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It is at last the moment for us to determine if the Nvidia “Blackwell” GPU excitement is justified.
Nvidia unveiled the latest generation of gaming GPUs, dubbed “Blackwell” in honor of mathematician David Harold Blackwell, at CES 2025 in Las Vegas last week. The company has made numerous statements regarding the “Blackwell” 50-series GPUs relating to efficiency and performance, notably claiming that the RTX 5070 is capable of matching the performance of the RTX 4090.
Considering the remarkable gaming assertions and the design of the Nvidia GeForce RTX 50-series GPUs for AI and gaming tasks, we cannot help but question: is “Blackwell” a worthwhile investment?
Nvidia RTX 5090 gaming performance
During Nvidia’s Editor’s Day at CES, the company presented attendees with an advance glimpse at the architectural modifications, AI enhancements, and performance prospects of the RTX 50-series GPUs.
In terms of sheer gaming capability, the RTX 5090 flagship GPU still struggles to deliver 4K performance at Max settings. Titles such as Star Wars: Outlaws, Cyberpunk 2077, Black Myth: Wukong, and Alan Wake 2 still fail to reach the critical 60 fps (frames per second) threshold for acceptable playability. While it’s possible to play these titles at 30 fps, any game that includes shooting mechanics would benefit from improved framerates whenever feasible.
This is where DLSS 4 becomes significant. Utilizing Nvidia’s latest frame generation technology, you could engage in 4K gaming with frame rates surpassing 200 fps. However, such performance relies on software to create these supplementary frames instead of raw hardware, and not all titles provide support for DLSS 4.
There’s also the potential loss of visual quality with frame generation software like DLSS, as it upscales a lower-resolution image via AI. Thus, while you may be gaming at a lower resolution like 1440p, the GPU’s AI processing can make it appear as if you’re gaming in 4K. Consequently, many gamers may choose to forego frame-generation technologies such as Nvidia’s DLSS, AMD’s Fluid Motion Frames, or Intel’s XeSS.
Indeed, the 5090 merely outperforms the RTX 4090 by approximately 10% in terms of raw hardware performance.
While this data specifically pertains to the RTX 5090 desktop GPU, it remains pertinent for laptop gamers, as it clarifies the absence of gaming laptops featuring 4K displays nowadays. We’re still quite distant from making 4K gaming feasible.
Nvidia RTX 5080 Laptop GPU performance
Nvidia has likewise disclosed details regarding the performance expectations of the RTX 5080 Laptop GPU, which will include 16GB of VRAM.
The accompanying chart illustrates that with RT and DLSS 4 activated, the RTX 5080 can nearly double the gaming performance of the RTX 4080. Nevertheless, for gaming titles and tasks that do not support DLSS 4 and RT, the 5080’s performance is only 10-30% superior to that of the RTX 4080.
Nvidia has also capitalized on the AI capabilities of its new GPUs to enhance power efficiency during gaming, providing up to 40% longer gaming sessions on battery, and up to 30% extended web browsing and video streaming on battery, thanks to the optimized BatteryBoost system.
This new battery AI conserves power during low-motion scenes, slight pixel variations, and minimal player engagement scenarios. It can also optimize display refresh rates and offer quicker PCIe, SSD, memory, and IO power states to maximize battery performance on your device.
Laptops featuring the new RTX 50-series GPUs will launch starting in March.
| Laptop GPU | Initial Price |
| RTX 5090 | $2,899 |
| RTX 5080 | $2,199 |
| RTX 5070 Ti | $1,599 |
| RTX 5070 | $1,299 |
Nvidia RTX 50-series gaming AI
Nvidia’s “Blackwell” GPUs are designed for AI applications. The boards incorporate an AI controller that aids in frame generation, enhancing DLSS 4’s smoothness compared to previous versions. These GPUs are constructed to handle both gaming and AI workload pipelines.
While the majority of gamers may not desire to utilize their GPU for generative AI tasks frequently, Nvidia is committed to integrating AI into the gaming realm through further developments in gaming AI.
Nvidia demonstrated AI’s role in gaming through new implementations of InWorld’s Ace platform. Previously, we have witnessed Nvidia Ace employed to manage NPC dialogue in various tech demonstrations, but during CES 2025, the firm revealed multiple new iterations of the AI software.
Nvidia was showcasing Ace as a virtual assistant in your Player Unknown’s Battlegrounds matches, dubbed as the PUBG Ally. Although the PUBG Ally can participate in your matches, it does not operate as an AIM-bot to play on your behalf; rather, it serves as a digital companion offering guidance and gameplay tips in real-time. However, since the PUBG Ally exists as a digital avatar within the game, it can feel somewhat akin to cheating, as it can collect items and pass them to you, providing you an edge over other gamers.
The PUBG Ally version of Nvidia Ace is not anticipated to be released officially as part of PUBG, as it functions entirely on the client side.
Nvidia was also showcasing Ace as a streaming assistant in collaboration with StreamLabs, providing an aide for your livestream that can manage your camera, compile highlights, and modify your stream feeds. The Ace Streaming Companion does not currently have a specified launch timeframe, but the Streamlabs Intelligent Streaming Assistant will be available soon.
Nvidia is incorporating Ace into the game inZOI, enabling you to exert greater control over your Smart Zois. This feature will operate on the client side and is expected to be a prominent part of inZOI when it launches on March 28, 2025. Lastly, Nvidia is utilizing Ace to craft AI raid bosses for Mir5, which will alternate strategies to create additional challenges for players.
Because raids are not challenging enough without AI enhancements.
Prospect
The RTX 50-series GPUs are engineered for AI, in addition to gaming. However, if you are a dedicated hardware performance gamer wishing to play titles at maximum settings natively in 4K, the RTX 50-series may prove to be somewhat dissatisfying.
While it is possible to game in 4K at reduced graphics settings or with more optimized games, the RTX 5090 still falls short in enabling 4K gaming to be feasible for competitive players. Furthermore, since these cards are equally designed for AI and gaming, the prices of the RTX 50-series are exceptionally steep. They also demand considerable power and thermal management, which is not advantageous for your electricity bill.
The RTX 50-series does feature at least a 10% upgrade in pure silicon performance from generation to generation, which is commendable. Nevertheless, if you were wishing for this latest series of Nvidia GPUs to suddenly make 4K gaming competitive, turn 8K single-player gaming into a reality, or reduce the expenses associated with gaming using a discrete GPU, the outcomes are underwhelming.
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