Well, that’s a nice tangible way of tallying up consumption of electronics; in a very narrow and sensationalist headline.
Forrest for the trees. How about converting street lamps to LED first? Knocking off coal fired plants. And while we’re at it, let’s not sink server rads in the sea simply because it provides more energy “cost efficient” cooling for IT data centres.
https://home.uni-leipzig.de/energy/ener ... als/04.htm
58kWh is the human average. Per day!
"Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Devices like computers tend to use /the most/ power when booting up. Boot up with any frequency and you loose all benefits of being off in the first place.
The article conflates the S and the X. Do they really draw the same on idle?
What about all the extra power it draws for menial tasks like watching Netflix?
The Xbox Series S/X initially drew 25 to 28W of "instant on" standby power at launch, but a recent firmware update caused a dramatic reduction, placing the new systems below the ~13W drawn by the Xbox One's "instant on" mode. The PlayStation 5, by contrast, uses between 1 and 2 watts when sitting idle in "rest mode."
You're comparing apples and oranges here. An instant on/install games when you're not using the xbox/get updates vs off. They both use ~1W when in "standby" or "rest".
Sony doesn't have this option, so why are they being compared side by side as if they are the same?
My utility company sent us free power saving stuff for being within the income range and they're great for stuff like this. They gave us a power stuff with an IR sensor that you put by the TV's IR sensor, and the kill switch is on until you try to turn the TV on with the IR. I'm sure it helps prevent a lot of phantom drain from the various consoles, Blu Ray players, etc. plugged in. Only takes an extra second or two to turn everything on as well.
What about all the extra power it draws for menial tasks like watching Netflix?
Doesn't it use a ssd? Why would anything with a ssd need to reduce boot time? How long does this thing need to boot anyway?
To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
Boy, the NRDC's going to have a fit when they start looking at the computers with kilowatt power supplies with graphics cards that draw over 300W and CPUs that draw over 100W while gaming.
I agree with the NRDC though, to have the default power mode set to the lowest one on consumer gaming consoles just because average people won't know to switch it to low power mode and the fact that there are so many consoles in households.
BTW I'm one of those energy hogs that runs his Xbox One so that upgrades can happen in the background.
Boy, the NRDC's going to have a fit when they start looking at the computers with kilowatt power supplies with graphics cards that draw over 300W and CPUs that draw over 100W while gaming.
I agree with the NRDC though, to have the default power mode set to the lowest one on consumer gaming consoles just because average people won't know to switch it to low power mode and the fact that there are so many consoles in households.
BTW I'm one of those energy hogs that runs his Xbox One so that upgrades can happen in the background.
Energy use while gaming is one thing, and we can argue about it. But energy use when the system is in standby is pretty different, since it provides small/negligible benefit and really adds up when the system is plugged in 24 hours/day.
Most computers boot with their CPUs running at their fastest non-TurboBoost (or similar) speed. Once the OS assumes control, it will then enable downclocking to save power.Devices like computers tend to use /the most/ power when booting up. Boot up with any frequency and you loose all benefits of being off in the first place.
Citation needed. I could be wrong, but I find that to be implausible with modern computers that can rapidly switch power states within milliseconds.
"Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
What about all the extra power it draws for menial tasks like watching Netflix?
Maybe read the last two paragraphs of the article?
I really want to scream at people who go this "but my convenience" whine."Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Jesus fucking Christ, is your life so full you can't wait a few minutes for an update? How about not having the fucking thing wake up every now and then and just check for the fucking update at start up, and download it while you're gaming, then install it when you're done for the night?
You know, like a fucking computer does.
Jesus what a fucking waste of electricity to have that functionality built into a fucking entertainment device. It's not like a few minutes before you start playing is going to be wasted. I turn on my computer, to shave and what not then come back and sign in. You can turn on your device, go grab the pizza and Code Red Mountain Dew, then sit down and be all set to play.
I mean, seriously, having the damned thing start up and turn off by itself is bullshit, and keeping it "on" for that kind of nonsense is even more egregious bullshit.
Is that the best story we can come up with today?
This is one of those GIGANTIC NUMBER BAD stories that serves to defeat the entire point of environmental conservation. There are so many better and inexpensive things you could do to lower your carbon footprint by >$10 a year. Replace your weatherstripping, fix that leaky thing, replace that ancient appliance...
I fully understand that running an Xbox on standby costs me ~$10 a year. I'm not going to go in to the "usefulness" of the heat - but it's also not worthless. Paying $10 a year to have my $60 game up-to-date during the 1-2 hours I actually get to play, on my $500+ console... Irrelevant beyond irrelevant to me.
