Multimedia Processing
The Arm Mali series of multimedia processors offers graphics and display solutions for your SoC. Our industry-leading, scalable IP for graphics and display is able to drive the ultimate visual experience across a wide range of devices, scaling from entry-level mass market smartphones through to visually stunning, high-performance smartphones, Android OS-based tablets and SmartTVs. Arm's imaging and computer vision IP brings next-generation camera and display technologies to consumer and embedded devices.
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Showing: 24 Items
Product Family
Higher graphics performance combined with power efficiency
Advanced automotive vision system image processor
Subsystem management IP for ultra-efficient and premium devices
Use Cases Multimedia
Technologies Multimedia
Architectures Multimedia
Mali Graphics Processors
Mali-G77
First generation premium GPU based on the Valhall architecture.
- 60% performance improvement for on-device machine learning
- Improved high fidelity gaming performance
- Increased performance due to the innovative super scalar engine
Mali-G76
Third premium Bifrost architecture GPU delivering step-change in energy and area-efficiency
- Execution engine width doubled with eight-thread pipelines
- Uses three wider engines to double overall compute capability per shader core
- 8-bit integer dot product accelerates Neural Network interface
Mali-G72
Second premium Bifrost architecture GPU delivering increased energy-efficiency for complex content
- Closely based on Mali-G71, but significant updates to execution engine to save power
- Tiler and instruction cache improved to remove performance bottlenecks
- Number of multiple render targets doubled
Mali-G71
First premium Bifrost architecture GPU delivering step-change in performance from Midgard architecture
- Each shader core has three execution engines with four-thread wide pipelines
- Index-Driven Position Shading to accelerate geometry processing
- Enhanced support for general purpose GPU compute with OpenCL 2.0 full profile
Mali-T860 and Mali-T880
High performance T800 series GPUs with up to three ALUs per shader core
- Support for OpenGL ES 3.x and Vulkan
- Introduces a range of bandwidth reducing technologies
- Last GPU series based on the Midgard architecture
Mali-G57
First-generation Valhall-based graphics processing unit (GPU) for the mainstream market
- Improved performance and increased efficiency
- Bringing premium high-fidelity content to the mass market
- Re-engineered for Vulkan to be positioned for the future of gaming
Mali-G52
Second mainstream Bifrost architecture GPU with a more scalable core
- Large range of configurations - two or three eight-thread wide pipelines per shader core
- Significant performance over Mali-G51 for complex graphics
- 8-bit integer dot product accelerates Neural Network interface
Mali-G51
First mainstream Bifrost architecture GPU with redesigned texturing unit
- Dual-pixel cores for greater efficiency and improved framebuffer compression
- Major reduction in power consumption
- Step-change in texturing performance for DTV and Camera applications
Mali-T820 and Mali-T830
High efficiency T800 series GPUs with up to two ALUs per shader cores
- Support for OpenGL ES 3.x and Vulkan
- Introduces a range of bandwidth reducing technologies
- Last GPU series based on the Midgard architecture
Mali-T760
Precedes the Mali-T860 & Mali-T880 on the Midgard GPU architecture, delivering significant power efficiency savings compared to the previous generation of products
- Scalable from 1-16 cores to address device-specific requirements
- Introduces cohesive bandwidth saving technologies such as Arm Frame Buffer Compression
- Advanced, coherent L2 cache interconnect
Mali-T720
First High Area Efficiency graphics processor with the Midgard graphics architecture, with a simpler layout than its predecessors
- Significant area and energy reductions
- Android-specific optimizations
- Designed for the fast-moving requirements of the mainstream mobile market
Mali-G31
Very first Ultra-Efficient GPU based on the innovative Bifrost architecture - GPU of choice for cost constrained devices
- Significant area savings - 20% smaller than the Mainstream GPU
- 20% better performance density for complex workloads
- 12% improvement for the growing complexity of UI
Mali-470
Major update to the highly successful Mali-400 GPU
- Last GPU based on the Utgard achitecture
- Highly optimised for OpenGL ES 2.0 only
- Doubles the energy-efficiency of Mali-400 GPU in the same silicon area
Mali-450
Second Arm Mali Ultra Low Power GPU with double the scalability of the Mali-400 GPU to address a broader range of performance points and use cases
- Scalable from 1–8 cores
- Maximizes reuse of the available resources during graphics operations
- Support for OpenGL ES 2.0
Mali-400
The GPU of choice for reduced cost devices, with reduced power and bandwidth consumption
- World's first OpenGL ES 2.0 conformant multi-core GPU
- Independent CPU and GPU power management
- Industry standard interface for straightforward implementation
Mali Display Processors
Mali-D77
Mali-D77 is the second-generation premium display processor based on the Komeda architecture.
- Superior user experiences for VR HMDs
- Optimized for 3k @120fps VR performance
- Innovative hardware functions for VR acceleration
Mali-D71
Most area and energy efficient Mali-DPU designed for next generation display trends
- 4K120 display performance for premium mobile VR displays
- Based on the brand new, more flexible and capable Komeda display architecture
- Best-in-class viewing experience for mixed HDR/SDR content
Mali-D51
First Display Processor to bring benefits of the new Komeda Display architecture to the Mainstream
- Offloads the GPU during image processing, providing performance and efficiency saving
- Mixed HDR/SDR composition
- Seamlessly integrates with Assertive Display 5 for an optimal HDR experience
Mali-D37
The most area efficient Arm Mali display processor built on Komeda architecture
- Improved performance with maximum energy efficiency
- System power saving and memory management improvements
- Most appropriate DPU for entry-level and mainstream devices, such as smartphones, tablets and devices with small screens
Mali Camera
Mali-C71
Advanced automotive vision system image processor
- Multi-camera support
- Display and computer vision outputs
- Real time safety features
Mali-C52
Multi-camera, multi-exposure high-dynamic range image signal processor
- Available in two configurations, optimized for performance or area
- High precision and high dynamic range
- Addresses a wide variety of use cases – from security cameras to high-end drones
Mali-C32
Multi-camera, multi-exposure high-dynamic range image signal processor
- Optimized for area
- High precision and high dynamic range
- Addresses a wide variety of use cases, specifically low-power, cost-sensitive embedded vision devices
Assertive Display
Assertive Display 3
Third generation of the display subsystem management IP for ultra-efficient devices
- Ambient light adaptivity
- Advanced power-saving feature
- Powered by an innovative local tone-mapping engine
Assertive Display 5
Fifth generation of the display subsystem management IP for premium devices
- Provides a complete set of HDR management features for display pipelines
- Ambient light adaptivity and advanced power-saving features for HDR and SDR flows
- Gamut management
Graphics and Multimedia
Graphics Technologies
Arm Mali Technologies have been developed to allow ever-increasing graphics complexity within the thermal limits of mobile devices. The technologies provide significant system-wide bandwidth savings across all formats to ensure that end users can experience the latest in graphics quality on any device.
- Graphics Debugger
- Offline Compiler
- Open GL ES Emulator
- Texture Compression
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Learn more about how Mali series of multimedia processors can improve performance across a range of applications.
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