News
ARM comprehensive design helps ARM architecture ecological development, and build sustainable AI data centers
- Source:Network finishing
- Release on:2024-10-23
News focus:
ARM Total Design Ecological Project has doubled the size of the ecological project, and the size of the members has doubled, which has promoted global chip innovation;
The ARM, Samsung Foundry, Adtechnology and Rebellions cooperate with the NEOVERSE CSS V3 CPU core (CHIPLET) platform, which is used in cloud, high -performance computing (HPC), and artificial intelligence/machine learning (AI/Machine Learning (AI/Machine Learning (AI/ Ml) Training and reasoning;
ALCOR Micro and Alphawave have launched new core -based cores based on TSMC's craftsmanship to create sustainable AI data centers.
Recently, ARM Holdings Co., Ltd. (Nasdaq's stock code: ARM, hereinafter referred to as ARM) shared the latest developments after the first anniversary of the launch of the ARM design ecological project: the participating companies have rapidly expanded to nearly 30, covering the IC design from IC design Various professional capabilities such as wafer foundry services. The latest companies include Anguo International Technology, SHIELD Company (EGIS), Entropy Code Technology (PUFSECURITY) and Semifive.In addition, through this ecological project, the ARM, Samsung Wanes, Adtechnology and Rebellions are jointly launching the AI CPU core grain platform to the market, facing clouds, HPC, and AI/ML training and reasoning workloads.
Eddie Ramirez, vice president of marketing of ARM Infrastructure Division, said: "With the increase in the demand for the computing power of AI, to ensure that developers can easily operate innovation on the most popular computing platforms worldwide in high -performance, low power consumption and easy -to -use ways. The result is that the ARM computing subsystem (CSS) and ARM are fully designing the rapid progress of soft and hardware to promote AI development. Innovation in the field of chip ""
The new ARM architecture solution promotes the sustainable development of the AI data center
The comprehensive design of ARM has led to global cooperation, which has contributed to the birth of a number of CSS -core generative AI computing solutions.One of the excellent examples is the AI CPU core grain platform jointly launched by ARM, Samsung Wane, Adtechnology and Rebellions.The platform is specifically targeted at Yun, HPC, and AI/ML training and reasoning workloads, combined with the Rebel AI accelerator of Rebellions and the ADTECHNOLOGY calculation of the AdtechNOLOGY equipped with Neoverse CSS V3, and uses the Samsung wafer agency 2nm all -around meka (GAA) (GAA) (GAA) (GAA) (GAA) Advanced process technology brings excellent performance and energy efficiency, it is expected to bring 2-3 times energy efficiency advantages for the genetic AI workload (LLAMA3.1 405B parameter LLM).
Taejoong Song, vice president of Samsung Electronics and the head of foundry business development, said: "AI and HPC design requires technical solutions with the highest performance, high crystal pipe density and high energy efficiency. The HPC and AI design requirements are designed. We are glad to use the flexibility of ARM CSS and the advantages of ARM's comprehensive design to create the AI CPU core grain platform and further promote oversized enterprises and cloud service providers to adopt our cutting -edge technology and design. Solution "
This cooperation example fully reflects the unique value of ARM's comprehensive design and standard computing subsystem in accelerating the development of AI chips.Through the integrated ARM optimized EDA tools, global design professional knowledge, and wafer foundry service cooperation relationship, ARM simplifies the integrated process for the AI accelerator designer.With the rapid evolution of the AI workload, the tightly coupling CPU calculation is essential to support the complete AI stack.Data pre -processing, arrangement, and database enhancement technology (such as retrieval enhancement generation (RAG)) can benefit from the performance efficiency of the ARM NEOVERSERSE CPU.ARM has integrated support for these requirements in CSS, and has benefited from the design ecological project through ARM.
