RTX 5090 & 5090D Bricked Issues: Causes, Symptoms, and Solutions

NVIDIA’s RTX 5090 and RTX 5090D graphics cards have faced widespread reports of “bricking”—a state where the GPU becomes completely non-functional and cannot be detected by the system. These issues have been noted across various manufacturers, with both consumer and enterprise users reporting problems soon after launch.

What Does “Bricked” Mean?

A bricked RTX 5090 or 5090D refers to a graphics card that:

• Produces no display output (black screen on boot)

• Is not recognized by the system BIOS, Windows Device Manager, or tools like nvidia-smi

• Shows no signs of recovery using standard troubleshooting (CMOS reset, driver reinstallation)

Major Causes of Bricking

1. Firmware and Driver Issues

• Firmware corruption during updates, especially using unofficial or interrupted BIOS/firmware flashes, is a leading cause.

• Certain NVIDIA driver versions (notably driver 551.32) have been linked to firmware corruption that leaves the card unusable.

• Some users experienced bricking immediately after initial driver installation, particularly with early-release drivers for the 5090 series.

2. PCIe 5.0 and Motherboard Compatibility

• The RTX 5090 series are NVIDIA’s first fully PCIe Gen 5.0 GPUs, introducing compatibility challenges with some motherboards.

• Some failures occurred when motherboards shared PCIe lanes between M.2 storage and GPU slots, or when PCIe Gen 5.0 was enabled. Forcing PCIe 4.0 mode reportedly helped certain users, though this is not a universal fix.

3. Overheating and Hardware Flaws

• Early reviews and thermal imaging found overheating issues, especially in voltage regulator modules (VRMs) and memory modules under heavy load or AI workloads. Poor thermal management could contribute to solder fatigue and permanent failures.

• PCB design flaws in some early batches may have caused power delivery problems, resulting in bricking during high-intensity tasks.

4. Power Supply and Component Quality

• Inconsistent or low-quality power supplies can cause voltage fluctuations, leading to board-level failures, burned ICs, or permanent hardware damage.

5. Overclocking

• Aggressive overclocking, without sufficient temperature management, was a factor for some users. Extreme settings increased the risk of thermal runaway and hardware breakdown.

Most Common Symptoms

• Black screen during or after boot; no POST (Power On Self Test)

• GPU not visible in BIOS, Windows Device Manager, or NVIDIA utilities

• Sudden freezes, especially under high computational load (AI, gaming)

• Burnt ICs, power loop failures, visible PCB damage in severe cases

Who Has Been Affected?

Mitigation and Recovery Steps

Initial Troubleshooting

• Re-seat the GPU and check all PCIe and power connections

• Clear CMOS or try the card in another system to isolate the issue

• Force PCIe 4.0 mode in BIOS (temporary workaround for some)

Dual BIOS Recovery

• Many RTX 5090/5090D cards have a secondary BIOS switch. Flipping it can sometimes recover a card bricked by firmware corruption

Firmware Reflash Tools

• NVIDIA and some board partners released recovery utilities, but use official files and stable systems only

RMA and Warranty

• If the card is permanently bricked, RMA (Return Merchandise Authorization) through the manufacturer is usually required. However, reports suggest mixed results, with some users facing denied claims if “thermal range” was exceeded or firmware tampering detected

Prevention Tips

• Avoid overclocking unless temperatures and voltages are strictly managed

• Use official BIOS and driver updates—never flash unofficial firmware

• Monitor temps regularly with tools like nvidia-smi or nvtop

• Invest in a high-quality power supply to minimize voltage irregularities

• Delay major firmware/driver updates until confirmed stable by the community

• Maintain adequate case and GPU cooling to prevent hotspots and thermal damage

NVIDIA’s Response

NVIDIA has officially acknowledged the issue and is investigating the cause, especially concerning driver and firmware interactions. Updates—such as hotfix firmware and new driver releases—have been rolled out, but users are advised to follow support protocols and avoid risky modifications.

Conclusion

The RTX 5090 and 5090D bricking crisis highlights the risks at the bleeding edge of GPU technology, especially around new standards like PCIe 5.0 and early driver releases. Users are advised to proceed cautiously with updates, maintain robust thermal and electrical environments, and rely on official support when trouble occurs. For now, these GPUs remain powerful yet potentially problematic investments for early adopters.