F5F Stay Refreshed Hardware Desktop Considering the chances with silicon

Considering the chances with silicon

Considering the chances with silicon

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228
03-15-2023, 03:00 PM
#1
Generally, the odds are much lower for the 14-core 2.6 base with 3.5 turbo compared to a 6-core 3.6 with 4GHz. The newer architecture offers better performance and efficiency, making it more likely to succeed.
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Thegamingnerds
03-15-2023, 03:00 PM #1

Generally, the odds are much lower for the 14-core 2.6 base with 3.5 turbo compared to a 6-core 3.6 with 4GHz. The newer architecture offers better performance and efficiency, making it more likely to succeed.

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Epictiger157
Member
152
03-18-2023, 12:24 PM
#2
To achieve many processing threads while maintaining strong single-core performance, it's possible to leverage the top core in a chip that outperforms a lower-core chip, even if the latter has a faster turbo clock.
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Epictiger157
03-18-2023, 12:24 PM #2

To achieve many processing threads while maintaining strong single-core performance, it's possible to leverage the top core in a chip that outperforms a lower-core chip, even if the latter has a faster turbo clock.

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Collapsinq
Junior Member
29
03-18-2023, 01:44 PM
#3
Whichever chip performs best is the one that wins the most victories with minimal cores used. Consider chips that can run under various cooling methods. Air cooling works well for some models, while others struggle in cold environments. The Visa Versa option offers flexibility. Think of it as a lottery where small details matter more than raw speed.
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Collapsinq
03-18-2023, 01:44 PM #3

Whichever chip performs best is the one that wins the most victories with minimal cores used. Consider chips that can run under various cooling methods. Air cooling works well for some models, while others struggle in cold environments. The Visa Versa option offers flexibility. Think of it as a lottery where small details matter more than raw speed.

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Leyhaya
Posting Freak
801
03-18-2023, 06:41 PM
#4
We're discussing the scale of variation in manufacturing—whether it's per batch, wafer, die, core, or even finer details.
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Leyhaya
03-18-2023, 06:41 PM #4

We're discussing the scale of variation in manufacturing—whether it's per batch, wafer, die, core, or even finer details.