Asus RT-66U wireless router for RV
I've been reading about upgrading my RV wireless repeater. I bought a JEFA Tech system a few years ago and it works good, but there's always that greener grass just over the hill... So, I was looking ...
Forum Discussion
3x3 MiMo is just marketing hoopla. It'll have very little impact on anything real world.
What are you planning to connect to at the other end? I would not worry about A/N (or 5ac) for that matter - I strongly doubt any RV park owners are installing any 5 gig gear, when they barely put effort into their 2.4 gig gear (B/G/N)
However, if you are in control of the other end, like installing WiFi in the back 40 for you and your friends to have a connection, then it matters.
Basic 2.4 ghz B/G will work at any RV park or hotel that's offering WiFi. Some higher end places might offer 2.4 ghz N, but N is backwards compatible with B/G unless programmed not to be (unlikely)
The 5 ghz A/N or ac is designed for a high density short range environments - like a cubical farm office where every desk has a WiFi phone, a WiFi laptop, there's wireless cameras everywhere, etc. Shorter range, narrower channels, more radios, more antennas, designed to handle dozens to hundreds of clients at the same time.
What are you planning to connect to at the other end? I would not worry about A/N (or 5ac) for that matter - I strongly doubt any RV park owners are installing any 5 gig gear, when they barely put effort into their 2.4 gig gear (B/G/N)
However, if you are in control of the other end, like installing WiFi in the back 40 for you and your friends to have a connection, then it matters.
Basic 2.4 ghz B/G will work at any RV park or hotel that's offering WiFi. Some higher end places might offer 2.4 ghz N, but N is backwards compatible with B/G unless programmed not to be (unlikely)
The 5 ghz A/N or ac is designed for a high density short range environments - like a cubical farm office where every desk has a WiFi phone, a WiFi laptop, there's wireless cameras everywhere, etc. Shorter range, narrower channels, more radios, more antennas, designed to handle dozens to hundreds of clients at the same time.
