F5F Stay Refreshed Hardware Desktop Intel is likely to accelerate its work on 7nm and 5nm processes.

Intel is likely to accelerate its work on 7nm and 5nm processes.

Intel is likely to accelerate its work on 7nm and 5nm processes.

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SmartK1LLeR
Member
67
01-30-2023, 03:56 AM
#1
Ryzen 4000 series desktops will probably employ TCMS's 5nm+ technology. This could significantly outpace Intel, which might stick with a more advanced 14nm+ process.
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SmartK1LLeR
01-30-2023, 03:56 AM #1

Ryzen 4000 series desktops will probably employ TCMS's 5nm+ technology. This could significantly outpace Intel, which might stick with a more advanced 14nm+ process.

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Sheikrik
Senior Member
441
01-30-2023, 05:09 AM
#2
Certainly not, it's taken them more than two to three years to reach 10nm, especially for mobile chips. We're expecting Intel to release the 11th generation at 10nm next year, so I don't believe they'll suddenly shift to 7 or 5nm anytime soon.
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Sheikrik
01-30-2023, 05:09 AM #2

Certainly not, it's taken them more than two to three years to reach 10nm, especially for mobile chips. We're expecting Intel to release the 11th generation at 10nm next year, so I don't believe they'll suddenly shift to 7 or 5nm anytime soon.

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summerhills
Member
83
01-30-2023, 06:42 AM
#3
It's crucial to understand that Intel's approach differs from AMD's. They're not significantly lagging behind.
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summerhills
01-30-2023, 06:42 AM #3

It's crucial to understand that Intel's approach differs from AMD's. They're not significantly lagging behind.

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Si0neR
Member
235
01-30-2023, 06:51 AM
#4
Intel continues refining their 10nm process, with no indication of 7nm or 5nm developments in the near future.
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Si0neR
01-30-2023, 06:51 AM #4

Intel continues refining their 10nm process, with no indication of 7nm or 5nm developments in the near future.

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DIPPY91
Member
216
02-02-2023, 03:24 PM
#5
Well, no. Intel's 14nm and 10nm technologies lag significantly behind TCMS's 5nm process node. Intel's 14nm process nodes show a transistor density of 37.5 MTr/mm², while 100.76MTr/mm² for 14nm. TCMS's 5nm nodes achieve a much higher density of 173 MTr/mm².
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DIPPY91
02-02-2023, 03:24 PM #5

Well, no. Intel's 14nm and 10nm technologies lag significantly behind TCMS's 5nm process node. Intel's 14nm process nodes show a transistor density of 37.5 MTr/mm², while 100.76MTr/mm² for 14nm. TCMS's 5nm nodes achieve a much higher density of 173 MTr/mm².

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MrBattleKing
Member
73
02-02-2023, 05:12 PM
#6
The 5nm claims are misleading, and 4000-series CPUs continue using 7nm technology. 2. Intel won’t accelerate 7nm or 5nm solely due to 10nm issues; they haven’t abandoned 10nm yet, so where will the workforce needed for boosting development elsewhere come from?
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MrBattleKing
02-02-2023, 05:12 PM #6

The 5nm claims are misleading, and 4000-series CPUs continue using 7nm technology. 2. Intel won’t accelerate 7nm or 5nm solely due to 10nm issues; they haven’t abandoned 10nm yet, so where will the workforce needed for boosting development elsewhere come from?