Can PC players really revive a graphics card by baking it in the oven? Is this trick actually worth trying?

A case with a very “folk remedy” vibe has popped up again in the PC hardware scene over the past couple of days: Reddit user AF_Newb put a Radeon RX 6700 XT that would not power on into a household oven, and the graphics card actually came back to life. According to the original post, the card was heated to 370 degrees Fahrenheit, about 188 degrees Celsius, and resumed working after 12 minutes. To onlooking gamers, this kind of story feels like a low-cost comeback victory, but from a repair standpoint, it looks much more like a high-risk gamble.

This kind of method is not unfamiliar in DIY communities and is usually referred to as “reflow soldering.” The core idea is simple: use high heat to remelt solder joints that may have developed microcracks and reconnect them, thereby temporarily restoring the circuit connection. The problem is that a household oven is not a precision repair tool. Temperature control inaccuracies, uneven heating, and differences in component heat tolerance can all turn a “rescue attempt” into a finishing blow. What might originally have been just a localized contact issue could end up damaging nearby components that were still perfectly fine.

From a strategic standpoint, the most misleading thing about this kind of operation is precisely that it does occasionally work. A single success story is enough to spread quickly through the community and make many people think they can replicate it too, but what it usually fixes is only a superficial contact problem, not the deeper root cause of the graphics card’s internal failure. In other words, powering on today does not mean stability tomorrow; a brief “revival” and a true repair are two completely different things.

More importantly, this is not just a hardware risk; it also comes with real-world health hazards. Putting computer parts into kitchen appliances can itself create problems such as residual contamination and secondary damage, and multiple tech media outlets have explicitly warned ordinary users not to imitate it. Especially for a graphics card at the level of the RX 6700 XT, even if it has already failed, it should not be handled in an almost “leave it to fate” manner, because once it is completely ruined, any chance of proper professional repair afterward may be cut off by your own actions.

If you really encounter a similar situation, my advice is straightforward: check the basics first, then decide whether to send it in for repair. This includes checking the power supply, slot contact, video output interface, and overall system compatibility. After confirming that the issue is not caused by external factors, prioritize contacting the original manufacturer or a professional third-party repair center. The reminder in the original text is actually the one most worth remembering: "The safest and most effective solution is still to have it inspected and handled by the original manufacturer or a professional third-party repair center." In an environment where hardware prices are still far from trivial, a repair path that is stable, traceable, and assessable is far more worthy of ordinary gamers’ trust than a one-off oven miracle.

Looking at community opinion, players are usually split into two camps on events like this: one sees it as an extreme attempt to “treat a dead horse like a live one,” while the other believes this kind of content can easily mislead beginners. I lean more toward the latter. Treating an occasional success as a universal solution is just as dangerous as treating a BUG as a feature; watching the spectacle is fine, but if you actually follow suit, chances are you will not be saving money—you will be sending off a device that might still have been repairable.