Intel will release its updated Raptor Lake CPUs in October. According to a wide range of sources, these chips will be marketed as the 14th-gen Core series. Given the pressure Intel is getting from AMD on CPU performance, we can expect similar increases to normal updates and refreshes, pushing the boundary with clock speed, core counts and maybe more.

The push for density continues, as power prices continue to rise, and collocation bills on the up. System integrators like ICC are doing everything they can to help combat this by offering high-density, power-efficient solutions such as our MicroCloud 415a.

The full H13 line of AMD-based systems with the latest AMD EPYC™ 9004 series processors featuring the new “Zen 4c” architecture, Bergamo, and AMD 3D V-Cache™ Technology, Genoa-X, delivers fantastic rack density and scalable performance with energy efficiency for a wide range of compute-intensive workloads.

In today's world of cutting-edge technology, high-performance computing (HPC) and artificial intelligence (AI) are fast becoming the norm for advancements in a wide range of industries, from healthcare to finance, and from retail to manufacturing. At the heart of this transformation is a new breed of servers that are designed to deliver the performance, speed, and efficiency needed to meet these demands.

This year's COMPUTEX was dominated as predicted by AI and GPU products. With ChatGPT making headlines for many months and people exploring how AI can be used in their business, it comes as no surprise that vendors such as Gigabyte showcased their prowess with AI-ready servers and solutions.

In May, AMD announced its latest graphics card: RX 7600. This extremely affordable card is optimized to provide “next-generation, high-performance 1080p gaming, streaming, and content creation with stunning visual fidelity.”

At the COMPUTEX 2023 event, SuperMicro will be releasing many new industry leading servers as the need for efficiency and compute power continue to rise.

SuperMicro has solutions for All-Flash EDSFF and NVMe servers, boasting the highest storage throughput performance and application responsiveness, and broad support of advanced form factors including EDSFF and U.2

GPUs have become increasingly crucial for businesses that demand high-performance computing capabilities. Whether it's for machine learning, scientific simulations, or video editing, GPU servers have become a standard choice for speed and performance.

There are many benefits to RAID-enabled servers, for any workload, but especially those that include an AI strategy. AI GPU Servers rely mostly on the GPU to do all the important work but the outputs need to be stored somewhere. We explain the main RAID modes below: