chip design

A leading global semiconductor company specializing in providing chip solutions for smartphones, Internet of Things, digital TVs and other fields, driving the industry with technological innovation and efficient services.

A chip design company focusing on the research and development of domestically owned and controlled embedded CPU technology and industrialized application, with a rich product line and strong R&D strength.

Focusing on the R&D, design and sales of domestic high-end processors (including CPUs and DCUs), the company is committed to promoting the independent control of chip technology and the localization of substitution.

Specializing in the research, development and application of intelligent human-computer interaction technology, especially in the field of fingerprint identification, touch technology and other areas of outstanding strength, to provide customers around the world with efficient, safe and convenient technical solutions.

Focusing on the R&D of general-purpose AI computing chips and full-stack hardware/software technologies, we provide a complete product portfolio ranging from chips and accelerator cards to supernodes and scenario-specific solutions. We are committed to advancing the widespread adoption of intelligent computing through our proprietary XPU architecture.

Focusing on the R&D, design and production of semiconductor microwave millimeter wave chips, modules and T/R components, covering high-end applications in multiple fields such as defense, military and civil communications, medical and others.

Focusing on electronic design automation (EDA), semiconductor intellectual property (IP), and software security and quality, we provide end-to-end solutions for global chip design, manufacturing, and software applications.

Focused on designing dedicated AI chips for Transformer architecture large model inference scenarios, achieving disruptive breakthroughs in performance and energy efficiency with hardware-level optimization.

Focused on using AI recursive intelligence technology to automate the entire process of chip design, from architecture optimization to silicon substrate layer generation, significantly reducing the threshold and cycle time of customized chip development.