Unseen AMD Radeon RX 7000 GPU Prototype Cooler Revealed: Impressive 3-Slot Design & Triple 8-Pin Connectors, Potentially Aimed at RTX 4090 Rival

Unseen AMD Radeon RX 7000 GPU Prototype Cooler Revealed: Impressive 3-Slot Design & Triple 8-Pin Connectors, Potentially Aimed at RTX 4090 Rival

A recently surfaced prototype of an AMD Radeon RX 7000 GPU cooler has caught the eye of enthusiasts, showcasing an impressive 3-slot design. However, it appears the timeline for its potential release has already passed, leaving fans to speculate about its implications.

Could AMD Have Developed an RTX 4090 Rival During the RX 7000 GPU Era?

An insightful member from Quasarzone came across this unreleased AMD cooler on a Chinese marketplace, initially unaware of its prototype status. Upon comparing it with the Radeon RX 7900 XTX, the user discovered notable differences, particularly in size and design features.

Two Radeon graphics cards on a white surface, showcasing triple-fan cooling design.
Image Source: QuasarZone

This prototype boasts a thicker profile compared to the reference Radeon RX 7900 XTX, utilizing a triple-slot cooling design. The configuration of the LEDs has also been tweaked, although the fundamental appearance remains reminiscent of AMD’s retail cards.

The cooler is adorned with three distinctive red aluminum fins, symbolizing the “RDNA 3″branding. In terms of dimensions, the prototype stretches to 33 cm, surpassing the 29 cm length of the standard 7900 XTX. Notably, there were circulating rumors and various listings for potential RX 7950 XTX and RX 7990 XTX models, suggesting this cooler might have been intended for one of those GPUs.

Comparison of RX 7900 XTX (Reference) and RX 7000 (Prototype) Cooler Thickness

Ruler measuring black object width on wooden surface, hand holding ruler for precise measurement.Ruler measuring graphics card heatsink width on a white wooden floor.

Perhaps the most striking innovation in this prototype is its redesigned power connector area, which is tailored to accommodate three 8-pin connectors—an increase from the two found on the existing 7900 XTX model. Although some graphics cards have utilized a similar 3×8-pin setup, they remain relatively rare.

Computer GPU cooling plate with thermal pads on light wood surface.
Image Source: QuasarZone

The heatsink itself is notable for its copper baseplate, featuring multiple contact surfaces designed to efficiently cool both the VRAM and GPU. Early observations suggest that the baseplate’s footprint is larger compared to that of the reference 7900 XTX cooler.

Close-up of a computer graphics card with cooling fins and red accents on a white background.
Image Source: QuasarZone

While speculation surrounds the purpose of this prototype, AMD previously hinted that a potential competitor to the RTX 4090 was conceivable within the RDNA 3 line, though they ultimately chose not to develop it. This leaves us questioning whether this cooler was created for such a project.

The absence of a GPU exceeding the Navi 31 die in AMD’s RDNA 3 lineup raises further questions; the company itself noted that power consumption and production costs played significant roles in their decision-making process. It’s possible that a highly overclocked Navi 31 chip was envisioned but scrapped due to thermal and power challenges, or perhaps a different model was developed and subsequently abandoned.

Design Comparison: RX 7900 XTX (Reference) vs RX 7000 (Prototype) Cooler

Two large computer cooling fans next to a measuring tape indicating size comparison.Close-up of a Radeon graphics card with cooling fans and visible branding.Close-up of Radeon graphics card with visible cooling fans.Close-up of graphics card connectors with hand for scale, highlighting power pin details.

Instances like this prototype’s reveal occur sporadically, often years or months following the actual product launches. Similar patterns have been noted with NVIDIA’s RTX 4090 and Titan GPUs, reinforcing the fact that extensive development phases are integral to the pre-launch cycle. Only a fraction of the concepts and designs seen in leaks make it to the market, as manufacturers conduct thorough evaluations before finalizing configurations that will reach consumers.

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