The Google of the Semiconductor Industry

Complete OSAT solution: Single Die, MCM, Packaging Design, Substrates and Miniaturized PCBs, 3D Packaging, Test Services, Full Turnkey.

As one of the leading independent fabless IC-Design institutions in Europe, Fraunhofer IIS offers turnkey solutions for customized mixed-signal ASICs and integrated sensor systems with over 30 years of experience.

CoreHW is your one-stop custom ASIC solution partner. CoreHW can create your exclusive ASIC in a flash with our broad IP portfolio and partner network. CoreHW is ISO9001:2015 certified company.

Leader in ultra low power analogue and mixed signal ASIC design and IP licensing, including RF, image sensor and SOC.

ICleviathan is an multi national IC supply chain company. Established in 2005. Our company specializes in the management of customers’ IC operations throughout the entire IC flow cycle. Our customer base includes, start-ups, system companies and Defence companies.

AnSem is a leading fabless analog ASIC Design Service company, offering full turnkey analog, RF and mixed-signal integrated circuits to customers worldwide.

SEMICONDUCTORS BACK-END SERVICES: IC’s Testing, IC’s Packaging, IC’s qualification-Reliability, IC’s Supply Chain and PCB Design and Fabrication.

BTA specializes in ASIC and FPGA design services. We provide team augmentation and turnkey solutions with a high caliber, experienced team.

TES is a leading German ASIC Design House and IP company and provides embedded software, hardware, RF and antenna design services.

Design, verification, and test of analog, digital, and mixed-signal ICs. Specialized in biomedical and optical applications. Premium partner of X-FAB.

RAME srl is a fabless ASIC & IP design company specializing in frequency synthesizers, energy-efficient power management and AD converters.

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.