Supermicro's latest H13 product range allows organisations to fully leverage AMD's newest CPUs. With server options ranging from a single processor to the latest in blade technology. These servers can have up to an impressive 96 cores per socket, making them perfect for various workloads.
With the improved memory capacity and performance of the memory sub-system, applications can access data at a faster rate. Additionally, the increased core count numbers and clock rates result in quicker time-to-solution and greater performance per watt.
The H13 lineup from Supermicro are designed for workloads that span from the Edge to the data centre.
High-Performance Computing (HPC) - HPC systems are no longer limited to use by university and national lab researchers, as enterprises are now incorporating them into their everyday workflows to accelerate product development and discovery of new vaccines and drugs. HPC systems typically demand fast cores, substantial memory capacity, and high-speed networking between individual units.
Cloud Computing - Designing and implementing a cloud solution necessitates a diverse array of optimised products tailored to different workloads, not just for environments where the price performance of the compute aspect is most important. Storage and networking are also crucial components in ensuring a productive and cost-effective cloud data centre.
Artificial Intelligence (AI) - As AI uses continue to expand, systems that feature fast CPUs and dedicated GPU subsystems are becoming increasingly necessary. Supermicro H13 servers are specifically designed to support AI applications, boasting the capacity to accommodate up to 10 GPUs within a 4U rack height. This unique design enables faster training and inference applications, resulting in optimal performance. Supermicro's servers are expertly crafted to support a significant number of GPUs, thus providing maximum AI application performance.
Big Data Analysis - As data generation continues to surge across various domains, systems must have the capacity to access, analyse, and present structured and unstructured data to users. Achieving these objectives demands the ability to store an ever-growing volume of data in memory, fast computation, and quick data communication to GPUs, if necessary.
Virtualisation - As many enterprises use virtualisation technologies to maximize their use of existing servers, the new Supermicro H13 servers, equipped with 4th Gen AMD EPYC processors, offer higher-powered virtualisation machines. This is possible due to the availability of more cores and faster CPUs, providing the necessary resources to handle more demanding workloads.
Enterprise - The new Supermicro H13 systems offer increased performance and reduced costs, which can benefit typical enterprise workloads. Furthermore, existing workloads will run faster while consuming less power than previous generations of Supermicro servers.
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