MMAV™ is one of the industry’s standard solutions for modeling and simulating memory during functional verification. MMAV is used in thousands of designs to ensure correct and optimal behavior and timing between the system design and off-chip memory devices. Denali’s MMAV product provides a complete and highest quality models for any memory device, in any verification environment.
MMAV optimizes design simulations, accelerates the verification process and delivers excellent turn-around time, performance and reusability. MMAV incorporates vendor-specific features and timing characteristics for a variety of memory devices. A vast library of memory information is available through eMemory.com with over 15,000 memory device models including support for new and emerging DRAM, Flash and Flash Card parts.
MMAV allows you to increase your verification efficiencies as it enables a seamless integration into your verification environment, including advanced verification methodologies such as OVM, VMM, eRM, and others. MMAV verification capabilities allow users to generate random-constraints stimulus, adopt a coverage driven approach, perform scoreboarding,etc. These and other advanced verification features in MMAV allow you to enhance your design quality and reduce your verification efforts significantly.