We’ve lined the studies of instability throughout the RTX 3080 and RTX 3090 product or service households, even cards from various companies. An early idea, coined by Igor of Igor’s Lab, is that the issue could be brought about by sub-par electric power circuitry, primarily given that there seemed to be evidence that the problems had been concentrated in specific specific GPU households significantly much more so than others.
Nvidia and distributors have remained very silent about the issue to-date, but MSI has produced a assertion recently. It says:
MSI turned aware of studies from shoppers, reviewers, and procedure integrators that there may well be instability when GeForce RTX 30 Sequence graphics cards main clocks exceeded a specific total. The most recent GeForce driver (456.55) involves fixes for the issue. As this kind of, MSI suggests owners of GeForce RTX 30 Sequence graphics cards update to the most recent driver release which can be downloaded from the NVIDIA GeForce web site.
MSI stands behind its design and style decisions for its GeForce RTX 30 Sequence graphics cards catalog which is made up of GAMING versions and VENTUS versions. MSI makes use of a blended capacitor grouping in its models to gain from the strengths of the two SP-Caps and MLCCs. All MSI GeForce RTX 30 Sequence cards that have delivered out given that the commencing of creation, which involve media critique samples, characteristic the PCB configurations as demonstrated in the current photographs underneath.
MSI also produced an impression of the backs of its GPUs to prove the models haven’t changed.
Here’s the real truth of the problem as we know it nowadays:
Nvidia introduced Ampere. A ton of shoppers experienced problems with Ampere. A rational idea centered on the high-quality of the electric power rail circuitry was innovative and endorsed as plausible.
In the meantime, people found out that lowering your GPU raise clock by ~100MHz or locking your GPU clock to a significant, fixed frequency the two manufactured much more stability. This was not in rigidity with the to start with idea — a circuit that just can’t quite hold up with the desire places on it at 2.1GHz could possibly be perfectly at simplicity at 1.9GHz. Equally, regularly switching a GPUs clock pace up and down necessitates significantly much more complex electric power distribution compared with jogging issues at a static clock.
Soon after numerous days of speculation, Nvidia has produced a new driver, 456.55, that looks to have substantially enhanced the problem for most players. Online games that had been formerly unstable at minimal clocks now operate rock-good at better frequencies. There are some people even now getting problems immediately after the update, but it appears to have labored for the the greater part of people.
We’re even now heading to hold an eye on this option as it evolves, but Nvidia’s most recent driver appears to resolve the issue quite successfully.