Shulou(Shulou.com)11/24 Report--

Arm ®today announced the launch of the 2023 Comprehensive Computing solution (TCS23), which will become the most important mobile computing platform and provide an excellent solution for smartphones. TCS23 provides a complete set of the latest IP designed and optimized for specific workloads to work seamlessly as a complete system to meet the growing needs of the mobile user experience.

Chris Bergey, Senior Vice President and General Manager of the Terminal Division of Arm, said, "TCS23 includes a new Arm Immortalis ™GPU based on the new fifth-generation GPU architecture that enables the ultimate visual experience, a new Armv9 CPU cluster that helps Arm maintain performance leadership for the next generation of artificial intelligence (AI), and new enhanced technologies that provide millions of Arm developers with more accessible software. Arm is committed to innovating from chips to software in mobile to support the growing immersive digital experience brought about by our vast global ecosystem. Arm technology is clearly going to be the cornerstone of the mobile future. "

Arm is the cornerstone of the best visual experience.

Arm is committed to bringing an extraordinary visual experience to the market with the launch of its new flagship GPU product Immortalis-G715 in 2022, and in conjunction with MediaTek achieved this promise by adopting TCS22's Tianji 9200 mobile chipset, which is now used in flagship OPPO and vivo smartphones with high running scores.

The latest GPU product launched by Arm this year incorporates the new fifth-generation GPU architecture, which is Arm's most efficient GPU architecture to date, redefining some of the graphics pipes to optimize memory bandwidth to support next-generation games and real-time 3D applications with high geometric loads on mobile devices, while delivering a smoother gaming experience comparable to PC and game consoles. Delayed vertex shading (Deferred Vertex Shading, DVS) is a new graphics feature introduced in the fifth generation GPU architecture that redefines data flow and helps partners expand the number of cores to achieve higher levels of performance. The advantages of DVS have been reflected in many popular games, including "original God" and "Fortnite".

The new Arm Immortalis-G720 is currently Arm's best performance and energy efficiency GPU. Compared with the previous generation products, its performance and energy efficiency have been improved by 15% respectively, and the system-level efficiency has jumped by 40%, resulting in higher quality graphics rendering and more immersive visual experience.

In addition to Immortalis-G720, Arm also launched new Arm Mali ™- G720 and Mali-G620, which aim to quickly push high-end mobile graphics features to a wider consumer end market.

Leading CPU performance helps build intelligent AI

As part of TCS23, the new Armv9 Cortex ®CPU computing cluster demonstrates Arm's strong commitment to providing leading CPU performance. The cluster has achieved two-digit performance enhancement for three consecutive years, and its efficiency has also been significantly improved.

As the fourth-generation Cortex-X kernel, the new Arm Cortex-X4 is a key component of the high-performance cluster, which can break the performance limit of flagship smartphones. Cortex-X4 is the fastest CPU ever built by Arm, with a 15 per cent improvement in performance compared to Cortex-X3. At the same time, a new high-energy-efficient micro-architecture based on the same process can reduce power consumption by up to 40%. This improvement in performance and efficiency can take the device experience (such as UI responsiveness and application startup time) to a new level and make it possible to implement applications for the next generation of artificial intelligence and machine learning.

Arm's leading CPU performance also extends to its new size cores, namely Arm Cortex-A720 and Cortex-A520. Cortex-A720 is the mainstream CPU IP in the industry, and as the core force of the new CPU cluster, it can improve continuous performance. Cortex-A520 is the most efficient core of Arm at present. These new CPU designs achieve 20 per cent energy efficiency gains over previous generations, benefiting use cases such as AAA-level games, round-the-clock productivity, and back-office tasks.

The closer combination of process technology and computing power is the key to achieve the highest performance and most efficient design. In the new generation of CPU design, Arm successfully completed the industry's first Cortex-X4 streaming in the TSMC N3E process, further deepening the long-term partnership between the two sides. This collaboration also ensures that the Arm ecosystem is ready to take full advantage of the power, performance, and area (PPA) benefits of Arm processor technology after streaming is completed.

Arm's new CPU cluster provides the performance and efficiency required by partners. Among them, DSU-120 is designed to meet the demanding multithreaded usage scenarios, supporting a wide range of devices from wearable devices to smartphones and laptops, making the new CPU cluster perfect.

Provide software and security solutions for global developers

TCS23,Arm ensures that millions of mobile developers who develop Arm-based applications based on Arm architecture have the ability and tools to write easier, faster, and more secure software.

New intelligence experiences such as generative artificial intelligence have amazed the world over the past year, while the artificial intelligence processing power of smartphones has doubled every two years. Arm has always been at the forefront of technology, continuously improving the machine learning capabilities of Arm IP through its open source software libraries, so that developers can fully benefit when dealing with artificial intelligence and machine learning workloads. Arm NN and Arm Compute Library are open to Google applications on the Android platform and now have more than 100 million daily active users, helping developers optimize machine learning workloads running on Armv9 CPU and Arm GPU.

All new CPU support 64-bit computing and Armv9 security innovations to withstand higher levels of digital threats. The Arm memory tag extension (MTE) feature has been successfully deployed throughout the mobile ecosystem through Armv9 CPU,Arm to eliminate memory security vulnerabilities that account for up to 70 percent of all software vulnerabilities.

Mobile devices have touched every aspect of today's digital life, enabling everyone to create and use immersive experiences accelerated by artificial intelligence, thus creating more demand for computing power. And Arm is at the core of all this, bringing innumerable fun, productivity and achievements to the wider population. Arm will continue to build the infrastructure to meet the growing computing needs and will always focus on improving performance and efficiency. By working closely with a wide range of ecosystem partners, Arm provides the performance, efficiency and intelligent support needed for each generation of consumer devices to help expand the digital lifestyle.

Reshape the future of mobile computing

Arm's new product will empower the next generation of flagship smartphones, while Arm is also looking to the future. Arm is more committed to the CPU and GPU product roadmap than ever before, and will continue to invest more in key IP, including Krake GPU and Blackhawk CPU, to meet partner requirements for computing and graphics performance.

For more details on the new product, visit TCS23, Immortalis-G720 and the new Mali GPU, Cortex-X4 and new Armv9 Cortex CPU computing clusters, as well as Cortext-A720, Cortex-A520 and DSU-120.

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