Poynting A-XPOL-0002-V3-03 Cross Polarized LTE+5G Antenne

Billiger , China Mist, keine Verstärkung erkennbar

We are in remote rural area with very slow broadband available, so we rely on 4g mobile signal. Our house has thick stone walls so no signal inside, limited signal outside at ground level. We spent some time finding the best position for the antenna at roof level, and are now receiving 50 - 70 mbps, the fastest we've had here. Very pleased!

Cumple con las espectativas

Habe durch die Antenne gute 10dbi dazu bekommen an 4G Empfang.Verbunden ist sie mit einer Fritzbox 6850.Signal kommt aus 2km Entfernung ( Luftlinie )

Nice

Nach intensivster Vorbereitung & Recherche ist die Entscheidung für diese Antenne an einer Fritzbox 6850 5G getroffen. Die Fritzbox wird von fts-henning.de noch umgebaut um 2 externe Antennen anschließen zu können. Der Mast steht in 2700m Entfernung und wurde mit der Android App "Cell Mapper" ausgemessen & lokalisiert. Bei einem Ersten Test an einem anderen Standort schwankte die Qualität mit der noch nicht umgebauten 6850 ohne die Poynting zwischen -115 & -140 db - mit externer Antenne stabile -105 db. Die Antenne ist also noch nicht montiert - und die Bewertung wird aktualisiert!

Habe meine Verbindung der Fritzbox deutlich verbessert! Ist das Geld wert!

He probado muchas antenas y de momento ésta es la que más me convence. Es una buena marca en la que confiar.Todas las demás antenas no superaban la antena interna del router, ésta la supera y además permite dejar el router dentro sin que se moje. Recomendada 100%. Consejo: Podéis usar un trípode de cámara para ajustar la inclinación y la orientación de la antena.

If:-You're after faster 4g internet in your house-Have a 4g router capable of MIMO (2 or more antenna ports) like the Huawei B525 or B535-Have line of sight to your local mast-Don't already see a great signal with your router's internal antennaThis may product may be of use. This won't boost the signal on your mobile phone when texting or making calls in the house on its own or improve your WiFi. This is intended to be plugged into a mobile (4g/3g) broadband router.My own setup was a Huawei B525 on Three in a village a bit out of the way. Using the B525's internal antennas, it could probably manage about 15mbps on a good day showing a fairly poor signal. I actually found a mast that's slightly further away gave better speeds (by finding them on cellmapper.net, cycling up to them and running speedtests on my phone). The directional nature of this antenna let me crudely select this mast as well as improving the signal I was getting. This meant we could generally see about 50mbps down and 30mbps on average. Down can hit 80 during the early hours of the morning but drop down as low as 25 during busy times for short periods. This is on band 3 with 15MHz of bandwidth.The antenna itself seems reasonably well built and I don't really have worries about it being outside up a pole. It came with bracket that you can either attach to a wall or use the supplied U bolt to mount to a pole. You probably should check the cable will be long enough and buy some cable ties and other bits to secure the cable.Cons of this antenna...-It's sort of expensive. You're paying a lot for Poynting's expertise and research. But it's good quality, proven and works.-Extra cable isn't particulary cheap if you want stuff of the same quality.-Being a panel antenna, people tend to notice it. Hopefully the neighbours approve of your new "cancer/COVID-19 causing death ray" and don't try and burn it down.Some quick nuggets of information that may help.-MIMO lets you send/recieve more stuff at once by separating out the radio waves by their polarisation. Simply put, their angle. Usually this is 2x2 so two separate antennas at two different angles. This means more speeeeeed over the same amount of radio bandwidth! So your MIMO antennas, like this, actually have two separate antennas inside at different angles and two connectors.-The higher frequency radio waves we're interested in for speed tend to bounce off things more than go through them. This means if you're not line-of-sight to the mast, a omni-directional antenna will perform better. It can make use of those radio waves coming from varying directions as they've bounced off things. Google "Solwise surface elevation tool" to get a rough idea if you're line-of-sight to your mast. Don't forget this doesn't know about trees or buildings. A few trees are probably fine btw.-Some cells are faster than others. Some networks are faster than the others on the same mast. Congestion, how much radio spectrum they have and use and whether they've bothered upgrading the cell to use newer tech are all factors. You'll need to experiment.-An antenna needs to be tuned to the frequencies it's transmitting on otherwise the signal can get reflected back down the cable to the transmitter wasting power (possibly upsetting the transmitter, your 100 odd quid router). This antenna covers most of the UK 4g/LTE frequencies. 5g, probably not all of them so it's not particularly future proof. It'd be prudent to check what frequencies your mobile network of choice uses.-The actual signal coming down that cable from the cell tower is REALLY weak. The length of the cable (and quality) will incur a considerable loss so try to keep it as short as you can. Shove your router in the loft if you have to (run ethernet to another access point in a better place if you're worried about WiFi coverage).Hope this helps!Update: After almost 4.5 years of service, Three have a new mast 200m away (instead of 2 miles) and we found that we didn't actually need this antenna anymore - the router's internal ones worked just as well. No issues at all with this antenna during that time. The badge fell off some time ago and it has yellowed but still was working.

l'antenna è spettacolare - collegata al mio router D-Link DWR-921 LTE (prese compatibili), sono passato da 2-3 Mbps in download ad anche più di 30! Un fattore di 10!!. Stessa cosa in upload. Il miglior acquisto che abbia mai fatto su Internet (abito in montagna e la connettività è sempre stata una pena, ed il satellitare è troppo caro...).ATTENZIONE però: l'antenna amplifica il segnale, se c'è, ma non lo crea dal nulla - se non c'è segnale, 0*10 fa sempre segnale a 0