Last updated on November 30th, 2020 at 10:19 pm
Intel Xeon processors are Intel’s juggernaut processors. They have the highest core number and are able to support large amounts of memory compared to the normal processors.
But why do they have a lot of cores, high clock speeds or can support a large amount of memory?
Not all computers are built equally some are made for specific purposes and others are made for everyone. Here’s what Intel Xeon processors are really used for.
What Are Intel Xeon Processors And What Are They Used For?
Intel Xeon processors are high-performance processors made for workstations and servers. They are processors that are made for the non-consumer market. They have a lot of cores, large cache, high-bandwidth and can support a large amount of RAM.
These features make Intel Xeon processors handle intensive processing tasks for a long period of time without suffering from any problems.
Consumer-made processors are not able to handle intensive tasks for long periods of time because such tasks cause high temperatures which can destroy the chip or thermal throttle.
Xeon processors are the answer to heavy-duty tasks that need constant processing power.
They are the go-to processors for artificial intelligence, servers, 3D modelling and rendering, content creation and content creation.
Web servers like AWS, Google Cloud, Microsoft Azure, etc. all rely on Intel Xeon processors for cloud computing.
What Makes Intel Xeon Processors Different From Other Intel Processors?
Because Xeon processors have higher core count, support error-correcting code (ECC) RAM and are able to support a high amount of memory they are the preferred processors for enterprises.
Most consumer processors support up to 64 GB of memory. Intel Xeon processors are able to support up to 512 GB of DDR4 memory (this will go higher in the future). In servers and workstations, a high amount of memory is needed because of large data sets that need to be processed very quickly.
In the case of servers, insufficient memory can lead to server crashes and a major slowdown of the whole server.
Intel Xeon processors also have a high number of cores. The Intel Xeon W-5175X has 28 cores and 56 threads with hyper-threading feature supported. This allows a single CPU core to act as two CPU cores.
On average, Intel Xeon processors have better performance and are able to complete intensive tasks very quickly as compared to consumer processors. Base clock speeds are high and with the help of Turbo Boost technology, it is able to go above 4 GHz.
The Xeon processors were designed to destroy multi-core and multi-threaded applications. This makes then perfect for video editing, artificial intelligence, 3D modeling and rendering.
A special feature called Error-Correcting Code (ECC) Memory. According to Intel. Error-Correcting Code (ECC) Memory helps in the detection and correction of single-bit memory errors which can lead to corruption of data or cause system crash.
Should You Get A Laptop With A Xeon Processor?
Intel Xeon processors definitely have their own segment they shine very well in. Most laptops come with mobile Xeon processors called mobile workstations.
Although they are not as powerful as a high-end desktop they are more powerful than consumer laptops. The only time you should consider going for a mobile workstation is when you find yourself in the field of 3D modeling, rendering, and artificial intelligence.
They are much more resilient and are able to withstand loads for long periods of time whilst delivering consistent performance.
That’s why most 3D modeling software list Intel Xeon processors, Quadro graphics and AMD FirePro in their list of recommended system requirements.