I do a 'little' bit of radio work so I am in no way an expert.
From my understanding it can be a mixture of both. Metro areas
shouldn't really have a problem on backhaul as busy towers would have
10, 40, or even 100gbit circuits to the base of the tower, that tends to
be more a regional issue when backhauled by microwave.
Spectrum - to simplify things think of a single chain Wireless 802.11G,
old school 54mbps Wifi in the 2.4ghz 20mhz channel (or 10mhz, i forget
what G was) - 54Mbps is the total airtime so to speak, that means 1 user
using it can get up to 54mbps, add 10 users, and they all try using it
together, they are not all going to get 54mbps at the same time. They
are essentially sharing that pool of bandwidth between them.
There are of course many other factors, TDMA timings, spectrum sharing,
MIMO etc, but at a simple overview, more people putting more demand in
the air = more noise for the radios to fit in a limited spectrum.
As said there is a lot more to it then that but should get the
discussion started.
On 2020-03-23 2:01 PM, Roy Adams wrote:
+1 needed for clarification also.
Philippines carriers are a mess.
Just to add to the mix, the provider I use has 10+ APN's, and on any
given day, 1 or 2 of the APN's will be consistently faster than the
other 8.
Each APN is likely being broadcast by a different radio/cell on the
tower (or even potentially different towers), if certain cells/APN's are
super busy, then you are likely getting onto the less busy ones when you
get better results.
So Backhaul, Spectrum, APN are the factors where I cannot figure the
slowness.
Industrial 4G/LTE router with Cat6 aggregation, and 3 or 4 out of 5
bars signal
Kindly,
ROY ADAMS* | *P07 3040 5010 | Web:http://www.racs.com.au/ |
Wiki:https://ex.racs.com.au:444/ | eMail:mailto:r...@racs.com.au
Please never upgrade to the latest Windows 10 - You don’t need the
hassle, and I don’t need the work.
More seriously, the 6 months older Windows 10 releases are typically
FAR MORE stable - a simple RACS script can fix this - just ask :)
If you think it's expensive to hire a professional to do the job, wait
until you hire an amateur - Red Adair.
Life is a journey through a series of adventures... Live them, love
them, hate them, but never give up on your dreams, desires, and goals.
Have you been good today? .ಠ_ಠ
On Mon, 23 Mar 2020 at 12:42, Troy Kelly <t...@troykelly.com
<mailto:t...@troykelly.com>> wrote:
I understand that this isn't directly related to shifting packets
- but it's come up in discussions a few times, and I feel like my
understanding of things is wrong - if somebody has a few minutes
for a diversion to their day - I'd love some clarity.
If a mobile carrier was to remove data caps, there would obviously
be increased demand on the network. One of the arguments against
removing data caps is that there is "not enough spectrum"
available - and this there would be a massive speed impact for all
users of the cell/tower.
My understanding was that the tower slowdowns were typically
related to a lack of backhaul - but the argument I am seeing is
that it is spectrum related.
Thanks in advance for any clarity you can share.
Troy
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