Embedded Hardware Design
Efficient & Cost-Effective Hardware Designs
Create custom next-gen IoT products that outperform the competition with our hardware design services. We develop and design custom hardware in B2B to deliver industrial designs, embedded systems, wireless designs, and much more.
Embedded Hardware Design Services
We understand that every IoT project is unique, which is why we offer product companies a comprehensive solution to develop high-quality hardware components. Our services include:
Embedded Hardware Design
Our team has expertise in designing embedded hardware for your IoT project. Our design for manufacturing(DFM) offering ensures that the hardware design is optimized for production and testing.
PCB Design Layout
With our schematic capture and PCB (Printed Circuit Board) design layout services, we ensure that the hardware design is optimized for performance, manufacturability, and cost.
IoT device design
We provide the design and development of a diverse range of IoT devices be it sensors, actuators, or any other IoT hardware. We have experience in designing and developing IoT devices for diverse applications across all industries.
Prototype and testing
Our engineers develop prototypes of IoT hardware and test them to ensure that they meet your project specifications. Prototyping and testing are our expertise, and we use the latest technology to ensure the prototypes are of the highest quality.
Our Process
1
Requirement Analysis
Our IoT hardware design process starts with understanding the core requirements and gathering effective insights on the specific functions an IoT device will perform, like sensing, processing, and communication.
2
Components Selection
Once the requirement is clear, the next step is to select the appropriate components. This step involves choosing sensors, processors, communication modules, and power management components.
3
Design Circuitry
After the selection of components, a detailed schematic is designed based on the selected components and their connections. It involves PCB layout to ensure efficient routing of signals and minimal interference.
4
Prototyping & Testing
The final step is to build a prototype of the hardware design and test its functionality in real-world conditions. Validation tests are conducted to ensure that sensors are reliably collecting data, processors are correctly executing computations, and communication modules are reliably transmitting data.
Building Customised Embedded Hardware
We build embedded systems with our experience and understanding in embedded hardware design, embedded processing, wireless sensor networks, edge computing, and different communication protocols. Our PCB designers can design multi-layer PCB boards with perfection.
Hands-on Experience on Latest Tools And Technologies
We are into rapid prototyping as we have developed modules during our journey till today. We ensure that we follow the right manufacturing process, best design principles for manufacturing, and correct material for the device. Our team also makes sure that the product is designed to withstand the environment and must comply with quality and safety standards. We have Designed Nodes, and Gateways for IoT solutions that can be customized for various Cloud Services and Analytical tools Leverage our design and development expertise for embedded Hardware Design from the initial prototype to manufacturing design. While designing a hardware, our engineers are very careful about common design mistakes in PCB.
Custom Build Embedded Hardware Devices
We custom-build the devices and as a part of the IoT hardware design and development, we provide IoT software architecture, IoT firmware integration, IoT database solutions, sensor integration, edge computing,FoTA Updates in IoT hardware and custom IoT platform development. Our experience and knowledge have allowed us to always stay abreast of technological innovation with ultra-modern developments that use the most advanced technologies in embedded hardware design.
PsiBorg Embedded Hardware Design And Development
- A Block Diagram of all the sections needed to attain the required functionality of the project. Noting how many input/output ports are required and the communication interfaces.
- Memory and power requirements are analysed.
- After the hardware requirements it’s time to know about the software architecture and requirements as they greatly affect hardware.By this stage, major components and technology stack required is selected.
PCB Fabrication And Assembly
- Generation of Gerber File .Submitting Manufacturing data to PCB manufacturers.
- Fabrication of PCB and Assembly of Components.
- Optimization of BoM Cost and Finalization of schematic and Pcb layout.
Unit Testing of PCB And Hardware Validation Testing
- Quality Analysis of manufactured PCB as well as Unit Testing of PCBs.
- The test such as stress testing, defects identification, individual components testing is performed for the product.
- This also includes validation testing of Hardware is done with backend and server. The reports are carefully watched and the bugs and errors , if found any, are resolved.
- After correction the Hardware is set for Bulk production.
Why Choose PsiBorg for Hardware Design?
Ready to elevate your IoT devices with advanced hardware design solutions? Contact us today to discuss your project requirements and explore the possibilities.
Expertise
Our team comprises seasoned developers with a proven track record in delivering successful IoT projects.
Innovation
Stay at the forefront of technology with innovative IoT solutions tailored to your unique requirements.
Reliability
Trust in the reliability of our IoT products, ensuring the stable and secure operation of your IoT devices.
Speak with an expert
- Get help evaluating if PsiBorg is right partner for you
- Get information on IoT Solution and pricing
- Get a demo of how IoT can help with your use case
Case Studies
The true success of a business lies in the trust and partnership cultivated between clients and the company. Click to read about some of our proudest achievements. Â
Interested? Let’s Get Started
STEP 1
Contact Us
Reach out to us via the contact form or give us a call to initiate the conversation about your IoT development needs.
STEP 2
Get Consultation
Schedule a consultation with our experts to discuss your project in detail, aligning our approach with your unique vision.
STEP 3
Get a Cost Estimate
Receive a detailed cost estimate tailored to your project’s scope and requirements, ensuring transparency in your investment.
STEP 4
Project Kickoff
Once finalized, we'll initiate the project kickoff, marking the beginning of our collaborative journey toward successful IoT product development.
Frequently Asked Question
An embedded hardware is the hardware part used in embedded systems. The embedded hardware includes all the physical devices such as sensors, actuators, registers, ICs, etc.
The embedded hardware development comes with numerous challenges including MCU choice, technology, power optimization, security, etc. Read more about embedded hardware challenges at
- Inception: Understanding, Gathering, and realizing the possibility.
- Design: Transformation of the idea into a circuit design.
- Review: Reviewing the circuit design and functionality at every point.
- Prototype: Building a Proof of Concept
- Testing and Validation: Testing the prototype and validating it with the customer.
- Manufacturing: Fabrication of the Printed Circuit Board and it’s Assembly.
- Maintenance: Product lifetime support
Embedded hardware design can be a tedious job. The material used for designing and development of embedded hardware is based on the functionalities of the system.
