Your post is a little confusing. So you say no bandwidth increase but then the graph and your next line in the post says there's a 10% throughput increase.
Will this increase happen with N-based AP's and clients as well or only 3k AC AP's with N clients?
Your post is a little confusing. So you say no bandwidth increase but then the graph and your next line in the post says there's a 10% throughput increase.
Will this increase happen with N-based AP's and clients as well or only 3k AC AP's with N clients?
I've confirmed, this increase will happen with N-based AP's and clients... even the 2.4GHz will see this little increase!
Your post is a little confusing. So you say no bandwidth increase but then the graph and your next line in the post says there's a 10% throughput increase.
Will this increase happen with N-based AP's and clients as well or only 3k AC AP's with N clients?
I'm sorry. It was the typo.
From test results we have +10% bandwidth increase.
We have tested the Current Beta Test for QOS , the results are not consistent in the Control of Bandwidth for opur Packages for 40 Mbps , specially in the UPLOAD speeds
Below the results for a package 40Mbps down/20 Mbps Upload , Tested in a controlled Environment using the Force-180 ( 4 subscriber in the AP , only one doing the transfer process )
We have confirmed that in 40 Mbps the results are inconsistent in the UPLOD , see the details ( red Color )