Hello,
I really like snb´s reviews, e.g.
2x2 AC Access Point Roundup
Introduction To The TR-398 Wi-Fi Performance Test
First I actually wanted to propose a review of SMB powered access points with 4x4 MU-MIMO e.g.
- Ubiquiti nanoHD
- Grandstream GWN7630
both with the same Mediatek SoC (I think) and see how both behave when there are lot of concurrent clients connected with/without MU-MIMO, how a "noname" GWN7630 compares a well known nanoHD, whether all that hype about Ubiquiti is true or not.
But then I realized that 802.11ac (wave 2) looks old for some people pushing 802.11ax access points from some vendors namely Engenius.
So now I want to suggest an article "Demystifying Engenius EWS377AP":
- Qualcomm 802.11ax versus 2x Mediatek 802.11ac (wave 2)
- 300$ versus 150$ versus 100$ access point
- Answer the question, whether it makes sense to buy so called "802.11ax" access points or just buy current 802.11ac ones.
Just an idea. Well it´s late after all, let´s go to bed...
I really like snb´s reviews, e.g.
2x2 AC Access Point Roundup
Introduction To The TR-398 Wi-Fi Performance Test
First I actually wanted to propose a review of SMB powered access points with 4x4 MU-MIMO e.g.
- Ubiquiti nanoHD
- Grandstream GWN7630
both with the same Mediatek SoC (I think) and see how both behave when there are lot of concurrent clients connected with/without MU-MIMO, how a "noname" GWN7630 compares a well known nanoHD, whether all that hype about Ubiquiti is true or not.
But then I realized that 802.11ac (wave 2) looks old for some people pushing 802.11ax access points from some vendors namely Engenius.
So now I want to suggest an article "Demystifying Engenius EWS377AP":
- Qualcomm 802.11ax versus 2x Mediatek 802.11ac (wave 2)
- 300$ versus 150$ versus 100$ access point
- Answer the question, whether it makes sense to buy so called "802.11ax" access points or just buy current 802.11ac ones.
Just an idea. Well it´s late after all, let´s go to bed...