The Google of the Semiconductor Industry

MosChip provides turnkey analog, digital and mixed-signal ASIC design, IP design, embedded solutions, product and systems engineering for connectivity, computing, storage, networking, consumer and industrial SoCs. Over the past 2 decades, MosChip has developed and shipped millions of connectivity ICs.

Advanced Silicon is a fabless mixed-signal IC solution provider for High-Voltage, High-pin count, and ultra-low noise peripheral SOCs.

ChipGlobe offers ASIC/FPGA Design Services in Design Centers in Munich, Belgrade, Singapore: RTL2GDS, Functional Verification, Embedded Systems + Prototypes.

iSine was founded in 1981 to provide ASIC design, development and manufacturing solutions. Patented LED ballast chips are in production.

CSS, a fabless semiconductor leader with 30 years of experience, develops and supplies mixed-signal ASICs to Industrial, Aerospace/Defense, and Medical markets.

Tekmos delivers ASIC solutions replacing FPGAs, ASICs, Legacy Microprocessors and Flash Memory. Tekmos supports Defense, Medical and High Temperature applications.

Racyics is an experienced integrated circuit design service provider and GLOBALFOUNDRIES channel partner with focus on advanced semiconductor nodes.

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

Analog and mixed-signal IC development company based in the Netherlands.

Specialists in developing silicon designs (ASIC) for portable and wireless applications. Focus on low power and miniaturization with a broad portfolio of IP building blocks.

Asicland provides ASIC turnkey services as a TSMC VCA partner. Backed by 400+ tape-out records, we help customers accelerate reliable silicon projects, including tape-out support for design-complete projects.

Silicon Creations provides silicon intellectual property (IP) for precision and general-purpose timing (PLLs), oscillators, low-power, high-performance multi-protocol and targeted SerDes and high-speed differential I/Os.