F5F Stay Refreshed Hardware Desktop These pins are separated to improve organization and clarity.

These pins are separated to improve organization and clarity.

These pins are separated to improve organization and clarity.

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kalleboii
Senior Member
738
07-05-2016, 12:59 PM
#1
These pins are grouped because they share similar functions or connections. Some appear combined for simplicity, while others differ in layout. As for the MOSFET, its rating isn't specified here, but it should be checked in the datasheet for accuracy.
K
kalleboii
07-05-2016, 12:59 PM #1

These pins are grouped because they share similar functions or connections. Some appear combined for simplicity, while others differ in layout. As for the MOSFET, its rating isn't specified here, but it should be checked in the datasheet for accuracy.

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Paula_Madej
Member
74
07-05-2016, 09:54 PM
#2
depends on whether the board is OEM or intended for consumers; those pins might differ from standard configurations, but a 4+4 pin setup is common anyway. It makes sense to assume they’re electrically similar as long as the pins can handle that configuration, 10/10, I’m not sure what I’m doing.
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Paula_Madej
07-05-2016, 09:54 PM #2

depends on whether the board is OEM or intended for consumers; those pins might differ from standard configurations, but a 4+4 pin setup is common anyway. It makes sense to assume they’re electrically similar as long as the pins can handle that configuration, 10/10, I’m not sure what I’m doing.

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LuLi1004
Junior Member
42
07-07-2016, 10:42 PM
#3
They likely included the first four-pin connector for backward support, allowing compatibility with older power supplies. They also added a second four-pin to accommodate high-power processors, though the initial connector should still work for around 200 watts or more. I’m fairly confident a single four-pin setup will function well, but without knowing the specific MOSFET types it’s hard to assess performance. The design seems to use multiple phases with different side configurations, possibly a 4+2+1 layout. The inclusion of two low-side MOSFETs helps manage heat and reduce current on each side, making it a decent VRM design. However, the absence of a heatsink limits overclocking potential and affects overall quality.
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LuLi1004
07-07-2016, 10:42 PM #3

They likely included the first four-pin connector for backward support, allowing compatibility with older power supplies. They also added a second four-pin to accommodate high-power processors, though the initial connector should still work for around 200 watts or more. I’m fairly confident a single four-pin setup will function well, but without knowing the specific MOSFET types it’s hard to assess performance. The design seems to use multiple phases with different side configurations, possibly a 4+2+1 layout. The inclusion of two low-side MOSFETs helps manage heat and reduce current on each side, making it a decent VRM design. However, the absence of a heatsink limits overclocking potential and affects overall quality.

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ItsFonts
Junior Member
30
07-09-2016, 02:33 PM
#4
The situation seems naturally arranged rather than intentional. It likely came about for cost reasons, though we can't be certain. The lack of a heatsink isn't ideal, but it shouldn't cause issues if you're not pushing the CPU too hard. The color suggests it's probably an OEM model, not a premium brand.
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ItsFonts
07-09-2016, 02:33 PM #4

The situation seems naturally arranged rather than intentional. It likely came about for cost reasons, though we can't be certain. The lack of a heatsink isn't ideal, but it shouldn't cause issues if you're not pushing the CPU too hard. The color suggests it's probably an OEM model, not a premium brand.

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Huracan_V10
Member
62
07-09-2016, 03:34 PM
#5
You can check the order of numbers to see if they add up to 4 plus 2 plus 1, which equals 7.
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Huracan_V10
07-09-2016, 03:34 PM #5

You can check the order of numbers to see if they add up to 4 plus 2 plus 1, which equals 7.

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Ender_Craft47
Posting Freak
866
07-09-2016, 06:40 PM
#6
I'm unable to confirm this, that's my assumption based on what I see... the parts around the CPU socket and the circuit board layout suggest it might be an OEM motherboard where some components were omitted. The missing fan header in the lower right and absent capacitor point toward a cost-cutting OEM build. The arrow at the bottom left and unusual screws are additional clues. The blue color is standard for Intel, so it likely belongs to an Intel or Dell OEM design. Such boards probably don<|pad|> a typical 4-phase power supply for the main CPU.
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Ender_Craft47
07-09-2016, 06:40 PM #6

I'm unable to confirm this, that's my assumption based on what I see... the parts around the CPU socket and the circuit board layout suggest it might be an OEM motherboard where some components were omitted. The missing fan header in the lower right and absent capacitor point toward a cost-cutting OEM build. The arrow at the bottom left and unusual screws are additional clues. The blue color is standard for Intel, so it likely belongs to an Intel or Dell OEM design. Such boards probably don<|pad|> a typical 4-phase power supply for the main CPU.