Cadence Expands Verification IP Portfolio Supporting Emerging Mobile Standards

Through close collaboration with leading system and semiconductor companies, and standards bodies, Cadence is delivering VIP at an early stage.

Cadence further expanded its VIP offering for mobile applications with support for the following standards:

• LPDDR3: This low-power version of the pervasive DDR3 memory standard enables customers to meet the high bandwidth and power efficiency requirements of mobile systems.
• MIPI CSI-3: Providing an advanced processor-to-camera sensor interface, MIPI CSI-3 enables mobile devices to deliver the bandwidth required to enable high resolution video and 3D.
• MIPI Low Latency Interface (LLI): This interface cuts mobile device production cost by allowing DRAM memory sharing between multiple chips.
• USB 3.0 On-The-Go (OTG): Providing 10x the performance of the previous USB specification, USB 3.0 OTG allows consumers to rapidly transfer data, such as video and audio content, as well as quickly and effortlessly charge devices.
• Universal Flash Storage (UFS): A common flash storage specification for mobile devices, UFS, a JEDEC standard, is designed to bring higher data transfer speed and increased reliability to flash memory storage.
• eMMC4.5: Designed for secure, yet flexible program code and data storage, eMMC4.5, a JEDEC standard, enables high bandwidth, low pin-count solutions that simplify system design.
• cJTAG: With its support for reduced pin count, power management and simplified multichip debug, cJTAG enables efficient testing of mobile devices, a key requirement for delivering high volume, high quality mobile devices.
The new memory models and protocol VIP will be available this month as part of the Cadence Verification IP Catalog. Among the most comprehensive and robust in the industry, the catalog features support for over 30 complex protocols and models for over 6,000 memory devices. The offering also provides maximum flexibility to customers by ensuring open support for all third-party simulators and design methodologies including UVM, OVM, and VMM.