The Google of the Semiconductor Industry

Since 2004, IC Enable has successfully delivered design and layout services with exemplary quality from test chips to full-custom ASICs.

Established in 2003, KAL provides semiconductor deep tech consultancy and ASIC program management. KAL works with worldwide partners to deliver VLSI deep tech development, including digital, RF, and analog ASIC design services, supply chain services, IP cores, and libraries. We are capable of executing full spec to production projects and delivering fully tested ICs in high volume.

Key ASIC offers turnkey ASIC/SoC design services, specializing in AI, IoT, and medical applications with a focus on PPA optimization.

MinDCet specializes in high-voltage, mixed-signal and power ASIC design and possesses internal production testing facilities for comprehensive solutions .

30 years producing Semiconductor test solutions (Hardware and Software). Design, Simulation, Manufacture, Assembly, Test Development and more, all by Synergie-CAD.

SMIC is one of the leading semiconductor foundries, providing integrated circuit (IC) foundry and technology services at 0.35um to 40nm.

Green Mountain Semiconductor provides full custom circuit design and layout services, from individual expert contracting to turn-key product development.

CAST develops, sells, and supports digital Silicon IP Cores for ASICs or FPGAs that shorten development time and lower production risk.

Neways Advanced Microsystems develops and produces functional plastic encapsulation solutions for MEMS and sensor systems for harsh environments like automotive motor oil applications.

Experior is dedicated to semiconductor testing. We provide one stop services in test design, development, validation and high volume testing.

Sofics is an IP provider improving reliability of ICs through innovative designs. Sofics offers 3 products: TakeCharge®, PowerQubic® and CustomIO®.

Chips&Media is a leading semiconductor HW IP provider specializing in multimedia IPs, video codecs, and deep learning-based upscaling super-resolution.