This week, NVIDIA has announced that they are ending mainstream graphics driver support for Fermi-based GeForce GPUs. Effective as of this month (i.e. immediately), all Fermi products are being moved to legacy support status, meaning they will no longer receive Game Ready driver enhancements, performance optimizations, and bugfixes. Instead, they will only receive critical bugfixes through the end of the legacy support phase in January 2019.

While the announcement mentions ‘Fermi series GeForce GPUs,’ the actual support plan specifies that mainstream driver support is limited to Kepler, Maxwell, and Pascal GPUs. So presumably all Fermi products are affected.

In the same vein, also effective this month is NVIDIA dropping mainstream driver support for 32-bit operating systems, as announced in December 2017. Like Fermi, 32-bit operating systems will still receive critical security updates through January 2019. This update also encompasses GeForce Experience, which will no longer receive software updates for Windows 32-bit operating systems.

Given the current drivers, March’s version 391.35 on the Release 390 branch, this likely means that the next branch is due to release later this month, and that it will simultaneously drop support for Fermi and 32-bit operating systems.

The NVIDIA GeForce GTX 480

In context, NVIDIA’s previous architecture retirement came in March 2014, when their D3D10 Tesla architecture GPUs were moved to legacy status after around 8 years of support. And with this week’s announcement, Fermi has received mainstream support for around the same amount of time, marking the beginning of the end for NVIDIA's first D3D11-class GPU architecture.

However it's interesting to note that Fermi's legacy support window will end up being a lot shorter than Tesla's, stretching for just ten months versus two years for Tesla's. This may be a distinction that proves important, as complex and highly privileged video drivers have been an ongoing source of security vulnerabilities - including as recently as this year in NVIDIA's case. So while the vast majority of Fermi cards have been retired, for any that remain (particularly those in Internet-connected machines) the end of security updates is not a trivial matter.

In comparison, AMD’s GPUs contemporaneous to Fermi were moved to legacy status in 2015, with all pre-Graphics Core Next architectures affected. On AMD’s side, retiring pre-GCN products meant that all their supported GPUs were DX12 capable.

For NVIDIA’s Fermi, Kepler, Maxwell, and Pascal architectures, Fermi was the only one not immediately supported, though the current state of DX12 on Fermi is somewhat unclear. Last summer, NVIDIA’s drivers appeared to quietly enable it, and Fermi products are listed as DX12 supported GPUs, but NVIDIA’s DX12 GPU support page still notes Fermi support is pending. But in any case, this puts the focus on D3D12 supported GPUs, comparable to how NVIDIA’s 2014 retirement of D3D10 GPUs meant retirement of all pre-D3D11 products

NVIDIA support has also posted a list of Fermi series GeForce GPUs affected by this change.

Source: NVIDIA

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  • DanNeely - Monday, April 9, 2018 - link

    There're more gamers than just on steam, and more people with discrete cards than just gamers. But yeah pulling the plug on 32bit drivers at this point isn't a surprise.

    I suspect 32bit is still a larger share in the broader world mostly due to people who're still using 7-10 year old machines for web browsing, but without StatsCounter or NetMarketshare breaking down OS data by 32/64bittedness in their public data it's hard get a read on what their overall share is.
  • gggirlgeek - Monday, June 18, 2018 - link

    32-bit OS runs much faster on older computers. Some like the Core 2 duo CPU are still very relevant, especially paired with an inexpensive GT-640. My boyfriend's computer with these specs starts up faster than my 64-bit (same start apps,) and he runs Steam games on it all day. He just can't play the higher-end games requiring i5 CPU and better graphics, like Doom. We have to build an entire new system for that. Otherwise, my high-end desktop does nothing faster than his old 32bit. The exception is 4k video and gaming. For "most" people that's not an issue.

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