How much do you need to spend to get a good quality 4G router? For the past four years I’ve been living somewhat off grid. With no landline my only option was a 4G router for internet access. 4G speeds and data allowances have improved markedly in that time.
There are now a wide range of models available, from USB battery powered dongles to top of the range next gen routers with Gigabit Ethernet and 802.11ac Wi-Fi.
Check out the comparison table below then read on for a guide on what these features mean and if you should consider paying extra for the more premium models.
|Model||4G Down/Up||LAN Ports (Mbps)||Wi-Fi||External Antenna|
|Asus 4G-AC68U||300/50||1000 x4||802.11ac|
|Huawei E5573||150/50||n/a||802.11n 2.4GHz|
|Huawei B315||150/50||1000 x4||802.11n 2.4GHz|
|Huawei B525||300/50||1000 x4||802.11ac|
|Huawei B618||600/50||1000 x2||802.11ac|
|D-Link DWR-921||150/50||100 x4||802.11n 2.4GHz|
|TP-Link TL-MR6400||150/50||100 x4||802.11n 2.4GHz|
|TP-Link AC750||150/50||100 x4||802.11n 5GHz|
|TP-Link AC1200||150/50||100 x4||802.11ac|
|TP-Link AC1200 4G+||300/50||1000 x4||802.11ac|
What is a 4G Router?
These routers provide (in their simplest form) an internet hotspot. In the same way as a smartphone can be set to share its internet connection, the same applies here. Their advantage is they’re more flexible and offer far more features than a wifi hotspot.
Being mains powered they’re designed for 24/7 use, and form the central access point to a network. All but one of the routers here have wired network ports. The top end models also have the latest Wi-Fi standard (802.11ac, soon to known as Wi-Fi 5).
The Asus 4G-AC68U is different from the rest of the 4G routers detailed here. It’s a traditional cable/FTTC broadband internet connection, but also has provision for connecting via a cellular 4G sim card at the same time.
It offers excellent networking capabilities and good but not class leading 4G. Despite sporting the fastest Wi-Fi here at 1900Mbps, it falls short of the Huawei B618’s 4G speeds by only offering CAT6 300 download and 50 upload.
Of the four aerials on top, the middle two are fixed and are used for transmitting the 802.11ac WiFi. The outer two aerials are for the 4G LTE. You can stick with these, or they can be removed to allow the connection of an external antenna that can improve signal strength by mounting in a window or on the roof.
|Combined Fibre and 4G Router||✘ High Price|
|Fast WiFi||✘ Has some firmware bugs|
Verdict – Asus 4G-RT68U
The Asus 4G-RT68U is an exceptionally well featured cable and LTE router. It has top of the range WiFi performance but at a premium price.
The best value here, the E5573 is one step up from using your mobile as a hot spot. It’s battery should last longer and enables it to be placed to pick up the best 4G signal. However for heavy internet users it can be annoying to have to plug it into USB to recharge from time to time.
Being a battery powered dongle it lacks any wired LAN ports making it best for light and/or occasional use. If you’re looking to replace a land line connection then an always on mains powered router would probably be better.
|Mobile – take it anywhere||✘ No wired network ports|
Verdict – Huawei E5573
The E5573 could be just what you need for off grid internet access. Obviously it doesn’t have the advanced features of the other models here but it offers good performance in a light and portable package.
Huawei offer a range of 4G / LTE routers, with the B315 offering mid-range features for a good price. The maximum download of 150Mbps should be sufficient for most, and the SMA connectors on the rear allow the use of an external antenna which should boost the signal in lower strength areas.
It is a little held back when it comes networking. The LAN ports are Gigabit (1000Mbps) but WiFi is a maximum of 150Mbps. In testing this gave real world figures of only around 7MB/sec up/down on WiFi, but close to 100MB per second via LAN.
|Ideal step up from a battery powered mifi or smartphone hotspot||✘ Limited by slow wired and WiFi transfer speeds|
Verdict – Huawei B315
The Huawei B315 comes from a good pedigree and is a strong contender if you need more power and features than a cheap battery powered unit, but don’t require top-end wireless or 4G performance.
While slightly older than the B618, the B525 runs it a fairly close second for a reasonable price. It basically sits in between the B315 and B618 when it comes to spec and price.
Like the B315 it allows the use of an external antenna, but has the advantage of Gigabit network ports and much faster 802.11ac WiFi.
|Proper Gigabit LAN ports||✘ Other models are available with even faster 4G or WiFi|
Verdict – Huawei B525
If you’re looking for something at the higher end but find the B618 too expensive then the B525 is a good compromise.
This is Huaweis latest and greatest 4G router. Premium price but currently in April 2019 it is the best available. The Asus AC68U may offer faster theoretical Wi-Fi at around the same price, but the B618 is on another level when it comes to 4G potential.
The main variant of the B618 is the B618-22d. This is the version available in the UK and is also suitable for use across Europe and Asia. Check which frequencies your network uses here. The alternate version is the B618-65d. The specs are shown below with the differences in bold:-
- FDD 800 / 900 / 1800 / 2100 / 2600 MHz
- TDD 2600MHz
- FDD 700 / 850 / 900 / 1800 / 2100 / 2600 MHz
- TDD 2300 MHz
On the Wi-Fi front it offers up to 1300Mbps if your device supports 802.11ac. While this is technically a little higher than wired Gigabit speeds, in reality factors like signal interference and distance from the router mean a wired connection will likely still be faster, and offer significantly lower latency..
