![]() ![]() At the time 4G was not yet available, but where as before 3G would only offer 1-2 Mbps download, with the aerial in the window I got nearly 10 Mbps down (and nearly 2Mbps upload). They come with two metres of cable and a suction mount.īeing able to use the suction mount to position the aerial high up in a window was a vast improvement as you can see below. This was what I started with in 2015, and there are plenty of similar models available for around £20. RecommendationsĪn easy first step would be to try a budget omni-directional antenna. However, don’t worry if find an antenna you like the look but it has a different style of connectors to that of your router, as SMA to TS9 convertors are available. Just be sure to check which ports your router has before you buy.Īs mentioned above, most routers use SMA connectors. ![]() Most 4G routers will use either SMA or TS9 ports, with SMA probably the more common. The clue here is that they’ll have 2 cables coming from within the antenna. This can be achieved by either buying two identical antennas, or buying a MIMO unit which will already have two antennas mounted within one casing. To achieve their full potential you need to use both ports. One of the reasons that 4G is faster than 3G is because it allows combining two or more antennas to increase performance.Īll LTE / 4G routers should have two antenna connectors on the back. This is reflected in the fact that in 2019 pretty much all antennas for sale are MIMO. Nowadays with 4G coverage pretty much everywhere, you should ensure the antenna you buy is a MIMO (Multi Input, Multi Output) type. Check the table below to see which bands are used by your chosen service provider.īack in the days of 3G, an antenna with a single output was fine. The UK 4G providers use different frequency bands from each other. Most antennas cover the full range of frequencies you will need to pick up from 800MHz to 2600MHz. While a directional antenna might seem like the best idea, there are several potential problems… UK Frequency Range (4G) An Omni-directional antenna doesn’t have to be aimed as it picks up signals from all directions. Also in built up areas it can be impossible to actually get a line of sight to a mast due to there being buildings or other obstacles blocking the path.ĭirectional antennas need to be pointed towards the nearest tower or mast. In urban areas you will mostly like be in range of several masts so the Omni will win here as it can receive from all directions. Are you looking to mount your antenna at a fixed permanent location, and do you know where the nearest mast is and is there a direct line of sight between you and the cellular mast? Unless you can answer “yes” to all these question then an Omni is probably the type to go for. ![]() Omni vs Directionalįor most uses, an Omni-Directional antenna will be best. It is ideal for any application using the GSM network (LTE/HSPA/3G/EDGE/GPRS).If you decide to go the above route, teaming an external antenna with a good quality 4G router will give the best chance of success. This improves subscriber user experience and secures client retention. The XPOL-2 antenna increases signal reliability, ensures higher data throughput for users and provides a stable, high quality connection. ![]()
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