It’s helpful to think of the Central Processing Unit, or CPU, as the brain of your computer. The CPU is where all the commands issued by your computer or server start. It is a central hub of the nervous system of your IT device, telling your computer what to do and when to do it and it is the most essential component of your IT hardware system.
The leading manufacturer of CPUs worldwide is Intel. The Xeon and Core series of the company's microprocessors, in particular, have come to be recognized as having top-notch computational speed and efficiency. We often see these CPUs powering both consumer-level and industrial-grade servers and workstations, as well as military and commercial systems. The Xeon and Core series have distinct functions and you’ll find Xeon CPUs used in enterprise servers and workstations and Core CPUs powering consumer PCs.
With an extensive range of product lines, it can be confusing to decide which model Intel processor will be suitable if you’re in the market for a new CPU for your server or laptop/desktop! This blog post will compare the Intel Xeon line of CPUs vs the Intel i9 line of CPUs to help you determine which will best fit your requirements. Whether you’ve got a server or a desktop/laptop computer, this guide will hopefully help you choose the right CPU for your requirements.
Intel Xeon Processors
Intel’s Xeon line of processors is intended for business workstations and servers. For servers and workstations running data-intensive applications, particularly those that are mission-critical, Xeon CPUs are the best option.
Introduced by Intel in June 1998, the Xeon brand of processors isavailable in four-processor families: Xeon E, Xeon W, Xeon D, and Xeon Scalable, each of which is designed to handle varying workloads. Intel markets its Xeon processors to computer and server manufacturers who specialize in creating high-end systems that are ideal for handling workloads that require a lot of data and supporting mission-critical applications.
When compared to Intel Core i9 processors, the Xeon product family has more cores (and therefore more threads) and when it comes to use cases, Xeon processors are ideally suited to businesses and great for server configurations. Having a higher core and thread count means the CPU has more processing units to allocate computational workload and perform computation at quicker speeds.
Generally, Xeon processors don’t have integrated graphics and can’t be overclocked. Through overclocking, the CPU is pushed beyond its manufacturer settings. The CPU needs to be unlocked if you wish to overclock it. An Intel Core i9 processor then is an excellent choice if you're a computer buff who enjoys experimenting with CPU speeds.
Intel i9 Processors
On the other hand, Intel’s i9 line of processors is similar to the Xeon line but is intended for laptop or PC use, particularly for gaming or multitasking. The i9 line has a huge selection of powerful processors to choose from.
Introduced by Intel in July 2006, the Core product line is currently available in five processor families: Core i3, Core i5, Core i7, Core i9, and Core X-Series, which increase in performance consecutively. We’ve included a table below to represent the difference in performance, from a test carried out by Techspot looking at Core CPU performance with the popular software program, Adobe Photoshop. The significant multitasking required by resource-intensive programs is well suited for the Core i9 family, which can even outperform some Xeon processors in terms of clock speed.
In contrast with the Intel Xeon line of processors, the Core i9 processors exhibit a higher maximum speed, and come with integrated graphics making them ideal for gaming and playing 4K videos. With a faster clock speed, CPU calculations are performed more quickly which facilitates smoother application performance. Additionally, an integrated graphics card means you might not need to purchase a dedicated GPU. Naturally, this depends totally on the requirements of your software or application, as certain high-end programs gain a lot from the performance of a specialized graphics card. In general, the Intel i9 processors have fewer cores (and therefore threads) and a slightly lower base speed than Xeon CPUs and are unlocked for overclocking.
