Hello, thanks for sharing. Do you have any video testing 4G (700, 1800 and 2600 4G) outdoor MIMO to improve UPLOAD and estability? But I need a connector RP SMA for a Reolink Security Camera (EXTERNAL). Any help would be appreciated. Thanks a lot
Apologies, I did not receive this message notice :( We don't have a video showing it, but overall any antenna that improves the overall signal quality and strength will help upgrade tower QCI which can in turn improve stability and the chance for good upload. The tower and the bands you are connected to will ultimately determine the quality and speed of your uploads. We can custom make any antenna cabling you need with any connector type: thewirelesshaven.com/product-category/cables/rf-antenna-coax-cables/
Hello, Yes. The zte MC801A has dual TS9 antenna connectors, so the cabling you buy will need TS9 Male on one ends and Type N Male on the other ends for this antenna. We offer custom made cables here: thewirelesshaven.com/product-category/cables/rf-antenna-coax-cables/
Hey The Bill Chill. From in house testing, and comparing frequency specs of 4G/LTE and 5GNR cellular bands. As far as cellular antennas are concerned, like the one in this video, the frequency for LTE bands and 5GNR bands are the exact same. There are not different 4G and 5G antennas for these specific bands. There is no such thing as a 600-3800MHz, 5G only , cellular antenna. It works on both 5GNR and 4G LTE cellular bands. This is not the same thing as a cellular modem and how they negotiate with the cellular networks. I believe you are referring to mmWave 5G, which then you would be correct. mmWave and standard cellular 4G/5GNR frequencies are not the same. This is a very common misconception that is getting confused by a lot of people. 5GNR and 5G mmWave are not the same thing, and calling both a combined "5G" is confusing to a larger and larger number of people. Do you have a different view?
@@wirelesshaven I question it because here in Europe we have 2 very different 5G bands... one is on the higher UHF 700MHz and the other on the 3.5GHz SHF and the 4G is on B1 (2100), B3 (1800), B7 (2600), B20 (800)...so here a normal 4G antenna won't reach the 5G higher or lower bands... But you know...Europe...we have strong regulations and planing , what avoid us the problem of the Airplanes But I like the video, quite informative...
@@TheBigChill1 No worries! I understand the concern. I will say I have zero experience in the frequency regulations outside of the US. In general, even at those frequencies an antenna like this one (rated at 600MHz to 3800MHz) will cover all of those bands. We have very similar bands: 2100 (B4 & B/n66(DL) 600 (B/n 71) 700 (B/n12, B13, B14, & B17) 850 (B26, B/n5) 1700 (B/n66(UL)) 1900 (B/n25, B/n1, B/n2) 3700 (B/n77) and more between. These are all receivable on standard 1W - 50 Ohm antenna port rated cellular modems, using this antenna. Now, if the cellular device is rated for more wattage, then we have a different wattage rating issue that would have to be tested. I love nerding out over this stuff. :)
Well, you just read the specs and that's it. I thought you will go a little more in depth, like how to hook it and configure it.
I'm working to get an install video done in the future, on an RV would be preferable.
Thanks for the vid! I got the antenna, works great but would I benefit adding something like a GPS/GNSS module with 26dB LNA gain?
Not sure what you are asking, exactly. Maybe rephrase?
Hello, thanks for sharing. Do you have any video testing 4G (700, 1800 and 2600 4G) outdoor MIMO to improve UPLOAD and estability? But I need a connector RP SMA for a Reolink Security Camera (EXTERNAL). Any help would be appreciated. Thanks a lot
Apologies, I did not receive this message notice :(
We don't have a video showing it, but overall any antenna that improves the overall signal quality and strength will help upgrade tower QCI which can in turn improve stability and the chance for good upload. The tower and the bands you are connected to will ultimately determine the quality and speed of your uploads.
We can custom make any antenna cabling you need with any connector type: thewirelesshaven.com/product-category/cables/rf-antenna-coax-cables/
Can you use 2 of these with the Cudy LT18?
Yes, for sure! Just space then at least 2 feet a part, or better yet one above the other.
Can you use this with a cellphone signal booster like the weboost? Thanks.
Yes you can, though you may want to make sure it can use a 50 Ohm antenna. This one is a 50 Ohm.
Will this work on the T-mobile channel 71?
Great question!
Yes, it is officially rated to connect to B71 and n71 and we have personally confirmed it.
@@wirelesshaven how about N41?
@@bakadeshi_aunstudios 100% yes
Can it work with zte MC801A 5g router?
Hello,
Yes. The zte MC801A has dual TS9 antenna connectors, so the cabling you buy will need TS9 Male on one ends and Type N Male on the other ends for this antenna.
We offer custom made cables here: thewirelesshaven.com/product-category/cables/rf-antenna-coax-cables/
Connect all up to a device show us a difference between having it on and not having it on.... Better than rambling on about technical details
4g is the same thing as 5g frequencies...???
Were did you learn that...???
Hey The Bill Chill.
From in house testing, and comparing frequency specs of 4G/LTE and 5GNR cellular bands.
As far as cellular antennas are concerned, like the one in this video, the frequency for LTE bands and 5GNR bands are the exact same. There are not different 4G and 5G antennas for these specific bands.
There is no such thing as a 600-3800MHz, 5G only , cellular antenna. It works on both 5GNR and 4G LTE cellular bands.
This is not the same thing as a cellular modem and how they negotiate with the cellular networks.
I believe you are referring to mmWave 5G, which then you would be correct. mmWave and standard cellular 4G/5GNR frequencies are not the same.
This is a very common misconception that is getting confused by a lot of people. 5GNR and 5G mmWave are not the same thing, and calling both a combined "5G" is confusing to a larger and larger number of people.
Do you have a different view?
@@wirelesshaven I question it because here in Europe we have 2 very different 5G bands... one is on the higher UHF 700MHz and the other on the 3.5GHz SHF and the 4G is on B1 (2100), B3 (1800), B7 (2600), B20 (800)...so here a normal 4G antenna won't reach the 5G higher or lower bands...
But you know...Europe...we have strong regulations and planing , what avoid us the problem of the Airplanes
But I like the video, quite informative...
@@TheBigChill1 No worries! I understand the concern.
I will say I have zero experience in the frequency regulations outside of the US.
In general, even at those frequencies an antenna like this one (rated at 600MHz to 3800MHz) will cover all of those bands.
We have very similar bands:
2100 (B4 & B/n66(DL)
600 (B/n 71)
700 (B/n12, B13, B14, & B17)
850 (B26, B/n5)
1700 (B/n66(UL))
1900 (B/n25, B/n1, B/n2)
3700 (B/n77)
and more between.
These are all receivable on standard 1W - 50 Ohm antenna port rated cellular modems, using this antenna.
Now, if the cellular device is rated for more wattage, then we have a different wattage rating issue that would have to be tested.
I love nerding out over this stuff. :)