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Change the power source for a Lenovo ThinkStation S20

Change the power source for a Lenovo ThinkStation S20

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AdamKoudy
Senior Member
740
03-18-2024, 11:56 AM
#11
I recognize the importance of using reasonable names for hardware, though I must admit this shifts focus from the main concern. I’m eager to resolve this without risking damage or incurring costs if things go wrong. All your points seem logical. I can’t confirm the specs you mentioned, but I don’t think you’re trying to provoke. I’ve attached photos of the processor, graphics card, and motherboard I’m using. Please let me know if this clears things up.
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AdamKoudy
03-18-2024, 11:56 AM #11

I recognize the importance of using reasonable names for hardware, though I must admit this shifts focus from the main concern. I’m eager to resolve this without risking damage or incurring costs if things go wrong. All your points seem logical. I can’t confirm the specs you mentioned, but I don’t think you’re trying to provoke. I’ve attached photos of the processor, graphics card, and motherboard I’m using. Please let me know if this clears things up.

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Pandam4st3r
Member
66
03-22-2024, 08:08 AM
#12
The TDP figure doesn't always match actual power use; it's more about ensuring your cooling system can manage the heat. A silicon chip might temporarily use more power than its TDP allows, as long as the cooling setup can cope. For instance, if a CPU runs at full speed and the heatsink hits 50°C, the processor understands it needs to handle short bursts of higher consumption—up to around 80W for a few seconds—before the system stabilizes. After that brief spike, it should drop back below the cooling capacity to cool down. Intel uses TDP ranges rather than fixed numbers; they list values like 35W, 54W, 65W, and 80W. When they say a CPU has an 80W TDP, it means it's capable of handling up to that level but not necessarily at lower ones. Real chips can spike to 90–100W for short periods, depending on quality. Intel Xeon models often show these ranges, and the listed values help set expectations. For GPUs, the TDP is specific to the chip itself, though factors like memory type and efficiency play a role. The video card's power draw comes mainly from its GPU components, not the CPU's TDP, but similar principles apply when comparing performance across cards.
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Pandam4st3r
03-22-2024, 08:08 AM #12

The TDP figure doesn't always match actual power use; it's more about ensuring your cooling system can manage the heat. A silicon chip might temporarily use more power than its TDP allows, as long as the cooling setup can cope. For instance, if a CPU runs at full speed and the heatsink hits 50°C, the processor understands it needs to handle short bursts of higher consumption—up to around 80W for a few seconds—before the system stabilizes. After that brief spike, it should drop back below the cooling capacity to cool down. Intel uses TDP ranges rather than fixed numbers; they list values like 35W, 54W, 65W, and 80W. When they say a CPU has an 80W TDP, it means it's capable of handling up to that level but not necessarily at lower ones. Real chips can spike to 90–100W for short periods, depending on quality. Intel Xeon models often show these ranges, and the listed values help set expectations. For GPUs, the TDP is specific to the chip itself, though factors like memory type and efficiency play a role. The video card's power draw comes mainly from its GPU components, not the CPU's TDP, but similar principles apply when comparing performance across cards.

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_Grim__
Junior Member
40
03-22-2024, 08:39 AM
#13
This approach works well. I’ll try it and wish you success. Appreciate the support!
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_Grim__
03-22-2024, 08:39 AM #13

This approach works well. I’ll try it and wish you success. Appreciate the support!

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FeedLaBiche
Member
60
03-23-2024, 10:02 PM
#14
I removed all previous posts. The old card was reinstalled but the PC kept failing. Upon checking, a Brown Recluse spider had entered the CPU fan, causing it to stop spinning and overheating. After clearing debris, the fan resumed operation. I plan to inspect, clean, and reinstall the card tomorrow. Updates will follow.
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FeedLaBiche
03-23-2024, 10:02 PM #14

I removed all previous posts. The old card was reinstalled but the PC kept failing. Upon checking, a Brown Recluse spider had entered the CPU fan, causing it to stop spinning and overheating. After clearing debris, the fan resumed operation. I plan to inspect, clean, and reinstall the card tomorrow. Updates will follow.

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Jithle
Junior Member
40
03-25-2024, 04:34 AM
#15
I was completely rested and able to think clearly when trying to reinstall the card. It features two 8-pin connectors, but I didn’t see them because my thumb was covering two of the pins while handling it. Installing anything while tired isn’t a good idea. I also have two 6-pin connectors, but only one 8-pin is available, so this won’t work. I’ll save up to build another setup soon. Thanks for your time!
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Jithle
03-25-2024, 04:34 AM #15

I was completely rested and able to think clearly when trying to reinstall the card. It features two 8-pin connectors, but I didn’t see them because my thumb was covering two of the pins while handling it. Installing anything while tired isn’t a good idea. I also have two 6-pin connectors, but only one 8-pin is available, so this won’t work. I’ll save up to build another setup soon. Thanks for your time!

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BatGirl507
Junior Member
32
04-12-2024, 09:52 PM
#16
You can purchase adapters that transform one or two 6-pin PCI-E connections into a single 8-pin connector. The 6-pin section contains three sets of 12V and ground pairs, whereas the 8-pin version includes two additional ground wires for extra capacity. These three pairs can actually output over 300 watts, even though the standard PCI group limits are set at 150 or 75 watts. The power supply unit ignores these details and doesn’t measure each connector individually, so 6-pin to 8-pin adapters should function perfectly.
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BatGirl507
04-12-2024, 09:52 PM #16

You can purchase adapters that transform one or two 6-pin PCI-E connections into a single 8-pin connector. The 6-pin section contains three sets of 12V and ground pairs, whereas the 8-pin version includes two additional ground wires for extra capacity. These three pairs can actually output over 300 watts, even though the standard PCI group limits are set at 150 or 75 watts. The power supply unit ignores these details and doesn’t measure each connector individually, so 6-pin to 8-pin adapters should function perfectly.

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