Can *Cyberpunk 2077* players still dare to push their GPUs?

They made a trade-off with the 16-pin power connector, compressing cable management for high-power flagship cards into a more compact form. From a product design perspective, that direction is understandable: the inside of the case looks cleaner, and the PC-building process becomes more standardized. But the latest analysis from Warranty Week delivers a harsh result: NVIDIA’s consumer GPU warranty repair-related spending has risen by as much as 1000% over the past twelve months.

At the data level, this looks more like a failed systemic regression test. NVIDIA allocated $894 million for warranty repairs in 2025, compared with just $81 million in 2024; within the same year, the warranty claim rate climbed from 0.17% in the first quarter to 0.90% in the fourth quarter. If you treat a graphics card as a complete hardware platform, this is no longer something that can be explained by a single user plugging in the cable improperly, but rather an engineering risk exposed jointly by the connector, cooling, power delivery headroom, and assembly fault tolerance.

Technically, the most troublesome part of the 16-pin connector issue is that it is not as easy to isolate as something like fan noise. Cases of melted plugs and sockets already appeared when the RTX 4090 first launched, and available information shows that this type of problem still exists in the latest RTX 50 series graphics cards. For hardware manufacturers, this is like a blocker-level bug that continues to reproduce even after launch; it is not something a simple driver patch can fix, and the supply chain, cable specifications, and after-sales assessment standards all have to be redone accordingly.

Another variable many players underestimate is that repairs themselves have become more expensive. The rapid development of the AI industry has led to a DRAM memory shortage, with prices rising severalfold, which has also driven up the cost of parts needed to repair returned graphics cards. On top of that, logistics and tariff costs have increased, further amplifying after-sales pressure across the professional graphics card manufacturing industry; this is no longer a simple matter of “it broke, replace it with another one,” but rather that every repair is consuming more materials and operational budget.

In comparison with peers, AMD is not completely unaffected either, just on a smaller scale. Its warranty repair expenses increased from $110 million in 2024 to $238 million in 2025, indicating that rising component prices and after-sales costs are industry-wide issues. But NVIDIA’s problem is more striking, because high-end card sales volume, per-card cost, and the risk associated with the 16-pin connector have all piled together, ultimately creating greater financial noise.

From a business logic standpoint, both NVIDIA and AMD are freezing large capital reserves to handle future consumer claims, which is essentially building a dedicated funding pool for risk in advance. The advice for buyers is also clear: if you are the kind of user who runs Cyberpunk 2077 with full ray tracing and sustained full load, you should pay special attention when buying a high-end card in the near term to the insertion space for the power cable, the quality of the adapter cable, and the installation angle of the whole system. Truly professional hardware design must not only win on the performance charts, but also stand up to long-term operation in terms of failure rate and after-sales cost.