F5F Stay Refreshed Hardware Desktop They maintain uniform dimensions through standardized design and manufacturing processes.

They maintain uniform dimensions through standardized design and manufacturing processes.

They maintain uniform dimensions through standardized design and manufacturing processes.

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panda_popo
Member
63
10-30-2021, 03:39 PM
#1
The Celeron G6900 matches the dimensions of the 12900k even though it has significantly different core counts because they are designed to fit within the same form factor. This allows them to share space and packaging while offering varying performance capabilities.
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panda_popo
10-30-2021, 03:39 PM #1

The Celeron G6900 matches the dimensions of the 12900k even though it has significantly different core counts because they are designed to fit within the same form factor. This allows them to share space and packaging while offering varying performance capabilities.

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Bauducco
Junior Member
4
10-30-2021, 05:25 PM
#2
The real die won't be...
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Bauducco
10-30-2021, 05:25 PM #2

The real die won't be...

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SgtGodOG
Junior Member
4
10-31-2021, 02:31 AM
#3
The Celeron now offers additional room beneath the built-in heat spreader. Every unit must maintain identical external dimensions to ensure compatibility with the same connectors and cooling systems.
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SgtGodOG
10-31-2021, 02:31 AM #3

The Celeron now offers additional room beneath the built-in heat spreader. Every unit must maintain identical external dimensions to ensure compatibility with the same connectors and cooling systems.

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Lord_Foxtrot
Senior Member
408
11-06-2021, 07:09 AM
#4
Typical dies fit within the standard heat spreader. When examining server CPUs or Threadrippers, they often use larger heat spreaders since the underlying die is significantly bigger due to increased core count. In some cases, the die is divided into multiple sections, such as with the Threadripper design, resulting in a larger overall size.
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Lord_Foxtrot
11-06-2021, 07:09 AM #4

Typical dies fit within the standard heat spreader. When examining server CPUs or Threadrippers, they often use larger heat spreaders since the underlying die is significantly bigger due to increased core count. In some cases, the die is divided into multiple sections, such as with the Threadripper design, resulting in a larger overall size.

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NinofanTOG
Member
211
11-06-2021, 01:12 PM
#5
They must share the same power supply and cooling solutions to ensure uniform IHS design. It would be chaotic if each board had its own separate components. Plus, all CPUs follow the identical LGA standard, meaning pin configurations and size reductions are consistent across models.
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NinofanTOG
11-06-2021, 01:12 PM #5

They must share the same power supply and cooling solutions to ensure uniform IHS design. It would be chaotic if each board had its own separate components. Plus, all CPUs follow the identical LGA standard, meaning pin configurations and size reductions are consistent across models.

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Bylli
Junior Member
5
11-08-2021, 02:55 AM
#6
the 'part' size remains consistent since the socket sets the size, not the silicon itself. if you spot images of delidded chips, the chip beneath the cover is typically much smaller for lower-end celerons compared to high-end ones. often intel releases several silicon variants per generation, and depending on how many are viable (yield in manufacturing is tricky), one part can become a variety of different chips—like the most efficient models going into xeons, the fastest clocking ones into 12900k, and those with faulty hyperthreading ending up without it.
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Bylli
11-08-2021, 02:55 AM #6

the 'part' size remains consistent since the socket sets the size, not the silicon itself. if you spot images of delidded chips, the chip beneath the cover is typically much smaller for lower-end celerons compared to high-end ones. often intel releases several silicon variants per generation, and depending on how many are viable (yield in manufacturing is tricky), one part can become a variety of different chips—like the most efficient models going into xeons, the fastest clocking ones into 12900k, and those with faulty hyperthreading ending up without it.

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LoganW2019
Member
113
11-08-2021, 04:48 AM
#7
Frequently the dies match in size since the internal chip matches a premium version, but some cores are turned off or the integrated graphics module is disabled. These restrictions happen because of manufacturing issues or because certain cores need excessive power to operate at the same speed as others. To maintain efficiency, Intel or AMD disable those cores to ensure the chip functions within specified power limits.
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LoganW2019
11-08-2021, 04:48 AM #7

Frequently the dies match in size since the internal chip matches a premium version, but some cores are turned off or the integrated graphics module is disabled. These restrictions happen because of manufacturing issues or because certain cores need excessive power to operate at the same speed as others. To maintain efficiency, Intel or AMD disable those cores to ensure the chip functions within specified power limits.