Is this your business? Claim it to manage your IP and profile
CXL 3.0 Verification IP provided by Truechip is crafted to facilitate seamless verification of Compute Express Link interfaces, extending flexibility and efficiency. It incorporates advanced functionality for managing pooled ports and devices, including FM capabilities within memory pooling contexts, enhancing system synchronization and resource utilization. This verification IP supports persistent memory using GPF within a CXL subsystem and is optimized for scenarios demanding latency-optimized flit operations. Compliant with the latest CXL standards, this IP includes thorough protocol checkers and exhaustive functional coverage, ensuring design accuracy and reliability. Perfectly engineered to fit into existing verification frameworks, Truechip's CXL 3.0 Verification IP reduces time-to-design by delivering ready-to-deploy verification tools built for modern CXL interfaces supporting complex multiprocessor architectures. Its key attributes are tailored to foster dynamic design environments that demand precision and performance.
USB 4 v2.0 Verification IP from Truechip is developed to ensure thorough verification of SoC and ASIC designs incorporating USB 4 technology. Fully compliant with USB4 V2 specifications, it supports backward compatibility with USB 3.2 and USB 2.0 standards, providing extensive coverage for diverse applications. This verification IP includes engagement with USB Power Delivery and Type-C specifications for advanced power management strategies within embedded systems. The USB 4 v2.0 Verification IP is equipped with robust protocol checkers, compliance tests, and debugging functionalities, ensuring flawless execution of USB data transfer operations. Its integration with SystemVerilog/UVM accelerates development cycles and enhances the verification processes. With its adaptable design and comprehensive feature set, the Truechip USB 4 v2.0 Verification IP markedly advances precision in digital system verifications, managing complexity with seamless integration capabilities.
Truechip’s Verification IP (VIP) products are meticulously engineered to streamline the process of verifying components interacting with standard industry protocols like ASICs, FPGAs, or SoCs. These VIPs fulfill all standard specifications, featuring an easy plug-and-play interface that does not impact the design cycle time adversely. Key benefits of using Truechip’s VIP products include comprehensive protocol coverage, assertion support, BFMs, monitors, scoreboards, and test cases, giving users full control over a wide range of error injection scenarios for robust stress testing of the Design Under Test (DUT). Optimized for minimal computational resource usage, these tools integrate seamlessly into existing SystemVerilog and UVM flows, further facilitating efficient design and development.
PCI Express (PCIe) Gen 6 Verification IP by Truechip delivers excellent compatibility and performance for high-speed data throughput applications. It supports 64.0 GT/s data transfer per lane and features backward compatibility with earlier PCIe generations, ensuring a broad range of usability. Notably, it introduces new PAM4 signaling and Gray coding to enhance efficiency and accuracy in data transmission. The VIP is engineered to accommodate both Flit Mode and Non-Flit Mode operations, and it supports TS0 ordered set for equalization at the 64-bit level, making it a versatile choice in comprehensive protocol verification. Furthermore, the PCIe Gen 6 Verification IP is constructed with built-in protocol checkers, detailed functional coverage, and advanced debug features, ensuring seamless integrations with verification environments. The design is compliant with SystemVerilog and UVM methodologies, providing resilient performance across various platform integrations. Its attributes position it as a valuable resource for developers seeking to verify the efficiency and robustness of their PCIe designs, enhancing accuracy and reducing time-to-market for next-generation PCIe devices.
Truechip’s NoC Crossbar Silicon IP is designed to support diverse protocols at both the master and slave port interfaces while offering physical address conversion across the network-on-chip (NoC). This sophisticated IP accommodates phase-shifted frequencies specifically tailored for each master and slave port, thereby optimizing data transfer efficiency and system synchronization. It offers a plethora of configurability options, including programmable registers and port priority adjustments, providing tailored solutions for complex systems. The NoC Crossbar Silicon IP integrates seamlessly into an array of industry-standard bus protocols, including ARM AHB and AXI, SiFive TileLink, among others, ensuring compatibility with custom configurations tailored to specific application needs. Its design leverages a robust and customizable architecture, allowing easy scalability and adaptability to evolving project demands. Localization of access type configurations enhances security and privilege management across slave ports, ensuring reliable and secure data transactions.
The USB 3.0 Controller from Truechip provides a robust interface for USB 3.0 operations, designed to enhance compatibility and performance in modern semiconductor devices. Developed to seamlessly integrate with SystemVerilog and UVM environments, the Truechip USB 3.0 Controller offers reliable throughput and data management capabilities well-suited for a variety of high-speed data transfer tasks. This controller supports compatibility with USB 2.0 while offering full compliance with the USB 3.0 standard specifications. The design features advanced debugging capabilities and protocol compliance checkers that ensure precise and efficient operation. It is equipped with a comprehensive test suite to facilitate validation processes and support scalability in various design environments.
