People’s use cases seem to be wildly different from mine. I mainly use it in TV mode as a couch gaming machine. For most modern 3d games you have to turn graphics quality down substantially that way.
Edit: A downvote does not constitute an answer or a counter argument.
The reality is, deck can handle most games out there in handheld mode. For the latest and greatest games, visual fidelity has to be sacrificed. While the deck has its uses on the TV, it’s not a good choice if that’s all you will be using it for.
My deck, TV docked experiences have been with Mario Kart wii, doom 3, cuphead, SOMA, Scorn, Stray and a bunch of older 2d and 3d titles. I think it handled these games well. Not so sure it would be the same with “AAA latest and greatest”.
Its a good machine for that but theres nothing unique about it (steam link on phones and natively on TVs as an app is theoretically free). I did play through the whole Days Gone (60 hrs to platinum) by streaming it from PS4 to deck in my bed. Good experience.
I’m by no means talking about AAA latest and greatest. I tried Everspace 2 and Visions of Mana. Both need considerable tuning down, after which Everspace manages a fluid experience, while VoM still stutters while looking horrible. I haven’t dared to even try the likes of Witcher 3 (which people are talking about playing on the deck). I’ll probably stick with pixel art etc for TV mode, and go back to the ps5 for more demanding things.
Titan is a place where methane and ethane rain from the sky and have a hydrologic cycle like the kind we’ve only ever seen before with water on Earth. These organics form rivers and flow into seas, carrying sediment with them. This mission will be going to the equatorial desert to understand that sediment.
Titan, like Europa, is an icy ocean moon. Titan is even larger, though. While Europa’s ocean is measured to have about twice the liquid volume of all of the earth’s oceans combined, Titan’s ocean (which possibly has significant quantities of ammonia and organics and alcohols mixed in) has five times the liquid volume of all of the earth’s oceans combined.
Sitting atop this ocean is a thick icy crust, upon which is a surface that looks more earth-like than any other planetoid surface in our solar system. Although it looks earth-like, the chemistry is in fact fundamentally different. It is based around organic solvents instead of water as the dominant driver of weather and erosion. The water on titan is stored in the bedrock!
And the sediment on top? Well, titan’s atmosphere is 5% methane. That methane gets hit by UV light and turns into more complex organics. Titan’s atmosphere is also rich in nitrogen and carbon monoxide, which add Nitrogen and Oxygen to these complex organics. These organics sediment out and coat the surface. Around the equator, they blow into large dunes in a desert biome. Precipitation falls and erodes the tar-covered landscape. These complex organics get mixed together as sediment in the rivers and dumped into the beds of the polar lakes and seas.
Dragonfly isn’t going to the seas. Too dangerous for the first mission here. We don’t know what we’ll find, and it’s hard to communicate with earth, and there is complex weather and clouds called the “polar hood” that might interfere. Dragonfly is going to the desert, to observe the complex organics falling from the sky and gathering on the ground to be blown into dunes. These are the ingredients that will get mixed together in the seas. There is also a cool crater there that calculations suggest melted the H2O bedrock and created a water-filled pool for the organics that has long-since frozen over. However, calculations suggest that this liquid water pool full of organics may have stayed partially liquid for hundreds of thousands of years in the subsurface. This is a location where we can study: “what happens if you take a bunch of complex organics and add water?” How far along the path to life could they get before the snapshot was frozen?
Humans are bad at probability, and that’s mostly why they gamble too.
Every wheel draw is supposed to be independent (it’s not totally so because computer “random” is really a pseudo-random algorithm, but close enough). So every time you draw, the odds are 1:4. Previous draws don’t matter.
On an infinitely large number of draws, you’d see a 1/4 success rate. This doesn’t mean you can’t fail a dozen times in a row (the probability of that is (3/4)^12, about 3%… It happens).
The anti woke gamers that can only see politics when it intersects their treats will be thrilled by this. But I don’t expect any self reflection or deep analysis by them.
I had completely forgotten about iPod games! I think there was one called Vortex that I liked a lot and there was also game version of the show LOST that I only played because I was a mega-fan of the show that was otherwise very frustrating.
Oh wow, I totally forgot about doing that as well! I think I spent the better part of a day getting it work, then “played” it for all of two or three minutes.
We’ve been up against the 5Ghz thermal wall for over a decade. We can keep adding cores but we need significantly improved design (less nanometers) for these gains - and these are now running up against another wall, namely quantum tunneling which begins being a problem at around the nanometer scale.
