Samsung Galaxy Book 3 Ultra
Intel Core i7-13700H (6 performance cores / 12 performance threads + 8 efficient cores/threads)
NVIDIA GeForce RTX 4050 Mobile
I tried:
- low settings for all
- user.cfg for processor threads
- reinstalled game
- nVidia Profile Inspector
- turned off efficient cores through Process Lasso (set affinity)
When I launch the game, I get about 60-80 FPS from CPU and 80-120 FPS from GPU and low latency (https://i.postimg.cc/XvNBKXDx/1.jpg). But somewhere around 20-30-60 seconds after launching the game, 4 efficient CPU cores are fully loaded, and CPU FPS drops to 20-40, and latency increases extremely, causing the entire game be like a jello.
On screenshots 2 and 3 you can see the data during:
Battlefield 6 launched, in the main menu (https://i.postimg.cc/Pq6pShgf/2.jpg)
- 12 perfomance threads circled in red
- 8 efficient threads circled in green
- CPU utilization 30%
- threads loaded (effective clock on all threads) more or less evenly
Multiplayer started (https://i.postimg.cc/SsJX534F/3.jpg)
- 12 perfomance threads circled in red
- 8 efficient threads circled in green
- 4 loaded efficient threads circled in orange, effective clock only on them
- orange arrows is the moment when after 20-30-60 seconds of playing CPU threads started loaded fully
- 4 other efficient threads circled in purple went on parking (!), completly 0 load
This means there could be three problems:
- either Windows can't properly distribute load between CPU threads for Battlefield 6
- or the problem is with Intel Core (wait for a processor driver update ???)
- or the problem is with Battlefield 6 (wait for a game patch ???)
IDK how I can fully turn off efficient threads, maybe it would be a solution...
BTW, the temperature of the processor cores during the game is approximately 60-70 degrees Celsius (https://i.postimg.cc/jj8wMKGQ/4.jpg). So it's not a throttling issue.
P.S. Pls check the load on CPU threads during the game.
P.S.2 I checked in Community servers - the same. So it's not about ping, not RAM leakage... it's CPU leakage...
