- Feb 8, 2015
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Hi All,
I have tried out some bench marking tools on my computer and have stuck with CPU-Z as a reference for this question.
When I try the stress test with CPU-Z the program states it running at 100% load allfine and dandy.
however when i look at the task manager performance tab, i see that it jumps up and down from 100% to sitting at 80% alot along side the cpu speed changing from 2.7ghz to 1.9ghz in a second.
Funnily enough i took the laptop in for repairs and they replaced the motherboard because i also found that it couldnt hold a stable transfer to a usb or external hdd(wd 2tb usb 3.0), it would constently jump from 3.0 speed to anywhere around 50-100kbs which i believe s slower then usb 1.
I am just curious if i should question the constent cpu power changing on the newer board and if i have to worry about the transfer speed to act up again as well.
Ps i have only transfered one folder with 60gb of videos accross so far and it had a big drop in the middle of the transfer but for the most part it stayed on a gradient.
Thanks for the help
I have tried out some bench marking tools on my computer and have stuck with CPU-Z as a reference for this question.
When I try the stress test with CPU-Z the program states it running at 100% load allfine and dandy.
however when i look at the task manager performance tab, i see that it jumps up and down from 100% to sitting at 80% alot along side the cpu speed changing from 2.7ghz to 1.9ghz in a second.
Funnily enough i took the laptop in for repairs and they replaced the motherboard because i also found that it couldnt hold a stable transfer to a usb or external hdd(wd 2tb usb 3.0), it would constently jump from 3.0 speed to anywhere around 50-100kbs which i believe s slower then usb 1.
I am just curious if i should question the constent cpu power changing on the newer board and if i have to worry about the transfer speed to act up again as well.
Ps i have only transfered one folder with 60gb of videos accross so far and it had a big drop in the middle of the transfer but for the most part it stayed on a gradient.
Thanks for the help
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