- A dependable leaker revealed a diagram that signifies Medusa Level APUs could also be powered by RDNA 4 structure
- This is able to imply that FSR 4 can be utilized on future handheld gaming PCs and light-weight laptops utilizing the processors
- There’s additionally nonetheless an opportunity that FSR 4 may very well be backported to RDNA 3
AMD‘s RDNA 4 structure, utilized in its newest desktop GPU lineup (the Radeon RX 9070 collection), is presently the one means players can get pleasure from the brand new FSR 4 upscaling methodology. Sadly, AMD has left RDNA 3 GPU customers behind for now – nevertheless, it is reportedly a distinct story for Staff Pink’s upcoming lineup of cell processors.
In keeping with a leaked diagram from MLID (Moore’s Regulation Is Useless), a good leaker on YouTube, AMD’s Medusa Level APUs can be powered by RDNA 4 structure. The diagram reveals a processor below one of many Medusa Level APUs that helps ‘Zen5LP’, that are low-power Zen 5 cores, and likewise consists of ‘Navi4’, which is certainly RDNA 4.
What this implies is that any laptops or handheld gaming PCs powered by Medusa Level APUs may have FSR 4 assist in video games – if the leaked picture holds any fact. MLID additionally speculates that the diagram showcased is not from the top-configuration chip, however somewhat from one of many midrange choices within the Medusa Level household.
This comes as a shock since latest rumors have pointed towards new APUs sticking with RDNA 3.5; AMD has beforehand made it clear it is working to deliver FSR 4 to RDNA 3, so even when this is not true, there’s nonetheless an opportunity FSR 4 will make its solution to handhelds and laptops ultimately. Not solely would this profit Medusa Level (if it does show to make use of RDNA 3.5), however it could additionally assist present AMD-powered methods.
FSR 4 is the closest factor we will get to Nvidia’s DLSS on handheld gaming PCs
I’ve considered this on a number of events and have even requested Nvidia about it earlier than: if DLSS 4 was out there on any handheld gaming PC, it could be a literal game-changer. With the new transformer mannequin, efficiency mode appears to be like higher than high quality mode within the earlier CNN mannequin for DLSS 3.
Why am I mentioning this? It is as a result of AMD’s FSR 4 is the closest upscaling methodology behind DLSS 4 – now, it is not higher than Staff Inexperienced’s tech, and is arguably nonetheless a stretch away from matching it, however its efficiency mode has seen related enhancements.
As a substitute of ghosting and a big picture high quality loss, you possibly can nonetheless get pleasure from the advantages of nice visuals and efficiency. It is necessary to notice that there’s a slight efficiency loss in video games with FSR 4 over its predecessor, but it surely’s nowhere close to important sufficient to have an effect on smoothness.
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So far as I am conscious, there are not any plans for an APU from Nvidia for handheld gaming PCs (I actually hope Staff Inexperienced is simply being secretive, although). Nonetheless, if FSR 4 may be backported to RDNA 3 or Medusa Level APUs are powered by RDNA 4, it’ll be magic for video games throughout the board on handhelds – and that is precisely what Staff Pink wants going up in opposition to Intel’s Panther Lake lineup.
