PRNewswire/ SAN JOSE, California, and TAIPEI, Taiwan, May 29, 2023 -- In order to fulfil the demands of contemporary workloads, Super Micro Computer, Inc. (Nasdaq: SMCI), a Complete IT Solution Provider for Cloud, AI/ML, Storage, and 5G/Edge, keeps innovating with a wide range of servers. Supermicro's Building Block Server® approach makes it possible to provide cutting-edge technology from NVIDIA, AMD, and Intel first to market. From the data centre to the periphery, purpose-built servers provide outstanding performance for a variety of AI, Cloud, and 5G workloads.
"As we expand our production capacity to meet the rapidly growing demand of high-performance large-scale AI infrastructure and cloud data centres, Supermicro delivers the industry's most innovative and advanced systems integrated as a turn-key total rack solution," stated Charles Liang, president and CEO of Supermicro. "From the most powerful AI systems available, with up to eight NVIDIA H100 HGX GPUs to compact edge servers that must perform in challenging environmental conditions we provide the broadest portfolio of solutions for today's most demanding workloads, including new liquid cooling solutions that reduce data centre power consumption and increase performance."
At the COMPUTEX 2023 event, Supermicro will be showcasing a wide range of servers and storage solutions and demonstrate the fully integrated rack with the newest liquid cooling technologies that enable unprecedented energy efficiency and fast deployment.
The following are some of the Supermicro lineup's highlights for COMPUTEX 2023:
- Rack Scale Liquid Cooling: Businesses can operate the best GPU servers and preserve ideal operating conditions with Supermicro's comprehensive rack liquid cooling solution. Complete rack-level liquid cooling systems, such as redundant power and pump CDUs, CDMs (cooling distribution manifolds), leakproof connections, and optimised hoses, are supplied, integrated, and tested by Supermicro. Furthermore, the efficient cold plate built by Supermicro improves the evacuation of heat from both CPUs and GPUs.
- GPU-Optimized Systems: servers equipped with two 4th generation AMD EPYC or Intel Xeon Scalable CPUs, and eight or four NVIDIA HGX H100 Tensor Core GPUs. With a hot-swappable, toolless design, the X13 and H13 GPU systems are open, modular, standards-based servers that offer excellent performance and serviceability. The newest PCIe, OAM, and NVIDIA SXM technologies are available for GPU choices. These GPU servers are perfect for Big Data Analytics, HPC, and applications requiring the highest levels of AI training performance. Also available are a new server utilising the NVIDIA Grace Superchip and the new Intel GPU Max series.
- SuperBlade®: Many organisations may see a considerable reduction in initial capital and operating expenditures with Supermicro's high-performance, density-optimized, and energy-efficient X13 SuperBlade, which is constructed with 4th Gen Intel Xeon Scalable processors. SuperBlade delivers the computational performance of a whole server rack in a considerably smaller physical footprint by using shared, redundant components for cooling, networking, power, and chassis management. These systems are optimised for AI, Data Analytics, HPC, Cloud, and Enterprise workloads and feature GPU-enabled blades. A 95% decrease in cables can save expenses and power consumption when compared to industry-standard servers.
- Hyper: With dual 4th Gen AMD EPYC or Intel Xeon Scalable processors, the X13 and H13 Hyper series adds next-generation performance to Supermicro's lineup of rackmount servers. These servers are designed to handle the most demanding workloads and offer flexible storage and I/O options to customise a system to meet a wide range of application needs.
- BigTwin® (2U4N): This X13 BigTwin features two 4th Gen Intel Xeon Scalable processors per node, allowing for hot-swappable components in a toolless architecture for improved density, performance, and serviceability. These systems are perfect for tasks related to media, storage, and the cloud.
- CloudDC: With fourth Gen Intel Xeon Adaptable processors or fourth Gen AMD EPYC processors - Extreme adaptability on I/O and capacity with 2 or 6 PCIe 5.0 spaces and double AIOM openings (PCIe 5.0; OCP 3.0 agreeable) for greatest information throughput. Supermicro X13 and H13 CloudDC frameworks are intended for advantageous workableness with toolless sections, hot-trade drive plate, and repetitive power supplies that guarantee quick arrangement and more proficient support in server farms.
