A Cloud Native Processor is an innovative central processing unit (CPU) specifically engineered from the ground up to meet the demands of contemporary software and cloud-based usage models. These processors are designed to enhance efficiency, performance, and scalability, thereby contributing to a more sustainable future. Key characteristics of Cloud Native Processors include high core counts, single-threading capabilities, and low power consumption, which collectively result in a reduced data center footprint. Ampere Computing pioneered the creation and launch of these processors.

Cloud Native Processors are crucial because they align with the architecture of modern cloud computing environments, unlike traditional CPU designs developed over the past several decades. These processors offer superior performance and energy efficiency compared to legacy x86 components, thereby supporting sustainable computing practices. The alignment of processor design with the specific requirements of Cloud Native software and typical usage models ensures optimal performance and efficiency.

Who Should Care About Cloud Native Processors? Cloud Native Processors are essential for Cloud Service Providers (CSPs), Digital Service Providers (DSPs), and digital-first enterprises. Organizations interested in maximizing performance per dollar and per watt, reducing infrastructure costs without compromising on performance, or achieving sustainability goals will find these processors invaluable.

Where are Cloud Native Processors Most Effective? Cloud Native Processors excel in handling demanding workloads, such as web services, search functions, databases, data analytics, artificial intelligence (AI), media delivery, and gaming. Built on the Arm architecture, known for its low-power computing capabilities, Cloud Native Processors like Ampere® Altra®, AmpereOne®, AWS Graviton, Google Axion, and Microsoft Cobalt offer enhanced core counts, scalability, and efficiency. This translates to reduced power consumption, a smaller data center and rack footprint, and a clear path toward achieving data center sustainability.

• Hotchips 2024 – Sustainable Computing for AI & Cloud Native Workloads
• Open Telemetry Case Study
• Infomaniak Case Study