Mali-G710: a developer overview
The new Arm Mali-G710 GPU, and its smaller siblings, include several hardware changes to improve performance and rendering energy efficiency. Some of these changes alter our best practice recommendations that help developers get the best performance out of the hardware. This blog gives an overview of the new GPUs, the changes they contain, and a summary of the corresponding updates to the best practice guidelines.
Architecture overview
This GPU generation has a similar block architecture to earlier Mali GPU.
The GPU front-end takes work submissions from the driver and dispatches them to the relevant GPU processing units. The fixed-function tiling unit coordinates the vertex processing pipeline and handles the primitive binning that drives Mali's tile-based rendering scheme. There are one or more unified shader cores, which handle all types of shader processing, and one or more slices of level two cache, which buffer data fetched from external memory. If you have seen a Mali GPU before then this should all look familiar.
To read the full article, click here
Related Semiconductor IP
- E-Series GPU IP
- Arm's most performance and efficient GPU till date, offering unparalled mobile gaming and ML performance
- 3D OpenGL ES GPU (Graphics Processing Unit)
- Highest performance automotive GPU IP, with revolutionary functional safety technology
- High-performance 2D (sprite graphics) GPU IP combining high pixel processing capacity and minimum gate count.
Related Blogs
- eUSB2 Version 2 with 4.8Gbps and the Use Cases: A Comprehensive Overview
- Semiconductor IP Sector Overview
- PLD Overview: Xilinx and Altera
- Semiconductor Sector Overview: MRVL, IDCC, ARM, TSRA
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