Cooking Up Better Performance for Arm-Based SoCs
With increasing complexity, ascertaining performance in Arm-based SoCs design has become challenging, as it involves system-wide protocols connecting multiple IP in collaboration to deliver the expected performance. Verification teams must do the performance verification at the system level to ensure data integrity and avoid any bandwidth throttling or cache coherency issues at a later stage. However, it is difficult for developers to evaluate this combination's performance running the anticipated mix of workloads. Integrating more functionality and multicores suits the customer's expectations and market demands, but it introduces tremendous challenges for SoC verification teams.
To read the full article, click here
Related Semiconductor IP
- NPU IP Core for Mobile
- NPU IP Core for Edge
- Specialized Video Processing NPU IP
- HYPERBUS™ Memory Controller
- AV1 Video Encoder IP
Related Blogs
- Altera's new ARM-based SoC FPGAs
- Integration and Verification of PCIe Gen4 Root Complex IP into an Arm-Based Server SoC Application
- Defacto SoC Compiler performance on AWS Graviton3
- Raspberry Pi Pico 2: Arm-based Development Board Delivers Higher, More Secure Performance for Commercial Applications
Latest Blogs
- Cadence Extends Support for Automotive Solutions on Arm Zena Compute Subsystems
- The Role of GPU in AI: Tech Impact & Imagination Technologies
- Time-of-Flight Decoding with Tensilica Vision DSPs - AI's Role in ToF Decoding
- Synopsys Expands Collaboration with Arm to Accelerate the Automotive Industry’s Transformation to Software-Defined Vehicles
- Deep Robotics and Arm Power the Future of Autonomous Mobility