I assume only a radically different architecture (light instead of electricity?) will be able to smash these barriers.
Very long story short- Trump crashing oil prices in 2016/2017 more or less ‘killed’ GlobalFoundries and which left TSMC as the only leading edge pureplay foundry. (Intel isn’t pureplay, Samsung is no longer chasing leading edge)
Man anyone saying this is a bad thing has never been through arbitration before. It’s basically a room full of lawyers getting paid to waste your time and money just to fuck you over later. Course as I type that it kind of sounds like all lawyers…
I gave Epic’s store a chance but even after all this time it’s still shit and very far from feature parity with Steam. There’s not even proper reviews. No big-picture equivalent. No good out-of-the-box Linux support. No Steam-Deck. The list is very very long. Until Epic starts delivering, the 30% cut Valve takes is more than justified.
I gave it a chance when they took over Rocket League. The damn platform doesn’t even support profile avatars while Steam did. So to get a basic nice feature working all you had to do was… not use their platform.
Oh really? I haven’t played since they disabled trading items.
I mean, the cyber truck probably looks better than some of the other cars, and you’ll probably get better FPS due to the lowered polygon count! But yeah… no bueno.
Heroic launcher works pretty well to get epic and gog games in the deck. But yes, support could be better, especially since i remember unreal tournament being Linux friendly early on.
Yeah i get and play the free games from there, but they don’t seem to want to do more than the bare minimum for the storefront so I won’t purchase anything through them.
It’s beyond me how they can affors all of these free games and exclusive but not a single capable developer to make this platform beyond just the bare minimum.
FWIW, my understanding is that the owner of Epic is actively anti-Linux, so your third feature is a unlikely at best. The fourth was only remotely likely due to market share.
We will get soooo many of these headlines in the coming months and years. It will be glorious. Everyone will get instant and cheaper access to new tech while USians get fucked lol
Yes, as someone who works in supply chain, I definitely don’t have to update hundreds of PO’s to add tariff fees into everything, and the company is definitely not increasing price of the product onto our customers, because that’d be weird. China n Mexico are clearly going to make us rich.
To people having panic attacks, it is not large enough to destroy the earth, and we would have plenty of time to evacuate the impact location. Though let’s hope it isn’t anywhere with permafrost.
Yeah, my dogs will be gone by then so I would absolutely set up a tent close enough to catch it. I’d even bring a baseball glove for shits and giggles.
Or if you really want the feeling of playing those original CARTS on new hardware funny playing sells a GBC fpga board, shell and buttons for about $100. You just can’t play GBA.
If your concern is “value for dollar” you wouldn’t be buying an FPGA console in a limited edition material. Seems like a weird comparison. You can also get an R36S for like, $30 on AliExpress that will play everything from N64/PS1 and earlier.
A standard Analogue Pocket is much cheaper, this is just an option for those that really want a metal shell. Also, a metal “unfolded” shell for a GBA SP (which is I’m sure is what inspired this offering) is like $150 so it’s not even that crazy a markup.
“The complexity for minimum component costs has increased at a rate of roughly a factor of two per year.”
A key part of Moore’s law which is often omitted is that Moore was not just talking about transistor density but about cost. When people say we’ve reached the end of Moore’s law this is not because we’re no longer able to increase semiconductor transistor density (just look at TSMC’s roadmap) but that the “complexity for minimum component costs” is no longer increasing. Chips are still getting faster but they’re now also more expensive.
We continue to be able to make faster chips, both via smaller nodes, but also via advanced packaging and architecture improvements.
But the costs of every new generational increase is rising faster than the % performance improvement.
I am personally hoping this will eventually lead to a culture of total optimization (similar to what we saw in the 90s on both PC and console), but there are likely significant barriers to implementing such a new development culture at scale.
I think the Raspberry Pi 4 -> Pi 5 is a very clear demonstration of this.
The power requirements went way up, and therefore the needed cooling, after years of the 1->2->3->4 being pretty similar. And most importantly, the prices for those were similar (35 USD MSRP I think, or usually around 60 USD here). The new one is much more expensive than that and that hasn’t gone down without controversy.
Maybe consoles are more visible to most people but the different versions of Pis are much more apples to apples and are designed to be drop-in upgrades.
I think I’ll still be using Pi 4s for a long time personally.
arstechnica.com
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