Truechip's PCI Express Gen4 Controller is a powerful solution for managing PCIe 4.0 interfaces within a semiconductor design environment. Equipped to handle data rates that can reach 16 GT/s per lane, this controller facilitates seamless data flow while maintaining backward compatibility with prior PCIe generations. It supports both endpoint and root port configurations, offering flexibility for a variety of system architectures. Integrating this controller into a design ensures exceptional throughput and efficiency, especially for data-intensive and high-bandwidth applications. The PCIe Gen4 Controller by Truechip comes with a comprehensive set of conformance tests and debugging tools, making it easy to diagnose issues and optimize performance. By utilizing cutting-edge technology, the controller minimizes latency and power consumption, making it ideal for modern computing architectures demanding high-speed communications.
Truechip’s NoC Verification IP provides a powerful solution for the verification of Network-on-Chip designs, supporting multi-protocol NoC ports. Each interface is capable of managing different protocols, which allows for the verification of segmented slave memories. The NoC Verification IP includes a comprehensive suite of test scenarios and coverage models, enabling users to tailor sequences to their specific environments. This sophisticated IP is optimized for integration in both standalone NoC blocks and complex SoC designs, compliant with latest ARM bus protocols like AHB, AXI, and SiFive TileLink among others. Key features include customizable slave port addresses, priority settings, and QoS support throughout the NoC. Its detailed protocol monitoring ensures data integrity and extends support for both logical and physical address conversions, making it indispensable for modern high-performance networks.
PCIe Gen 7 Verification IP by Truechip is designed to ensure high fidelity and performance in PCIe interfacing, supporting the latest PCIe standards for enhanced data transfers. Truechip’s IP provides unparalleled data rates and backward compatibility that caters to evolving technological demands in data centers and processors. It incorporates advanced signaling protocols and offers comprehensive support for the latest iterations of PCIe technology, enabling detailed functional validation and robust performance verification of PCIe systems. Preparation for integration into both emergent and legacy systems makes the PCIe Gen 7 Verification IP a forward-thinking solution for those adopting the latest in data transfer innovations. By utilizing this IP, customers can leverage efficient testing strategies tailored to meet the high-speed demands of modern data infrastructures while concurrently achieving enhanced system reliability and lower time-to-market timelines.
The AXI2APB Bridge offered by Truechip is a sophisticated solution designed to bridge communication gaps between AXI and APB bus protocols. This bridge converts AXI transactions into APB formatted commands with high efficiency and low latency, ensuring minimal performance loss. It supports various AXI and APB specifications and is compatible with a range of system designs. Engineered for simplicity, the AXI2APB Bridge supports seamless integration and troubleshooting, making it an ideal choice for embedded designs requiring protocol adaptations. Integrated debugging tools and comprehensive testing environments empower developers to execute decisive validations, ensuring seamless data transactions across protocol boundaries. The bridge is ideal for applications requiring smooth protocol transitions and enhanced system integration.
Truechip presents the AHB2APB Bridge, a crucial component for enhancing interconnectivity and communication between AHB and APB protocol buses in embedded systems. This design enables seamless data transfer and synchronization across different clock domains, thus improving the overall efficiency of system operations. The AHB2APB Bridge facilitates protocol translation with minimal latency, ensuring that data integrity is maintained throughout the transaction process. Developed to integrate smoothly within SystemVerilog and UVM environments, this bridge allows designers to optimize and validate their solutions effectively. With its robust compliance features and advanced debugging tools, designers can enjoy a meticulous development process with reduced troubleshooting times.
PCI Express (PCIe) Gen 6 Verification IP by Truechip delivers excellent compatibility and performance for high-speed data throughput applications. It supports 64.0 GT/s data transfer per lane and features backward compatibility with earlier PCIe generations, ensuring a broad range of usability. Notably, it introduces new PAM4 signaling and Gray coding to enhance efficiency and accuracy in data transmission. The VIP is engineered to accommodate both Flit Mode and Non-Flit Mode operations, and it supports TS0 ordered set for equalization at the 64-bit level. Designed with comprehensive protocol checkers, detailed functional coverage, and advanced debug features, this Verification IP ensures seamless integrations with verification environments. Compliant with SystemVerilog and UVM methodologies, it provides resilient performance across a spectrum of platform integrations. Attributes of the PCIe Gen 6 Verification IP position it as a valuable resource for developers seeking to verify the efficacy of their PCIe designs.
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to discover IP, meet vendors and manage your IP workflow!
Join the world's most advanced AI-powered semiconductor IP marketplace!
It's free, and you'll get all the tools you need to advertise and discover semiconductor IP, keep up-to-date with the latest semiconductor news and more!
Plus we'll send you our free weekly report on the semiconductor industry and the latest IP launches!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
