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Ncore Cache Coherent Interconnect is a versatile and efficient NoC solution tailored for handling multi-core ASIC design challenges. It ensures robust cache coherence across complex systems, enhancing the communication performance between multicore processors. Incorporating support for ISO 26262 safety standards, Ncore is suitable for safety-critical applications, particularly in automotive industries. Designed for scalability, the Ncore framework allows the integration of multiple protocols such as AMBA CHI and ACE. This feature optimizes SoCs for both cached processors and I/O coherency for diverse components like accelerators, processors, and more. Its efficient design minimizes latency and power consumption, supporting high-performance embedded systems and data-intensive applications. Ncore significantly reduces the complexity of handling interconnected processing elements by providing automated configuration capabilities. With a mesh topology enabling physical tiling and modular design integration, Ncore simplifies timing closure and ensures smooth pathway communication, ideal for large-scale, high-performance layouts.
CodaCache Last-Level Cache provides a solution to last-level caching challenges in SoC designs, aimed at optimizing data access, enhancing cache performance, and improving power efficiency. This IP is engineered to handle critical SoC requirements such as timing closure and layout congestion with a flexible and highly configurable caching strategy. CodaCache elevates system performance by diminishing latency through expedited data management, ensuring swift access to frequently used data and reducing the need to access off-chip memory. Its architecture supports AXI interfaces, facilitating seamless integration with existing SoC configurations, and expediting the development process by maintaining an optimal balance between performance and power use. With the capability to partition and configure memory usage precisely, CodaCache addresses unique caching needs across a wide array of applications, from consumer electronics to data processing. It offers a graphical user interface for intuitive configuration and management, making it a preferred choice for developers seeking adaptable caching solutions that streamline system efficiency and expedite time to market.
FlexNoC Interconnect is a state-of-the-art network-on-chip (NoC) solution designed to enhance the design and performance of system-on-chip (SoC) devices. As a physically aware product, it supports complex and diverse protocols, meeting the rigorous demands of high-performance computing. This interconnect fabric reduces design iterations and accelerates timing closure by providing early issue detection and facilitating efficient signal routing. The FlexNoC utilizes a highly configurable mesh topology that facilitates connections across SoC components, ensuring robust data transfer with minimal power consumption. Its design supports multiple clock and voltage domains, enabling dynamic power management and enabling the seamless integration of various IP blocks including CPU, GPU, and AI processors. The adaptability of FlexNoC makes it suitable for a wide range of applications from small embedded devices to extensive data center systems. With its focus on scalability, the FlexNoC Interconnect also incorporates advanced traceability features that monitor and optimize on-chip data traffic, further enabling developers to refine system performance. Its compatibility with the latest semiconductor processes ensures that it remains a future-proof choice for designers looking to enhance connectivity within SoC designs.
FlexWay Interconnect is specifically engineered for cost-efficient, low-power IoT edge devices, offering outstanding NoC performance at a lower price point. Designed with a straightforward integration process, this interconnect enables developing small to medium SoCs quickly and efficiently. Its architecture facilitates high on-chip bandwidth, allowing devices to maintain high data throughput while keeping power consumption in check. Employing a scalable topology feature, FlexWay capabilities extend from simple configurations to more complex designs without compromising performance. By incorporating unit-level clock gating and multi-protocol support, it efficiently manages resources to optimize power responsiveness and processing needs. Moreover, FlexWay supports AMBA 5 protocols, ensuring compatibility with various bus architectures within a project. FlexWay also excels in providing automated debug features, utilizing tools like SystemC simulation and UVM verification support to streamline design verification processes. This results in an efficient, reliable, and robust solution for hardware developers looking to integrate IoT functions with minimal complexity and reduced design timelines.
Harmony Trace revolutionizes semiconductor project management by aligning design data with quality and safety standards through advanced traceability. This product creates a seamless pipeline for verifying design authenticity and compliance, optimizing development timelines without compromising on regulatory adherence. It integrates seamlessly with industry tools like IBM DOORS, Jira, and Jama Connect, enhancing collaborative efforts and communication across teams during the design lifecycle. Harmony Trace's analytic capabilities provide real-time alerts and corrections for discrepancies, ensuring all actions remain aligned with project goals and requirements. The tool's modular design supports complex systems by interlinking various design domains, translating compliance into tangible project milestones. Its diagnostic capabilities highlight potential risk areas and automate reporting for stringent industry standards, reducing integration impediments and securing project investment.
Magillem 5 Registers simplifies the development of hardware/software interfaces by offering a comprehensive environment for register management. Based on the IP-XACT standard, this tool enables developers to manage hardware and software layers efficiently, reducing time-to-market and ensuring design accuracy. The tool automatically generates and verifies register models, facilitating faster and errorless register design for extensive SoC projects. It simplifies interface management with tools that sync connectivity and memory maps, crucial for constructing coherent SoC platforms. With extended automation features, Magillem 5 Registers minimizes repetitive tasks, thus improving team productivity and ensuring consistent data generation throughout the project lifecycle. It allows easy adaptation to evolving design needs, supporting collaboration between hardware and software teams and maintaining synchronized documentation for accurate development.
Magillem Connectivity streamlines SoC integration by automating the connection processes, reducing integration timelines significantly. This tool utilizes standard industry protocols like IP-XACT to handle connectivity intricacies, ensuring error-free integration and configurability of system components. Magillem empowers design teams with robust features that manage connectivity and design data, increasing productivity and collaboration across various teams and project phases. Its comprehensive SoC assembly capabilities enable automated IP instantiation, easing the integration workload while enhancing system accuracy and design quality. By optimizing the hierarchical connections, Magillem Connectivity decreases design cycle times and enhances productivity. Its support for massive designs through automation tools and built-in checkers ensures high-quality outcomes. The system's integration with Design Intent (INTegrationENVironment) ensures that complex designs are realized quickly and cost-effectively, aligning with rapid market demands.
CSRCompiler addresses hardware/software interface design challenges by facilitating register design and generation across SoC projects. It utilizes the CSRSpec language to compile design data into executable hardware descriptions, bridging functional requirements with precise implementation. The system supports extensive input formats, including SystemRDL and IP-XACT, ensuring interoperability and reducing reliance on complex scripts or manual interventions. With advanced error-checking capabilities, CSRCompiler identifies and resolves potential issues early in the design phase, ensuring a high-quality output. CSRCompiler is advantageous for its comprehensive support in design ecosystems, capable of producing RTL, verification models, and firmware documentation from a unified source. Its efficiency in managing design data makes it a critical tool for enhancing SoC timelines and minimizing design risks across technology-driven industries.
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