Uncharted 4 Avx2 Fix Better [WORKING]

iGameGod offers a variety of tools for you to use on your Non-Jailbroken (Jailed) or Jailbroken iPhone/iPad or Apple Silicon Mac!

Interested in learning more? Keep reading below!

uncharted 4 avx2 fix
uncharted 4 avx2 fix
uncharted 4 avx2 fix

The AVX2 "fix" for Uncharted: Legacy of Thieves Collection (which includes Uncharted 4

Updated: April 12, 2026

3.1 Hardware Test Platforms

If you fall into the second category, keep reading.

AVX2

(Advanced Vector Extensions 2) is a set of CPU instructions introduced by Intel with the Haswell architecture in 2013 and by AMD with the Excavator architecture in 2015 (and widely adopted in Ryzen). These instructions allow the CPU to perform mathematical operations on large chunks of data simultaneously (SIMD—Single Instruction, Multiple Data).

uncharted 4 avx2 fix

What makes iGameGod special?

iGameGod Overlay

iGameGod will overlay on top of your favorite apps. So there's no need to keep switching back and forth between apps. This approach also makes it easier for us to support Non-Jailbroken environments.

User Friendly

We've been hard at work polishing the user interface and making it easy to use. uncharted 4 avx2 fix

Listening to Feedback

We're always listening to feedback on what new features you would like to see added to iGameGod so keep them coming! The AVX2 "fix" for Uncharted: Legacy of Thieves

Constant Updates

iGameGod is constantly being worked on and updated with new features and fixes! Typically: steamapps\common\Uncharted 4\

Download iGameGod

Please click the links below depending if you're Jailbroken or Non-Jailbroken.

uncharted 4 avx2 fix
uncharted 4 avx2 fix

Uncharted 4 Avx2 Fix Better [WORKING]

The AVX2 "fix" for Uncharted: Legacy of Thieves Collection (which includes Uncharted 4

Updated: April 12, 2026

3.1 Hardware Test Platforms

If you fall into the second category, keep reading.

AVX2

(Advanced Vector Extensions 2) is a set of CPU instructions introduced by Intel with the Haswell architecture in 2013 and by AMD with the Excavator architecture in 2015 (and widely adopted in Ryzen). These instructions allow the CPU to perform mathematical operations on large chunks of data simultaneously (SIMD—Single Instruction, Multiple Data).