Normal
Thanks Revo and others for continuing to consider this.After analyzing it again I don't think <1L breaks any of these formulas, they're all smooth functions in the domain (0,inf]I see where you're coming from but I think, unfortunately, the 1L delineation doesn't protect from some SoC Minis popping up in the 1-2L space like the MS-A1 or some integrated-on-board builds like the MS-01 or any Laptop even in their default configuration.Chinevo noticed an interesting situation in the space and capitalized on it brilliantly. Now it's inspired a need to better define the limits moving forward if we want a space for the powerful modular builds.If you want to protect powerful hobbyist builds (stuffing a 4090 in 5L is an incredible feat) then I think it's best to separate Integrated-on-board and/or SoC builds from the modular component builds.
Thanks Revo and others for continuing to consider this.
After analyzing it again I don't think <1L breaks any of these formulas, they're all smooth functions in the domain (0,inf]
I see where you're coming from but I think, unfortunately, the 1L delineation doesn't protect from some SoC Minis popping up in the 1-2L space like the MS-A1 or some integrated-on-board builds like the MS-01 or any Laptop even in their default configuration.
Chinevo noticed an interesting situation in the space and capitalized on it brilliantly. Now it's inspired a need to better define the limits moving forward if we want a space for the powerful modular builds.
If you want to protect powerful hobbyist builds (stuffing a 4090 in 5L is an incredible feat) then I think it's best to separate Integrated-on-board and/or SoC builds from the modular component builds.
