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Silvaco's Embedded Memory Compilers provide cutting-edge cache memory solutions designed for high-performance computing and artificial intelligence applications. These compilers incorporate an adaptable cache architecture and advanced power management functions, offering enhancements in performance, power efficiency, and scalability. Tailored for lower power consumption and high density, the compilers are flexible across numerous process technologies. Offering numerous power modes for stringent low-leakage demands and versatile compliance with different process variants, Silvaco’s memory solutions effectively balance power, performance, and spatial considerations. Built-in power switches, segmented power control, and support for a wide voltage range are among the key features, ensuring comprehensive optimization. These compilers include options for redundancy and ECC, embedded power switches, and support for Built In Self Test (BIST), enabling users to meet diverse design requirements. With proven deployment across multiple nodes and foundries, Silvaco’s memory compilers facilitate seamless integration into vast design environments, enhancing yield and reliability.
The Standard Cell Libraries are meticulously engineered to deliver optimized performance in power, area, and speed. Each library includes thousands of cells with customizable attributes for specific applications, balancing high speed and low power demands. These cells come with Power Management Kits to enhance performance and Engineering Change Order Kits to facilitate modifications late in the design phase. These libraries support a range of process nodes including the GlobalFoundries 55nm and TSMC's N3P processes, which are known for their power efficiency. Notably, the N3P low voltage standard cell library operates between 0.45V to 0.75V, offering unmatched flexibility in managing power efficiency in high-performance System on Chip (SoC) designs. The Standard Cell Libraries feature multi-bit and multi-height cells that boost routing density by reducing pin count, along with the inclusion of specialized cells for applications such as ALUs and multipliers. The libraries’ modularity enables keen customization in area, power, and speed, fitting a myriad of customer needs.
The company's Automotive IP offerings are crafted for reliable, high-performance integration into vehicle networks, ensuring that automotive designs meet stringent industry standards. Silvaco provides a suite of controllers supporting In-Vehicle Network (IVN) standards, including FlexCAN and CAN-FD, which are pivotal for modern automotive communication protocols. For system-on-chip (SoC) designs, Silvaco's Automotive IP suite includes necessary cores, subsystems, and peripherals. Products such as the Quad and Octal SPI, UART, and DMA controllers are included to facilitate comprehensive SoC configurations, enhancing the efficiency and security of automotive designs. Moreover, for advanced mobility applications, products like I3C controllers and targets extend support to include even more complex automotive use-cases. These IPs are designed with compliance to standards in mind, ensuring seamless integration and robust performance within diverse automotive electronics.
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