A four year old design pushed beyond it's limits?Woefully underpowered
Insufficiently cooled
Monstrously overpriced
Sells like hotcakes! Who cares if it overheats!
Exactly.Woefully underpowered
Insufficiently cooled
Monstrously overpriced
Sells like hotcakes! Who cares if it overheats!
A four year old design pushed beyond it's limits
I’m full expecting a respin of the chips to handle the higher temperatures, concomitant with a new release à la OLED/Lite edition.Well it's a good thing Japan is famous for never hitting above 35C during summer.
Or continuously hitting above 40C since 2018
Or for getting hotter by the year
It doesn't help that it's made using on what is now an old process node. Maybe a die shrink will help it but knowing it's Nintendo, they'd probably happily overcharge customers.A four year old design pushed beyond it's limits?
Yes, all the consoles have the same ambient temperature range. Even the Steamdeck:To be fair though phones and tablets also come with a warning not to use them beyond the ranges of 0C to 35C ambient.
Also to be fair, my desire to not drown in an ocean of my own sweat means I need air conditioning if I want to play in a hot climate 🤣To be fair though phones and tablets also come with a warning not to use them beyond the ranges of 0C to 35C ambient.
It also warned against using its consoles outdoors
Samsung 8nm is a really horrible process though. It held ampere back and and allowed a huge performance uplift for Ada. TSMC's offerings back then were already superior in speed and power usage. If/When this design is ported over to a newer TSMC node it will run much cooler and give better battery life.This reflects problems facing the industry as a whole. In a past era, a highly popular console like the Switch would have had three or four die shrinks by now to allow the price to get much lower with much better battery life, or a lighter more compact package around the screen. Then, when a successor platform is announced, it has a price the same or not much higher than the launch price of the current platform.
Those die shrink just aren't as viable anymore. Other than minor density improvements like the TSMC 6NP node that offered relatively easy porting from their 7NP, it doesn't make sense to port current designs to newer nodes instead of implementing the latest architecture. Which is why we don't get a $250 PS5 or $150 Switch. They would if they could. This also affects the longevity of game prices. Every console maker formerly had reduced pricing for their older games to reach the expanded audience as the cost of entry went down. But when a console's price remains little improved from its launch, there is little reason to discount the older, long into profits games to match.
With the huge vents, I’m not so sure I’d even believe the marketing. Say you’re out in an urban setting. There are dangers like:....using it outside was literally part of their marketing...
Even with using the poorer Samsung 8nm process node, the system is incredible efficient. One can run Cyberpunk on it portably with roughly a 10W power draw for the entire system, screen and all, whereas something like the Steam Deck with its Van Gogh APU on TSMC 7nm/6nm is struggling with equal performance that pushes the APU alone to its 15W limit.Samsung 8nm is a really horrible process though. It held ampere back and and allowed a huge performance uplift for Ada. TSMC's offerings back then were already superior in speed and power usage. If/When this design is ported over to a newer TSMC node it will run much cooler and give better battery life.
Why would you stay in such a hot room and not turn on the A/C?Not really news: Chips that runhot throttle in heat.
Hell, I've had nVidia GPUs and intel CPUs that throttled and sometimes crashed when the room was just 30c.
It's news because it lets people hate on Nintendo. The fact not withstanding that you shouldn't run ANY consumer electronics beyond 35°C, and they all have that operating range... it's an easy target, though, so we get thisI am not sure why this is news. Ambient temps are always an issue for PC/console hardware. It be nice if the range was wider, particularly on the high end but it is what it is. Nintendo will respin this silicon in all likelihood down the road, add an OLED and still have a temperature range albeit ideally wider. Its what early adopters like myself get. For me I knew my Switch 2 would either be docked, or in a hospital setting (spend more time in them than I'd like) where things are cool enough and I'd have access to to plug in or dock.
Apartments on the highest floors in many European countries can get that hot. I have seen room temperatures of 32°C+ myself growing up. AC isn't widespread here.Why would you stay in such a hot room and not turn on the A/C?