Intel has showcased a brand new demo of its Meteor Lake CPUs with Arc-integrated graphics working Dying Mild 2 whereas utilizing XeSS know-how.
Intel XeSS Delivers Huge Positive aspects For Arc iGPUs Featured on Upcoming Meteor Lake CPUs
The demo which was proven through the Intel Tech Tour Malaysia, showcased an undisclosed Intel Meteor Lake (1st Gen Core Extremely) CPU working Dying Mild 2. Dying Mild 2 is a AAA sport with some fairly respectable graphics and what Intel confirmed had been two an identical programs working on the similar TDP of round 28-30W. The take a look at was particularly chosen to showcase the graphics efficiency of Intel’s upcoming Arc Alchemist built-in graphics structure which is featured throughout the Meteor Lake GPU tile.
The Intel Meteor Lake system on the left was working Dying Mild 2 at a local decision of 1080p whereas the system on the precise was working the XeSS High quality preset which makes use of an inner 720p decision and upscales it to 1080p (1.5x scaling issue). Intel Arc has thus far solely been obtainable in discrete type issue so that is the primary time we are literally seeing built-in Arc GPUs in motion.
Identical to the Arc discrete household, the Alchemist structure for Meteor Lake CPUs additionally comes with assist for a variety of options similar to ray tracing and XeSS. The XeSS know-how is a serious and essential part for built-in graphics since it will probably ship huge boosts to efficiency and can assist drive 60+ FPS in 1080p gaming situations with an honest mixture of settings.
This demo reveals precisely that with the Intel Meteor Lake Arc built-in graphics delivering as much as a 2x enhance in FPS on the similar wattage. In some circumstances, the enhance can fall all the way down to 20-30% but it surely stays over 50% by means of the vast majority of the demo which is an effective factor and that is XeSS High quality preset so we are able to anticipate much more efficiency utilizing Balanced and Efficiency modes.
AMD’s RDNA 3 GPUs additionally characteristic FSR assist which helps drive important efficiency good points over the native res and that makes Phoenix APUs one of many quickest chips round when evaluating built-in graphics efficiency.
This will even play an important position in upcoming handheld tablets and consoles that are going to see a serious adoption for Meteor Lake CPUs. At present, AMD is the undisputed king of this phase but it surely was lately seen that some producers have began adopting Intel’s Meteor Lake chips for his or her upcoming handhelds which could turn into a viable different and one which heats up the hand held market.
With Meteor Lake, Intel is aiming to safe that management and sort out each AMD APUs and NVIDIA’s entry-level discrete GPUs. Intel did not share the precise efficiency numbers however it’s seemingly that we are going to see them within the coming months as we get nearer to the launch of Meteor Lake which is on the 14th of December.
Intel Meteor Lake vs AMD Ryzen Z1 Handheld Chips:
| CPU Identify | Intel Meteor Lake | AMD Ryzen Z1 |
|---|---|---|
| Course of Node | Intel 4 (7nm EUV) | TSMC 4nm |
| Max Cores/Threads | 16/22 | 8/16 |
| Max Clocks | 5.1 GHz | 5.1 GHz |
| Max Cache | 22 MB | 16 MB |
| TDP Vary | 20-35W | 9-30W |
| GPU Structure | Arc Alchemist | RDNA 3 |
| Max GPU Cores | 8 Xe-Cores | 12 CUs |
| Peak TFLOPs | 4.5 TFLOPs (Arc Graphics 5) | 8.9 TFLOPs (Radeon 780M) |
| Launch | This autumn 2023 | Q3 2023 |
