Ampere Computing releases new AmpereOne series processors with 192 self-developed cores
Ampere Computing announced the new AmpereOne™ family of processors featuring up to 192 single-threaded Ampere cores, the highest core count in the industry. This is the first product based on Ampere's new self-developed core, which is newly built by Ampere's own IP.
Dedicated to providing a modern approach to the industry, Ampere CEO Renée James founded Ampere Computing to design processors to improve the efficiency and performance of cloud computing. According to Renée James, the cloud computing industry is undergoing a fundamental shift that requires a new approach to design.
Renée James said: "Every few decades, a new driving application emerges in the computing industry, or a new performance requirement evolves, redefining performance. Artificial intelligence is the current driving application, it can Combine our long-term application and user needs for streaming with everything else. We can no longer use power consumption as a key metric for data center performance. At Ampere, we design products that deliver maximum performance based on sustainable power consumption performance, thereby boosting the future development of the industry."
With the Ampere® Altra® and Ampere® Altra® Max processors, Ampere pioneered the category of cloud-native processors in the industry and has remained focused on delivering on its promises, delivering predictable products and introducing new products at a fast pace, in terms of performance and efficiency to lead the market. Ampere today officially launched the latest AmpereOne series processors based on the Ampere core, further boosting the in-depth development of efficient and high-performance computing.
With the official launch of AmpereOne, Ampere has enriched its product portfolio while further enhancing its performance, scalability and efficiency. Additionally, Ampere® Altra® and Ampere® Altra® Max will continue to serve cloud and other key market segments that require the highest performance with the lowest power consumption.
Ampere Chief Product Officer Jeff Wittich said: "AmpereOne means more - more cores, more IO, more memory, higher performance and more cloud functions. Ampere's self-developed cloud native core (Custom Cloud Native Core) It is the next step in breaking the limitations of traditional computing, and there is currently no other CPU product that can match it in the industry, and it can help realize the cloud scale (Cloud Scale) that maximizes the performance of a single rack."
Built from the ground up by Ampere, AmpereOne features 192 self-designed Ampere cores, a large cloud-optimized private cache, and new features for high-growth cloud applications such as AI. These new features, such as Mesh Congestion Management, Fine Grained Power Management, and Memory Tagging, improve performance in high-performance, high-utilization multi-tenant environments such as the cloud. performance consistency, manageability, and security. The entire platform is scaled by adding 8 channels of DDR5 memory and 128 channels of PCIe Gen5 IO. The processor is manufactured on the 5nm process node. Jeff Wittich said: "Based on these technology innovations, we provide the industry's most efficient and high-performance cores for cloud workloads. AmpereOne provides Ampere customers with the highest overall performance, scalability and density for cloud-native workloads. In addition, Thanks to low latency and high throughput, Ampere cloud-native processors have more than 2x the performance advantage over other CPUs in AI inference.*”
With the introduction of the AmpereOne series of processors, Ampere continues to expand its product portfolio to meet all cloud native computing needs - from the lowest power consumption, the most constraints, to the largest customer requirements. Ampere's growing customer base includes leading cloud service providers (CSPs) such as Google Cloud, Microsoft Azure, Oracle Cloud, Alibaba Cloud, Baidu Cloud, JD Cloud, and Tencent Cloud, as well as leading OEMs such as HPE and Supermicro Manufacturer (OEM), which also reflects the confidence of customers in the Ampere product portfolio.
According to Renée James, the fundamental architecture of computing is undergoing a fundamental shift, making higher performance with greater efficiency a new imperative.
She said: "Our industry is ushering in a new moment, and we should also embrace change. It will determine the future growth of the industry. Cloud technology has created a whole new world and new software development methods. Microprocessors should also Do the same."
The exponential growth in computing power demand has intensified the need for architectural shifts, while also sparking competition for power resources between data centers and key commercial and residential developments. Renée James said: "Sustainability is no longer just part of achieving ESG goals - it is critical to the future growth of all computing."
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