GPU Refreshes Delayed
AMD and Nvidia Next-Gen GPU Refreshes Reportedly Delayed Until 2028
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Key Points
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Kepler_L2 said there is currently no concrete evidence of broad board-partner activity for the delayed products, warning that pricing and launch schedules can change and that postponements or cancellations could still occur.
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AMD’s RDNA 5 and NVIDIA’s Rubin architectures are reportedly already in development: AMD’s GFX13/RDNA 5 work has appeared in software development, while NVIDIA’s next gaming generation is linked to GR20x Rubin silicon.
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Previous leaks suggest AMD’s AT2, also referred to as Alpha Trion 2, could feature up to 64 compute units—matching the current Radeon RX 9070 XT count—while using a newer architecture.
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The rumored RTX 5000 Super cards were expected to include more VRAM than their predecessors, making them particularly expensive to manufacture amid the shortage of GDDR and other memory supplies.
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NVIDIA’s DLSS 5 is described as moving beyond conventional upscaling and frame generation toward real-time neural rendering that could help generate lighting, materials and other elements of the final image.
AMD and NVIDIA's next-generation gaming GPUs are reportedly headed for a major delay, with most new cards now expected in 2028 rather than 2027. PCGamesN reports that hardware leaker Kepler_L2 claims AMD's mid-range AT2 GPU will be the only new consumer card from either company launching in 2027, leaving gamers waiting nearly two years for major refreshes. The culprit: a global shortage of high-bandwidth memory being hoarded by data center makers.
IXBT Games reports that NVIDIA's RTX 60-series and AMD's RDNA 5-based Radeon RX 10000 lineup are now targeted for 2028, a slip from earlier expectations. The delays underscore how memory constraints are reshaping the entire GPU timeline, with manufacturers prioritizing expensive high-bandwidth memory for AI data centers over gaming cards. All leaks remain unconfirmed, and roadmaps can still shift.
The Memory Shortage Strangling GPU Production
The delays stem directly from a global shortage of memory chips needed for GPUs. PCGuide reports that memory supply is severely constrained, forcing manufacturers to prioritize high-bandwidth memory for artificial intelligence data centers, where margins are higher. Consumer gaming GPUs require expensive GDDR6X or newer memory, and with limited inventory, the cost to build RTX and Radeon cards has become unsustainably expensive.
NVIDIA's rumored RTX 50-series Super refresh cards—which were expected to include more VRAM than their predecessors—face particular pressure. The extra memory needed makes them especially costly to manufacture in a supply-constrained market, potentially forcing cancellations or further delays beyond 2027.
What AMD's AT2 GPU Tells Us About 2027
AMD's AT2—also called Alpha Trion 2—is reportedly the lone new GPU either company will ship in 2027. Games.gg reports the mid-range card could feature up to 64 compute units, matching the current Radeon RX 9070 XT, but built on a newer architecture. Its exact position in AMD's lineup remains unclear, but it suggests AMD is conserving memory by launching a single, carefully chosen product.
Kepler_L2 warned via PCGamesN that there is currently no concrete evidence of broad board-partner activity for the delayed products. Pricing and launch schedules can still shift, and postponements or cancellations could still occur. The leaker stressed that roadmaps are fluid, especially in a volatile memory market.
NVIDIA's Rubin and DLSS 5 Strategy for 2028
NVIDIA's next-generation gaming GPU architecture, codenamed Rubin and internally referenced as GR20x silicon, is already in development but won't arrive until 2028. Noobfeed reports that NVIDIA's strategy hinges on a new version of DLSS—its proprietary AI upscaling technology—that moves beyond simple frame generation toward real-time neural rendering.
DLSS 5 would allegedly help generate lighting, materials, and other visual elements in real-time, potentially making the RTX 60-series a more dramatic leap than past generational upgrades. By delaying to 2028, NVIDIA gains time to refine this technology and wait for memory supplies to stabilize, ensuring more affordable and faster cards reach market.
AMD's RDNA 5 Reboot Targets Tougher NVIDIA Competition
IXBT Games reports that AMD's full RDNA 5 lineup—the RX 10000 series coming in 2028—is designed to mount a stronger challenge to NVIDIA's dominance. The architecture will reportedly focus on improved high-end gaming performance, better ray tracing, AI capabilities, and stronger software support. AMD is using the two-year delay to refine the design and avoid a rushed launch.
AMD's GFX13/RDNA 5 work has already appeared in software development tools, confirming the architecture is real and advancing. But the 2028 target gives AMD time to close the feature and performance gap with NVIDIA, rather than launching incremental improvements that fail to win over gamers and data center buyers.
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