It's not just distance to the mast though. Closer doesn't always automatically = faster connection. But it does help
It also depends on how busy/congested the mast is and what sort of connection it has to the rest of the network (backhaul).
For example If its a recently updated mast, with nice fat fibre link, with a few users then happy days. If on the other hand it's a temporary mast, say at the local county show with a microwave link, with 10,000 people trying to use it, it will be so dog slow its not worth using almost.
So it's all a bit....ahem variable.
I had that exact model of Poynting antenna when I started experimenting with getting my own 4G external setup going. It’s a bit lower gain than the one I’m using now, but about half the cost to be fair.Had one of these for about 4 years -
Huawei B593s-22 LTE/4G Unlocked UK Plug Wireless Router - White
Initialy mast was 5 miles away 1-2 bar 3G signal - about 15 download
Then local mast 2 miles away was upgraded with no external antena gets about 60 down load.3 - 4 bar 4G signal
Get an "unlocked" one. Means it will take any network sim - useful if another local mast goes 3 / 4 G
If you take out a contract for a data sim there is often a "free" router included. Tend to be basic, often lacking network / antenna sockets etc.
Someone like Solwise could advise on suitable antenna
https://www.solwise.co.uk/4g-antenna-omni-xpol-a0001.html
HTH
Are these 4G antennas directional?
I’m tempted to look into it as fibre doesn’t seem to be getting any closer from the nearby town. EE mast is about 1/2 a mile away, just above the town and with a clear line of sight to the house.
Shouldn't think you would need one as the mast is so close , ours is mile and half away and don't have an antenna
Phones struggle for 4G in parts of the house, so I was thinking an external antenna would give a reliable/better signal, hence more speed?
I guess I could prop it in the window, next to the wireless link that was positioned there temporarily for the Agricamera, seven years ago.....
View attachment 804402
Yes correct. 4G ‘public’ IP addresses that get dolled out to your router are, in general, not reachable from the internet.Be careful if you're planning it to replace the current system and support the camera - I've had real trouble running my camera over a Vodafone 3g system - soothing to do with dynamic DNS, dynamic IP and some such. Apparently it is solvable, but I haven't worked it out yet and hence have to keep my slow BT broadband for that and not much else.
Yes correct. 4G ‘public’ IP addresses that get dolled out to your router are, in general, not reachable from the internet.
Most modem stuff gets along just fine with it but certain cameras and ‘legacy’ gear that require dynamic DNS and port forwarding to function - just won’t work on a bog standard 3G/4G broadband internet connection.
Only ways I can think of are either:Any advice for a new PTZ camera that would behave with my Vodafone box? Would love to tell BT to go, but need lambing camera. Current one is a Swann.
Temporary EE mast in the car park at the Suffolk Show today. Can see the microwave link dish about one tier down from the top.Ah! That's interesting.
Have a mast here that only has power to it, no other cables.....but it does have a dish on it. Your post made me think....it's likely a microwave dish allowing it to be a repeater from another mast?
Only ways I can think of are either:
1. Fixed/public IP address SIM card. Kind of expensive and limited data compared to a regular consumer SIM card. Designed really more for commercial ‘M2M’ machine-to-machine remote connectivity. Could get expensive for lots of video over the connection.
2. Create a remote VPN connection. You establish a “tunnel” and connect back to your network from a VPN hosting provider. This will cost you more money as you would need a VPN provider to host your VPN. You also need a router that can manage the VPN endpoint on your end or another PC etc to do it.
Only ways I can think of are either:
1. Fixed/public IP address SIM card. Kind of expensive and limited data compared to a regular consumer SIM card. Designed really more for commercial ‘M2M’ machine-to-machine remote connectivity. Could get expensive for lots of video over the connection.
2. Create a remote VPN connection. You establish a “tunnel” and connect back to your network from a VPN hosting provider. This will cost you more money as you would need a VPN provider to host your VPN. You also need a router that can manage the VPN endpoint on your end or another PC etc to do it.