… Tyan Server Platforms Integrates Optane

Tyan, subsidiary of MiTAC Computing Technology Corporation, announces support for Intel Corp.‘s 2nd gen Xeon Scalable processors.

The company’s line of HPC, cloud computing and storage server platforms offer performance and hardware-enhanced security to enterprises, cloud and hyperscale data centers.

“Customers from the data center to the enterprise are facing the challenge of getting more value from enormous amounts of data. The demand requires IT infrastructure migration to faster I/O throughput, shorter data process period, and higher storage capacity,” said Danny Hsu, VP, Tyan business unit, MiTAC. “Thanks to new features such as higher per-core performance, Intl Optane DC persistent memory support, and increased DDR4 memory speed and capacity, the new 2nd generation Intel Xeon Scalable processors let our customers easily scale performance while running cloud computing, HPC and storage applications“.

“Data centric workloads are more demanding and diverse than ever,” said Jennifer Huffstetler, VP and GM, datacenter product management and storage, Intel. “Working with innovators like TYAN, we are able to deliver amazing performance for AI, HPC, cloud infrastructure, and more through our Intel Xeon Scalable platforms with 2nd generation Intel Xeon Scalable processors.“

Thunder Hx

Powered by the newest generation of Xeon Scalable processors, Thunder HX product line takes advantage of Intel Deep Learning Boost technology to enable faster machine learning application deployment. These HPC and AI platforms can also accommodate numbers of GPUs to provide computing power for the demanding workloads such as visualization, simulation, data analytics, inference, and deep learning.

Thunder SX

Thunder SX/CX product lines also benefit from the adoption of the new processor generation in the data-driven era. By integrating Intel Optane DC persistent memory technology, the company’s storage and cloud computing platforms, including 4U 100-bay high-capacity cold storage, 2U hybrid object storage, 1U performance all-flash storage, and 2U multi-node hyper-converged server platforms, provide tiered storage implementation scenarios for data centers and enterprises.