Embedded hardware services refer to the design, development, and implementation of hardware systems that are integrated into other devices or products. These hardware systems are designed to perform specific functions and are typically small, lightweight, and power-efficient.

Embedded hardware services are critical to the development of a wide range of products, including consumer electronics, medical devices, automotive systems, industrial equipment, and more. These services often include hardware design, prototyping, testing, and production.

To develop effective embedded hardware solutions, it’s essential to have a team of experienced engineers and designers who are well-versed in the latest technologies and industry best practices. They should be able to work closely with clients to understand their specific needs and requirements and deliver customized solutions that meet those needs.

Key considerations in embedded hardware design include power consumption, processing capabilities, connectivity options, and form factor, among other factors. Engineers must balance these considerations to deliver a solution that is both effective and cost-efficient.

Our services in hardware design

Custom hardware solutions for embedded systems, such as microcontrollers and embedded processors, are designed and developed as part of embedded hardware design services.
These services often involve prototyping, testing of the finished product, and designing schematics and PCBs.
Because performance and dependability are crucial, embedded hardware design services are frequently employed in sectors including medical devices, automobiles, and aeronautical engineering.
Firmware creation, system integration, and testing for regulatory compliance are a few more services that suppliers of embedded hardware design services might potentially provide.

Hardware architecture design

Providing a service for hardware architecture design involves offering expertise in the design of physical components that make up an electronic system. This service may include consultation with clients to understand their specific requirements and goals for the system, as well as designing and selecting appropriate microcontrollers, sensor.

Compliance services

Compliance with FCC/IC/CE/UKCA standards is a critical requirement for electronics products to be sold in the United States, Canada, European Union, and the United Kingdom, respectively. These standards set requirements for electromagnetic interference, safety, and other factors that must be met by electronic devices in order to be legally marketed in these regions.

High-Speed design

The process of creating electronic circuits and systems that can function at incredibly high frequencies, often above 1 GHz, is referred to as high-speed design.
A thorough understanding of electromagnetic compatibility, transmission line theory, and signal integrity is necessary for this kind of design.
For contemporary applications like high-performance computers, aerospace, and telecommunications, high-speed design is essential.

Schematics & layout design

Providing services of schematics and layout design involves offering expertise in the creation of electronic circuit schematics as well as the physical placement and routing of components on a printed circuit board (PCB). These services may include consultation with clients to understand their specific requirements.

Mechanical Design

Providing mechanical services for electronics products involves offering expertise in the design and development of the physical housing, and mechanical components of an electronic device. This includes consultation with clients to understand their specific requirements and goals for the product’s physical design, as well as creating 3D models, drawings, and prototypes.

Cost optimization

Cutting costs in hardware design is the process of lowering costs associated with creating electrical circuits and systems while keeping the necessary degree of performance.
The design can be optimised for resource efficiency, cost-effective components can be used, and extraneous features can be reduced.
Cutting hardware design costs is crucial in sectors like consumer electronics, because doing so can make items more accessible to customers by lowering production costs.

What benefits can I expect to gain from using your hardware development services?

For electronics design and manufacture, we provide all-inclusive solutions, such as schematic capture, layout design, testing, fabrication, and assembly.
To make sure that your products adhere to industry standards, our staff specializes in power analysis and compliance testing.
We offer end-to-end support for all your electronic needs, from concept to production.

Our in-house test facility

Our state-of-the-art in-house testing facility is equipped with advanced tools such as MDOs (Mixed Domain Oscilloscopes), oscilloscopes, RF analyzers and 8.5 digit DMMs (Digital Multimeters).
With these tools at our disposal, we are able to perform a wide range of tests and measurements to ensure the highest quality and performance of your products.

Our inhouse production facility

At our business, we take great pride in having a cutting-edge internal production facility for embedded hardware. As a result, we are able to completely oversee the manufacturing process and guarantee the highest standards of efficiency and quality for every product we make.

The most recent technology and machinery are used in our production facilities, including surface mount technology machines, automated assembly lines, and sophisticated testing and inspection instruments. Every product must adhere to our exacting standards of quality and performance, which are constantly being met by our team of highly trained technicians and engineers.

Advanced LayoutsMake layouts easily directly in editor, you don’t need to have any code skills

Processor platform that till we worked!

Microprocessor-based design is the process of developing hardware systems that utilize microprocessors or microcontrollers as the central processing unit. Microprocessors are the heart of many electronic devices, ranging from simple consumer electronics to complex industrial control systems.

Microprocessor-based design involves developing hardware systems that are optimized for the performance, power consumption, and connectivity requirements of the target application. This requires a deep understanding of microprocessor architecture and programming, as well as an ability to select the right microprocessor for the specific application.

NXP

NXP i.MX is a family of embedded processors designed for various applications, including automotive, industrial, and consumer products.These processors are built on ARM Cortex-A cores and can feature up to eight cores, offering high-performance and low-power consumption.NXP i.MX processors provide advanced multimedia capabilities, including support for multiple displays and camera inputs, making them a popular.

TI processors

The Texas Instruments Sitara family is a series of low-power, ARM-based microprocessors commonly used in industrial, consumer, and automotive applications. They offer high-performance processing capabilities with power-saving features, making them ideal for low-power devices. The Sitara family also features a wide range of peripheral options, including Ethernet, USB, and CAN, and support for multiple displays, making it an excellent choice for advanced applications.

Allwinner processors

Allwinner H3 is a low-cost, quad-core, ARM-based microprocessor commonly used in a variety of applications, including single-board computers, set-top boxes, and other low-cost embedded devices. It offers high-performance processing capabilities with low power consumption, making it an excellent choice for low-cost devices.