Key Resources
- What rules determine EGL configuration on Android platform?
- Can I use the textureLod function for samplerExternalOES?
- How can I quickly find out the supported AFBC modes?
- How can I convert multithread to one-thread for trace files from patrace?
- What Mali GPU supports hardware virtualization?
- View additional resources
Specifications
The highest performance GPUs that were built on the Mali Midgard architecture. The Arm Mali-T860 and Mali-T880 GPUs were designed for complex graphics use cases. Scalable from 1-16 cores, these GPUs implemented features and optimizations within their micro-architectures such as higher arithmetic throughput to for both casual and complex content. Other optimization examples include quad prioritization delivering enhanced performance for UI and casual content, and enhanced Forward Pixel Kill that improves performance for more advanced use cases by eliminating redundant work early in the pipeline.
Tools and Software
Support
Open a Support Case
Open a support case for technical problems or inquiries. Learn what happens when you open a support case and the information that you need to provide.
My Support Cases
For customers with a support contract, view inquiries about your Arm IP.
Arm Design Reviews
Our premium design review service helps you optimize your Arm SoC designs, with advice from our most experienced engineers.
Training Courses
Mali GPU Training for Developers
This training series for game developers covers the latest techniques for optimizing mobile game performance. Provides in-depth training from fundamentals of underlying GPU hardware to API best practices and how to identify problems using Arm Mobile Studio performance analysis tools.
Arm Mali Graphics Hardware Design
This training course covers designing systems using Arm Mali graphics processor in hardware fields.
Arm Mali Graphics Software Development
This training course is designed to help engineers working on new or existing Mali Graphic system designs. Learn how to integrate, debug, or optimize a Mali Graphic system, and configure the course to requirements.
Works Well With
Application processors that provide a range of solutions for devices that undertake complex compute tasks, like hosting a rich Operating System platform or supporting multiple software applications.
Full coherency for processor clusters with AMBA 4 ACE, and provides high performance I/O coherency for accelerators and interfaces using AMBA 4 ACE-Lite.