- GrandTwin™: Utilizing with fourth Gen Intel Xeon Adaptable processor or fourth Gen AMD EPYC processor - The X13 and H13 GrandTwin is carefully designed for single-processor execution. The plan expands figuring execution, memory, and proficiency to convey greatest thickness. GrandTwin's adaptable particular plan can be handily adjusted for many applications, with the capacity to add or eliminate parts as required, decreasing expense. Moreover, the Supermicro GrandTwin highlights front (cold walkway) hot-swappable hubs, which can be designed with one or the other front or back I/O for simpler workableness. Thus, the X13 and H13 GrandTwin are great for jobs, for example, CDN, Multi-Access Edge Figuring, Cloud Gaming, and High-Accessibility Reserve Groups.
- SuperEdge: Utilizing the fourth Gen Intel Xeon Adaptable processor Supermicro's X13 SuperEdge is intended to deal with expanding figure and I/O thickness necessities of current edge applications. With three adjustable single-processor hubs, SuperEdge conveys posh execution in a 2U, short-profundity structure factor. Every hub is hot-swappable and offers front access I/O, making the framework ideal for distant IoT, Edge, or Telco arrangements. Moreover, with adaptable Ethernet or Fiber network choices to the BMC, Super Edge makes it simple for clients to pick far off administration associations per their arrangement surroundings.
- Petascale Capacity: The All-Streak NVMe frameworks fueled by a fourth Gen Intel Xeon Versatile processor or a fourth Gen AMD EPYC processor offer industry-driving capacity thickness and execution with EDSFF drives, permitting remarkable limit and execution in a solitary 1U suspension. The main in an approaching setup of X13 and H13 stockpiling frameworks, these most recent petascale servers support 9.5mm and 15mm E1.S or 7.5mm E3.S EDSFF (EYPC just) media planned with PCIe 5.0 connection point. They are currently delivery from all the business driving blaze sellers.
- Fluid Cooled: artificial intelligence Advancement Stage - The deskside fluid cooled man-made intelligence improvement stage tends to the warm plan power requirements of the four NVIDIA® A100 Tensor Center GPUs and the two fourth Gen Intel Xeon Adaptable central processors to empower full execution while working on the general framework's proficiency and empowering calm (roughly 30dB) activity in an office climate. Moreover, this framework is intended to oblige high-performing central processors and GPUs, making it ideal for simulated intelligence/DL/ML and HPC applications.
Specifics of Super Micro Computer, Inc.
Supermicro (NASDAQ: SMCI) is a worldwide forerunner in Application-Streamlined All out IT Arrangements. Established and working in San Jose, California, Supermicro is focused on conveying first to advertise development for Big business, Cloud, computer based intelligence, and 5G Telco/Edge IT Foundation. We are changing into an All out IT Arrangements supplier with server, man-made intelligence, capacity, IoT, and switch frameworks, programming, and administrations while conveying progressed high-volume motherboard, power, and undercarriage items. The items are planned and fabricated in-house (in the US, Taiwan, and the Netherlands), utilizing worldwide tasks for scale and proficiency and advanced to further develop TCO and decrease natural effect (Green Processing). The honor winning arrangement of Server Building Block Solutions® permits clients to streamline for their careful responsibility and application by choosing from an expansive group of frameworks worked from our adaptable and reusable structure impedes that help a complete arrangement of structure factors, processors, memory, GPUs, stockpiling, systems administration, power and cooling arrangements (cooled, free air cooling or fluid cooling).
Supermicro, Server Building Block Arrangements, and We Keep IT Green are brand names and additionally enrolled brand names of Very Miniature PC, Inc.
Any remaining brands, names, and brand names are the property of their individual proprietors.
SOURCE Very Miniature PC, Inc.
