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The anti-crypto thread

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Zorba said:
How is a computer going to pull 2400W? Unless you are installing a 220V plug for it. I think 1500W is the max appliance wattage you can sell in the US. And nearly all houses are built with 15-amp plugs and circuits which would be a max of 1,800 watts.

In general though, I would support a maximum wattage on computers. I also support minimum efficiency standards.
Click to expand...
Basically the ATX 3.0 specification states:
1) A PCI 5.0 component can use up to 600 W continuously
2) A PCI 5.0 component is allowed to spike up to 3x power for up to 100 microseconds.
www.pcworld.com

ATX 3.0 explained: Why Intel gave power supplies their first overhaul in 20 years

Intel talks all things ATX 3.0, PCIe 5.0 GPU connectors, and why you might need a new PSU.
www.pcworld.com www.pcworld.com
Then add in your CPU and other component's power consumption (like a few hundred watts maximum).

Combine those #1 and #2 and a GPU could theoretically use up to 1800 W for 100 microseconds. 100 microseconds isn't enough to trip typical circuit breakers.
 
VirtualLarry said:
Good info, @dullard , thanks. But you forgot to mention the enthusiast cards with TWO 16-pin connectors, thus double your estimations.
Click to expand...
Even then, using 1200 W continuously plus ~300 W for the rest of your system (~1500 W total) shouldn't trip a 15 A circuit breaker (1800 W). The current/time curve will vary from breaker to breaker. But, a typical 15 A home breaker will trip between ~10 seconds and ~100 seconds with a 30 A current. That means even if both PCI 5.0 connections used 3x power at the exact same time you'd still likely be able to run no problem with a typical 15 A breaker. That is because the excursion is only for 100 microseconds at max. And just because they CAN have that peak does not mean that any designed components WILL peak at 3x the rated power.

Although if I were to use a system like that, I'd just run a 20 A line or a 220 V line just in case.
 
Last edited:
VirtualLarry said:
You're going to see future ATX 3.0-compatible PSUs (with dual 16-pin PCI-E 5.0 connectors on them) that only run on 220V, for the higher-end enthusiast.

Might as well take the time to call an electrician out to install a 220v circuit in your "PC Room", if you are currently a high-end gamer.

Miners were the first to do this, but the gamers will follow suite soon enough.
Click to expand...
if you have a Tesla, you probably already have 220v plug installed.
 
VirtualLarry said:
democracyinnews.com

Yuga Labs Spotlight All The Things That's Unsuitable Within The NFT House - DemocracyIn News

What a circus this weekend changed into within the NFT world, and I don’t imply the nice type (are there any good sorts of circuses? They've at all times
democracyinnews.com democracyinnews.com


On the folly of NFTs...
Click to expand...
technobabble to me.
no idea wtf gas costs for Etherum?!
how does ETH even factor into nft's? no, nevermind... dont explain it. i dont want to know

and has anyone successfully resold nft's for big profit?
or only the content creators making $$$ from the suckers?
 
dullard said:
Basically the ATX 3.0 specification states:
1) A PCI 5.0 component can use up to 600 W continuously
2) A PCI 5.0 component is allowed to spike up to 3x power for up to 100 microseconds.
www.pcworld.com

ATX 3.0 explained: Why Intel gave power supplies their first overhaul in 20 years

Intel talks all things ATX 3.0, PCIe 5.0 GPU connectors, and why you might need a new PSU.
www.pcworld.com www.pcworld.com
Then add in your CPU and other component's power consumption (like a few hundred watts maximum).

Combine those #1 and #2 and a GPU could theoretically use up to 1800 W for 100 microseconds. 100 microseconds isn't enough to trip typical circuit breakers.
Click to expand...
Yeah, that makes sense. When @rstrohkirch pointed out that it was "transient" I figured it must be around 100 ms max, but that isn't really what anyone would consider "2400W," it'd be like claiming a 1HP was actually a 3HP motor because of in rush.
 
Zorba said:
How is a computer going to pull 2400W? Unless you are installing a 220V plug for it. I think 1500W is the max appliance wattage you can sell in the US. And nearly all houses are built with 15-amp plugs and circuits which would be a max of 1,800 watts.

In general though, I would support a maximum wattage on computers. I also support minimum efficiency standards.
Click to expand...
Most of your appliances are 30-amp. An 1800W UPS is 20 amp.
 
dlerious said:
Most of your appliances are 30-amp. An 1800W UPS is 20 amp.
Click to expand...
Yeah, citation needed.

Electric code in the US is 120V, single phase, with a 15-amp breaker. A few jurisdictions require 20-amp circuits, but still only require 15-amp plugs. Very few home have 30-amp, 120V circuits.

