When Intel first introduced its Xeon Scalable processor family back in 2017, the data center industry welcomed it excitement. This was the company’s “biggest data center advancement in a decade,” which promised<\/u><\/a> to lay “the new foundation for secure, agile, multi-cloud data centers.”<\/p>\n Two years later, Intel rolled out 2nd Generation Intel Xeon Scalable processor platform that provides even greater performance efficiencies, built-in AI acceleration, and lower TCO. <\/p>\n The greatest data-centric innovation by Intel aims to address the accelerated demand for compute, storage, network, and memory. The 2nd Gen Intel Xeon Scalable Processor Platform includes more core and memory capacities than any previous generation, and for the first time includes Intel Optane Persistent Memory and Intel Deep Learning Boost. <\/p>\n Its key capabilities enable data center providers to deliver high-performance, workload-optimized services without increasing energy or hardware consumption. In addition to this, the platform provides foundation for unique deployments such as FlexServers by phoenixNAP. <\/p>\n <\/p>\n Innovating upon Intel Speed Select Technology (Intel SST), FlexServers are the world’s first deployment that allows for vertical CPU scaling across multiple performance configurations with a simple server reboot. This translates into a whole new level of flexibility and scalability that enables modern organizations to optimize their IT resource consumption. <\/p>\n Let’s dig deeper into what this unprecedented agility can enable data center users to achieve. <\/p>\n The key innovation that FlexServers brought to the data center market is the ability to switch among seven different CPU core-count and frequency configurations without having to change any hardware components. This is made possible by Intel SST, the technology that allows for multiple configurations to be made on a single server. That way data center providers can better meet fluctuating workloads, while users benefit from optimized performance. <\/p>\n The seven different CPU settings can support varying performance demands and each include built-in AI acceleration fueled by Intel DL Boost, enabling users to quickly scale processing power and seize opportunities whenever they arise. No additional hardware or software installations are needed, which eliminates provisioning bottlenecks. <\/p>\n Users can request a reboot at any point and the server is reset the same day, while the charges are applied accordingly. <\/p>\n This model is ideal for organizations handling highly dynamic workloads or projects with high performance demands. They can use more powerful CPUs at peak times or for projects that grow quickly and shift to a less powerful one when their performance demand changes. <\/p>\n The available configurations include: <\/p>\n The servers were released in late 2019<\/u><\/a> and have generated a great interest among users with high performance demands. They are available on phoenixNAP’s multiple global locations and can be bought at competitive prices that scale with the performance supplied. <\/p>\n By allowing for easy performance optimization, FlexServers also allow for significant cost-savings. Without having to upgrade the server every time their demand for performance changes, organizations can more efficiently allocate their IT budgets. <\/p>\n <\/p>\n2nd Gen Intel Xeon Scalable Processors in Brief<\/h3>\n
Vertical CPU Scaling with a Reboot<\/h3>\n
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Intel Optane Persistent Memory <\/h3>\n