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Arm recently released its first Total Compute solution, using a system-wide overall optimization method that spans hardware IP, physical IP, software, tools, and standards. Arm's comprehensive computing solution is based on the new Armv9 architecture, which can improve key CPU, GPU and system IP at the system level.

"The computing technology based on the Arm architecture is building a leadership position beyond the smartphone market. With the help of the scale advantage brought by the mobile ecosystem, it is creating leading solutions in application fields such as laptops, desktops, and clouds." In this regard, Arm Pointed out Paul Williamson, senior vice president and general manager of the terminal equipment business unit.

Paul Williamson said that ARM is committed to introducing Armv9 technology into various fields to maximize performance with system-level design.

Comprehensive computing solutions implement the three key principles of ARM's comprehensive computing design strategy-computing performance, developer accessibility, and security. These solutions will be applied to various applications of Arm partners, opening up a new generation of immersion Interactive experience.

In addition, comprehensive computing solutions will also unlock new experiences across the entire ecosystem. For example, interactive application scenarios designed for mobile devices that support AI functions can enable users to watch rich 8K content on TV. All of this, coupled with security technology as the foundation, will build credible digital services for the next ten years.

At the core of these solutions is Arm’s new IP suite, including the first Armv9 Cortex™ CPUs, Mali™ GPUs with outstanding graphics capabilities, and the new CoreLink™ system IP.

The cornerstone of the comprehensive computing solution is the Arm Cortex CPU. The new Armv9 CPU is aimed at a variety of consumer electronic devices. For example, it can provide the ultimate performance for laptops and a smoother user experience for smart TVs. In addition, it can continue to improve efficiency to achieve longer battery life and a longer-lasting mobile gaming experience.

At present, Arm Cortex CPU mainly includes Arm Cortex-X2, Arm Cortex-A710, Arm Cortex-A510, etc.

Among them, Arm Cortex-X2 is Arm’s current most powerful CPU. Compared with the current flagship Android smartphone, its performance is 30% higher. In addition to peak performance, Cortex-X2 can also be expanded between flagship smartphones and laptops, allowing Arm's partners to design computing capabilities based on different scenarios according to market needs.

Arm Cortex-A710 is the first large-core CPU based on the Armv9 architecture. Compared with Cortex-A78, it has a 30% increase in energy efficiency and a 10% increase in performance. Through these performance and efficiency improvements, when the smartphone runs demanding apps, users will get a longer use time and a more optimized user experience than ever before.

Arm Cortex-A510 is Arm's first high-efficiency small core in the past four years. Its performance has increased by 35% and its machine learning performance has increased by more than three times. The performance level it brings is close to the previous generation of large cores launched a few years ago, and is suitable for smart phones, home appliances and wearable devices.

The backbone of the Armv9-A CPU cluster is the new DynamIQ Shared Unit DSU-110, which can provide various solutions for different market segments. DSU-110 is scalable and can support up to eight Cortex-X2 core configurations with excellent performance, security and machine learning functions, while ensuring efficiency performance.

In order to support the ecosystem's demand for performance, Arm will only provide 64-bit mobile applications with large and small cores in 2023. To this end, Arm's global partners are working hard to ensure that all apps will support 64-bit by the end of this year, providing consumers with a seamless experience.