F5F Stay Refreshed Hardware Desktop HP Pavilion 23 (2015) Comprehensive CPU Upgrade Kit

HP Pavilion 23 (2015) Comprehensive CPU Upgrade Kit

HP Pavilion 23 (2015) Comprehensive CPU Upgrade Kit

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TheMightyElf
Member
214
04-28-2016, 02:10 PM
#1
I'm looking at switching from your Intel Core I5-4660t to the I7-4765T. The main concerns are whether it's worth the upgrade and if it's feasible given you're using an All-in-One PC with a Lavender-U motherboard. Thanks for the support!
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TheMightyElf
04-28-2016, 02:10 PM #1

I'm looking at switching from your Intel Core I5-4660t to the I7-4765T. The main concerns are whether it's worth the upgrade and if it's feasible given you're using an All-in-One PC with a Lavender-U motherboard. Thanks for the support!

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HitTom9886
Member
229
05-05-2016, 05:53 AM
#2
Maybe, though certainty isn't assured. I changed from an i3 2120 to an i5 2500K and it functioned well (which came as a pleasant surprise since that chip wasn’t that powerful). It relied heavily on the BIOS support available. There’s likely a marginally better chance if there’s another iteration of that model with that processor.
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HitTom9886
05-05-2016, 05:53 AM #2

Maybe, though certainty isn't assured. I changed from an i3 2120 to an i5 2500K and it functioned well (which came as a pleasant surprise since that chip wasn’t that powerful). It relied heavily on the BIOS support available. There’s likely a marginally better chance if there’s another iteration of that model with that processor.

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Cooper005
Member
69
05-06-2016, 10:32 AM
#3
It’s likely you’ll notice a 30-40% boost when using more than four threads. In other cases, speed will be almost identical. The main difference between these two chips is that the i7 supports HyperThreading, runs at a higher maximum boost speed, and has slightly more L3 cache. What are you planning to do with the computer?
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Cooper005
05-06-2016, 10:32 AM #3

It’s likely you’ll notice a 30-40% boost when using more than four threads. In other cases, speed will be almost identical. The main difference between these two chips is that the i7 supports HyperThreading, runs at a higher maximum boost speed, and has slightly more L3 cache. What are you planning to do with the computer?

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Uvile1
Junior Member
1
05-06-2016, 11:33 AM
#4
I help with daily tasks and gaming, focusing on Fortnite, Valorant, and Splitgate.
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Uvile1
05-06-2016, 11:33 AM #4

I help with daily tasks and gaming, focusing on Fortnite, Valorant, and Splitgate.

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Beccaa
Junior Member
43
05-12-2016, 05:49 AM
#5
The main bottleneck for gaming comes from the integrated graphics. The i7 offers an extra 100MHz at the Intel HD 4600, which isn't a major boost compared to what you already have. It provides only about an 8% increase in max frequency, and performance gains will likely be limited to around 3-4%. If your computer is often busy with office work or web browsing, the i7 probably won’t significantly improve gaming experience unless your CPU is consistently at full capacity. What level of CPU activity do you observe while using the machine?
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Beccaa
05-12-2016, 05:49 AM #5

The main bottleneck for gaming comes from the integrated graphics. The i7 offers an extra 100MHz at the Intel HD 4600, which isn't a major boost compared to what you already have. It provides only about an 8% increase in max frequency, and performance gains will likely be limited to around 3-4%. If your computer is often busy with office work or web browsing, the i7 probably won’t significantly improve gaming experience unless your CPU is consistently at full capacity. What level of CPU activity do you observe while using the machine?

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DarcKnack
Junior Member
33
05-13-2016, 12:25 PM
#6
For gaming there will not be an upgrade basically. Cpu performance wise yes but for everyday stuff there won't be a difference. So basically a pointless upgrade.
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DarcKnack
05-13-2016, 12:25 PM #6

For gaming there will not be an upgrade basically. Cpu performance wise yes but for everyday stuff there won't be a difference. So basically a pointless upgrade.

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pandaman06
Member
61
05-13-2016, 01:50 PM
#7
Typically 65-70% usage in casual computing and full utilization in games.
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pandaman06
05-13-2016, 01:50 PM #7

Typically 65-70% usage in casual computing and full utilization in games.