The Game-Changing Xeon Phi™ Server that Redefines HPC InfrastructureThe S2T | S41T-2U is designed to power highly parallel applications—such as machine learning, video recognition, and data mining—with incomparable

The Game-Changing Xeon Phi™ Server that Redefines HPC Infrastructure

The S2T | S41T-2U is designed to power highly parallel applications—such as machine learning, video recognition, and data mining—with incomparable power and cost performance (performance per watt per dollar).

Up to One Thousand Parallel Threads Running within 2U Chassis

The new Intel® Xeon Phi™ Processor 7200 Family can not only serve as the host CPU for system boot-up, but it also possess an unprecedented parallel architecture. Each processor contains up to 72 cores and each core is capable of working on 4 threads, the S2T | S41T-2U can process up to 1,152 parallel threads as a 2U 4-Node system, making it ideal for highly parallel and vectored applications, such as machine learning, video recognition, and data mining.

Incredible Power and Cost Efficiency with the All-integrated Xeon Phi™ Processor Architecture

As a highly-integrated platform, S2T | S41T-2U does not require an additional co-processor to scale-up the parallel computing performance. It can achieve the same Linpack performance while consuming around 24% less power, and around 18% less total-cost-of-ownership. That sums up to a 40% performance per watt per dollar increase comparing with the past processor+ co-processor architecture.

High Density and Easy Service 2U 4-node System

Inheriting QCT’s 2U 4-node chassis design, the S2T | S41T-2U consistently delivers high serviceability and availability. Its modularized shared infrastructure—such as fan cage and the PDB cage—not only reduces cable routing complexity, but also enables faster, easier, and more efficient installation, part replacement, and upgrades.

Exascale with Optional Infiniband Mezzanine

S2T | S41T-2U2U offers infiniband mezzanine, which provides up to 100Gb/s low-latency connection for scaling-up cluster performance.