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Cadence functional Verification Kit for ARM



Jointly developed by Cadence and ARM, the Cadence® Functional Verification Kit for ARM offers a comprehensive verification solution specifically for engineers developing ARM® processor-based designs. The Kit contains ARM processor-based verification methodology and flows, a reference design platform, verification process automation (VPA) technology, and reusable verification IP. The proven Incisive® Plan-to-Closure Methodology from Cadence has been tailored specifically to ARM processor-based designs.

Combined with the Incisive functional verification platform and verification IP, the Kit addresses the verification of both hardware and software from block to chip to system levels. The Kit guides engineers through the following processes and flows to provide a streamlined path from verification plan to closure:

 | Advanced verification architecture, maximizing reuse from block to chip to system |  | Automated verification planning and management |  | Architectural modeling for early HW/SW co-verification |  | Assertion-based verification for formal analysis, simulation, acceleration, and emulation |  | Testbench automation to address challenging corner-case bugs |  | Certified ARM AMBA® verification IP and protocol compliance |  | Transaction-based acceleration for high-performance RTL verification |  | In-circuit emulation for system and software validation |
Key benefits



 | Increases predictability by automating the management of the verification process |  | Ensures process management and AMBA specification compliance via an executable verification plan |  | Reduces risk by leveraging an industry-proven plan-to-closure verification methodology |  | Enables verification IP reuse across block, chip, and system levels |  | Ensures product quality by verifying both HW and SW simultaneously at the block, chip, and system levels |  | Improves productivity with easy-to-adopt architectural modeling techniques, formal analysis, simulation, advanced testbench, acceleration, emulation, and HW/SW co-verification |  | Based on IEEE standard languages: e, SystemVerilog, SystemC® |

| Cadence Functional Verification Kit for ARM |
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