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Truechip's NoC Crossbar Silicon IP is designed to facilitate the connection of multiple devices supporting various protocol buses. By implementing a crossbar network, this IP seamlessly reduces latency and power consumption while maintaining low area usage in a design. It effectively enhances hardware and software cache coherency and significantly reduces the need for interconnecting wires, hence conserving chip resources. The NoC Crossbar Silicon IP is available in a native Verilog RTL, ensuring clean linting, synthesis, CDC, and RDC processes. Truechip backs its IP with thorough verification by an expert team utilizing comprehensive regression test suites. Consistency in interface, installation, operational procedures, and documentation ensures a smooth integration between the IP and existing systems. The IP provides ease of use through a GUI-based integration and configuration tool, backed by reliable 24X5 customer support. It supports multiple levels of interconnection with several master and slave ports, allowing for highly customizable configurations. Various protocols can be supported across individual ports, and data-width can vary to meet specific design requirements. Features like QoS support, back-to-back transfers, and different phase-shifted frequencies further bolster its performance in a network-on-chip design.
Truechip's Verification IP (VIP) portfolio offers comprehensive verification solutions for modern semiconductor designs. These verification IPs are essential tools for ensuring the correct interfacing of components with industry-standard protocols in ASIC/FPGA or SoC environments. Truechip's VIPs are fully compliant with industry specifications and feature an easy plug-and-play interface, which minimizes the impact on design timelines. They support a wide range of error injection scenarios that are crucial for stress testing the Devices Under Test (DUT). One of the prominent advantages of using Truechip's Verification IPs is their native SystemVerilog architecture optimized for minimal compute resource usage. Each Verification IP includes coverage, assertions, Bus Functional Models (BFMs), monitors, scoreboards, and test cases. The IPs are highly configurable, offering users complete control over their testing environments. What sets Truechip apart is their inclusion of assertions which can be used in both formal and dynamic verification processes, adding significant value to any IP during its development stages. Truechip's Verification IPs also offer excellent platform independence, being compatible with all major dynamic and formal verification simulators, and support emulation and acceleration. Comprehensive user documentation, including manuals and integration guides, ensures quick integration and troubleshooting, further demonstrating Truechip's commitment to supporting developers in achieving high verification standards.
The NoC Mesh Silicon IP by Truechip serves as a pivotal tool for designing efficient on-chip networks. This IP allows chip designers to connect multiple bus protocol-compliant devices with a focus on latency reduction, power efficiency, and area conservation. Its sophisticated architecture supports hardware cache coherency and provides a framework for effective inter-device communication, minimizing the physical resources required. Truechip offers this IP in native Verilog (RTL), ensuring thorough validation with features like 100% code coverage and regression testing by industry experts. This consistency in operations and documentation is present across all Truechip IPs, highlighting their commitment to quality and user satisfaction. The GUI-based integration simplifies the configuration process, enabling designers to tailor the network according to unique project needs with the additional support of 24X5 customer service. The mesh architecture supports complex connectivity with a robust routing algorithm, ensuring efficient data traversal and deadlock avoidance. Each node within the mesh can handle multiple simultaneous transactions, and features like node storage capacity configuration, memory maps, and varied protocol support per port add to its versatility. QoS support, configurable data channels, and flexible operation modes aim to provide comprehensive solutions for advanced network-on-chip applications.
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