F5F Stay Refreshed Hardware Desktop Top selection for cost-effective power usage.

Top selection for cost-effective power usage.

Top selection for cost-effective power usage.

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CreeperGame123
Junior Member
23
06-30-2023, 01:37 PM
#1
I'm looking to set up a server rig and was curious about the optimal CPU choice. I need something fast but efficient, avoiding high power consumption. I'm aiming for a price under 300 per watt, preferably lower if possible without sacrificing performance. The main focus should be on performance and power efficiency.
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CreeperGame123
06-30-2023, 01:37 PM #1

I'm looking to set up a server rig and was curious about the optimal CPU choice. I need something fast but efficient, avoiding high power consumption. I'm aiming for a price under 300 per watt, preferably lower if possible without sacrificing performance. The main focus should be on performance and power efficiency.

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HatSome26
Junior Member
28
06-30-2023, 08:34 PM
#2
Maybe a 7600 non x?
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HatSome26
06-30-2023, 08:34 PM #2

Maybe a 7600 non x?

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Mind_Warrior
Junior Member
13
07-01-2023, 05:23 AM
#3
It’s likely AMD, though I might prefer AM4 over AM5.
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Mind_Warrior
07-01-2023, 05:23 AM #3

It’s likely AMD, though I might prefer AM4 over AM5.

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Milad_PvP
Member
116
07-17-2023, 06:52 AM
#4
That sounds like a solid resolution. A 5600 or 5700x would work well.
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Milad_PvP
07-17-2023, 06:52 AM #4

That sounds like a solid resolution. A 5600 or 5700x would work well.

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xDeviantWolfe
Member
158
07-17-2023, 07:09 AM
#5
you can find used workstations around 2,2699 v3 models for about 350 dollars.
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xDeviantWolfe
07-17-2023, 07:09 AM #5

you can find used workstations around 2,2699 v3 models for about 350 dollars.

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Lexi48Heat
Member
223
07-21-2023, 03:34 PM
#6
Find 450+ options at pcserverandparts.com for a custom HP Z840 workstation with two processors.
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Lexi48Heat
07-21-2023, 03:34 PM #6

Find 450+ options at pcserverandparts.com for a custom HP Z840 workstation with two processors.

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KungJoel
Junior Member
48
07-21-2023, 04:23 PM
#7
Interesting point—5600 and 7600 both have a 65W TDP, but their power draw might differ. It’s unlikely they consume the same amount, especially with such a big jump in speed. Still, being efficient matters, even if it’s faster. Edited April 21, 2023 by podkall edit
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KungJoel
07-21-2023, 04:23 PM #7

Interesting point—5600 and 7600 both have a 65W TDP, but their power draw might differ. It’s unlikely they consume the same amount, especially with such a big jump in speed. Still, being efficient matters, even if it’s faster. Edited April 21, 2023 by podkall edit

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MaxSwets
Junior Member
45
07-22-2023, 02:38 AM
#8
65w remains 65w. The node is smaller and offers higher IPC for the 7600.
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MaxSwets
07-22-2023, 02:38 AM #8

65w remains 65w. The node is smaller and offers higher IPC for the 7600.

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towwl
Member
63
07-28-2023, 08:51 AM
#9
Yes, TDP is typically used to measure power consumption for cooling and temperature management.
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towwl
07-28-2023, 08:51 AM #9

Yes, TDP is typically used to measure power consumption for cooling and temperature management.

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FikarXD
Member
193
08-02-2023, 04:25 PM
#10
AMD’s approach isn’t ideal—it feels misleading and oversimplified. Many people rely on buckets because there’s been a lot of change in Intel components, making it hard to grasp the real power usage. The heat generated by the CPU is released as waste, not useful work. A 65W TDP for AMD translates to an 88W PPT, which is frustrating since both heat output and power delivery matter. Still, AMD has a valid argument: in everyday use, short spikes to 88W are manageable with efficient cooling. A cooler handling 70W will work well, even if the entire chip briefly reaches 88W.
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FikarXD
08-02-2023, 04:25 PM #10

AMD’s approach isn’t ideal—it feels misleading and oversimplified. Many people rely on buckets because there’s been a lot of change in Intel components, making it hard to grasp the real power usage. The heat generated by the CPU is released as waste, not useful work. A 65W TDP for AMD translates to an 88W PPT, which is frustrating since both heat output and power delivery matter. Still, AMD has a valid argument: in everyday use, short spikes to 88W are manageable with efficient cooling. A cooler handling 70W will work well, even if the entire chip briefly reaches 88W.

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