Embedded Hardware Development

Develop cutting-edge embedded hardware solutions that set your IoT products apart from the competition with our expert design services. We specialize in custom hardware development for B2B applications, delivering industrial-grade designs, advanced embedded systems, wireless solutions, and more.

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Services Involved

We cover every aspect of IoT development to ensure your business operates smarter, faster, and more efficiently.

01

Hardware Architecture Design

Customized hardware architecture solutions ensure seamless connectivity, optimal performance, and energy efficiency.  Our process covers everything from component selection and schematic design to PCB layout and prototyping.

02

PCB Design Service

Unlock innovation with our PCB Design Service—high-performance, reliable, and optimized for your unique needs. From your concept, we deliver precision-engineered PCBs that power your next big idea.

03

Manufacture/ Production

We facilitate a seamless transition to mass production by optimizing the manufacturing process, enhancing product designs for scalability, and ensuring rigorous quality checks, ensuring a successful launch with a reliable and market-ready product.

Custom Build Embedded Hardware Devices?
Custom Embedded Hardware Development is a specialized process focused on designing and developing the physical hardware of an embedded system. At Nawatech, we have a team of highly skilled and experienced engineers dedicated to Embedded Hardware Development, ensuring optimized performance, reliability, and scalability. This process involves circuit design, PCB layout, component selection, fabrication, and testing to create high-quality embedded hardware solutions tailored to specific applications. While our primary focus is on hardware, we also provide optional firmware development for seamless integration, ensuring a complete and efficient embedded system.
Details Development Process
1. Custom Embedded Hardware Development is a specialized process focused on designing and developing the physical hardware of an embedded system. At Nawatech, we have a team of highly skilled and experienced engineers dedicated to Embedded Hardware Development, ensuring optimized performance, reliability, and scalability. This process involves circuit design, PCB layout, component selection, fabrication, and testing to create high-quality embedded hardware solutions tailored to specific applications. While our primary focus is on hardware, we also provide optional firmware development for seamless integration, ensuring a complete and efficient embedded system.
Requirement Analysis & Component Selection - Identify the hardware specifications based on the application’s needs (e.g., industrial, automotive, medical, consumer electronics).

2. Schematic Design & Circuit Development - Develop a detailed schematic diagram representing the electrical connections between components.

3. PCB Design & Layout - Convert the schematic into a PCB layout, optimizing for size, thermal performance, and high-speed signal integrity.

4. Fabrication/ Manufacturing & Assembly - Manufacture the PCB using industry-standard fabrication processes.

5. Hardware Testing & Validation - Perform continuity checks, power integrity analysis, and electrical performance testing to ensure board reliability.
PCB Fabrication And Assembly
PCB fabrication and assembly refer to the process of transforming a PCB design into a physical circuit board. During this stage, the PCB layout is manufactured, and electronic components are soldered onto the board using automated assembly techniques or manual soldering, depending on complexity and production volume.

PCB Testing
Once fabrication and assembly are complete, testing procedures are carried out to assess the PCB’s functionality and quality. This includes various tests such as continuity checks, insulation resistance measurements, functionality verification, and electrical performance analysis to ensure the board operates as expected.

Our Process

We follow a step by step process, from planning to deployment and optimization. To ensure our deliverables are scalable and secure IoT solutions that fit your needs.

01

Requirement Analysis

In this phase, we work closely with clients to define key specifications, carefully selecting hardware components that best suit the embedded system design. We develop a robust architecture that ensures optimal performance, efficiency, and scalability.

02

Design Circuitry

Once the components are selected, a detailed schematic is created, outlining their connections and interactions. This process includes designing the PCB layout to optimize signal routing and minimize interference, ensuring reliable performance.

03

Manufacture/ Production

After finalizing your board, seamlessly scale up to PCB production. With our partner factories boasting a production capacity of 8 Million ㎡ per year, allows us to meet your large-scale production needs while maintaining the highest standards of quality and consistency.

04

Quality Check & Launching

We ensure a smooth transition to mass production by optimizing the manufacturing process, refining product designs for scalability, and ensuring rigorous quality checks before launching the product.

Frequently Asked Questions

What is Embedded Hardware Development?

Embedded hardware development involves designing and building custom electronic circuits, including microcontrollers, sensors, and communication modules, to create standalone hardware or IoT-integrated devices.

What is embedded hardware ?

Embedded hardware refers to the physical components that form the foundation of an embedded system. It includes microcontrollers, processors, sensors, memory, power management circuits, and communication modules designed to perform dedicated functions within a device.

What is the difference between Custom IoT Product Development and Embedded Hardware Development?

Custom IoT Product Development involves designing a complete end-to-end IoT solution, including hardware, firmware, cloud integration, and mobile or web applications while Embedded Hardware Development focuses only on the physical electronic components of an embedded system.

What is the difference between embedded hardware and embedded software?

Embedded hardware refers to the physical components (PCBs, microcontrollers, power management, sensors), while embedded software (firmware) runs on the hardware, controlling its functionality and communication.

Do you provide firmware/software development along with hardware design?

Yes, firmware/software development is optional. However, if you prefer to develop the firmware in-house, we can deliver the hardware with all necessary documentation for integration.  If required, we can also assist with firmware development to ensure seamless hardware functionality.

What types of PCBs do you design for embedded hardware?

We design single-layer, multi-layer and high-speed optimized for different applications, ensuring efficient signal integrity and power management.

How do you ensure that the hardware is scalable for mass production?

We follow Design for Manufacturability (DFM) and Design for Assembly (DFA) principles, ensuring that the hardware is cost-effective, production-friendly, and reliable for large-scale deployment.

What is the typical timeline for developing custom embedded hardware?

The timeline depends on complexity, component availability, and design iterations, typically ranging from 4 to 12 weeks from concept to fabrication.

Can you modify or improve an existing hardware design?

Yes, we can analyze, optimize, and enhance existing hardware designs for better performance, power efficiency, and manufacturability.

How can I get started with custom embedded hardware development?

You can contact us with your project requirements, and our team will guide you through the development process, ensuring a tailored and efficient solution for your needs.