F5F Stay Refreshed Hardware Desktop Let's get this straight—what do you need?

Let's get this straight—what do you need?

Let's get this straight—what do you need?

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Superjulo
Member
121
06-21-2023, 03:29 AM
#1
Let me share some tips on how to succeed in this challenge. I understand that increasing the number of cores isn't a major concern for you. If you truly aim to excel, simply add 60 more cores to your CPU. Whether it's as large as a pancake doesn't matter—what matters is that you're modifying your motherboard socket. Use your intelligence and embrace the 14nm process!
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Superjulo
06-21-2023, 03:29 AM #1

Let me share some tips on how to succeed in this challenge. I understand that increasing the number of cores isn't a major concern for you. If you truly aim to excel, simply add 60 more cores to your CPU. Whether it's as large as a pancake doesn't matter—what matters is that you're modifying your motherboard socket. Use your intelligence and embrace the 14nm process!

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OJ_Sloth
Junior Member
8
06-21-2023, 03:51 AM
#2
They seem to be doing something unclear or confusing.
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OJ_Sloth
06-21-2023, 03:51 AM #2

They seem to be doing something unclear or confusing.

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SilentWords
Junior Member
5
06-27-2023, 01:53 PM
#3
They have other options available. 10nm technology isn't available yet. It looks like they're not planning to roll back the new architecture to 14nm, as their current chips are large and costly to produce. Performance also suffers when increasing clock speeds, and many applications don't rely on those cores. It might be wiser to stick with their current approach rather than risking a loss by using cheaper, less efficient solutions like HCC or XCC dies. Waiting until 10nm and the SunCove-based architecture are ready could be a better strategy.
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SilentWords
06-27-2023, 01:53 PM #3

They have other options available. 10nm technology isn't available yet. It looks like they're not planning to roll back the new architecture to 14nm, as their current chips are large and costly to produce. Performance also suffers when increasing clock speeds, and many applications don't rely on those cores. It might be wiser to stick with their current approach rather than risking a loss by using cheaper, less efficient solutions like HCC or XCC dies. Waiting until 10nm and the SunCove-based architecture are ready could be a better strategy.

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226
06-29-2023, 11:53 AM
#4
They are bypassing the 10nm process.
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LuLuPlaysCraft
06-29-2023, 11:53 AM #4

They are bypassing the 10nm process.

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Shawned
Junior Member
8
06-30-2023, 10:07 PM
#5
Implementing 7nm process technology.
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Shawned
06-30-2023, 10:07 PM #5

Implementing 7nm process technology.

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matsieboy24
Member
52
07-02-2023, 07:06 PM
#6
The thread is currently locked, making it more appropriate for a status update.
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matsieboy24
07-02-2023, 07:06 PM #6

The thread is currently locked, making it more appropriate for a status update.