AMD is poised to delight budget-conscious gamers, should rumors prove accurate, with the potential release of two new entry-level graphics cards. A purported GPU leak suggests that AMD might introduce a new range of graphics cards, bridging the gap between the affordable RX 6500 and the more powerful RX 7600.
The RX 7600 currently dominates our top-performing graphics cards for budget-conscious buyers, but these two newcomers might just become even more alluring options if they’re priced significantly lower without sacrificing too much performance.
The supply of this leaked info is X (previously Twitter) tech leaker KOMACHI_ENSAKA (account solely viewable by sure customers), with them merely stating “Radeon RX 7400 & RX 7300,” with an accompanying winky face.
The preliminary submission, as first reported by VideoCardz.com, has been accompanied by a response stating “0x7499, NV33.”
The primary aspect of this leak is somewhat clear in its meaning; however, the latter half may not be as transparent. The NV33 reference points back to the Navi 33 GPU, a similar chip powering the RX 7600, sharing architectural similarities. Meanwhile, the “0x7499” represents a tool ID, serving as a unique identifier for a specific graphics card model.
AMD’s open-source GPUOpen instrument listing on GitHub reveals three cards using this identifier.
The specifications for the Radeon RX 7400 and RX 7300 remain unclear regarding their potential positioning within AMD’s existing product lineup? Notwithstanding this uncertainty, we shall venture forth with informed speculations.
Initially, it’s crucial to note that AMD does not currently produce an RX 7500 model, unlike previous AMD card series that featured an RX x500 model, for instance the RX 6500. While it’s theoretically possible AMD might bypass that model iteration, it’s also feasible that the RX 7400 and RX 7300 could consume significantly less power than a hypothetical RX 7500.
The RX 7600 model, based on the Navi 33 chip, features 2,048 RDNA 3 stream processors, divided into 32 compute units (CUs) that operate at frequencies up to 2,655 MHz and communicate with 8GB of GDDR6 memory through a 128-bit memory bus.
Compared to the earlier RX 6500 XT, which boasts a GPU featuring 1,024 RDNA 2 stream processors (16 CUs), the RX 6400 is distinguished by its significantly reduced count of 768 RDNA 2 stream processors (12 CUs). In the meantime, AMD’s Ryzen 7 8700G APU features built-in graphics powered by 768 RDNA 3 stream processors (12 compute units) that operate at speeds of up to 2,700MHz and utilize system memory instead of dedicated video RAM.
As expected, the RX 7400 likely requires around 1,024 RDNA 3 stream processors, while the RX 7300 might need approximately 768 stream processors, considering the dedicated VRAM in the 8700G should yield faster performance compared to system memory utilization? Despite the uncertainty, it’s plausible that AMD could opt to boost the specifications of these graphics cards, which would be a welcome development.
An RX 7400 with 20 CUs (1,280 stream processors) would represent a genuine leap forward in efficiency compared to the Ryzen 7 8700G’s integrated graphics and the older RX 6400, without encroaching excessively on the RX 7600’s territory. If AMD priced such a card between $175-$199, it could have a potent candidate for top graphics card value.
To gauge the potential impact of a graphics card of this caliber on the gaming PC market, consider the latest Steam hardware survey, which reveals the widespread adoption of affordable Nvidia GPUs like the GTX 1060, underscoring the significance of an offering that can effectively rival such options? While AMD’s offerings might convincingly surpass those of playing cards at an incredibly low price point, it could finally witness one of its GPUs crack the top ten.
