Server CPUs differ from regular CPUs and have a higher core count and throughput. These chipsets are designed primarily for heavy tasks such as Artificial Intelligence (AI), machine learning and more. Choosing a Xeon processor for a Server CPU can be confusing as getting an inefficient CPU can decrease overall productivity. Here is a buying guide and everything you need to know about choosing the right Intel Xeon Processor for your Server CPU.
Factors to Consider When Choosing an Intel Xeon Processor for Server CPU.
It is important to know how to choose Intel Xeon processor for server CPU to take the most from your investment. The following section will cover everything you need to know about choosing the right Intel Xeon Processor for a Server CPU.
Customer-Centric Design
Server CPUs are designed for a specific task. Some enterprises need server CPUs for high computational power, whereas others are designed to handle large web connections. Since a server CPU needs a big capital investment, enterprises should evaluate their requirements when choosing the Intel Xeon CPU processor for their server.
Overclocking Potential
Enterprises can overclock CPU processors by increasing the clock speed, offering an increment in processing speed while remaining cost-efficient, particularly in scenarios where max performance is important. Ensure the Intel Xeon processor you buy for the server has the overclocking feature to get higher processing power, especially for tasks that require single-thread performance. Moreover, Intel W-series are the overclockable Xeon processors and come with features that allow you to overclock the processor safely. Below are the Intel Xeon W-series processors that you can buy online.
Cooling Requirements
The server operates 24/7 and generates a lot of heat, which can decrease its efficiency. Before considering your air or water cooling system, evaluate whether your server will be placed within a temperature-controlled closed premises or in an open area. If your server is in closed premises, then good-quality cooling fans will be beneficial. However, if you place it in an open area, then buy a high-quality cooling fan and heat sink combo for optimal operations.
Hardware & Software Compatibility
Modern software and applications need compatibility to perform optimally. Buying CPU processors is a big investment, so make sure your processor is compatible with the motherboard. To ensure compatibility you can check the serial number of the motherboard and check the compatibility on the manufacturer’s website. Mostly on the server side, software is developed for specific purposes, and choosing a processor to run the specific program is important. Therefore, create a list of software that you want to use on the server, read their requirements, and then choose the right Intel Xeon server CPU
Performance
The performance of a CPU processor is the deciding factor when selecting an Intel Xeon server CPU as it depends on the series of the processor. This includes the number of cores and clock speed, which determine the performance and the number of tasks it can handle simultaneously. Furthermore, opting for a larger cache size is beneficial as it can store more frequently used data, reducing the time it takes to access the data.
On top, do look for Integrated graphics processing units (iGPUs) and AI capabilities iGPUs and AI acceleration help process graphics rendering and AI workloads that depend on similar floating-point operations. These intel Xeon processors are built for specialized tasks to help reduce the requirement for separate GPUs. Intel CPUs have graphics capabilities powered by Intel Xe graphics architecture and Intel Deep Learning Boost to accelerate AI training and inference workloads.
Power Efficiency
Your server’s power efficiency depends on the motherboard, power supply unit (PSU) and the processor. Therefore, make sure every component you buy is power efficient to eliminate higher electricity consumption. Intel Xeon E-series processors offer Enhanced Intel SpeedStep Technology (EIST). This power management feature in Intel Xeon processors enables dynamic adjustment of the processor’s clock frequency.
It also helps adjust voltage and frequency according to the workload and power requirements, making your Intel processor power efficient. That said, the power efficiency of your Intel Xeon processor plays an essential role in your overall power consumption. Below are the Intel Xeon E-series processors for sale at computing worlds that you can buy.
You can also request a bulk quote online for the top CPU processors.
Future User Upgrades
You need to estimate how many users the server will need to support in the future based on your present pace of growth. Unless you intend to add more servers to accommodate additional users, be sure the CPU you select can manage the increase. Evaluating the number of users is one of the most crucial things to consider when planning for future expansion.
Security Capabilities
Built-in security capabilities allow a secure server start-up and provide fast data encryption with a low-performance overhead. Intel Xeon processors have security features like Intel Software Guard Extensions (Intel SGX) to protect data in memory for additional platform hardening.
Error Correction Code
Support for error correction code (ECC) memory helps improve server uptime by detecting and correcting single-bit data corruption in system memory. However, the best intel processor must support ECC, also your server must have ECC memory modules to utilize this feature. Most modern Intel Xeon processors for server CPUs support ECC for embedded or industrial use conditions.
Price-to-Performance Ratio
Processors with higher clock speed and core counts will be expensive and increase the overall budget. You’ll also be required to upgrade all components depending on the compatibility of the Xeon processor, including the cooling system. If power efficiency is your priority, then getting an Xeon processor with less core count and clock speed is optimal to reduce electricity consumption.
Expenses and performance requirements must be considered when evaluating a processor. Selecting a CPU with an excellent price-to-performance ratio guarantees that the processor will deliver the required performance at a reasonable cost.
Future Trends
Intel is committed to providing a better processor architecture and shared software stack. This enables Xeon processors to be more power efficient while delivering the maximum performance output. The updated architecture also offers two different socket compatibility to ensure simplicity and interchangeability.
Furthermore, as AI workloads become more prevalent, Xeon processors will likely incorporate specialized instructions and hardware accelerators for machine learning tasks. Moreover, we can expect the support of edge computing in the upcoming Intel Xeon chipsets.
Frequently Asked Questions
Why Choose a Xeon Processor for Dedicated Servers CPU?
Intel Xeon processors are primarily designed for heavy workloads which sets it apart from conventional CPUs.
What Is The Best Intel Processor For Server Virtualization?
The Intel Xeon processor T38TH Platinum 8270 is perfect for dependability, scalability, and optimum performance in server virtualization machines.
Why Use Xeon Instead Of I7?
Xeon processors are more durable and better suited to manage demanding tasks under high loads.
What Is The Best Intel Xeon Processor For Gaming?
The best Intel Xeon Processor for gaming is the Xeon E-2236 because of the outstanding Coffer Lake architectural system. If you are interested in finding the best processor for gaming.
This concludes the list of interesting facts and features of Xeon processors for Server CPUs. Overall, the Intel Xeon series is a perfect blend of scalability, performance, and efficiency for server-side operation and computation. Each series has its benefits, catered to a specific customer base for their business needs. Whether you get an E-series CPU, D-series CPU, or W-series CPU, you will get the best for your money.
For more such information about CPU processors stay tuned to Computing Worlds Blog.