Most computers boot with their CPUs running at their fastest non-TurboBoost (or similar) speed. Once the OS assumes control, it will then enable downclocking to save power.Devices like computers tend to use /the most/ power when booting up. Boot up with any frequency and you loose all benefits of being off in the first place.
Citation needed. I could be wrong, but I find that to be implausible with modern computers that can rapidly switch power states within milliseconds.
True for other components as well-- spinning rust drives need the most power during spinup; and most desktop computers spin up their fans to full speed at power-on or hard reboot, and then let them slow down once the BIOS/EFI is sure they are rotating or after the OS or a fan management utility takes over.
It's easily visible with a Kill-A-Watt, although there is a huge difference between the peak boot load and the desktop standby load seen on a gaming PC, an HTC/router PC, a Mac Mini, or a laptop.
What in the world is the device doing with all that power?
To put this in perspective, my entire 2015 MacBook Pro uses around 12-13W while I'm using it do to light workloads. That means the screen is on and it's actually computing stuff with some regularity.
So what are these XBoxes doing, other than the occasional software update?
Is that the best story we can come up with today?
This is one of those GIGANTIC NUMBER BAD stories that serves to defeat the entire point of environmental conservation, because it makes it sound like the best solutions are annoying, pointless, or even trivially simple...
Sure, there are many better and inexpensive things you could do to lower your carbon footprint by >$10 a year. Replace your weatherstripping, fix that leaky thing, replace that ancient appliance... But the big picture is the source of the energy.
I fully understand that running an Xbox on standby costs me ~$10 a year. I'm not going to go in to the "usefulness" of the heat - but it's also not worthless. Paying $10 a year to have my $60 game up-to-date during the 1-2 hours I actually get to play, on my $500+ console... Irrelevant beyond irrelevant to me.
What in the world is the device doing with all that power?
To put this in perspective, my entire 2015 MacBook Pro uses around 12-13W while I'm using it do to light workloads. That means the screen is on and it's actually computing stuff with some regularity.
So what are these XBoxes doing, other than the occasional software update?
But leaving the "instant on" feature active means the Xbox Series S/X draws nine to 10 watts of power 24 hours a day—even when it's not being actively used—compared to less than 1W if the standby settings are switched to "energy saving" mode.
NRDC: Default Series S/X option responsible for 3 million tons of CO2 in five years.
I really want to scream at people who go this "but my convenience" whine."Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Jesus fucking Christ, is your life so full you can't wait a few minutes for an update? How about not having the fucking thing wake up every now and then and just check for the fucking update at start up, and download it while you're gaming, then install it when you're done for the night?
You know, like a fucking computer does.
Jesus what a fucking waste of electricity to have that functionality built into a fucking entertainment device. It's not like a few minutes before you start playing is going to be wasted. I turn on my computer, to shave and what not then come back and sign in. You can turn on your device, go grab the pizza and Code Red Mountain Dew, then sit down and be all set to play.
I mean, seriously, having the damned thing start up and turn off by itself is bullshit, and keeping it "on" for that kind of nonsense is even more egregious bullshit.
Seems like you’ve had a rough day (or week).
A perspective where this is not a convenience: some folks don’t have fast internet. If a 11GB update needs to apply before you can play, that’s close ~3 hours of waiting if you’re rocking an “okay” 8mbps.
From a CO2 standpoint, two(-ish) gallons of gas is equal in carbon terms to about a year’s worth of power consumption for this standby feature.
I think we have bigger fish to fry and lambasting folks for this is (likely) counter-productive. Encouraging them to be aware and make informed choices? Totally. Want them to make the decision efficiently? Carbon tax.
If it boots that fast? Of course not! In any case it almost certainly pulls 80-90% of its power supply rating (≈250W ? ), and only during a portion of the boot up."Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Devices like computers tend to use /the most/ power when booting up. Boot up with any frequency and you loose all benefits of being off in the first place.
Assume a computer takes 1 minute to boot up, and you do so twice a day.
Are you really saying that during its normal boot is uses 72000% as much power as during normal running? That'd do more than dim the lights
* 24hrs x 60min/hr / 2
The author already put it in perspective by stating the average dollar cost per year, and everyone in the US already understands dollars.To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
I work from rising to sleeping all day long seven days a week. My job is writing. I do it all the time. I don't mind waiting for my computer to start up, or have it notify me that when I shut it down it'll apply updates. I turn it off at night, and turn it on in the morning.I really want to scream at people who go this "but my convenience" whine."Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Jesus fucking Christ, is your life so full you can't wait a few minutes for an update? How about not having the fucking thing wake up every now and then and just check for the fucking update at start up, and download it while you're gaming, then install it when you're done for the night?
