Resource Library

X12 Single-Socket All-Flash NVMe Storage 1U System SSG-110P-NTR10 Certified as an Intel® Select Solution for Visual Cloud Delivery Network (VCDN)

Intel Optane technology bridges critical gaps in the storage and memory hierarchy to enable a smarter architecture. This revolutionary technology is available in a range of data center products, offering higher capacity and persistence over DRAM, and higher endurance and performance over NAND technology.

Intel® 3rd Gen Xeon® Scalable processors (Ice Lake), Intel® Core™ Processors. UP, DP and MP Serverboards, Enterprise Server/Storage Chassis, Twin Multi-Node, Ultra, GPU, WIO, Workstations, and IoT/Embedded Application Optimized Solutions. Storage, Intel® Optane™ Persistent Memory, Networking & Rack Systems, System Management & Security, 96%+ Titanium Level Power, Plus Much More…

In 2018, WekaIO set a number of benchmark records using the previous generation 2U 4-Node X11 BigTwin®. Now, Supermicro has launched next-generation X12 BigTwin hardware, featuring 3rd Gen Intel® Xeon Scalable Processors and twice the NVMe storage & I/O performance utilizing PCI-E 4.0, increasing WekaFS performance significantly over the previous generation.

Supermicro's extremely popular BigTwin® and TwinPro multi-node servers are now even better with 3rd Gen Intel® Xeon® Scalable processors and PCIe Gen 4. In this TECHTalk, we will highlight the range of CPU, memory, storage, and networkining options available on these highly versatile systems.

FatTwin® is Supermicro's high-density 4U multi-node system, supporting a variety of processor and storage configurations, plus AIOM and riser card networking options. This TECHTalk will show how FatTwin's capabilities are enhanced even more with 3rd Gen Intel® Xeon® Scalable processors and PCIe Gen 4.

New cloud-based services generate massive amounts of new data and require extreme reliability. This TECHTalk will demonstrate how Supermicro's new Top-Loading storage systems support high drive density per rack with effortless tool-less serviceablity.

WekaIO combined with Supermicro's 3rd Gen AMD EPYC™ Processors-based servers provides a stunning performance, protection, and data management for Deep Learning, High-Performance Compute, and high-throughput low-latency storage workloads. The Supermicro Rack Integration can fully integrate, pre-tested, tuned, racked, and be operational in less than 30 minutes after receiving.

Red Hat® Ceph Storage (Ceph) is a leading SDS solution that enables high performing workloads to run efficiently. Supermicro designed Ceph clusters based on the Supermicro AS -2124US-TNRP storage server with the 3rd Gen AMD EPYC™ CPUs with all-flash NVMe SSDs and then conducted various tests to design and deliver Ceph users with optimized Ceph configurations.

Supermicro, in collaboration with Quantum ActiveScale, enables customers to deploy any targeted size of Data Lake with great flexibility and scalability. Supermicro offers a fully integrated, pre-tested, tuned, and racked solution, built explicitly for ActiveScale patented Object Storage technologies to help organizations to easily transition from their legacy storage to Object Storage plaftforms.

Supermicro's breakthrough multi-node GPU/CPU platform is unlike any existing product in the market. With our advanced Building Block Solutions® design and resource-saving architecture, this system leverages the most advanced CPU and GPU engines along with advanced high-density storage in a space-saving form factor, delivering unrivaled energy-efficiency and flexibility.

Supermicro and Excelero have joined forces to deliver a high-performance, low-latency distributed block storage solution leveraging NVMe flash.

Supermicro and Red Hat OpenStack Platform solutions combine the power of Red Hat OpenStack Platform technology and industry leading compute, storage, and networking systems manufactured by Supermicro to deliver a foundation for building private, hybrid, or public IaaS cloud environments. It offers a highly scalable, fault-tolerant, production-ready, turnkey platform for running cloud-enabled workloads.