Show screenshots from HManager, LTEWatchH for individual LTE bands from this BTS.
Helpful post? Buy me a coffee.
Czy wolisz polską wersję strony elektroda?
Nie, dziękuję Przekieruj mnie tamszamik21 wrote:It remains to look for B715 and try to aggregate 800 + 1800 + 2100 from Maszkienice? On the ATK-504? The range will probably oscillate around -100db.
_cheetah_ wrote:The most sensible budget solution in terms of price / capabilities or going to a parabolic antenna / expensive low-loss cables and connectors from the above-mentioned B818.
The best option would probably be CPE Mikrotika on a parabolic antenna. Then at 1800/2100 it would be possible to reach about -90dBm, so the quality of the signals should be high, and thus give high speeds. Who knows, it would not jump 2600 because this antenna has a gain of 26dBi at 2600, which is a very large value.
And there is no limit to the length of the cable, so there are many possibilities of looking for an antenna mounting location in order to squeeze out the maximum signal parameters, especially at 2600, if it "woke up".
The downside is that it is limited to two-band aggregation, but something for something.
szamik21 wrote:Well, but as my colleague mentioned above, CPE Mikrotika aggregates only 2 bands, so is it a bit of a poor choice? How does this relate to other panel antennas?
szamik21 wrote:On the SignaFlex 4G TAJFUN II 2x23dBi paper it makes sense, how does it translate to reality?
szamik21 wrote:And often with this aggregation I see commands for this antenna on the network:
szamik21 wrote:A 10m cable would be a great solution for me, with 5m I would have to deal with the location of the router
szamik21 wrote:LTE-A is not a simple mathematical value + ... + ... + ..., it is not just about the fact that if it works, it must be in +, it may be unstable and worse than the selected band (surely, as we have great signal indicators and an unloaded transmitter means even higher delays are imperceptible). In your case, where we fight for every decibel of LTE-A signal, it is an added value that we do not take into account at the beginning. Therefore, the above-mentioned Mikrotik with an integrated high-gain antenna is an ideal solution, unless a sculpture with a parabolic antenna and B818 (although I can already see in the text in real life how Huawei massacred it).Well, but as my colleague mentioned above, CPE Mikrotika aggregates only 2 bands, so is it a bit of a poor choice? How does this relate to other panel antennas?