Interesting how they forgot to go over the architecture for LMDecompress.
tekato
joined 8 months ago
You’d make a great tech CEO.
Just in: Orange farmers are part of the police state because they sell oranges to the government, including policemen.
You could make an ATX form factor ARM or RISC-V machine with a lot of processing power and run Linux on it, but who would buy it and for what? That question is why no one makes such a thing.
The same people who buy ATX form factor x86? The only thing making these platforms different is software support, which is getting better for RISC-V everyday. You wouldn’t buy a RISC-V computer today for high performance gaming or scientific computing, but it definitely works as a general purpose machine (web browsing, office apps, watching videos, etc.) This year shouldn’t see much progress in hardware since RVA23 just came out (maybe some RVA22 + V), but you can expect some nice things to come out 2026-2027 since now you have all you need to build a competent RISC-V CPU.
You are complaining about the photo monitoring functionality, which happens 100% on device. You can confirm this very easily by monitoring the app’s network activity when you receive an image. Android System SafetyCore does a lot more things than photo monitoring, one of which is providing emergency location data (ELS). This is required by law in the EU, India, and the USA.
Is there even an inkling of a plan to go from "dev kit" to "widely available consumer product?"
It’s not a dev kit, it’s meant to be a regular PC with upgradable storage, RAM, and PCIe slot for $120. Milk-V and other RISC-V companies already have widely available consumer products (Milk-V Mars, Banana Pi, etc.), they’re just usually SBCs because that’s what’s easiest to produce and RISC-V is early in development. Remember that the first standard with Vector instructions just came out a few months ago (RVA23), and there’s no point in trying to seriously compete with X86/ARM PCs until you have that.
Even a lot of x86 devices are going to the soldered everything approach.
That right there tells you this is not a RISC-V/ARM problem. It’s just that everyone knows on-SOC memory performs better than DIMM, and manufacturers are starting to offer these to compete with Apple M chips.
The app doesn’t ~~connect~~ send the imagine to the internet, so it’s not that big of a deal. I guess that could change in the future though.
Milk-V Oasis Mini ITX board was going to have replaceable RAM, M.2 slot for SSD, and 4x SATA slots. The only reason it didn’t release was because of Sophgo sanctions (They make the SG2380 which was the Oasis was based on)
This has nothing to do with tariffs.
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You can allow guest accounts, although it’s disabled by default in synapse.
Call supports depends on the client you’re using. Element is usually ahead in features implementation, but you can get a list of clients and filter by features in the matrix website.
Also I’m not sure what the other person meant by easy to setup. Matrix servers are notoriously hard to setup when compared to anything most things you would find yourself selfhosting, specially with WebRTC/TURN. I think there’s an ansible playbook somewhere, but I never tried it.