It’s a good thing then that it also offers two Gigabit LAN ports on the rear. Above these is a single USB 2 port. This gives the option of sharing audio or video files across your network by attaching a USB HD or thumb drive.
|Far and away the best 4G performance||✘ Premium price||Attractive design||✘ Not available in all countries yet|
Verdict – Huawei B618
I’ve tried a few D-Link routers and switches and they’ve always worked well. This unit is a slightly older model and competitor to the newer Huawei B315. It’s 4G and LAN networking performance is the same, so again; fine for internet access but limited compared to newer hardware. Unless you have a brand preference I would go with whichever is cheaper at the time of purchase.
|Fantastic value||✘ Lacks top end local networking capabilities||Reliable, no fuss off grid internet access||✘ A little long in the tooth nowadays|
Verdict – D-Link DWR-921
The D-Link DWR-921 is the best value model here. It only has mid range networking speeds, but if all you’re after is a reliable plug-in 4G router, the D-Link is probably the best option here.
TP-Link offer a range of 4G / LTE hardware. The MR6400 is at the entry level, and compares with the Huawei B315 and D-Link 921. It offers CAT4 150Mbps 4G and up to 300Mbps Wi-Fi.
|Fair pricing||✘ Only offers 2.4GHz WiFi and 100Mbps LAN|
Verdict – TP-Link MR6400
The MR6400 offers adequate performance and features but there are other models that match it for a lower price.
The AC750 has identical 4G and LAN performance to the MR6400, but offers upgraded 5GHz 802.11n Wi-Fi. This increases the maximum wireless to 733Mbps, with the added bonus that 5GHz is less likely to experience interference from other nearby networks.
|Fast WiFi for the price||✘ Not outstanding on the LAN front|
Verdict – TP-Link AC750
The AC750 (Archer M200) offers good local WiFi performance for the price, but other models offer even better along with faster 4G for not much more.
The AC1200 is the most expensive of the TP-Link range of routers here. Paying the extra gets you 802.11ac, but the same 4G and LAN performance as the cheaper models.
|802.11ac WiFi||✘ Wired LAN capabilities don’t match it’s asking price|
Verdict – TP-Link AC1200
The TP-Link AC1200 (Archer M400) offers 802.11ac WiFi for the lowest price here. However it’s wired ports and 4G performance are the same as models available for half its price.
Take a look at the new 4G+ model below as it has much better networking for very little additional cost.
TP-Link AC1200 4G+ Cat6
New updated version for 2019. The AC1200 4G+ Cat6 offers two upgrades over the older AC1200; double the 4G download speed (up to 300Mbps) and Gigabit ports (10 times faster than the older 100Mbps ports).
Check what each is currently selling for, but this new version offers significant improvements over the other TP-Link models here and is very much worth paying a little extra for.
|Premium features and performance for the best price||✘ Fast but not range topping WiFi speeds|
Verdict AC1200 4G+
With the updated AC1200 Cat6 (4G+) TP-Link can now compete again in the premium segment. It matches it’s competitors 4G and LAN performance at a good price.
4G Download / Upload Speed
4G or LTE devices are categorised depending on their maximum theoretical upload and download speed.
While there are currently 19 different LTE categories, for our purposes the devices reviewed here are usually CAT4, CAT6 or CAT11. As the only CAT11 device, the Huawei B618 is the fastest 4G router here, with a maximum download of 600Mbps.
Anyone with experience of “theoretical” internet speeds will know that you won’t reach these speeds in the real world. However, as long as you are not affected by a large number of people all accessing the same cell tower at once, then a CAT11 device should still run faster than lower categories.
All the plug in routers have two to four network (LAN) ports for connecting via Ethernet network cables. The cheaper models only offer “Fast Ethernet” which limits the connection to around 11MB/sec (megabytes a second).
If you only use the router for internet access the above is all you’ll need. However if you want to copy files between devices or perhaps store some files centrally on a NAS, then this is a major bottleneck – I know from experience!
If you regularly access files across your network, either pay the extra for a router with Gigabit access, or you could consider attaching a small Gigabit switch to your router then connect all wired devices to the switch instead.
This shows the Wi-Fi standard (802.11) and capabilities of the router. The latest and best standard is 802.11ac. All standards are backward compatible so older equipment can still connect to an 802.11ac network, but it will only run at the slower speed.
All routers here offer at least 802.11n on the 2.4GHz spectrum. This should give “up to” 144Mbps or 300Mbps depending on the channel width setting, distance from the router and possible interference from overlapping signals nearby.
The next step up adds a second channel at 5GHz to the 802.11n standard. This higher frequency improves speed and is less susceptible to interference, but at the expense of shorter signal range.
Top of the range comes 802.11ac. This is the newest standard and combines both 2.4GHz and 5GHz channels to give in some cases speeds that can theoretically surpass even Gigabit Ethernet. Although in real word use I’d go with wired Gigabit every time!
One factor to bear in mind is whether the devices you’ll use to connect to your router support the faster standards. There’s little point (other than future proofing) paying extra for 1900Mbps 802.11ac if your PC / laptop / phone only work at 300Mbps 802.11g for example.
The inSSIDer software can be very helpful in displaying your networks signal strength and detecting other nearby networks which may be causing interference.
External Antenna Connection Type
Depending on your location, using your routers built in antenna may work fine. In lower signal areas though, attaching an external antenna can make a big difference.
There are generally two types of connector for attaching an external antenna. SMA and TS9. Adapter are available to convert between the two sizes on connectors.
We’ve gone into a little more detail around choosing an external 4G antenna here.