Steam Deck
A place to discuss and support all things Steam Deck.
Replacement for r/steamdeck_linux.
As Lemmy doesn't have flairs yet, you can use these prefixes to indicate what type of post you have made, eg:
[Flair] My post title
The following is a list of suggested flairs:
[Discussion] - General discussion.
[Help] - A request for help or support.
[News] - News about the deck.
[PSA] - Sharing important information.
[Game] - News / info about a game on the deck.
[Update] - An update to a previous post.
[Meta] - Discussion about this community.
Some more Steam Deck specific flairs:
[Boot Screen] - Custom boot screens/videos.
[Selling] - If you are selling your deck.
These are not enforced, but they are encouraged.
Rules:
- Follow the rules of Sopuli
- Posts must be related to the Steam Deck in an obvious way.
- No piracy, there are other communities for that.
- Discussion of emulators are allowed, but no discussion on how to illegally acquire ROMs.
- This is a place of civil discussion, no trolling.
- Have fun.
Yep. More than fast enough for libreoffice and normal office tasks.
Edited to "CPU intensive programs".
Since what you seem to really be after is benchmark results. I ran Cinebench R23, the Windows version, using Proton GE in Desktop mode.
I got a multi-core result of 4196, placing the multi-core CPU performance between the Intel Core i7-1165G7 which scored 4904, (1.17x faster than the Deck) and the Intel Core i7-4850HQ which scored 3891 (1.08x slower than the Deck).
I got a single core result of 968, placing the single-core CPU performance between the Intel Xeon W-3265M which scored 1058 (1.09x faster than the Deck) and the AMD Ryzen 7 1700X which scored 959 (1.01x slower than the Deck.) Remember both of these comparisons are single core only. The Xeon is 5.78x faster with the multicore and the Ryzen is 2.12x faster with its multicore.
Keep in mind, the GPU in the Deck will outpace many iGPUs in most laptops, but not a dedicated laptop GPU. And this can be relevant for some high load compute workloads tasks even though it’s not the CPU.
Hopefully that helps.
Very interesting results, seems to be quite good. That's the kind of info I was looking for, thanks for running the tests.
Steamdeck is a gaming computer. Games have much more resource requirements than office programs. If you can play PS4-level AAA games on the deck without much issue, then office programs will pose zero issue.
Steamdeck is a unique form factor. There is no “Steamdeck laptop” because then it would not be a Steamdeck, it would be a laptop.
Why should Valve release a laptop? Plenty of others with more power available on the market. A laptop should have enough space to house a dedicated GPU.
I think they would do very well in the budget gaming laptop sector. Also running Linux gets you (should get you) even further on the same hardware. So my question is how powerful is it for non-gaming.
But there are already a hundred laptops with similar specs that will run Linux.... There's not much reason for Valve to release a laptop.
Pardon if I wasn't clear, this would be with the same motherboard and chipset as the steamdeck (added that to the post). Economies of scale should get it cheaper than competitors, for the budget market. Steamdeck is now popular enough many games want to make sure it runs on it, it's a strong development point and I expect future versions well get even stronger. And you also get long term support (I'm reading how nvidia drops Linux support long term).
Again, laptops with that chipset kind of already exist. Steam Deck uses a custom AMD APU, but it's really not that special. The point of the customization is to make it work well in that handheld form factor. If you're putting it in a laptop you might as well just use a more common (and more powerful) laptop chipset because you have more space.
Performance is fine. I've used my Deck as a regular PC a bunch of times (basically whenever it's closer than the bag with my notebook and I'm too lazy to get up). Don't have Benchmarks of LibreOffice.
Probably below average. AIUI, the Deck's memory controller is designed first and foremost to feed the GPU. The CPU is reported to not handle great there, even if the GPU isn't busy.
On the other hand, it is the most stable Linux system that I've ever had.