LP...Logical Processor...it is not a true hardware core, but a memory-map reserve address, logistically actiing as if a real dedicated concrete CPU core.  So, if you have a 4 core CPU, when in Hyperthreading Mode, you would see 8 cores active....the four real, and the four logistical by core partition.

You did not answer the question on How do you asign the LP to a specific application.

By the way, all processors are Logical Processors, in HT mode or not. It's just that two LPs are emulated in HT mode. It is not correct to refer to these as one real and one logical, they are both one and the same real core.

Use a .bat file to launch addon exes with affinity: Start an app with Affinity batch file (.bat)

A first ever!  Hope you continue to get crystal clear scenery.

To be fair, he does say it was the same run whereby he usually get's blurry terrain.

Steve
With asn can i use one LP 0.

And have all other addons on 1 and 7

Or shall I just use 0 and 1

Thanks.

Just use 0, and 1 keeping in mind you corralled all your addons onto one core, that's OK but you can utilise LP7 at a pinch.

By the way, all processors are Logical Processors, in HT mode or not. It's just that two LPs are emulated in HT mode. It is not correct to refer to these as one real and one logical, they are both one and the same real core.

Use a .bat file to launch addon exes with affinity: Start an app with Affinity batch file (.bat)

To be fair, he does say it was the same run whereby he usually get's blurry terrain.Just use 0, and 1 keeping in mind you corralled all your addons onto one core, that's OK but you can utilise LP7 at a pinch.

Thanks Steve

I'm still confused thou mate what do mean I should carral all my addons on one core.

 

So I open LP and right click addons asn ezdok ut2 etc etc click always assign

 

And tick 0 and 1 LP for each addon?

 

Thanks

Mike

Question

Did you put pro atc on core 0 and asn on core 1 or both addons on both cores

That's where I get confused

 

Cheers

Mike

Hi, I assigned my addons to both LP's 0 & 1