Great video guys! How did you solve the L1/2 cable distance and power challenges for those outdoor APs on the light posts? Also very interested to see your co-channel overlap (channel interference) survey results!
Question. Look at the top of the plan. There are APs with 30deg tilt. Imagine a wireless client walking underneath those APs. Roaming would be severe as I see it. I suggest placing another directional antennas to cover that tight space between end of isles and the wall
Hey Guys great informaton - do you have a video on using battery packs and how to configure the Access Point that you use on the APoS?
Great video guys! How did you solve the L1/2 cable distance and power challenges for those outdoor APs on the light posts? Also very interested to see your co-channel overlap (channel interference) survey results!
Awesome project!!!
You well explained how it works and why you choose stuff. Thank you! I have fun with it ;)
Thanks man! It's been a while! Missing our uni days x
Question. Look at the top of the plan. There are APs with 30deg tilt. Imagine a wireless client walking underneath those APs. Roaming would be severe as I see it. I suggest placing another directional antennas to cover that tight space between end of isles and the wall
gg! though I would argue that working with cheap customers and designing for both bands are the realest of challenges :p
Really cool project! Thanks for sharing.
How much that costs?
Well done guys.
Please could you tell what models of antennas and APs you used?
Did you round for the sake of convenience? inv tan of 18/35 = 27.216 inv tan of 18/55 = 18.122
You're right. Must have rounded up
Awesome video! Love it! :)
Excelente video saludos