AMD Plans FSR4 Support for Handhelds and APUs in 2026

AMD is preparing to expand its FSR4 upscaling technology to more GPUs and devices, including APUs, gaming laptops, and handheld gaming systems. The technology is currently available on RDNA4-based graphics cards and has also reached the PlayStation 5 Pro through a modified version.

However, support for RDNA2 GPUs and RDNA3-based APUs remains limited. AMD has now indicated that it plans to bring FSR4 to its wider product lineup before the end of 2026, potentially improving image quality on existing gaming devices. AMD's FSR4.1 super resolution technology has been available on RDNA4-based GPUs for some time.

AMD Plans to Expand FSR4 Support Before the End of 2026

A modified version of the technology is also available on the PlayStation 5 Pro, while a lighter version is available on the standard PlayStation 5. However, other devices, including RDNA3-based APUs and Xbox Series X and Series S consoles, still lack support. Reports suggest RDNA2 GPUs could receive FSR 4.1 support next year, potentially in early 2027.

However, there has been little information about support for RDNA3 APUs. Dedicated RDNA3 graphics cards, such as the Radeon RX 7800 XT, already support FSR4.1, but smaller integrated GPUs have different hardware limitations. Now, AMD appears to plan to extend support to these devices before the end of 2026.

This could bring the technology to handheld gaming systems such as the ROG Ally and ROG Ally X, both of which use AMD APUs based on RDNA3 and RDNA3.5 graphics architectures. According to a WCCFTec report citing AMD executive Jack Hu, the company plans to expand FSR4 to APUs, gaming laptops, and handhelds before 2027.

AMD Confirms FSR4 Expansion to More Products

Reports indicate that AMD intends to bring its machine learning-based FSR4 technology to a wider range of products. The information points to support for AMD APUs, gaming laptops, and handheld gaming devices before the end of the year. Jack Hu, AMD's senior vice president and general manager, reportedly said the company would expand its machine learning-based AI FSR4 technology.

This expansion will require AMD to adapt the technology to hardware with different performance capabilities. APUs don't have the same processing power as dedicated graphics cards, so AMD is reportedly working on a lighter,d more optimized FSR4 model for these devices.

The goal is to improve image quality while keeping latency lower. This matters for gaming handhelds and laptops, where GPU performance and power consumption affect both gameplay and battery life. AMD's integrated GPUs have different hardware capabilities compared with its dedicated graphics cards.

Even newer integrated graphics solutions based on RDNA3.5, including Radeon 860S and 890M-class graphics, have limitations compared with RDNA4-based GPUs. These integrated solutions also rely on different processing capabilities, so implementing machine learning-based upscaling requires optimization.

A lighter FSR4 model could help AMD deliver improved image quality without placing excessive demands.

The expansion also appears to follow a staged approach. AMD first introduced FSR4 on RDNA4 graphics cards, where the technology can use the newer architecture's capabilities. AMD later extended support to selected RDNA3 dedicated GPUs, including cards like the Radeon RX 7800 XT.

The next step is to bring FSR4 to RDNA3-based APUs, which power handheld gaming devices and some laptops. A further optimized version could eventually extend support to RDNA2-based GPUs. This approach would allow AMD to adapt the same general upscaling technology to different hardware configurations instead of requiring every device to deliver the same performance.

The planned expansion could also affect Xbox Series X and Xbox Series S. Both consoles use AMD GPUs based on the RDNA2 architecture, and an FSR4 version optimized for this hardware could improve image quality in supported games. However, AMD has not confirmed that FSR4 will arrive on either console.