Those aren't real frames—the GPU is generating them algorithmically
In the brief window of Prime Day discounts, two mid-range graphics cards have surfaced as genuine choices for PC builders — Nvidia's RTX 5070 at Newegg and AMD's RX 9070 at Amazon — each representing a distinct philosophy about how machines should serve human experience. The question is not merely which card is cheaper, but which vision of performance one trusts: the algorithmically amplified spectacle of Nvidia's AI-generated frames, or AMD's quieter promise of broader compatibility across the full arc of a gamer's library. This moment of purchasing clarity is shadowed by the near-certainty of an Nvidia refresh on the horizon, reminding us that in technology, as in life, the present is always provisional.
- Prime Day has cracked open a rare window where GPU prices actually approach what manufacturers intended — a fleeting opportunity in a market notorious for markups.
- Nvidia's RTX 5070 can multiply frame rates up to fourfold through AI generation, but strip that away and its native rendering power trails expectations, exposing the gap between marketed and measured performance.
- AMD's RX 9070 fights back with driver-level frame generation that works across nearly any game without developer cooperation, giving older libraries a second life that Nvidia's ecosystem cannot easily match.
- The decision is fracturing buyers along two fault lines: those chasing peak frame counts in new AAA titles, and those wanting a single card to serve a decade's worth of games without friction.
- An RTX 5070 Super refresh is widely anticipated, casting a shadow of obsolescence over any purchase made today and forcing buyers to weigh present savings against near-term regret.
Prime Day has delivered something uncommon in the graphics card market: discounts that actually mean something. Newegg is offering Nvidia's RTX 5070 below what Amazon charges, while Amazon has brought the AMD Radeon RX 9070 down to a more reasonable figure. Both cards are hovering near their suggested retail prices — a rarity worth acting on.
The RTX 5070 holds the price advantage, but the real contest is philosophical. Nvidia's DLSS 4 Multi-Frame Generation can push frame rates up to four times higher by algorithmically constructing frames between those the game engine actually renders. Paired with Nvidia's Reflex latency technology, the result can feel genuinely smooth — and the company's claim of RTX 4090-level performance holds up when that feature is running. Disable it, and the native rendering numbers tell a more modest story.
AMD's RX 9070 caps its frame doubling at 2x rather than 4x, which is sufficient for most players but less compelling for owners of high-refresh monitors hungry for 144 or 240 frames per second. Where AMD compensates is in reach: its Fluid Motion Frames feature works at the driver level, meaning nearly any game — including titles years old — can benefit without waiting for developer patches. The RTX 5070 requires explicit DLSS 4 integration, leaving older games behind unless Nvidia or a developer intervenes. In traditional rasterization benchmarks, the RX 9070 even edges ahead in titles like Cyberpunk 2077 and Hitman 3, though ray tracing remains Nvidia's domain.
The choice resolves around habit and tolerance. Players focused on new AAA releases who want maximum frame counts will find the RTX 5070 more compelling. Those with sprawling, multi-year libraries who want effortless performance gains across all of it will find AMD's flexibility harder to dismiss. One complication lingers for both camps: an RTX 5070 Super is almost certainly in development, and its arrival could reframe this entire comparison within months.
Prime Day has arrived with something genuinely useful for PC gamers hunting graphics cards: actual discounts on the hardware that matters. Newegg is running a price cut on Nvidia's GeForce RTX 5070 that undercuts what Amazon is offering, while Amazon itself has slashed the AMD Radeon RX 9070 to a more palatable number. Both cards are now sitting closer to their manufacturer's suggested retail price, which is rare enough in the custom GPU market to warrant attention.
The RTX 5070 wins on pure price, but the choice between these two mid-range cards hinges on something less tangible: how much you want the GPU to do the heavy lifting for you through artificial intelligence. Nvidia's approach leans hard into what it calls Multi-Frame Generation, a feature within DLSS 4 that can multiply your frame rates by as much as four times over. That's not a modest bump. In demanding games, it means the difference between 60 frames per second and 240, between playable and silky. The catch is that those aren't "real" frames in the traditional sense—the GPU is generating them algorithmically, filling in the gaps between frames the game engine actually renders. Nvidia pairs this with Reflex, its latency-reduction technology, to keep the experience responsive despite the synthetic boost. The company has claimed the RTX 5070 delivers GeForce RTX 4090 performance, a statement that collapses the moment you disable frame generation and measure native rendering power. But with Multi-Frame Generation running, the claim has teeth.
AMD's RX 9070 takes a different path. Its frame generation tops out at doubling your frame rate, not quadrupling it. For most players, doubling is plenty—it pushes you well past the 60 frames-per-second threshold that separates acceptable from smooth. But if you own one of those absurdly high refresh rate monitors, the kind that demands 144 or 240 frames per second to justify its existence, the Nvidia card's more aggressive multiplication becomes appealing.
Where AMD gains ground is in breadth. The RX 9070 can enable frame generation in nearly every game through a driver-level feature called Fluid Motion Frames, without waiting for developers to add explicit support. This matters for anyone with a backlog of older titles. You can boost performance in games from years past, though stability and input latency will vary depending on the specific game. The RTX 5070 requires developers to integrate DLSS 4 support, which means older games remain stuck at their native frame rates unless Nvidia or the developer patches them in later. In raw rasterization performance—the traditional way of measuring GPU strength—the RX 9070 actually edges ahead of the RTX 5070 in specific titles like Cyberpunk 2077 and Hitman 3 when AI upscaling is disabled. Ray tracing, the technique that simulates realistic lighting, still favors Nvidia, a pattern that has held for several generations.
The decision ultimately comes down to your gaming habits and tolerance for synthetic performance. If you want maximum frame rates in new AAA games and don't mind that some of those frames are algorithmically generated, the RTX 5070 is the safer choice. If you have a library spanning a decade of games and want to squeeze performance out of all of them without tweaking settings, the RX 9070 offers more flexibility. There's one more factor worth considering: Nvidia is almost certainly preparing an RTX 5070 Super variant, a beefier version that would likely target AMD's higher-end RX 9070 XT. If you're worried about your purchase becoming dated within months, either waiting for that refresh or stepping up to a more powerful card now might be worth the extra cost.
Citações Notáveis
The RTX 5070 boasts GeForce RTX 4090 performance—but only with Multi-Frame Generation enabled; native performance gains are modest.— Hardware analysis
The RX 9070 can enable frame generation in nearly every game through driver-level support, without waiting for developer integration.— AMD's Fluid Motion Frames capability
A Conversa do Hearth Outra perspectiva sobre a história
Why does it matter that one card generates frames and the other doesn't? Aren't they both just showing you more frames per second?
Not quite. The RTX 5070 is creating frames that didn't exist in the game's original rendering. It's educated guessing based on what came before and after. It works well most of the time, but it's fundamentally different from the GPU actually computing every pixel.
So AMD's approach is more conservative?
More honest, maybe. AMD doubles your frame rate, which is still significant. But it doesn't try to quadruple it. The tradeoff is you get real frames, not synthetic ones.
What about older games? Why does that matter for the RX 9070?
Because AMD's driver can inject frame generation into any game without the developer doing anything. Nvidia needs developers to add DLSS 4 support first. If you want to play a game from 2015 with frame generation, AMD lets you do it immediately.
And that actually works?
It works, but with caveats. Latency and stability depend on the game. It's not guaranteed to be smooth. But the option exists, and that's what Nvidia can't offer yet.
So which one should someone actually buy?
If you play new games and want maximum performance, Nvidia. If you have a backlog and want flexibility, AMD. But also watch for Nvidia's Super refresh—it might change the math entirely.