In 2023, there is a fierce competition for market dominance between the newest AMD and Nvidia GPUs about When Will AMD RDNA 3.5 Be Launched.
However, both organizations are already busy with designing their next generation of graphics processing units scheduled to be released in 2024. Typically, such upgrades result in improved performance and energy efficiency by introducing changes into the GPU structure.
In its RX 7000 GPU lineup, AMD showcased RDNA 3 as an impressive feat. Nevertheless, in comparison to Nvidia’s substantial advancement with RTX 40-Series GPUs featuring Ada Lovelace architecture, there is pressure on the upcoming RDNA 3.5 from AMD to deliver equally remarkable performance and progress.
What exactly is AMD RDNA 3.5?
AMD has not disclosed many details, but its latest GPU architecture called RDNA 3.5 falls between the upcoming RDNA4 and AMD’s Ada Lovelace competitor, known as RDNA3. It is anticipated that this new technology will primarily function as an integrated graphics processing unit (iGPU) solution for mobile Accelerated Processing Units in laptops and handhelds – wherein a CPU and GPU are consolidated into one chip to improve efficiency while reaping additional benefits.
AMD plans to develop its next-gen chips on the anticipated Zen 5 architecture set for release in 2024. Operating on a 4nm process, these processors will wield performance and efficiency cores akin to Intel’s design. In addition, AMD may roll out modifications to their software stack with emphasis placed particularly upon FSR3 which boasts similarities with Intel’s DLSS3.5 technology.
According to current data, RDNA 3.5 appears to be AMD’s response for state-of-the-art mobile GPUs; however, it remains unclear if we can anticipate an independent GPU utilizing the architecture of RDNA 3.5. Nevertheless, supposing that AMD decides on a revamp of RDNA 3 prior to introducing RDNA4, they may utilize structures from RDNA 3.5 in which case there is still potential for an autonomous graphics processing unit based on this technology.
What is the launch date for RDNA 3.5?
AMD has yet to announce an official release date for the RDNA 3.5 architecture, which follows a similar pattern as their approach with architectural descriptions. However, given that Ryzen 8000 Granite Ridge processors and Ryzen 8000 Strix Point APUs will incorporate this technology, we anticipate its launch in 2024. Additionally, there may be an introduction of the refreshed version employing the same architecture besides these two product lines being talked about earlier.
It’s common for AMD to debut CPUs at CES, the annual Consumer Electronics Show in January. Therefore, there is a possibility that RNDA 3.5 will make its grand entrance into the market during January 2024. As for when exactly AMD plans on unveiling this new architecture remains anyone’s guess.
How will RDNA 3.5 enhance performance compared to RDNA 3?
Given the restricted details at hand, it’s challenging to determine RDNA 3.5’s superiority over its predecessors – namely RDNA 2 and RDNA 3. But we can assess its potential performance by examining the accompanying CPUs and APUs upon launch.
On Performance Databases, a HWiNFO screenshot has been shared which displays the specifications of an APU from Ryzen 8000 series. This chip is equipped with a mix of 16 RDNA 3.5 GPU cores and12 Zen 5 CPU cores. Other notable features include an average processor clock speed of 2.12 GHz along with high-speed LPDDR4 memory totaling to32GB that runs at6400 MHz frequency rate.The TDP rating for this advanced processing unitis set at45W.
AMD’s upcoming mobile APU lineup is likely to feature the introduction of RDNA 3.5, which seems like a logical choice given its success in gaming handhelds such as the Steam Deck, Asus ROG Ally and soon-to-be-released Lenovo Legion Go with both RDNA 2 and 3 architectures. With Zen-5 CPU paired with 16 compute cores from GPU-powered by the new technology (RDNA .35), it could potentially deliver significant improvements compared to earlier iterations when it comes to GPU performance boost potential.
However, it must be noted that the processor is currently in its engineering sample (ES) phase which makes it challenging to determine if this level of performance will carry over into practical usage. Furthermore, according to the screenshot provided, there appears to be only 512 MB of GDDR6 video memory present – most likely attributable either to incomplete drivers for the unsupported APU or some other software-related issues.
AMD intends to reverse its fortunes with the introduction of RDNA 3.5.
AMD holds a significant edge over Intel in incorporating RDNA graphics into its processors. The anticipated arrival of RDNA 3.5 is highly expected to surpass expectations and potentially make lower-tier GPUs irrelevant, contributing towards the regaining of market share AMD has conceded to Intel.
In 2023, there is a fierce competition for market dominance between the newest AMD and Nvidia GPUs about When Will AMD RDNA 3.5 Be Launched.
