What advantages does an 11th Gen Intel Core processor offer to a gaming computer?

Every time Intel® announces the availability of new processors, in this case for gaming- oriented desktop configurations , many users ask the following question: is it worth upgrading my PC?

Generational leaps go hand in hand with advances in microarchitecture and the chip manufacturing process, alternating both so that the manufacturer can improve the energy efficiency and performance of its processors without affecting availability.

In this way, the new 11th generation Intel® Core ™, known by its code name as Rocket Lake-S, improve the IPC value (instructions per clock cycle) by 19% compared to the previous ones, assuming a higher number of arithmetic operations in the same clock cycle. 

Using the 14nm manufacturing process with fewer CPU cores has allowed the company more space on the silicon wafer to deliver a hybrid architecture, integrating the Intel® Xe Gen12 graphics from the 10nm FitFET process. , which are much more advanced and efficient.

What may be a step backward in total CPU core count for some is offset by an increase in IPC efficiency, with graphics performance not previously seen in previous generations with Intel® UHD.

Intel uses the X3 cores of the CPUs of its 11th generation Tiger Lake laptop chips, as well as the most advanced Tiger Lake media engine with which to increase the PCI Express 4.0 up to a maximum of 20 lines and to be able to decode following codecs generation like the AV1. 

This makes them especially efficient in aspects such as image rendering and transcoding, achieving an extra performance in graphics that reaches 50% in many of the situations that are aligned with the reproduction of games. 

The new Intel Core ™ i9 and Core ™ i7 series is made up of processors with 8 cores and 16 threads whose speeds reach 5.3 GHz for the most demanding in the gaming section. 

Below that are the Core ™ i5 with 6 cores and 12 threads, or the Core ™ i3 with 4 cores and 8 threads as a cheaper option, all of them with speeds that can scale up to 4.4 GHz thanks to the deployment of technologies such as Intel® Turbo Boost or HyperThreading. 

Deep Learning improves the use of instructions

For the new family of processors to achieve a double-digit performance improvement, it is crucial that the chip can handle new algorithms, for which Deep Learning Boost technology, also known as DL Boost, comes into play. 

For the first time, Intel is equipping its desktop processors with the ability to work with AVX-512 512-bit vector instructions, a technology inherited from the range of server chips that gives it greater computing power.

In essence, these libraries also allow complex mathematical calculations to be processed like simple neural network calculations, increasing performance and freeing the processor from arduous tasks to reduce power consumption.

Flexible overclocking

Beyond the stated performance, PC gaming enthusiasts are in luck as this new 11th generation Intel® Core ™ offers an improved overclocking experience , with the ability to adjust a multitude of parameters. 

From the outset, this family of chips formally adopts system RAM memory overclocking , applicable in real time and in a transparent way for the user. Under Windows interface, we can adjust power, speed or voltage parameters, taking the machine to the maximum of its possibilities. 

Intel® XMP-compliant memory modules of the type DDR4-3200 come with default optimal settings so that motherboards can detect and adjust them to take full advantage of the hardware with an immediate impact on the overall performance of the computer.

Many current games with titles like Civilization VI, Assassin's Creed Odyssey or Horizon Zero Dawn consume large system resources. If you are one of those whos play, broadcast and record your games simultaneously in multitasking mode, this new generation of processors is designed for you.

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