8 Functions Of Intel Arc Alchemist That Always Provide You Peak Performance

By Devin Marco March 15, 2024 Technology 0 Comments

Intel’s first-generation Arc graphics cards refer to Alchemist. This technology offers modern furnishings like real-time ray tracing and AI-assisted supersampling.

Intel’s Arc Alchemist is gunning for the top graphics card list, and it has serious power to offer gamers.

Intel Arc Alchemist Architecture:

Intel Arc Alchemist cards are being built on chipmaker TSMC’s N6 nodes, which is just a revision of the N7 node used on AMD’s graphics cards. The basis of the Xe HPG core is the Xe core, which features 16 vector units and 16 Xe Matrix Execution Units along with the L1 cache.

Intel combines four cores into a render slice and adds a shared L2 cache. This system also consists of dedicated ray-tracing units. These slices separate various alchemist graphics cards.

Intel says it can smoothly add up to eight slices to a graphics card. It also makes a total of 32 Xe cores, 512 XMX, and vector units. It isn’t possible to speculate how future architectures will work.

Overclocking:

Intel Arc drivers feature in-built advanced overclocking units. This allows you to push your device’s clock speed compared to previous versions. Intel doesn’t officially confirm the exact overclocking speed, but Yeah! It must be similar to their AMD and Nvidia counterparts.

Arc Alchemist performs great work in overclocking without consuming a lot of power. Simply put, a significant overclocking speed can be achieved at no extra cost.

Intel is continuously exploring new features for its drivers. These advanced drivers will line up major modern gaming lines. The drivers also help with resource-intensive tasks such as video streaming, photo editing, and recording.

Real-Time Ray Tracing And Xess:

Thanks to Intel Arc Alchemist cards with advanced support and the latest gaming features like DirectX12 and Vulkan Ray Tracing, These two gaming modules comprise the most advanced modern titles. Due to the AI-assisted supersampling feature, it works with Nvidia DLSS technology. However, it’s less powerful than DLSS in games like Hitman 3.

XeSS isn’t similar to DLSS technology. Intel seems to have integrated some feature notes from its rival AMD and its FidelityFX Super Resolution(FSR), an upscaling technology.

Similarly to FSR, XeSS works with various hardware options, such as Intel Alchemist GPU graphics cards.

Deep Link Technology:

One of the most significant potentials of intel arc is its deep link technology. A deep link is an AI-powered software that combines integrated and discrete GPUs to handle resource-intensive tasks smoothly. It guarantees the management of extra workloads with less hardware capacity.

Thanks to effective power sharing, technology has driven the development of dynamic power sharing. This allotted more power and thermal resources to the CPU when the GPU runs idle.

Typically, Intel claims that CPUs can experience up to a 20% increase in performance with the help of Dynamic Power Sharing.

Processor Technology:

The arc is based on Intel Xe-HPG microarchitecture. This is specifically designed for advanced graphics processing. This technology offers “performance, efficiency, and scalability for gamers and creators.

Typically, Xe cores on an HPG chip will contain 256-bit Vector Engines and 1024-bit Matrix Engines to accelerate workloads.

For gaming purposes, Intel Arc has its upscaling tech known as XeSS. It helps render frames at a lower resolution and allows them to pass smoothly through the engines.

Xess technology isn’t exclusive to Intel Arc. Still, it’s rolling out already in a few games such as Shadow of the Tomb Raider and Death Stranding: Directors Cut.

GPUs Support AV1 Encoding:

Av1 encoding is a video format that is unavailable in AMD and Nvidia graphics technology. It helps smooth video streaming and lets professionals perform heavy-duty tasks such as video editing, photo editing, graphic designing, etc.

Supersampling:

The Supersampling deep link integration technology is similar to the DLSS technology of Nvidia and the FidelityFX Super Resolution of AMD. With similarity to those exciting technologies, XeSS uses algorithms combined with the physical power of GPU to optimize visual experience.

This automatically reduces the physical load on your system’s graphics cards. You can experience a great boost in frame rates compared to native resolution technology.

Intel also listed several games that will receive XeSS support shortly. Most of these games are adventurous, such as Death Stranding: Director’s Cut, and games such as Grid Legends, Hitman 3, Grit, and The Rift Breaker.

To tackle heat dissipation, there are pipes attached to the fin stack on the integrated heat sink.

GPU Optimization:

As discussed earlier, Intel Arc Graphics relies heavily on DirectX12 graphics technology. GPU technology is reliable in games like Shadow of the Tomb Raider or Doom.

Intel came up with a three-tier strategy to split games into three different tiers of optimization that act as a reference for the early adopters of Intel GPUs.

Let’s see how three-tier technology works:

Tier 1:

This tier only includes those games that support the latest API technology. Intel also puts the latest games in this tier, such as Cyberpunk 2077 and Shadow of the Tomb Raider. The games in this tier use the architectural benefits of Arc technology.

Tier II:

Games in this tier are not optimized for Intel’s Arc architecture. These are based on the latest APIs, such as DirectX12 or Vulkan.

Tier III:

This tier consists of games that are based on APIs like DirectX9. Your games run more quickly than those of your Nvidia and AMD counterparts.

Conclusion:

The Intel Arc Graphics offers next-gen experience to professional gamers, video editors, photo editors, etc. With this graphics technology, they can explore graphics-intensive tasks smoothly.