I hadn't actually put those thoughts together - which is funny considering I've been working a lot with embedded boards lately.
So.... how could you custom-build something akin to say, the Netgear Nighthawk (Netgear R8000)? I'm thinking multiple 802.11ac antennae with all that new multi-user beamforming stuff that's been released lately. Is there open firmware that supports that / do the commodity Linux drivers support controlling and fine-tuning that kind of function?
Added: Interesting.... There's an x86 port of DD-WRT:
All the fancy wifi stuff is part of the wifi chipset, which most router vendors tend not to have any hand in - especially for consumer stuff. (also, beamforming is a very misleading term). You can basically buy a card that does all this stuff 'off the shelf', and could even plug it into a laptop. Though, antenna placement may be something you'd need to do some research on.
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I hadn't actually put those thoughts together - which is funny considering I've been working a lot with embedded boards lately.
So.... how could you custom-build something akin to say, the Netgear Nighthawk (Netgear R8000)? I'm thinking multiple 802.11ac antennae with all that new multi-user beamforming stuff that's been released lately. Is there open firmware that supports that / do the commodity Linux drivers support controlling and fine-tuning that kind of function?
Added: Interesting.... There's an x86 port of DD-WRT:
http://www.dd-wrt.com/wiki/index.php/X86
All the fancy wifi stuff is part of the wifi chipset, which most router vendors tend not to have any hand in - especially for consumer stuff. (also, beamforming is a very misleading term). You can basically buy a card that does all this stuff 'off the shelf', and could even plug it into a laptop. Though, antenna placement may be something you'd need to do some research on.