F5F Stay Refreshed Hardware Desktop The pins on top of CPUs connect various components to the motherboard, enabling communication and power delivery.

The pins on top of CPUs connect various components to the motherboard, enabling communication and power delivery.

The pins on top of CPUs connect various components to the motherboard, enabling communication and power delivery.

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gamerageYT
Junior Member
2
05-21-2016, 05:35 AM
#1
Older CPUs typically contain more units because they were designed for less demanding tasks, while newer models focus on higher performance. This shift reflects changes in computing needs over time.
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gamerageYT
05-21-2016, 05:35 AM #1

Older CPUs typically contain more units because they were designed for less demanding tasks, while newer models focus on higher performance. This shift reflects changes in computing needs over time.

M
ManicFG
Member
72
05-21-2016, 06:04 AM
#2
Testing in a factory setting.
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ManicFG
05-21-2016, 06:04 AM #2

Testing in a factory setting.

D
Demonsss91
Posting Freak
767
05-21-2016, 07:26 AM
#3
And also set up the chip according to its final specifications, based on testing outcomes.
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Demonsss91
05-21-2016, 07:26 AM #3

And also set up the chip according to its final specifications, based on testing outcomes.

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CryptiCFutur3
Junior Member
32
05-28-2016, 06:18 AM
#4
I wonder if someone could experiment with those pads? It might be interesting to see if it unlocks higher performance or more cores. Spoiler: it could be pretty impressive if I can achieve better multithreading, all four cores, or handle HTS on my W3503. I’m thinking about unlocking higher tiers or 12x memory multipliers on an i5 750. I’m curious about whether the pin configurations for those pads are available publicly—since I haven’t seen them in any datasheets, though I skipped most of them just to find the info I needed. I’m looking for references like pad voltage mods or FSB modification settings.
C
CryptiCFutur3
05-28-2016, 06:18 AM #4

I wonder if someone could experiment with those pads? It might be interesting to see if it unlocks higher performance or more cores. Spoiler: it could be pretty impressive if I can achieve better multithreading, all four cores, or handle HTS on my W3503. I’m thinking about unlocking higher tiers or 12x memory multipliers on an i5 750. I’m curious about whether the pin configurations for those pads are available publicly—since I haven’t seen them in any datasheets, though I skipped most of them just to find the info I needed. I’m looking for references like pad voltage mods or FSB modification settings.