Sure, it’s technologically possible. Is there even an inkling of a plan to go from “dev kit” to “widely available consumer product?” Because basically the only “widely available consumer products” are locked down playpens like iPhones and such. Even a lot of x86 devices are going to the soldered everything approach.
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.
I didn’t say it’s a problem inherent to RISC-V; it’s more that anyone who can make the jump to RISC-V (or ARM) will do so in a locked down sealed shut proprietary format like Apple, or doesn’t have the capability of making a platform shift at all like Microsoft. 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.
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.
Sure, it’s technologically possible. Is there even an inkling of a plan to go from “dev kit” to “widely available consumer product?” Because basically the only “widely available consumer products” are locked down playpens like iPhones and such. Even a lot of x86 devices are going to the soldered everything approach.
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.
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.
I didn’t say it’s a problem inherent to RISC-V; it’s more that anyone who can make the jump to RISC-V (or ARM) will do so in a locked down sealed shut proprietary format like Apple, or doesn’t have the capability of making a platform shift at all like Microsoft. 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.