Electronic Design Automation Tools Companies

Provider of silicon platform-as-a-service which provides design solutions for SOC and SIPs. The company claims to use artificial intelligence and machine learning to cater to mobile internet devices, IoT, data centers, automotive, and medical electronics. The company has developed IPs such as a Vision Image Processor platform, a low-power GPU, an ultra-high-definition video codec, and a digital signal processing IP.

Provider of customizable RISC-V processor IP and high-performance compute core solutions for AI. It delivers scalable and configurable CPU core solutions including scalar, vector, and matrix computing designs. It enables chip designers and system developers to build high-performance, energy-efficient computing solutions across domains such as AI/ML, automotive systems, edge computing, data centers, and embedded devices. It focuses on enabling customization, rapid innovation, and performance optimization through modular processor IP, supporting applications that require flexible compute architectures and advanced workload acceleration.

Developer of solutions for algorithm development. The platform specializes in the development of mathematical computing software. Product offerings include MATLAB that is used for parallel computing, analyzing and visualizing data, control system, application deployment. It allows users to develop algorithms, and provides optimization tools. It enables users to examine the source code to determine the run-time errors. The platform serves aerospace and defense, electronics, automotive, financial services, biotech, pharmaceutical and medical, industrial automation and machinery, semiconductors, communications, and computers and office equipment industries.

Developer of physics informed artificial intelligence models for chip design. This technology automates semiconductor architectural exploration, register transfer level development, and optimization processes. The software platform assists engineers in managing power, thermal, and interconnect requirements during the hardware creation cycle. It functions by applying computational models to reduce technical complexity and manual effort in the development of integrated circuits.