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Truechip's NoC Coherent Crossbar Silicon provides a high-performance framework designed to optimize data management across chip designs. This silicon IP is tailored to support multiple communication protocols, offering bespoke configurations for master and slave ports in sophisticated network structures. The coherent crossbar architecture it implements allows for efficient data routing, ensuring high bandwidth and consistency across various processing tasks. Key features include the ability to manage multiple data paths concurrently, addressing complex computational needs through dynamic resource allocation and protocol adaptation. It's crafted to support the rigorous demands of modern chip designs, enabling high levels of integration and data coherence vital for cutting-edge applications in AI, HPC, and other high-demand fields. Offering a combination of configurability and scalability, this NoC Coherent Crossbar Silicon IP is integral for designs that necessitate robust data processing capabilities and minimal latency.
Truechip's CXL 3.0 Verification IP is purpose-built for managing and verifying the Compute Express Link (CXL) protocol, focusing on memory pooling and latency optimization. This IP is instrumental in scenarios requiring the binding and management of pooled device ports, including full memory pooling functionality with persistent memory support. It includes innovative latency-optimized flit transfer methods to enhance system efficiency, an essential factor in memory-intensive applications. With an emphasis on robust verification, this IP supports persistent memory setups using General Purpose Fabrics (GPF) within a CXL sub-system, facilitating effective resource sharing across various computing units. Truechip's CXL 3.0 Verification IP is an integral solution for ensuring protocol compliance, supporting the scaling demands of next-generation computing environments. Its integration capabilities are enhanced by its full support for UVM and SystemVerilog, ensuring swift adoption and deployment in high-performance SoC, ASIC, and FPGA designs.
The PCIe Gen 6 Verification IP from Truechip offers support for high data rates of 64.0 GT/s per lane and is designed to be backward compatible. This IP integrates new PAM4 signaling, enhancing data transmission integrity, along with Gray coding for improved error correction. It accommodates both Flit mode and Non-Flit mode operations, facilitating diverse applications and systems requirements. A notable feature of this IP is its support for TS0 ordered set, enabling enhanced equalization at 64bit, which is crucial for maintaining high-performance levels in complex systems. Truechip’s verification IPs are built with comprehensive protocol checkers, making use of SystemVerilog and UVM, thus ensuring easy integration into existing verification flows. By offering full debug capabilities and functional coverage, the PCIe Gen 6 Verification IP is ideal for designers looking to innovate while minimizing the risk of errors in high-speed serial protocol implementation.
The USB 4 v2.0 Verification IP from Truechip is fully compliant with the USB4 specification version 2.0, released in October 2022, as well as earlier standards such as USB 3.2 and USB 2.0. It supports full-feature integration, including USB Power Delivery Release 3.1 and Type-C version 2.2 capabilities, ensuring that next-generation devices achieve maximum interoperability and performance. This IP is crafted to function seamlessly across various products, supporting different configurations and delivery modes vital for emerging applications requiring high bandwidth and fast data transfer capabilities. Key features include comprehensive backward compatibility, ensuring that legacy systems can transition smoothly while adopting new USB implementations. The verification framework is optimized for efficiency and reliability, equipped with a user-friendly interface and robust debugging tools to streamline the development process in complex SoC environments.
The NoC Coherent Mesh Silicon is an innovative solution designed by Truechip to provide a complete and efficient mesh structure within Network on Chip (NoC) designs. It features a fully coherent crossbar architecture capable of handling complex data exchanges across multiple computing cores. This capability is essential for high-performance applications that require seamless data integration across various components, such as in multi-core processors or advanced SoC environments. The NoC Coherent Mesh Silicon supports a range of configurable options for data paths, enabling optimized data transmission with minimal latency and maximal throughput. With features like flexible address mapping and support for diverse communication protocols, this silicon IP offers a robust framework for developers aiming to build scalable and efficient system architectures. Its design allows for simultaneous data flow across all nodes, enhancing bandwidth and reducing bottlenecks, which is crucial for maintaining system performance in demanding computational tasks.
Truechip's NoC Verification IP is crafted to streamline the verification of Network on Chip (NoC) designs, ensuring reliability and performance in both standalone and SoC environments. It is versatile, supporting multiple bus protocols such as ARM AHB, AXI, ViFive TileLink, among others, making it suitable for diverse NoC configurations. The IP boasts extensive configurability for slave ports, allowing individual configuration settings for security, privilege, and access permissions. It supports complex network setups with layered and parallel NoC structures, catering to high-performance applications requiring advanced data path management across diverse protocol standards. This Verification IP is designed to handle dynamic and static error injection alongside comprehensive assertion checks, which are essential for rigorous stress testing. Truechip’s NoC Verification IP enhances debugging processes through graphical analysis tools and integrates seamlessly with existing SystemVerilog environments, offering an intuitive user experience backed by detailed documentation.
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