Bringing brilliant people together to spark the world's potential
Arm designs technology building blocks such as Central Processing Units (CPUs) and Graphics Processing Units (GPUs) that semiconductor designers, equipment manufacturers, and others use to create silicon chips and specialized compute systems to power a host of devices, applications, and services across global markets.
Our partners have shipped over 240 billion Arm chips since we've started.
Our partners have used our technology to enable the mobile revolution, make vehicles safer, drive down the cost and emissions of data centers, and connect individuals and businesses in new, exciting ways.
Arm Neoverse is our intellectual property (IP) for producing optimized CPUs and DPUs for servers, storage systems, networking equipment, and other infrastructure. Neoverse-bsaed chips differ from traditional processors in critical ways:
More Cores. Neoverse processors consist of multiple cores—from 4 to 128—each running a single thread for better security, rack density, and performance.
Built for Performance and Power. Neoverse-based CPUs deliver 2x-3.5 more performance per watt than traditional processors for 40% or better price performance.
High Speed Interconnects. Arm's Corelink Coherent Mesh Network (CMN) links processors to I/O, memory, or other processors to eliminate bottlenecks that can impact performance.
Optimized for AI. With Scalable Vector Extension (SVE and SVE2), code written for 128-bit vectors runs on CPUs containing vectors ranging up to 2048-bits in length.
More Work Per Watt. Within identical power envelopes, the Arm Neoverse-based Ampere Altra provides 111% more performance and 48% more performance per thread.11
Our extended ecosystem includes Fortune 500 companies, freshly minted startups, multinational network operators, and developers from across the 5G landscape. Over 54% of the world's professional software developers already work on Arm.
1. Statista; 2. Speedtest; 3. Ericsson. Mobile Traffic Forecast; 4. Digital Trends; 5. Ericsson Mobility Report. Nov 2021; 6. Nokia. 7. AWS, others.
8. CU/DU Benchmark: 3 Cells, Sub6 GHz, DDDSU TDD, 30Khz SCS, 100 MHz BW; 4 DL Layers, 1 UL Layer, 4T4R MIMO, 256/64 QAM DL/UL, 320 Active UE/Cell, 32 UE/TTI 1.8 Gbps DL Throughput, 180 Mbps UL Throughput
9. Arm calculations. The power draw of the Arm processor is 284.4 watts. The power draw of the traditional processors is 336 and 388 watts based on publicly available documents. The SpecInt ratings are based on Arm benchmark testing. We assumed one instance and 2 CPUs per instance running for a month in similar datacenters. Carbon calculations are based on the U.S. average power mix.
10. Estimated SPECrate 2017
