The tech world just witnessed another watershed moment as NVIDIA’s RTX 5090 was unveiled, and Linus Tech Tips had the privilege of getting hands-on with the latest flagship. What struck him most wasn’t just the raw power of these new graphics cards but how AI has become the foundation of everything NVIDIA does.
When NVIDIA CEO Jensen Huang stood on stage claiming the RTX 5070 would match 4090 performance at $549, his initial skepticism quickly turned to intrigue. Having tested the NVIDIA RTX 5090 firsthand, he can say that NVIDIA’s latest generation represents more than just incremental improvements – it’s a fundamental shift in how graphics processing works.
The RTX 5090: A New Performance Benchmark
The RTX 5090 immediately stands out with its surprisingly compact design. The dual-fan, dual-slot cooler with pass-through ventilation for both fans represents a significant engineering achievement. Gone are the days of awkward power adapters – NVIDIA has finally addressed the cable management concerns that plagued previous generations.
At $2,000, the 5090 commands a 25% premium over its predecessor, but the performance gains appear to justify the price increase. The specifications tell an impressive story:
- 512-bit memory bus
- 5,000 additional CUDA cores over the 4090
- 575-watt power rating
- Significantly improved memory bandwidth
The AI Revolution in Graphics
What truly sets this generation apart is its deep integration of AI technologies. During my testing of Cyberpunk 2077, the new DLSS 4 and Transformer model demonstrated how AI is fundamentally changing gaming graphics. Of 33 million pixels displayed, only 2 million were traditionally rendered – the rest were AI-generated.
While this might sound concerning to graphics purists, the results are remarkable. Yes, he noticed some minor artifacts – text occasionally jitters during movement, and bright objects sometimes create slight ghosting effects. But these imperfections are so subtle that most gamers wouldn’t notice them during normal gameplay.
The Democratization of High-End Gaming
The most exciting aspect of this launch isn’t the flagship model – it’s the more accessible cards in the lineup. The RTX 5070, priced at $549, represents a significant value proposition. While its claimed “4090-level performance” needs context (it relies heavily on AI upscaling and multi-frame generation), the potential for this level of performance at this price point is revolutionary.
The pricing strategy across the lineup shows an encouraging trend:
- RTX 5070: $549 (lower than previous generation)
- RTX 5080: $999 (16% reduction from 4080)
- Laptop GPUs starting at $1,299
Beyond Gaming: NVIDIA’s Broader Vision
The keynote revealed NVIDIA’s ambitious plans beyond gaming graphics other than NVIDIA’s RTX 5090. The introduction of Cosmos, their world foundation model for robotics, signals a significant shift in how robots might learn to interact with our world. This could revolutionize everything from warehouse automation to personal assistance robots, though the societal implications warrant careful consideration.
Their new Thor AV computer, featuring Blackwell architecture and Grace ARM CPU cores, promises 20 times the processing power of its predecessor. This leap forward could accelerate the development of autonomous vehicles and advanced robotics systems.
A Critical Perspective
While the technological achievements are impressive, we must maintain a balanced view. The heavy reliance on AI for performance gains raises questions about the future of traditional rendering. Are we moving toward a future where most of what we see in games is AI-generated? This has significant implications for game development and visual fidelity standards.
The pricing strategy, while showing some improvement, still keeps high-end gaming out of reach for many enthusiasts. The $2,000 price tag on the 5090 continues the trend of premium graphics cards becoming luxury items rather than accessible gaming hardware. Get to know more about NVIDIA’s RTX 5090 HERE.
Frequently Asked Questions
Q: How does DLSS 4 differ from previous versions?
Compared to DLSS 3.5, DLSS 4 introduces improved upscaling with fewer artifacts and lower latency. It uses advanced AI algorithms to generate more accurate frames, though some subtle artifacts may still be visible in specific scenarios.
Q: Is the RTX 5070 really as powerful as the 4090?
The RTX 5070’s performance is compared to the 4090’s, specifically in scenarios using DLSS 4 and multi-frame generation. Raw performance without these AI features will likely show a more modest improvement over its predecessor.
Q: What improvements does the RTX 5090 bring to power management?
The RTX 5090 features an improved power delivery system with a more efficient dual-fan cooling solution. Despite its 575-watt rating, the new design provides better thermal management and eliminates the need for problematic power adapters.
Q: How will NVIDIA’s Cosmos affect robotics development?
Cosmos provides a virtual training environment for robots, reducing physical testing requirements and associated costs. This could accelerate robotics development by allowing more extensive testing and training in simulated environments before physical implementation.
Q: Are the new GPUs worth upgrading from the 40 series?
For 40 series owners, the upgrade decision depends on specific needs. The 50 series offers significant improvements in AI processing and efficiency, but the performance gains in traditional rendering may not justify the cost of recent upgrades.
Finn is an expert news reporter at DevX. He writes on what top experts are saying.