You know, like a fucking computer does.
Jesus what a fucking waste of electricity to have that functionality built into a fucking entertainment device. It's not like a few minutes before you start playing is going to be wasted. I turn on my computer, to shave and what not then come back and sign in. You can turn on your device, go grab the pizza and Code Red Mountain Dew, then sit down and be all set to play.
I mean, seriously, having the damned thing start up and turn off by itself is bullshit, and keeping it "on" for that kind of nonsense is even more egregious bullshit.
Actually yeah, my life is that full. I often spend 12 - 16 hour days at work and I work 5 days a week. The time I'm not spending at home using electricity more than makes up for the relatively minuscule consumption of instant on.
So the last thing I want when I get time off is to wait an hour for an update because Sony and Microsoft don't come close to saturating my 400 Mbps internet connection.
One imagines that that is exactly what the Xbox should be doing, rapidly switching between idle (almost no power draw), and some fully-on state (more power than the average). The instantaneous power isn’t important, just the average."Given those numbers, our hope is that most users would be willing to wait an extra 5 to 10 seconds for their console to restart if they knew the impact," Horowitz writes.
Yeah, that's fine, but it's not just about the extra 5 - 10 seconds. It's also about whatever maintenance the system has to do when it boots up. Game updates couldn't complete because the system was shut down.
It feels like we need a middle ground option here. A choice that allows the system to boot up periodically, check for updates and shut back down if there aren't any.
Devices like computers tend to use /the most/ power when booting up. Boot up with any frequency and you loose all benefits of being off in the first place.
Citation needed. I could be wrong, but I find that to be implausible with modern computers that can rapidly switch power states within milliseconds.
To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
This is useful context, and yes, 78 kWh in a year is not going to be a significant chunk of household energy use. But when this energy use is for *idle use*, rather than active use -- and when the only benefit is a few seconds of startup/update downloading convenience -- then the tradeoff is still worth considering.
To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
This is useful context, and yes, 78 kWh in a year is not going to be a significant chunk of household energy use. But when this energy use is for *idle use*, rather than active use -- and when the only benefit is a few seconds of startup/update downloading convenience -- then the tradeoff is still worth considering.
I mean, that's not true. The benefit is not just for the few seconds of startup, the primary reason for using instant on is so that your games and system update themselves in the background so that they're always ready to play.
Coming home after work to game with your friends, only to find a 4GB system update that's going to take 4 hours to download is a really shitty experience and what the Instant On mode aims to solve.
To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
This is useful context, and yes, 78 kWh in a year is not going to be a significant chunk of household energy use. But when this energy use is for *idle use*, rather than active use -- and when the only benefit is a few seconds of startup/update downloading convenience -- then the tradeoff is still worth considering.
I mean, that's not true. The benefit is not just for the few seconds of startup, the primary reason for using instant on is so that your games and system update themselves in the background so that they're always ready to play.
Coming home after work to game with your friends, only to find a 4GB system update that's going to take 4 hours to download is a really shitty experience and what the Instant On mode aims to solve.
And that option would still be there, just as opt-in not opt-out.
Save a billion kWh with one OS update to change the default to OFF, and those with DSL can still cope just by going to settings to change it to ON.
To put that 78 kWH into perspective, the average US household consumes a little over 10 MWH per year.
https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
This is useful context, and yes, 78 kWh in a year is not going to be a significant chunk of household energy use. But when this energy use is for *idle use*, rather than active use -- and when the only benefit is a few seconds of startup/update downloading convenience -- then the tradeoff is still worth considering.
I mean, that's not true. The benefit is not just for the few seconds of startup, the primary reason for using instant on is so that your games and system update themselves in the background so that they're always ready to play.
Coming home after work to game with your friends, only to find a 4GB system update that's going to take 4 hours to download is a really shitty experience and what the Instant On mode aims to solve.
And that option would still be there, just as opt-in not opt-out.
Save a billion kWh with one OS update to change the default to OFF, and those with DSL can still cope just by going to settings to change it to ON.
I'm just saying let's be honest with what we're discussing, because we're not talking about sacrificing *just* a few seconds.
It's noble that everyone cares this much about 0.78% of a household's summer energy usage, but there's orders of magnitude bigger fish to fry. Like I said, turn your thermostat down a degree, you'll save orders of magnitude more and you'll notice the difference less.