Infrastructure for Next-Generation Throughput Demands
The Neoverse E1 processor is a new class of highly efficient CPU technology designed specifically for throughput compute workloads. The design is highly scalable to support throughput demands for next generation edge to core data transport.
Features and Benefits
Simultaneous multithread (SMT) enables Neoverse E1 to execute two threads concurrently resulting in improved aggregate throughput performance. The out-of-order pipeline increases overall performance and offers greater efficiency over its predecessors.
By supporting the Armv8.2-A architecture and AArch64 ISA, Neoverse E1 is compatible with Neoverse N1, and leverages a broad ecosystem, from tools to OS and application support (e.g. Linux kernel, Data Plane Development Kit and OpenSSL libraries).
Neoverse E1 is a flexible platform which supports scalability from 25Gbps in 4W CPU power budget to multi-100Gbps systems. Accelerator Coherency Port (ACP) enables closely coupled fixed-function hardware offload support with low latency and cache stashing capability.
Specifications
The Neoverse E1 processor is a new class of highly efficient CPU designed specifically for throughput compute workloads.
Get Developer Resources for more details.
Key Documentation
Related Products and Tools
Neoverse N1
Delivers server-class thread performance and features at a revolutionary performance per watt.
CMN-600
Reduce SoC integration time with this Coherent Mesh Network optimized for a wide range of applications including networking infrastructure, storage, server, HPC, automotive, and industrial solutions.
Resources
Arm’s Big Opportunity to Expand into Datacenter Infrastructure
The first extensive CPU core roadmap from Arm, Neoverse is aimed specifically at infrastructure, as distinct from consumer IP lines. It comes in the wake of significant signs of traction for the firm in the systems and cloud infrastructure space.
We will process your information in accordance with our privacy policy.
Take a look at a past Arm Neoverse newsletter.