Synopsys

Baya Systems specializes in chipset-based semiconductor technology, focusing on high-performance, modular systems that enhance intelligent computing across diverse applications. The company has developed innovative chiplet technology, which allows semiconductor manufacturers to create efficient chips by deconstructing complex designs into smaller, modular components. This approach addresses the growing complexity of semiconductor design while reducing overall design cycles, positioning Baya Systems as a key player in the evolution of modular semiconductor solutions.

MorethanIP, founded in 2000 in Munich, Germany, is a privately owned design and intellectual property (IP) house specializing in advanced ASIC solutions for Ethernet networking technologies. The company focuses on high-speed communications and embedded system devices tailored for telecom, datacom, and industrial applications. MorethanIP develops customized IP for multi-gigabit high-speed applications, allowing clients to effectively balance their time-to-market and cost considerations. With a foundation built by experienced telecommunication engineers, MorethanIP has established itself as a profitable entity in the technology sector.

Gold Standard Simulations Ltd. specializes in providing variability simulation tools for the semiconductor industry. The company offers a suite of advanced products including Enigma, a framework for rapid design technology co-optimization; Mystic, a statistical compact model extractor; RandomSpice, a statistical circuit simulator; GARAND, a statistical 3D TCAD simulator; and ConnecTCAD, a 3D interconnect simulator designed for evaluating resistances and capacitances in current and future CMOS technologies. These tools integrate predictive Monte Carlo and statistical simulations to address variability in nano-CMOS devices, facilitating the exploration and screening of future technology options. Additionally, Gold Standard Simulations provides educational courses focused on statistical nano-CMOS variability and reliability. Established in 2009 and based in Glasgow, United Kingdom, the company operates as a subsidiary of Synopsys Inc.

Si-Vision is a fabless semiconductor company which provides complete custom solutions in Analog/Mixed and RF design fields.

CoWare, Inc. provides electronic system-level design software and consulting services primarily to IP, semiconductor, and electronics companies. The company specializes in platform-driven solutions that facilitate platform architecture design, verification, application sub-system design, processor design, DSP algorithm design, and software development. Key products include Platform Architect, a graphical environment for platform analysis; Model Designer for IP block verification; and Virtual Platform, which simulates platforms for software development teams. CoWare also offers a Model Library containing various processor, bus, and peripheral models, and Processor Designer for creating custom processors and programmable hardware accelerators. Additionally, the Signal Processing Designer enables the design and analysis of signal processing algorithms, exporting implementations as blocks. CoWare's suite of tools supports the creation and validation of virtual hardware platforms, streamlining development processes for device software.

Cascade Semiconductor Solutions, Inc. is a privately held company based in Beaverton, OR, USA. It primarily sold IP cores for PCI Express.

LightSpeed Semiconductor provides time-to-market, yield, manufacturability, and development expense advantages over cell implementation.

Silicon Architects is a privately held company develops structured ASIC Methodology is ideal for complex integrated circuits with multiple memories, data paths and random logic.

EPIC Design Technology, Inc. provides a family of simulation and analysis tools to help designers manage the timing, power characteristics and reliability of a broad range of deep submicron and nanometer ICs. EPIC tools analyzed power, timing, and reliability problems in ASIC, structured, and full-custom ICs.