Integrate Countersign Verification with airSlate SignNow

Integrate countersign verification

foreign infrastructure socs cover the whole range of high performance servers and high-speed networking where throughput is everything and optimizing the performance of your soc for a broad range of workloads is increasingly challenging the growing complexity of interface protocols such as C6 cxl and ucie multi-core multi-chipler multi-soc cash coherency and other resource optimization strategies add to the challenge of delivering these complex socs to a tight schedule more focused and optimized integration verification and performance verification strategies can take months off your project schedule Cadence collaborates with arm to enable you to more efficiently set up and execute an effective SOC verification environment speed the integration verification of complex IP components optimized transaction throughput across a whole range of paths through the soc ensure optimal memory subsystem performance and ensure a frictionless transition from bare metal software bring up to full commercial OS boot our collaboration with arm also ensures that Cadence verification tools and methodology support the newest arm cores and protocols these best practices are captured in system level verification IP and methodology available from Cadence they enable rapid creation and execution of system level functional and performance verification for the latest arm cores using the Cadence verification Suite if we go back a few years system integration was pretty straightforward as the soc complexity was concentrated in the IP and the interconnect was relatively simple this is no longer the case as the drive to optimize system performance has given rise to complex system-wide protocols such as coherency distributed virtual memory cash stashing and more furthermore these protocols now extend beyond the soc covering chip to chip now chiplet to chiplet for example memory management can be extended off chip to PCI Express endpoints using a dress translation services ATS verifying the correct operation of ATS demands the orchestration of CPU cores cash coherent interconnect system mmu pcie endpoints and generic interrupt controllers into a complex software-driven use case given that these components will be sourced from multiple providers it's essential that this integration verification is comprehensively covered clearly this activity can only be done at the soc level and requires considerable software content to even get the soc beyond the boot up creating these system-wide use cases invariably requires significant software content as well as control and coordination of both software running on the course and endpoint controls for example VIP and avip to accelerate the creation of system level scenarios we created a reusable traffic Library concept to provide out-of-the-box content for verification of any arm system for a range of integration challenges such as pcie integration cash coherency system and memory performance low power and Arm System ready our product specific support team Works hand in hand with our dedicated arm-trained application engineers to achieve these desired results collaborating with cadence on your next arm-based server chip verification project can take months off your project schedules complete the online request form at cadence.com or contact your local sales team and ask for...