customized services

We have one-stop innovative R&D and production capabilities in hardware design, embedded development, application design, and mass production.

Focusing on customised development boards for decades, KICKPI’s high-performance, low-power embedded products have been exported to many countries and regions, and are widely used in industrial control, commercial display, smart home, smart healthcare, automotive electronics, electric power, AI intelligence and other fields. We offer flexible hardware configurations, software support, and high-quality manufacturing processes to ensure that each custom development board will enhance your productivity and shorten your project cycle. R&D engineers follow up your development project one-on-one to understand your specific requirements. Let us help you turn your ideas into reality with exclusive solutions that will help you on your path to innovation!

hardware customization

Circuit Board

Memory unit

Sensor, actuator and connector integration

Schematic design

PCB layout

Creation of bill of materials and procurement

Software customization

Hardware drivers

Linux kernel customization

Firmware and image design

oem/odm

Supported by our dependable supply chain resources, we offer comprehensive services that span from prototyping to mass production.

Our Strengths

Hardware Design

Extensive experience in circuit design, PCB Layout, product certification, mass production.

Embedded Development

Technical team members have many years of experience in embedded design and driver development.

System customisation

Familiar with Linux, Android and other operations, system porting, optimisation, customisation

Application Development

R&D team members have years of experience in Android, iOS, Linux applications, software and web front-end and back-end development.

Standardised manufacturing processes

Have a rigorous project management process to ensure project progress and quality

Rapid prototyping

Use advanced manufacturing technologies (e.g. 3D printing, CNC machining, etc.) to create prototypes in a short period of time, helping to rapidly iterate designs