New standards for AI infrastructure
Completion of CSS and ARM is helping to create a hardware foundation for sustainable AI data centers.ARM comprehensive design has accelerated the development of the ARM -based test chip and core -grain products driven by the Neoverse N series or V series CSS.By providing a extensive way to obtain the latest CSS, we have reduced the industry entry threshold, created a diverse core -grain solution from the cloud to the edge, and accelerated the development speed.
Recently, Alcor Micro announced that they are constructing CSS -driven core grains to conduct AI/ML training and reasoning cases.Alphawave has also recently announced the launch of CSS -based advanced computing cores, facing AI/ML, HPC, Data Center, and 5G/6G applications.These ARM -based core grains fully demonstrate the unique diversity, flexibility and globalization of the ARM ecosystem.
In addition, ARM comprehensive design partners (including Alphawave, Cadence, and Proteantecs, etc.) are verifying third -party IP products on advanced nodes through CSS to ensure that they meet ARM specifications and standards.This means that partners can build CSS -based customized chips on advanced nodes and get seamless software experiences.
Such software is always the key to releasing AI potential.For more than 30 years, ARM has continuously invested resource investment to ensure that the software running on the ARM platform "uses it".Today, all mainstream frameworks and operating systems are running on the ARM architecture.For ARM comprehensive design ecological projects, this means that ARM partners can push the diverse chip solution to the market, and they can make full use of the same dynamic and highly integrated software ecosystem.One of the latest achievements of this continuous investment is the launch of ARM KLEIDI technology. This technology has been integrated into open source projects such as PyTorch and LLAMA.CPP, optimizing the CPU reasoning on the ARM platform.This is particularly important for ARM comprehensive design partners. They can create core grains to calculate the edges by CSS without relying on dedicated accelerators.
About ARM
ARM, as the industry's strongest performance and the highest energy efficiency computing platform, covers 100% of the world's networking people with an unparalleled scale.ARM provides advanced solutions to meet the endless demand for computing, and then empower the world's leading technology companies to release unprecedented artificial intelligence experience and performance.ARM joined hands with the world's most broad computing ecosystem and 20 million software developers to jointly build an artificial intelligence in the ARM platform.
ARM Total Design Ecological Project has doubled the size of the ecological project, and the size of the members has doubled, which has promoted global chip innovation;
The ARM, Samsung Foundry, Adtechnology and Rebellions cooperate with the NEOVERSE CSS V3 CPU core (CHIPLET) platform, which is used in cloud, high -performance computing (HPC), and artificial intelligence/machine learning (AI/Machine Learning (AI/Machine Learning (AI/ Ml) Training and reasoning;
ALCOR Micro and Alphawave have launched new core -based cores based on TSMC's craftsmanship to create sustainable AI data centers.
Recently, ARM Holdings Co., Ltd. (Nasdaq's stock code: ARM, hereinafter referred to as ARM) shared the latest developments after the first anniversary of the launch of the ARM design ecological project: the participating companies have rapidly expanded to nearly 30, covering the IC design from IC design Various professional capabilities such as wafer foundry services. The latest companies include Anguo International Technology, SHIELD Company (EGIS), Entropy Code Technology (PUFSECURITY) and Semifive.In addition, through this ecological project, the ARM, Samsung Wanes, Adtechnology and Rebellions are jointly launching the AI CPU core grain platform to the market, facing clouds, HPC, and AI/ML training and reasoning workloads.
