• Latest Workstation and High-End Desktop Platforms Purpose-Built for Professional Content Creators and Desktop Enthusiasts
• Intel announces the newest generation of Intel Xeon W-2200 and X-series platforms, targeting availability in November.
• With both platforms, Intel continues to trailblaze with artificial intelligence (AI) in computing, enabling AI acceleration with Intel Deep Learning Boost in high-end desktop (HEDT) PCs and mainstream workstations for the first time.
• Intel introduces new pricing for Xeon, X-series and select Intel Core processors, continuing its charter to deliver more value and accessibility to customers end-to-end across its portfolio of leadership products.
Intel recently unveiled its latest lineup of Intel Xeon W and X-series processors, which puts new classes of computing performance and AI acceleration into the hands of professional creators and PC enthusiasts. Custom-designed to address the diverse needs of these growing audiences, the new Xeon W-2200 and X-series processors are targeted to be available starting November, along with a new pricing structure that represents an easier step up for creators and enthusiasts from Intel Core S-series mainstream products.
Intel is the only company that delivers a full portfolio of products precision-tuned to handle the sustained compute-intensive workloads used by professional creators and enthusiasts every day. The new Xeon W-2200 and X-series processors take this to the next level, as the first high-end desktop PC and mainstream workstations to feature AI acceleration with the integration of Intel Deep Learning Boost. This offers an AI inference boost of 2.2 times more compared with the prior generation. Additionally, this new lineup features Intel® Turbo Boost Max Technology 3.0, which has been further enhanced to help software, such as for simulation and modeling, run as fast as possible by identifying and prioritizing the fastest available cores.
“The professional and enthusiast communities require product engineering that caters to their specific mission-critical needs and keeps them on the cutting edge of technology advancements. This means the best hardware and software optimizations, but also looking at how we can infuse things like AI acceleration,” said Frank Soqui, Intel vice president and general manager of Desktop, Workstation and Channel Group. “No matter if you are a data scientist, cinema creator or freelancer, Intel Xeon W and X-series offer power and flexibility of choice, enabling you to keep working creatively and competitively across even the most intensive workloads.”
The Ultimate Professional Creator Platform
For professional creators, the Intel Xeon W-2200 platform is the ultimate option. These eight new processors (W-2295, W-2275, W-2265, W-2255, W-2245, W-2235, W-2225 and W-2223) deliver outstanding performance and expanded platform capabilities for data science, visual effects, 3D rendering, complex 3D CAD, AI development and edge deployments. They can be used in configurable form-factors – from small desktop to towers – as well as include built-in platform security features and reliability, such as ECC support and Intel vPro, which creative professionals demand. For example, the 3D architectural rendering process on Autodesk Revit with V-Ray accelerates up to 10 percent faster compared with the previous generation and up to 2 times faster compared with a 3-year-old workstation. .
Bridging the Enthusiast and the Creator
For freelancers, prosumers and desktop enthusiasts who may not need commercial-grade features, Intel Core X-series processors provide the performance with the added flexibility of overclocking capabilities. These four new processors (i9-10980XE, i9-10940X, i9-10920X and i9-10900X) are especially suited for advanced workflows that vary in need for photo/video editing, game development and 3D animation. Additionally, they deliver enthusiast-ready enhanced features, like Intel Performance Maximizer that makes it easy to dynamically and reliably custom-tune the unlocked processors based on the X-series’ individual performance DNA.
