Okay, so this Zotac RTX 5090, it just blew up, right. Not the power connector this time, which is the usual story, but the actual PCIe connector on the card itself, like the gold fingers, they got a burn mark, and the motherboard too, it seems damaged there. This happened to a Reddit user, playing Assassin’s Creed Black Flag Resynced, just five minutes into the tutorial. A loud pop, crackling sounds, then smoke, and the system just shut down.
The user had an anti-sag bracket, but Reddit users are speculating, you know, that maybe the sag still caused a crack in the PCB, because these cards are just so big and heavy, and a crack could short it out. Or maybe it was a power delivery component failure, or even some USB issues on the motherboard, the user mentioned that too. This is a Zotac RTX 5090 SOLID, it was released on January 30, 2025, and this card had been running for about a year without problems. Assassin’s Creed Black Flag Resynced itself just came out, like, July 13, 2026, and a new NVIDIA driver, 610.74, was out July 7, 2026, with support for it.
No evidence links the driver to the failure, but it’s just another data point. The RTX 5090, it has a maximum power draw of 575 watts. The 12V-2x6 power connector, it was supposed to be an improvement over the old 12VHPWR, but it’s still having issues, still prone to melting. Reports of melting connectors, they go all the way back to the RTX 4090 in 2022, and they are still happening with the RTX 5090. It’s not just user error, people are saying, it’s a design problem.
The connector design, it pushes the limits of what the pins can handle, and uneven load distribution across the pins, that’s a big problem, it causes overheating and melting. This persistent issue raises serious questions about the long-term reliability of high-power GPUs and the standards governing their power delivery. Consumers are left wondering if their expensive hardware is a ticking time bomb, despite taking precautions like using anti-sag brackets or specialized cables. Even with ASRock’s TempGuard cables, which are supposed to shut down the PSU if temperatures get too high, there was a case where it failed, and a 12V-2x6 connector still melted on an RTX 5090.
This user, Riptide, had two RTX 5090 connector failures, different cards, different PSUs, both times the PSU side got more damage. The repeated nature of these incidents, even across different hardware configurations, points to a systemic challenge that the industry has yet to fully address. NVIDIA is really focused on AI right now, that’s where the money is, and you see it. NVIDIA has more than halved the number of Asian customers authorized to buy its AI chips, implementing a stricter compliance “white list” in Singapore, Malaysia, and Japan to prevent advanced processors from reaching China, that was just July 13, 2026. This is a big deal for their bottom line, and for the geopolitical tech landscape.
Their next earnings release, that’s coming up Wednesday, August 26, 2026, after the market closes. Everyone will be watching that. This strategic pivot towards AI, while financially lucrative, might be diverting critical engineering resources away from addressing persistent consumer GPU hardware issues, leading to a perception of neglect among the gaming community. The RTX 50 Super series, there were rumors of delays, then maybe an early 2027 launch at CES. Some of those rumored Super cards, like the RTX 5080 Super, they show a higher TGP, like 415 watts, up from 360 watts on the regular 5080.
The RTX 5070 Ti Super, it’s rumored to be 350 watts, a 50 watt increase over the 5070 Ti. More power, more heat, more potential problems, right? Are we just going to keep seeing this cycle? The trend towards ever-increasing power draw in consumer GPUs, coupled with the ongoing connector issues, suggests a future where hardware reliability could become a major point of contention.
Manufacturers face the difficult task of balancing performance gains with robust, safe power delivery systems. I mean, I bought 200 shares of INTC at $29.70 on January 13, 2023, and I’m holding that until it hits $150 or until they actually start consistently beating AMD in market share. This GPU situation, it’s just another headache for the industry. The fact that the 5090 is drawing 575W, that’s a lot of power, and it makes these issues more likely. It’s not just the power connector, it’s the whole package, the weight of the card, the stress on the PCB, everything.
It makes you wonder, what’s next, what’s the breaking point for these high-power components? The continuous push for higher performance without adequately addressing the foundational challenges of power delivery and physical stress on components could lead to a crisis of confidence among PC enthusiasts. The industry needs to prioritize reliability and safety alongside raw power to ensure a sustainable future for high-end gaming hardware.