Eddie Ramirez, vice president of marketing of ARM Infrastructure Division, said: "With the increase in the demand for the computing power of AI, to ensure that developers can easily operate innovation on the most popular computing platforms worldwide in high -performance, low power consumption and easy -to -use ways. The result is that the ARM computing subsystem (CSS) and ARM are fully designing the rapid progress of soft and hardware to promote AI development. Innovation in the field of chip ""
The new ARM architecture solution promotes the sustainable development of the AI data center
The comprehensive design of ARM has led to global cooperation, which has contributed to the birth of a number of CSS -core generative AI computing solutions.One of the excellent examples is the AI CPU core grain platform jointly launched by ARM, Samsung Wane, Adtechnology and Rebellions.The platform is specifically targeted at Yun, HPC, and AI/ML training and reasoning workloads, combined with the Rebel AI accelerator of Rebellions and the ADTECHNOLOGY calculation of the AdtechNOLOGY equipped with Neoverse CSS V3, and uses the Samsung wafer agency 2nm all -around meka (GAA) (GAA) (GAA) (GAA) (GAA) Advanced process technology brings excellent performance and energy efficiency, it is expected to bring 2-3 times energy efficiency advantages for the genetic AI workload (LLAMA3.1 405B parameter LLM).
Taejoong Song, vice president of Samsung Electronics and the head of foundry business development, said: "AI and HPC design requires technical solutions with the highest performance, high crystal pipe density and high energy efficiency. The HPC and AI design requirements are designed. We are glad to use the flexibility of ARM CSS and the advantages of ARM's comprehensive design to create the AI CPU core grain platform and further promote oversized enterprises and cloud service providers to adopt our cutting -edge technology and design. Solution "
This cooperation example fully reflects the unique value of ARM's comprehensive design and standard computing subsystem in accelerating the development of AI chips.Through the integrated ARM optimized EDA tools, global design professional knowledge, and wafer foundry service cooperation relationship, ARM simplifies the integrated process for the AI accelerator designer.With the rapid evolution of the AI workload, the tightly coupling CPU calculation is essential to support the complete AI stack.Data pre -processing, arrangement, and database enhancement technology (such as retrieval enhancement generation (RAG)) can benefit from the performance efficiency of the ARM NEOVERSERSE CPU.ARM has integrated support for these requirements in CSS, and has benefited from the design ecological project through ARM.
New standards for AI infrastructure
Completion of CSS and ARM is helping to create a hardware foundation for sustainable AI data centers.ARM comprehensive design has accelerated the development of the ARM -based test chip and core -grain products driven by the Neoverse N series or V series CSS.By providing a extensive way to obtain the latest CSS, we have reduced the industry entry threshold, created a diverse core -grain solution from the cloud to the edge, and accelerated the development speed.
Recently, Alcor Micro announced that they are constructing CSS -driven core grains to conduct AI/ML training and reasoning cases.Alphawave has also recently announced the launch of CSS -based advanced computing cores, facing AI/ML, HPC, Data Center, and 5G/6G applications.These ARM -based core grains fully demonstrate the unique diversity, flexibility and globalization of the ARM ecosystem.
In addition, ARM comprehensive design partners (including Alphawave, Cadence, and Proteantecs, etc.) are verifying third -party IP products on advanced nodes through CSS to ensure that they meet ARM specifications and standards.This means that partners can build CSS -based customized chips on advanced nodes and get seamless software experiences.
Such software is always the key to releasing AI potential.For more than 30 years, ARM has continuously invested resource investment to ensure that the software running on the ARM platform "uses it".Today, all mainstream frameworks and operating systems are running on the ARM architecture.For ARM comprehensive design ecological projects, this means that ARM partners can push the diverse chip solution to the market, and they can make full use of the same dynamic and highly integrated software ecosystem.One of the latest achievements of this continuous investment is the launch of ARM KLEIDI technology. This technology has been integrated into open source projects such as PyTorch and LLAMA.CPP, optimizing the CPU reasoning on the ARM platform.This is particularly important for ARM comprehensive design partners. They can create core grains to calculate the edges by CSS without relying on dedicated accelerators.
About ARM
ARM, as the industry's strongest performance and the highest energy efficiency computing platform, covers 100% of the world's networking people with an unparalleled scale.ARM provides advanced solutions to meet the endless demand for computing, and then empower the world's leading technology companies to release unprecedented artificial intelligence experience and performance.ARM joined hands with the world's most broad computing ecosystem and 20 million software developers to jointly build an artificial intelligence in the ARM platform.