Mali-600 Series Addresses Broad Market Needs

Arm Mali-G625 delivers premium GPU capabilities and brings technology and throughput improvements to a broad market, offering flagship benefits to all consumers. Based on our 5th Gen Arm GPU architecture, Mali-G625 delivers unparalleled gaming and AI experiences.

Features and Benefits

Performant and Efficient

Mali-G625 inherits premium features and technology improvements from Arm Mali-G725 such as fragment prepass and doubled tiler throughput for a longer, more immersive mobile experiences.

Range of Performance Options

Mali-G625 offers a range of performance choices, ranging from a single-core to a five-core configurations to address various device and consumer needs.

Re-Use Design Work for Diverse Premium Markets

Design work for the premium Mali-G725 can be re-used via Mali-G625 to address a wider audience of developers and consumer needs faster than ever.

Mali-G625 Diagrams


Mali-G625 brings the latest technology upgrades to address the wider market such as:

  • Fragment prepass
  • Doubled tiler throughput
  • Improved command stream frontend
  • Doubled shift-convert unit throughput

This is supported by a diverse set of extensive developer resources and tools to optimize performance and efficiency across all mobile gaming applications.

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Key Documentation
Use cases

Where Innovation and Ideas Come to Life

Arm provides a total gaming experience on Mali GPUs, for more immersive games and real-time 3D apps that run for longer. Arm is a leading contributor to the mobile gaming industry and developed the technology for mobile devices to run high-quality AAA games. These games are dependent on powerful graphics processors that deliver beautiful, sustained gaming experiences.

Talk with an Expert

Premium smartphones continue to deliver increasing levels of performance and improved graphics. Learn how Mali-G625 can help meet demand for the latest range of applications.

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The Basis for Solutions Approach

Armv9 Architecture

Armv9-A supports the 128-bit wide fixed-length vector extensions first seen in Armv7 and Armv8. SVE2 goes further to provide variable length vectors, enabling vector-length, agnostic programming for enhanced application performance on mobile computing devices.

Arm Compute Subsystems (CSS) for Client

Arm's first CSS for client markets is based on the latest Armv9.2 CPU cluster and Arm Immortalis GPU with new Arm Physical Implementations to address the need for more efficient compute in best-in-class consumer solutions.

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Arm Cortex-A725


Second-generation Armv9.2 premium efficiency CPU, providing sustained performance in a constrained power envelope.



First Armv9.2 high-efficiency “LITTLE” CPU, and most performant with improved power efficiency for real-world use cases, helping to lower performance costs and strengthen PAC deployment in the consumer technology market.

System IP

System IP

Integrated via AMBA interfaces, Arm System IP enables system designers to configure and build high-performance, power-efficient SoCs, while further differentiating with their own IP elements.


A Foundation of Silicon Success