ETA, some appliances companies do have BS marketing using in-rush current and other BS specs, though.
 
dullard said:
www.cnn.com

Fidelity will soon offer bitcoin as an option in 401(k)s

www.cnn.com www.cnn.com
Basically they are allowing 401k buying.

www.investopedia.com

Why Fidelity Got Into Bitcoin

Fidelity Investments launched Fidelity Digital Assets in October 2018. Here's why the brokerage decided to enter the cryptocurrency game.
www.investopedia.com www.investopedia.com
Click to expand...

How many of those people are going to look at the recent Bitcoin price chart and think "Gee, that's a good place to put my retirement money", though?

I'd imagine that most corporate 401k's wouldn't even allow it, for the same reason they don't allow funds that short stocks. It's a too risky investment for retirement.
 
ultimatebob said:
How many of those people are going to look at the recent Bitcoin price chart and think "Gee, that's a good place to put my retirement money", though?
Click to expand...

This is a great year to buy BTC. 3 up one down. Buy on the down.

2011 +1500%
2012 +299%
2013 +5400%
2014 -43%
2015 +37%
2016 +130%
2017 +1516%
2018 -80%
2019 +80%
2020 +306%
2021 +64%
2022 -31.8% YTD
 
sdifox said:
1800W UPS does not pull 20A from a 110VAC socket.
Click to expand...
120V-125V
www.cyberpowersystems.com

OL2200RTXL2U

Prevent business interruptions and safeguard mission-critical enterprise network equipment. The CyberPower OL2200RTXL2U is a rack/tower UPS with double conversion topology. It provides sine wave output to critical applications and equipment that require seamless power correction. The Extended...
www.cyberpowersystems.com www.cyberpowersystems.com
 
dlerious said:
120V-125V
www.cyberpowersystems.com

OL2200RTXL2U

Prevent business interruptions and safeguard mission-critical enterprise network equipment. The CyberPower OL2200RTXL2U is a rack/tower UPS with double conversion topology. It provides sine wave output to critical applications and equipment that require seamless power correction. The Extended...
www.cyberpowersystems.com www.cyberpowersystems.com
Click to expand...

NEMA 5-20P is not common in the typical North American house at all. Typical circuit is 120VAC 15A, that is the code.
 
dlerious said:
120V-125V
www.cyberpowersystems.com

OL2200RTXL2U

Prevent business interruptions and safeguard mission-critical enterprise network equipment. The CyberPower OL2200RTXL2U is a rack/tower UPS with double conversion topology. It provides sine wave output to critical applications and equipment that require seamless power correction. The Extended...
www.cyberpowersystems.com www.cyberpowersystems.com
Click to expand...
VA by Input Type2,200 (2.2 kVA) at 120, 125 V input
2200 VA / 120 V = 18.33 A
2200 VA / 125 V = 17.6 A
Technically, this does not pull 20 A. 😉

I think you missed the actual voltage that you replied to "from a 110VAC socket". Why would you then post 125 V comments? Finally, that is a business UPS where many businesses have 20 A circuit breakers. Most US homes have 15 A circuit breakers. Both are a far cry from your "Most of your appliances are 30-amp" claim.
 
dullard said:
VA by Input Type2,200 (2.2 kVA) at 120, 125 V input
2200 VA / 120 V = 18.33 A
2200 VA / 125 V = 17.6 A
Technically, this does not pull 20 A. 😉

I think you missed the actual voltage that you replied to "from a 110VAC socket". Why would you then post 125 V comments? Finally, that is a business UPS where many businesses have 20 A circuit breakers. Most US homes have 15 A circuit breakers. Both are a far cry from your "Most of your appliances are 30-amp" claim.
Click to expand...

code says NEMA 5-20P has to be hooked up to 20A breaker. So not a typical 120VAC 15A circuit at all.
 
dullard said:
VA by Input Type2,200 (2.2 kVA) at 120, 125 V input
2200 VA / 120 V = 18.33 A
2200 VA / 125 V = 17.6 A
Technically, this does not pull 20 A. 😉

I think you missed the actual voltage that you replied to "from a 110VAC socket". Why would you then post 125 V comments? Finally, that is a business UPS where many businesses have 20 A circuit breakers. Most US homes have 15 A circuit breakers. Both are a far cry from your "Most of your appliances are 30-amp" claim.
Click to expand...
My mistake. I saw 1800W and assumed he was talking about 120V.
 
The recent fall of Bitcoin can't be good for the positivity Fidelity was looking for. Bad timing for this PR hype product.
 
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