pilot production, and production support. Because AIOTHUB also develops and manufactures its own IoT products, we understand the practical requirements involved in taking embedded hardware from engineering to production.
Related Embedded Engineering Services
Ready to Design Custom Embedded Hardware?
Share your project requirements & our engineers will respond with a free consultation, a recommended architecture and a project estimate, usually within one working day.