The Intel Evo brand denotes high-end computers and laptops. Laptops that use this platform have longer-lasting batteries, allowing you to watch videos, surf the web, and work on projects all day. Intel Evo laptop designs undergo extensive testing to guarantee they provide the desired experience for the end user. This testing is conducted by observing how individuals in various settings interact with their computers. Specifications or minimum feature sets for each category are included to guarantee a satisfying final product.

In this article, we will look at 7 features that set Intel Evo apart from the rest.

1. Iris Xe GPU

This GPU makes it easy to quickly edit photos and videos, keeping creators in their creative groove. The new Xe architecture not only has increased speed and power, but it also incorporates artificial intelligence by prioritizing calculations based on deep learning. The end result is lag-free 1080p gameplay and quicker processing times. In addition, up to four 4K HDR screens may be supported by laptops with the Evo platform thanks to the enhanced graphics.

2. Thunderbolt 4

Intel’s Thunderbolt 4 is an improved cable connection interface, so it can provide power, transport data, and output video to an external monitor all at once. With Thunderbolt 4, connecting any and all devices is a breeze, so there’s no need to switch up your current office setup. Thunderbolt 4 ports provide a maximum 40Gbps of bandwidth in both directions. Using a docking station and Thunderbolt 4, a sleeping laptop may be awakened and made to recognize associated input devices like a mouse and keyboard.

3. AV1 Codec

AV1 is a free, open video codec that can be used to compress and uncompress videos. Like a lot of other formats, AV1 uses block-based frequency transformations to code. In practice, these methods break a frame up into small groups of pixels called blocks. Then, they use math related to the Fourier transform to store the data in a way that can be reconstructed well without storing the huge amounts of data that would be needed to describe every bit of every pixel. AV1 has been made better for the internet, so fewer data needs to be stored on servers for it to be streamed to homes.

4. 12th Gen Intel Core Processor

The performance and scalability of computers using 12th-generation Intel Core CPUs have risen sharply. Let’s take a look at a few core options:

Intel Core i5

  • An i5 processor is more than enough for most users and can even keep up with modern games. 
  • Newer i5 CPUs have a maximum of 14 cores for desktop use and 12 cores for mobile devices, with peak clock rates of more than 5GHz.
  • The ability to use integrated Memory is unique to i5 CPUs and contributes to the overall performance of the apps.
  • It allows for Memory to operate at 1333 MHz. 
  • The i5 processor’s Turbo feature allows you to significantly increase the processing rate of your computer.

Intel Core i9

  • The current reference architecture is based on a basic model with 10 cores. Simply put, more processing cores equals higher overall performance.
  • With the extra processing capacity provided by multiple cores, even resource-intensive activities like producing 3D models.
  • Presently, it can handle extensive and simultaneous usage of resource-intensive programs such as high-definition gaming, high-resolution and multi-tasking video and audio editing, and more.

Intel Core i7

  • Extremely quick processing time
  • Provide a very dependable cooling system.
  • Processing software with heavy computational demands is feasible with four cores.
  • Offer people excellent data visualization that aids in obtaining high-quality pictures and videos.

Multiple Core-i7 variants are available in the Alder Lake-P and Alder Lake-U series. The three high-performance options are the i7-1260P, i7-1270P, and i7-1280P. Both of the former have 12 cores and 16 threads, but the base and turbo boost clock speeds are different. The 1280P has improved intelligence in its cache, as well as better turbo boost clock rates, more processing cores, and more threads.

5. Wi-Fi 6E

The Wi-Fi 6E standard is an upgrade to the current Wi-Fi 6 (802.11ax) protocol, providing access to the 6 GHz spectrum. Wi-Fi 6E brings OFDMA, WPA3, and Target Wake Time, three efficiency enhancements introduced in Wi-Fi 6, to the 6 GHz band, where they may take advantage of the wider available spectrum and less interference. Wi-Fi 6E allows businesses to accommodate new applications that need multi-gigabit rates, such as high-definition video.

6. Intel Visual Sensing Technology

The Visual Sensing Controller is a companion module for the CPU that extends its artificial intelligence capabilities. The chip’s basic functionality is a security module that can identify the presence of a human by analyzing visual inputs.

7. Intel Connectivity Performance Suite  

The Intel Connectivity Performance Suite is a piece of software that performs two things to greatly enhance your network quality. First, it optimizes your hardware’s performance by tuning your network drivers. Changing the size of the sent packets is one such example. In addition, it dynamically makes certain forms of communication more important than others.


The Intel Evo platform is more than just an innovative processor. It’s an in-depth overhaul of the standard PC experience based on feedback from individuals like you. It’s a system that maximizes the interplay of the computer’s many components, such as its CPU, GPU, ports, network, screen, and software.

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