Why AMD EPYC 5th Gen "Turin" CPUs are best for Hyperconverged Infrastructure and Virtualized Environments
HCI is hyperconverged infrastructure where you make several legacy based hardware into a single software-defined environment, all virtualized. HCI can also mean converging networking layer to offer “software-defined networking” (SDN). Legacy systems have separate devices for compute, storage and networking, all requiring separate maintenance, higher capital expenses and higher operating costs. HCI manages to solve these problems for you by fusing all these layers into a single device (or a few), thereby reducing capex and opex.
Virtualized Environment is where you can create separate virtualized instances of various devices and use them seamlessly in a same device to accomplish your business requirements. This, though is more complex than traditional infrastructure, it is very easy to manage, very economical to operate and setup. The environment can run multiple workloads using VMs or containers with better performance, resiliency and easy maintenance.
Simply put: HCI and VE are simple, scalable and efficient. And are very easy to maintain. Not to mention cost-effective.
Companies using the legacy systems need to keep updating their hardware infrastructure, need to find a roadmap for updating the same, need to seek different independent software vendors for their licenses and navigate security threats while in this process. For these challenges, HCI and Virtualization can help achieve better efficiency (faster, newer, power-efficient devices) and simplify hardware management (fewer devices) while achieving scalability (simple to upgrade) at the same time.
A proper HCI Solution should improve application performance, provide more security against threats, be scalable as business requirements grow, help save costs on power, cooling, data center space and software licensing.
Since a lot of traditional hardware-based computing, storage and networking needs to be converged for proper business transformation, it is imperative that processing power be at its best. To facilitate better performance, flexibility and security, AMD EPYC CPUs offer an array of core counts (from 16 to 192 cores in 5th generation, code named Turin) and frequencies.
AMD EPYC Server CPUs offer best HCI Performance by consolidating workloads into very few physical servers. This will lower software licensing costs and power usage, reducing operating costs. EPYC Server CPUs also have AMD Infinity Guard to give maximum possible security for data protection, including the technology of SEV: Secure Encrypted Virtualization.
Choosing AMD EPYC Server CPUs will give faster access to data for better decision making, enhanced defence against cyber threats and quicker transactions.
World-record breaking performance for virtualization will help you get full value-for-money for your HCI Deployments. Delivering speed and efficiency to accelerate workloads, the CPU architecture is Number One across many benchmarks. EPYC CPUs are optimized for VMWare, Nutanix, Azure Stack HCI and SimpliVity. Multi-chiplet architecture of AMD EPYC drive the trend of packing more cores per CPU, offering up to 192 cores per CPU. This allows consolidation of more workloads into fewer servers with better energy efficiency and less space.
The Built-in Infinity Guard Security gives exceptional hardware-based protection for your data. Architectured with advanced Security Features, EPYC series is the only x86 CPU with full SEV (Secure Encrypted Virtualization). SEV helps protect the guest virtual machines with unique encryption keys known only to the processor. SEV-ES (Encrypted State) isolates Virtual Machines from each other and the hypervisor, offering best opacity to the hypervisors. These benefits also have minimal impact on performance and thus require no workload modification. Additionally, Secure Memory Encryption protects cold boot and physical attacks with full system memory encryption.
With up to 192 cores per socket, AMD EPYC 5th Gen "Turin" offers better scalability and flexibility to meet your virtualized workload requirements, helping to get best value-for-money your HCI investment. From cost-effective single CPU server to ultimate performing Dual-Socket servers, AMD EPYC offers multitude of options to get optimal solutions for your workloads.
AMD EPYC Turin CPUs are x86-based and gives best ecosystem of thriving applications, databases, analytics and technical computing solutions. AMD EPYC works with major Independent Software Vendors (ISV) and Original Equipment Manufacturers (OEM) to give certified platforms out of the box. This simplifies management and enables future-proof deployment at scale.
AMD EPYC CPUs power the most energy efficient x86 servers. Maximize your value with choosing AMD EPYC 5th Gen Turin Processors that gives you several benefits that can lower both capital costs and operational expenses.
We at HostCircle provide a 99.999% uptime guarantee with our Dedicated Servers. Our top-tier datacenter and resilient network backbone support our offerings. This means your servers are online all the time, just as they should be.
For Quick Deploy Unmanaged Bare Metal Servers in Amsterdam, check this out.
Start your conversation, get going today.
Enquire Now Contact Us