How Intel Arc Graphics Technology Supports Diehard Gamers

3 minutes, 58 seconds Read

The Intel Arc GPU has in-built competitive features, such as support for DirectX 12 Ultimate and hardware-accelerated ray tracing. Thanks to Intel’s deep technology that lets gamers explore graphic-intensive images.

With Intel Arc GPU, gamers can experience high-level performance in compute-intensive applications like Adobe Photoshop, Handbrake, and XSplit. These GPUs adapt to Intel’s Xess AI-powered supersampling technology, which is key to unlocking the world of superfast gaming.

Integrated vs. Discrete graphics: Which is better?

If you’re a diehard gamer, you’ve heard of Intel’s specialization, “Integrated graphics.” It refers to combining a laptop’s operations and graphics on the same processor chip. Simply put, they can share RAM and other system resources.

Conversely, in “dedicated or discrete graphics,” your laptop’s visual functions are offloaded to a separate Graphics Processing Unit (GPU) with video RAM.

Integrated graphics vs. discrete graphics: It’s a long-running competition. There’s no best answer. Both have their strengths.

What is Overclocking?

Overclocking is the way to custom-tune your PC’s processor. Three specific internal settings are commonly part of overclocking the processor’s base clock speed (which applies to different cores), core multipliers (there’s a multiplier for each core), and core voltage (the electricity that the processor uses to operate).

Overclocking Intel Processors:

Do you need clarification on overclocking? Don’t get confused!

Read on to get in-depth insights into the overclocking capabilities.

Intel core processor family is built for overclocking. Simply, a CPU automatically runs 1GHz or 2GHz faster than its counterparts.

Overclocking is the domain of serious gamers who want the best possible gaming performance.

It suits pro gamers.

Just make sure to know the relative benefits of overclocking:

Increased Performance:

The primary benefit of overclocking is the potential for increased performance. You can achieve faster processing and rendering speeds by running your CPU or GPU at a higher clock speed. This can lead to improved performance in tasks like gaming, video editing, and 3D rendering.

Cost-Efficiency:

Overclocking allows you to get more performance out of your existing hardware without upgrading to a more powerful component. This can be a cost-effective way to extend the lifespan of your computer and delay the need for a full system upgrade.

Functionalities of Intel Arc GPU:

Gaming success involves more than an advanced processor. Intel technology can handle a range of modern games due to their built-in functionalities. 

What are those functionalities?

To know the answer, read on:

Intel Optane Memory:

Thanks to Intel Optane memory, that leads to faster game loads. Gamers can experience lightning-fast speed while playing adventurous titles like God of War, The Elder Scrolls, Red Dead Redemption, etc.

Optane-based SSDs are also available to perform faster boot-ups and app loads.

Better streaming:

Intel termed it as a wired quality that performs wireless gaming. Intel Arc GPU delivers nearly three times faster wifi speed and up to 75% less latency. This also helps with advanced traffic management and interference filtering.

One-cable video, data, and power:

With the in-built functionalities of  Thunderbolt 3 and Thunderbolt 4, you can achieve high data reliability and power simultaneously.

Intel support for esports:

Intel ESL’s Intel Extreme Masters Pro Gaming Tour  is the world’s longest-running esports series. Intel is also working to help gamers get exposure to the world’s most competitive titles.

Players from multiple continents compete in Global Offensive, StatCraft 2, and League games.

Supersampling:

This technology is supported in many modern games, including Hitman III and The Rift Breaker, with several more on the way. This is also supported by prominent game studios such as PUBG Studios and Ubisoft.

XeSS technology uses a neural network to deliver high-quality images. It offers the same level of image rendering as 4K resolution.

XeSS uses multiple artificial intelligence-based algorithms and hardware acceleration to deliver excellent performance. Intel has built XeSS on open standards and continuously collaborates with giant game manufacturers to boost adoption.

Adaptability:

The Intel Arc GPU branding is compatible with core i3, i5, i7, and i9 processors. This allows serious gamers to gauge their performance at the next-gen level.

See Also: 7 Features of Intel Arc GPU Which Are the New Normal of Graphics

Thanks to Intel’s HPG graphics architecture, which utilizes Intel’s XE cores, XE Media Engine, XE Display Engine, and XE Graphics Pipeline.

Each XE core adapts up to 16 x 256-bit vector engines, 16 x 1,024-bit matrix engines, and 192KB of shared memory.

The XE Media Engine allows you to aid video playback with hardware encoding up to 8K 10-bit HDR and hardware acceleration.

Bottom Line:

Intel graphics technology offers a great room to gamers that supports them in many ways, like high-response time, excellent resolution, refresh rate, advanced images, suitable frames per second, and so on.

With this technology, gamers can get a win-win situation in adventurous and multiplayer titles.

Similar Posts