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Posts by VIP Experts:

 

Understanding Color Space in Display

The color space is a very powerful tool that comes in handy when capturing and transmitting color back to the human eye. All systems like cameras, GPUs, transmission cables (HDMI/DP), monitors, etc. use color space metrics to preserve and transform color.  

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Posted in Display, DisplayPort

 

Automating Testbench Creation to Accelerate Network-on-Chip Verification

Network-on-Chip (NoC) is a critical building block for many advanced and complex system-on-chips (SoCs). Having a complete verification solution to verify the functionality along with the performance (latency/bandwidth) is a must to ensure there are no functional bugs and no performance bottlenecks.

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Posted in Arm, Data Center, Debug, Mobile SoC, Uncategorized

 

Industry’s First VIP for AMBA CXS Enables Early Adopter Success

Synopsys offers a broad set of verification solutions for next-generation AMBA® protocols, including AMBA CXS. Synopsys also has verification automation solutions for Arm-based protocols including VC AutoTestbench for testbench generation and VC AutoPerformance for performance verification.

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Posted in AMBA, CXS, Uncategorized, UVM

 

256Gb/s Ready Set Go : PCIe Gen6 Verification IP

Synopsys Industry’s First PCIe Gen6 VIP availability gives industry leaders a head start advantage for the verification of PCIe Gen6 based designs and meet time-to-market requirements with predictable quality. As PCIe Gen6 is the most significant and disruptive update to PCIe specification in the last decade, it is critically important and advantageous to start verification early and leverage Synopsys PCIe Gen6 VIP to deal with increased verification complexity as well as ensure backward compatibility with the prior generations through PCIe VIP Source Code Test Suite.

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Posted in Data Center, PCIe

 

DDR5 – Off and Running

The Joint Electron Device Engineering Council (JEDEC) has been developing and maintaining DRAM standards for years, defining emerging Memory standards like the DRAM standard. The most recent announcement declares the fifth generation of the DRAM, DDR5, is finally ready for release. The work to define DDR5 began in 2017 with the objective of delivering a standard that could move beyond the DDR4 speed limitations of 16 Gb and 3200 MT/s. The intention was to address new applications around data centers high-end servers for handling AI/ML workloads.

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Posted in DDR, Memory

 

An Introduction to the CXL Device Types

Compute Express Link (CXL) is the latest specification in interconnect technology for high bandwidth devices. It provides high-speed, efficient connectivity from CPUs to other components of the high-performance computing platform.

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Posted in CXL, Interface Subsystems, UVM

 

Simplify Entertainment with HDMI 2.1 eARC

HDMI (High-Definition Multimedia Interface) has been a part of our entertainment systems for nearly two decades now. Though the look of the cable has remained the same over the years, the input has undergone many improvements since its release in 2002.

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Posted in Debug, Display, DisplayPort, Uncategorized, UVM

 

Deciphering the New TileLink Standard

Increasing complexities of processor architectures with limited overall performance scale-up have created a demand for a domain specific architecture to ensure extensive performance scaling. – this is when RISC-V began to gain momentum. RISC-V is gathering widespread attention throughout sectors like datacenter accelerators, mobile & wireless, IoT, etc. for its extensibility. Many industry leaders are beginning to adopt RISC-V for its open source availability that reduces time-to-market and cost effectiveness while at the same time scaling up the overall performance and leaving room for innovation and automation.

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Posted in Mobile SoC, Processor Subsystems, Uncategorized

 

The Power Of HDMI ARC

HDMI ARC, What is it and Why You Should Care?

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Posted in Display, HDMI, Uncategorized

 

Optimizing HBM2E Runtime Performance

Performance continues to be key factor for the design of any complex system-on-chip (SoC). Moreover, complexity is increasing every day, which poses a challenge for engineers to track performance of the design, yet they are tasked to continuously increase chip performance. When it comes to run time performance engineers not only develop the functionality but also can check performance of the design which is getting impacted from the new module. In traditional approach functionality development and performance analysis are sequential task and executed one after the other.

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Posted in Debug, HBM, UVM