Cooler Master Announces GX II Gold Power Supplies

[btarunr]

Cooler Master has announced the GX II Gold series of power supply units (PSUs), a new line of PSUs designed for unparalleled durability, efficiency, and performance, catering to power users, enthusiasts, and custom builders. The GX II Gold comes fully loaded with an APFC half-bridge, LLC, and DC-to-DC design, achieving an 80 Plus Gold efficiency certification while maintaining exceptional performance. A smart thermal control mode and zero-RPM default mode effectively minimize noise and enhance heat dissipation, while an ATX 3.0 12VHPWR native cable featuring a space-saving 90-degree connector ensures flexible compatibility with the latest GPUs.



Key features for the GX II Gold include:

• 80 Plus Gold certification: The GX II Gold is certified to achieve more than 90% efficiency at typical loads.
• ATX 3.0 support: ATX 3.0 compatibility and a 12VHPWR connector enable peak power support up to 200% more than the unit's rated power.
• Smart thermal control mode: A zero-RPM default mode automatically activates the fan
• Fully modular cabling: Efficiently reduces clutter, increases airflow, and improves overall efficiency and thermal performance.
• 10-year warranty: This unit comes with a standard limited manufacturing warranty of 10 years from the date of purchase.

With the reliable durability, strength, and efficiency of the GX II Gold, you won't have to worry about a thing.

For more information, visit the product pages of the GX II Gold 850 W and GX II Gold 750 W.

View at TechPowerUp Main Site

 

[Nephilim666]

Am I a snob for only considering platinum or better?

 

[Andru123]

Am I a snob for only considering platinum or better?

Depends why you do that…
If the goal is to get as efficient system as possible, that is noble, saves you electric bill and green for the planet.
But platinum and gold start differ only in certain ranges of use. What is typical wattage range your pc operates?

 

[mrnagant]

Is there a good calculator you can use to figure out if it is worth upgrading PSU based on efficiency gains? I don't mind upgrading something if I have a decent ROI from a lower power bill.

For example I have a EVGA 210-GQ-0650-V1 (650W 80+ Gold) I got in 2019. It would be nice to plug in my specs and compare to other PSU to see what the wattage differences would be from the wall.

 

[Andru123]

Best way is to measure, then you know for certain. Get a kill-a-watt or one of those tp-link measuring plugs (ep25). Then you will see at wat power your computer works and can find it on the curve that every PSU provides.
Best investment.

 

[Cheeseball]

Best way is to measure, then you know for certain. Get a kill-a-watt or one of those tp-link measuring plugs (ep25). Then you will see at wat power your computer works and can find it on the curve that every PSU provides.
Best investment.

The TP-Link EP25P4 is awesome and affordable. The energy reading in the app is pretty accurate. I compared it to the one built into my main UPS (CyberPower 1500VA) and a Kill-A-Watt P4460.

 

[Frick]

Depends why you do that…
If the goal is to get as efficient system as possible, that is noble, saves you electric bill and green for the planet.
But platinum and gold start differ only in certain ranges of use. What is typical wattage range your pc operates?

I'm only on this Gold efficency, I'll wear my sackcloth underwear as repentence.

 

[Nephilim666]

Depends why you do that…
If the goal is to get as efficient system as possible, that is noble, saves you electric bill and green for the planet.
But platinum and gold start differ only in certain ranges of use. What is typical wattage range your pc operates?

Sorry for delayed reply. I have a TR40 workstation with a 3090 for scientific stuff and 7800x3D with 4090 for gaming stuff.

 

[Andru123]

Nah, we had a pleasant conversation with other folks here
You need to know what is your PC uses (advise: invest in kill-a-watt or similar meter for 20$ and just measure).
Let’s say you game on your PC 3 hr a day, and it uses 400W. Other time PC is off.
Look at the efficiency curve of the PSU (they provide it with the specs). A Platinum is 92% efficient at 400W, this Gold model is 91% at 400W. 1% difference = 4Watt. 4W x 3hr x 365 days = 4380 Watt-hours you will save per year with Platinum compared to this Gold. At 0.15$ per kWhr 4.38x0.15 = 0.65$
65 cent a year in savings - i doubt it is worth the price premium of Platinum over Gold.
Now, assume your other PC uses 700W 24/7.
At 700W, platinum is still 92% while Gold is 88%. 4% of 700W is 28Watt. 28W x 24hr x 365days = 245280 or 245 kWh that the Platinum will save you in that scenario. 245 x 0.15$ = 36$ a year. If Platinum cost 100$ more than a Gold, you will earn this price difference back in 3 years. For that scenario it definetly makes sense to consider Platinum - it will pay itself back.
Now this is just an example, use your own data in calculations, it is very simple.