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Truechip's Verification IP offering provides a comprehensive suite designed for verifying components interfacing with industry-standard protocols in ASIC, FPGA, or SOC environments. These IPs are compliant with standard specifications and feature a plug-and-play interface that ensures quick integration into design flows, minimizing development cycles. Key features include full protocol checkers, functional coverage, and extensive assertions, all built on a robust SystemVerilog architecture optimized for minimal compute resource usage. The Verification IP suite is highly configurable, offering a range of error injection scenarios to rigorously test the device under test (DUT). Designed to work across various simulators, the suite supports dynamic and formal verification, as well as emulation and acceleration. This adaptability ensures that Truechip's VIPs can meet the challenges of high-speed protocols, providing critical insights and validation with user-friendly documentation, a debug GUI, and comprehensive test plans. Truechip Verification IPs help in stress testing with features like Spec tagging for planning and monitoring, promoting a thorough examination of design performance. Their flexibility allows seamless adjustments to test plans and verification coverage, supporting design engineers in achieving comprehensive validation without compromising on efficiency.
The CXL 3.0 Verification IP from Truechip is crafted to validate and ensure seamless communication within Compute Express Link (CXL) enabled environments. Designed to support the latest CXL specifications, this IP includes robust testing capabilities for CXL devices, paying particular attention to features like memory pooling and persistent memory management. Truechip’s verification solution offers comprehensive support for functionality such as pooled ports and devices binding, crucial for enhanced resource utilization in system architectures. This Verification IP also facilitates persistent memory support with General Purpose Flex (GPF) functionality, addressing latency optimization in complex CXL sub-systems. Targeted for advanced verification environments, this CXL 3.0 IP integrates smoothly into standard verification flows with its native SystemVerilog architecture. It includes extensive debugging features and user-friendly documentation, ensuring a streamlined verification process. The IP is ideal for systems needing advanced memory coherence, rapid resource pooling, and high-speed linkages across computing platforms. Overall, this Verification IP empowers developers to validate CXL 3.0 systems effectively, ensuring that designs achieve desired performance and compatibility within the broader system architecture.
Truechip’s NoC Mesh Silicon IP is engineered to enhance system-on-chip (SoC) communication by implementing a mesh network architecture. This IP facilitates efficient data management and transfer across multiple network nodes, supporting extensive scalability for complex SoC designs. By adopting a mesh topology, it offers robust interconnectivity between processors, memory, and peripherals, ensuring optimal performance even as system complexity increases. The mesh architecture provides high bandwidth and low-latency communication pathways, ideal for applications requiring strenuous data traffic management. It efficiently balances loads across nodes, enabling seamless data flow without congestion, thereby optimizing overall network throughput. The mesh network supports various protocol interfaces, enabling versatile integration with diverse SOC components. Equipped with advanced debugging and monitoring tools, Truechip's NoC Mesh Silicon IP ensures reliability and predictability in system operations. Its configurability allows engineers to customize routes and manage power efficiency dynamically, adapting to performance needs and ensuring energy saving. This IP is indispensable for demanding applications that require high levels of reliability, scalability, and performance in their interconnect solutions.
The NoC Crossbar Silicon IP by Truechip offers a robust solution for enhancing the communication fabric of a system on chip (SoC) through a crossbar architecture. This IP is designed to support a variety of connected master and slave nodes, ensuring efficient data routing across the network. It effortlessly handles multiple data streams and different protocol requirements at each port, thanks to its flexible configuration options. The crossbar IP features programmable registers, which help dynamically adjust operation to meet varying data loads and processing requirements. Integration into SOC environments is streamlined through a highly customizable framework that accommodates diverse communication standards and protocols. This makes it particularly suited for scenarios requiring intricate data path management and intricate synchronization between different system components. Advanced features such as port prioritization and physical address conversion enhance network communication efficiency, supporting high-speed data transfer while maintaining data integrity. The inclusion of comprehensive debug features and scenarios allows thorough testing and validation to ensure seamless operation under different conditions and workloads. Overall, Truechip's NoC Crossbar IP boosts system performance with its optimized routing and communication capabilities within SoC environments.
The NoC Coherent Crossbar Silicon IP from Truechip provides a sophisticated solution for interconnectivity within a System on Chip (SoC) through a coherent crossbar architecture. Designed for efficiency and flexibility, this IP supports coherent communication pathways by maintaining data consistency across various processing units, an essential feature for multi-core systems. Incorporating advanced coherence management functionalities, the crossbar IP ensures that data operations remain consistent across the different nodes, reducing latency and improving throughput. This is crucial for systems that perform complex computations and require stringent data synchronization and communication between processors. The crossbar design streamlines integration in SoCs while offering robust support for different protocol standards. Truechip's solution is equipped with debugging and monitoring features, aiding in the rapid identification and correction of system issues. The ability to prioritize ports and seamlessly convert physical addresses enhances processing performance by optimizing data traffic flow. With a focus on ensuring data integrity and lowering operational costs, this IP is tailored for high-performance multi-core systems demanding tight data coherence and reliability.
Truechip's PCIe Gen 6 Verification IP is crafted to rigorously test and verify devices adhering to the PCI Express (PCIe) Gen 6 standard. It supports verification processes targeted at high-speed data transactions, handling a data rate of 64.0 gigatransfers per second per lane. This IP is backward compatible with previous PCIe generations, ensuring smooth transitions and flexible integration into existing systems. One of the standout features of this Verification IP is its capacity to support new PCIe 6.0 specifications, such as PAM4 signaling and Gray coding, both of which are crucial for improved data integrity and speed. The IP also facilitates verification in Flit Mode and Non-Flit Mode, allowing comprehensive coverage for various operational scenarios. The inclusion of advanced features like the TS0 ordered set ensures efficient communication across the PCIe link, emphasizing equalization at 64-bit intervals. This Verification IP benefits from Truechip's hallmark attributes like full protocol checkers, extensive functional coverage, and a user-friendly interface. These features help design engineers ensure their designs meet PCIe standards efficiently. Moreover, the IP integrates with standard SystemVerilog/UVM flows, providing seamless incorporation into existing verification environments. Its robustness and versatility make it a valuable tool in any verification suite supporting PCIe technology.
Truechip's USB 4 v2.0 Verification IP is specifically designed to ensure compliance and interoperability within USB 4 v2.0 frameworks in ASICs, SoCs, or FPGA designs. Fully compliant with the USB4 specification version 2.0, it also aligns with Connection Manager version 2.0 standards, guaranteeing integrated support for extended features like USB3.2 and backward compatibility to USB2.0. The IP covers verification elements such as USB Power Delivery Release 3.1 and Type-C specifications, ensuring comprehensive testing of power negotiation and connectivity options in USB interfaces. This promotes seamless communication between devices while maintaining robust error detection and correction mechanisms, vital for ensuring data integrity. Intended for various host and peripheral devices, Truechip’s verification solution integrates seamlessly into existing SystemVerilog/UVM flows, offering extensive debugging and user guides to assist engineers throughout the verification process. The IP stands out through its aptitude in generating diverse test scenarios, helping identify potential flaws early and thus reducing time-to-market for USB-integrated products. Its extensive feature set makes it an indispensable tool for anyone designing or verifying USB interfaces for advanced products.
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