F5F Stay Refreshed Hardware Desktop Yes, power equals power in terms of magnitude, but it depends on context and units.

Yes, power equals power in terms of magnitude, but it depends on context and units.

Yes, power equals power in terms of magnitude, but it depends on context and units.

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_KotoVasa_
Member
197
11-10-2022, 06:54 AM
#21
it was close to 90W without the PBO, right? A new design doesn't necessarily mean a big speed boost without using more power—maybe just a slight or moderate increase. But definitely not a huge jump. The new CPU with double cores and threads, same architecture, still manages to cut its power consumption by about 40% compared to the previous one.
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_KotoVasa_
11-10-2022, 06:54 AM #21

it was close to 90W without the PBO, right? A new design doesn't necessarily mean a big speed boost without using more power—maybe just a slight or moderate increase. But definitely not a huge jump. The new CPU with double cores and threads, same architecture, still manages to cut its power consumption by about 40% compared to the previous one.

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taco2006
Member
203
11-19-2022, 01:39 AM
#22
The second processor runs at roughly 90 watts when fully loaded, while the first uses about 145 watts. This difference explains why the TDP is listed as 65W and 105W—mostly based on typical usage rather than peak performance.
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taco2006
11-19-2022, 01:39 AM #22

The second processor runs at roughly 90 watts when fully loaded, while the first uses about 145 watts. This difference explains why the TDP is listed as 65W and 105W—mostly based on typical usage rather than peak performance.

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Nick_Names
Junior Member
12
11-25-2022, 04:56 AM
#23
Chiplets are arranged with varying die thicknesses using different styles like 8nm and 10nm, among other factors. There are numerous reasons behind these differences. It's also crucial to remember that each manufacturer measures TDP differently, making those numbers quite subjective. (Hope some experts provide unbiased data soon.) A CPU contains countless components, which makes it challenging to pinpoint a single cause. There are billions of transistors, so many possibilities exist.
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Nick_Names
11-25-2022, 04:56 AM #23

Chiplets are arranged with varying die thicknesses using different styles like 8nm and 10nm, among other factors. There are numerous reasons behind these differences. It's also crucial to remember that each manufacturer measures TDP differently, making those numbers quite subjective. (Hope some experts provide unbiased data soon.) A CPU contains countless components, which makes it challenging to pinpoint a single cause. There are billions of transistors, so many possibilities exist.

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Lucky5955
Junior Member
26
11-29-2022, 08:02 PM
#24
Organize the layout in a different way; it remains the same CPU unless you alter the overall area or place components that generate excessive heat close together.
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Lucky5955
11-29-2022, 08:02 PM #24

Organize the layout in a different way; it remains the same CPU unless you alter the overall area or place components that generate excessive heat close together.

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itskelleth
Junior Member
31
11-30-2022, 04:21 AM
#25
The sentence you mentioned was quite challenging to read. I didn’t include any details about the layout, and there’s no mention of a different CPU being used. It seems the focus was on potential variations in cooling performance rather than hardware differences.
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itskelleth
11-30-2022, 04:21 AM #25

The sentence you mentioned was quite challenging to read. I didn’t include any details about the layout, and there’s no mention of a different CPU being used. It seems the focus was on potential variations in cooling performance rather than hardware differences.

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