Hyperthreading is any good for video editing?

ImperialCavalry

Commendable
Apr 17, 2016
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Hyperthreading reduces the rendering time or not? its increases CPU heat or decreases it? I mostly rendering 720p 30fps but long gaming content, like 25m-45m

thanks in advance
 
Solution
Hyperthreading will increase performance in any task which is accelerated by having more cores. Even though a hyperthreaded core isn't as good as two single cores as far as either multitasking or a threaded task, it's better than a single non-hyperthreaded core. My experience involves re-encoding blu-ray rips, and having an i7 definitely makes a very clear difference over an i5 (a similar chip, minus the hyperthreading feature).
Hyperthreading will increase performance in any task which is accelerated by having more cores. Even though a hyperthreaded core isn't as good as two single cores as far as either multitasking or a threaded task, it's better than a single non-hyperthreaded core. My experience involves re-encoding blu-ray rips, and having an i7 definitely makes a very clear difference over an i5 (a similar chip, minus the hyperthreading feature).
 
Solution


this fan any good for my i7 4790k (no overclock) COOLER MASTER HYPER TX3I EVO
 


Yeah, I haven't done a detailed look at temps between the two but I'd imagine a modest increase is likely. It probably isn't too huge since Intel rates the TDP of the i7 and i5 in the same range.

As to the cooler - http://www.guru3d.com/articles-pages/coolermaster-hyper-tx3-review,1.html

Not at the top of the pile but certainly much better than a stock cooler. Since there's no OC it should be fine.
 


Thanks! last question: I never touched to the BIOS CPU (AI Tweaker) settings, but I saw they are all in "Auto" setting, which means non-OC right? Because my motherboard is ASUS and a asus customer support agent told me a while
ago, "its always best to check motherboard settings, make sure they are in default settings"

my CPU is 4.0GHz

Core 0 4297.5 MHz x 43.0 99.9 MHz 34 °C
Core 1 4197.5 MHz x 42.0 99.9 MHz 36 °C
Core 2 4197.5 MHz x 42.0 99.9 MHz 32 °C
Core 3 4397.4 MHz x 44.0 99.9 MHz 32 °C

I think this is normal, yes? (I'm using High Performance power mode to prevent "GPU kernel driver stopped working" errors)
 
The default BIOS settings don't overclock a chip (or memory or anything else). Those temps are perfectly healthy; the limit on most chips is around 80-90C. With a stock cooler at full blast the chip gets to 70C, safe but with relatively little room to spare (or in case of dust in the heatsink, etc). I've noticed 'average-ish' third-party coolers like that keep temps no higher than the mid 50's at full load.