DLSS 5 Hits Apple Silicon at 10 Times the Latency of RTX 5050 [2026]

By Indie Kings | September 20, 2026

Updated September 20, 2026: Modders have DLSS 5 neural rendering running on Apple Silicon through MLX-DLSS and DLSSMac, per VideoCardz. A MacBook Pro with M5 Pro and 16-core GPU needs about 240 ms per pass at 1440p versus about 24 ms on an RTX 5050, roughly 10 times the latency, so playback sits near 22 FPS at 960x600.

DLSS 5 neural rendering on Apple Silicon MacBook Pro with M5 Pro comparison

Image: DLSS neural rendering on Mac via the community port. Credit: VideoCardz.

What the two Mac ports do

Per VideoCardz on September 20, 2026, MLX-DLSS runs the neural model through Apple MLX and Metal while DLSSMac connects that backend to Windows games via ReShade and Apple Game Porting Toolkit. Sources are the DLSSMac GitHub by Mappsnet7 and an r/macgaming thread by AnyPomelo3352, as cited by VideoCardz.

Both are unofficial and need model data extracted from NVIDIA own DLSS libraries, per VideoCardz. No weights ship with the ports.

This joins community AMD HIP and Intel XMX Vulkan ports, per VideoCardz. The network itself is portable once runtimes are reproduced. Speed is the wall.

How slow it runs on M5 Pro

Per VideoCardz, the M5 Pro 16-core GPU test shows about 240 ms per neural pass at 1440p against about 24 ms for RTX 5050. That is roughly 10 times the inference latency.

The developer measured about 21.96 FPS but only at 960x600, per VideoCardz. Resolution cuts both ways: smaller frames run faster but show less of the DLSS benefit.

Off versus on stills in the relay show the pass active, but frame rate, not image quality, is the reported blocker.

Measurement per VideoCardz	M5 Pro Mac	RTX 5050 reference
Neural pass at 1440p	About 240 ms	About 24 ms
Latency ratio	Roughly 10 times slower on Apple path
Developer FPS claim	About 21.96 FPS at 960x600 only

Why Apple path lags Tensor Cores

Per VideoCardz, the M5 Pro cannot use the NVIDIA Tensor Core path and relies on less efficient processing. ReShade plus Game Porting Toolkit translation adds overhead on top.

NVIDIA targets DLSS 5 at RTX 50 Blackwell with native FP4 acceleration for low-precision AI, per VideoCardz. Apple Silicon lacks that exact pipeline, so the same 71-block network costs far more per frame.

Driver and API translation are not free. Every layer between the game and Metal takes a cut.

AMD, Intel, and Apple side by side

Per VideoCardz, the AMD HIP reimplementation reports about 33 FPS at 1080p on RX 9070 XT. The Intel Arc 140V XMX Vulkan port manages 3 to 5 FPS at 720p. Apple M5 Pro sits near 22 FPS at 960x600.

All three prove portability with unplayable or borderline speed. NVIDIA RTX 50 remains the only officially targeted path.

Whether AMD, Intel, or Apple pursue matching neural rendering natively is unconfirmed, per VideoCardz. Community ports will keep iterating regardless.

Port per VideoCardz	Reported speed	Path
AMD RX 9070 XT	About 33 FPS at 1080p	HIP reimplementation
Intel Arc 140V	3 to 5 FPS at 720p	XMX via Vulkan cooperative matrix
Apple M5 Pro 16-core	About 22 FPS at 960x600, 240 ms at 1440p	MLX and Metal plus ReShade and GPTK

Should you try it on a Mac

Try it for research on a spare setup, not for daily gaming. At 240 ms per 1440p pass the game cannot hold real frame rates.

You must supply model data from NVIDIA libraries yourself, per VideoCardz. Check the DLSSMac GitHub for current steps and game compatibility before touching a main library.

Our Intel Arc 140V DLSS piece covers the XMX Vulkan cousin with measured tables if you want the non-Apple comparison.

FAQ

Does DLSS 5 run on Apple Silicon?
Yes as an unofficial port via MLX-DLSS and DLSSMac, per VideoCardz. It is far from playable.

How slow is it on M5 Pro?
Per VideoCardz, about 240 ms at 1440p versus 24 ms on RTX 5050, with 21.96 FPS only at 960x600.

What do I need to supply?
Per VideoCardz, model data extracted from NVIDIA own DLSS libraries. Nothing ships with weights.

How does Apple compare to AMD and Intel ports?
Per VideoCardz, AMD hits about 33 FPS at 1080p, Intel 3 to 5 FPS at 720p, Apple about 22 FPS at 960x600.

Is this officially supported?
No. All three ports are community work, per VideoCardz. NVIDIA targets RTX 50 officially.

Where is the source?
DLSSMac on GitHub by Mappsnet7 plus the r/macgaming test thread, per VideoCardz.

Bottom Line

Apple Silicon joins AMD and Intel in proving DLSS 5 neural rendering is portable, and all three prove speed is the problem. At 10 times the latency of a 5050, the Mac port is a research milestone worth watching, not installing for play.