NVIDIA dropped 32-bit PhysX support in its RTX 50-series GPUs, but it's not as big of a deal as some are making it out to be. Here's what you need to know.

With the arrival of Nvidia's new RTX 50 series, we had to say goodbye to PhysX 32-bit support. This is a pain if you want to play older games that rely on the technology, as your performance will ...

Since the 32-bit PhysX processor was deprecated on the latest RTX 50 series GPUs, playing games with PhsyX enabled runs terribly with huge FPS drops that go below 20 in some cases.

Nvidia’s RTX 5090, 5080, 5070 Ti and more don’t support PhysX in games, as Nvidia has deprecated the technology. Nvidia’s done with PhysX, it seems. Skip to main content.

Nvidia dropping 32-bit PhysX from the RTX 50-series' CUDA infrastructure is another sign that game preservation can't depend on those making gaming hardware. Skip to content Gizmodo.

PhysX's GPU-accelerated physics tech was acquired by Nvidia in 2008, and its realistic simulation of moving cloth, liquids, smoke and fog, and shatter particle effects was implemented in a number ...

As highlighted by Tom's Hardware, Nvidia quietly removed 32-bit support for one of its proprietary technologies, PhysX, on RTX 5000 series GPUs - a feature that was used in plenty of older titles ...

NVIDIA went a little press release crazy this morning, announcing that Sega, Capcom, GRIN, and 8monkey Labs have all turned to NVIDIA's PhysX technology to make their games better.

An end of an almost lifelike era. When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works. 32-bit implementations of PhysX, Nvidia's physics engine ...

Nvidia's PhysX offerings to developers didn't always generate warm feelings. As part of its broader GamesWorks package, PhysX was cited as one of the reasons The Witcher 3 ran at notably sub ...

PhysX effects were never essential to the games they were featured in. (Most of those games were also released on consoles, which didn’t have any PhysX support.) And old games are always at risk ...