In the chicago market, att has 5 lte bands in my area - 2, 4, 12, 17, 30. The phone may not always lock onto the strongest signal. Of course there's direct control over gsm/hspa/lte, but not granular control over which bands in each standard can be used.
Came across this app which seems to almost do it all.
Network Signal Guru
https://play.google.com/store/apps/details?id=com.qtrun.QuickTest&hl=en
Requirements for band locking: Root
Limitations: only applies to sim 1
Not sure if it's an android 6 api issue or if the app just needs additional updating to allow similar control over sim 2. Either way, being able to lock out certain bands is helpful. In my immediate area the phone likes to lock onto band 30 (2.5 ghz). Signal is rather weak. Fastest throughput is not a necessity for most phone functions. Phone will achieve better battery life when signal strength is good/excellent vs weak.
Enjoy!
Could someone with a rooted euro a2017g please try this app and confirm it supports band 28?
Related
I currently have a Blackberry 9650 and 9000 and I use them both (long story) and I'm looking to buy an Android phone but I have certain requirements and while it doesn't appear I can find my dream phone, if certain features can be taken advantage of, then I can lean a certain way. I noticed that the Galaxy S 9000 (1st gen) had a weird setup where they disabled the 850mhz 3G band and that through the secret menu you can re-enable that 850mhz band because for some stupid reason it was disabled. Anyway looking at that menu I see that you can selectively enable and disable bands. So in my area on AT&T for what ever stupid reason, despite having better signal on the 850mhz band and even in the off peak hours (like 4am) just about any phone I'm using will hop around between 1900mhz and 850mhz 2G or 3G (depending on if I force 2G, 3G or LTE mode). The difference between 1900mhz and 850 is literally the difference between a call cutting in and out and having good signal, at least with a Galaxy S4.
I want to know if the original S is the only phone where certain bands (not just GSM, LTE, UMTS etc.) can be selected. My mom has a Galaxy S4 and I spent several hours playing around with the secret menus but I couldn't find a way to selectively enable/disable certain frequencies.
Is there a way on the S4, or even S3 or S2 to selectively enable/disable specific mhz not just choosing GSM, LTE, or UMTS? Or prehaps another android phone brand. Is there an app or do I have to get something like cyanogenmod to do these sorts of things on these phones?
Hi all,
I'm in the UK and on the EE network using their 4G, and the Speed 7 downloads stuff really fast when I'm out and about. 4G when it works is really amazing... sitting on a train watching read time HD video streaming without caching is definitely miles better than 3G and to me is a strong selling point of this phone.
However, EE in the UK do charge a lot for data so I have been experimenting with other providers. I now have Three, O2, and Vodaphone PAYG SIMs. None of them have any credit on them but that should be enough to check signal... and where I am at the moment, it is not too impressive, I'm not getting 4G reception from any of them except EE - the rest are giving me 3G. I do realise that with this phone, only your chosen data SIM will get 4G, and the one in the other SIM slot will only do GSM, so I did make sure that data was turned on in the right SIM if I was using two and turned on mobile data etc.
In theory, the speed seven should be perfect for the UK, it has Band 20, Band 7 and Band 3 which should cover all of these providers. Although there are radio utilities out there that are good on signal strength, I haven't found one that tells me what Band I am actually using on 4G. (so if you know...)
So, no matter where you are in the world, I'm interested to know what you're connecting to... what 4G provider do you use, and more importantly, what bands are they on? This would be for the 'International' version of this phone which has the B20/B7/B3 radio. My phone actually reports it is enabled for 4G B1, B2, B3, B4, B7, B17 and B20 but I think that may reflect the different radio modules that can be installed, not the real hardware situation.
thanks in advance!!
Hello,
I am waiting my speed 7, it will be deliver in the next days. But if you want to know what frequency you use, try to disable 2 of 3 bands in engineer setting.
I am from France, we have also the 3 bands Band 20, Band 7 and Band 3 used by french operator, with the 2600 mhz.
I hope, I will give you a feedback at the end of the week.
Kind regards.
Salut! The problem is half the providers in the UK sell 4G as a 'premium' service, so it appears unless I activate some of the SIMs (for a pile of money) then I won't be able to validate the specific 4G service they communicate in 3G first and then switch only for selected customers... who have paid.
I recently loaded up the 'Three' SIM with some credit(Hutchinson telecom - maybe it would be under that brand in France) and their 4G service seems to be fine as well. Maybe not as good as EE for coverage or speed, but certainly not too bad. 'Three' use Band 20 and Band 3 and EE use Band 7 as well, so that's not very conclusive... yet! I have also been running the phone in dual SIM mode, using both at once, and it works perfectly. You have to choose which SIM to use for each service, and it will (as any Chinese phone) be unable to run 4G at once on both, so you have to choose one of them for calls, one for data, and one for texts. That does not stop you getting incoming calls,texts etc on both lines etc (just sets the default for outgoing) It is a real novelty having that... and two signal strength meters!
I like your idea of turning off the bands in engineer mode, it is not obvious to me where to do that, so if you can point me in the right direction that would be great... I'm using the engineering mode tool...
PS I hope you like the phone! Now that the software is mostly fixed, I like it a lot, you need the latest OTA update to make it usable, so do run the wireless update wizard! Maybe not top quality hardware, but much cheaper, and has a good screen, good speed, big battery and 3Gb memory ... and of course the dual SIM! (Camera, GPS are a bit suspect)...
This might help:
http://www.att.com/travelguide/coverage/coverage_details.jsp?CIDL=1308&MNC=CING
http://www.sensorly.com/map/4G/GB/Great_Britain/O2/lte_23410#|coverage
Thanks... Bit out of date. The thing I am interested in knowing is how much truth is there in what the phone claims to do versus what it actually does
Sent from my ZP952 using XDA Free mobile app
Hello,
just a late feedback, but i have reached with speed test 65mb dl, 25 ul, in 4G , at frequency 2600 mhz , very well indeed.
Hello,
I am trying to find out the way in which I can able to activate the "Service Menu" or Engineering Mode" for LYF Wind 4, Handset from Reliance Jio, supporting LTE. I need this to change the LTE band to Band 40, which might result in better DL/UL speed for Jio, as the speed presently is really poor, under the "Welcome Plan".
Any Suggestions?
Its bad for everybody mate. Just try doing an reset APN. Thats seems to improve the speed. But its consistently fast only at night. Band 40 is also TDD band so effective bandwidth goes down with number of users. Only FDD bands can give us consistent speed because each user doesnt share the band with another but get his own dedicated one instead.
Hi I'm just wondering there's a mode called High speed LTE mode in my setting i'm just wondering is it the same eith VoLTE or not(?) if so can anyone explain to me the difference?
To save a redirect...
We set out to clarify technical jargons in simple terms so that average smartphone users can make sense of it all, and be well-informed when buying a smart phone and/or a signal booster kit for it. 4G and LTE are closely-related technologies. However, despite what some people think, and despite the impression some networks try to give – they are not one and the same thing. But then what are the differences, and how much do they matter? The first step in answering these questions is to determine what exactly the two terms mean.
What is 4G?
4G is the 4th Generation of mobile internet connectivity, and refers to mobile internet networks that are able to offer certain speeds. These speed criteria were first defined in 2008, long before they were realistic, as something for mobile networks to aspire to, in developing the next generation of internet connectivity.
On-the-go, a network has to offer peak speeds of no less than 100 Mbps to qualify as 4G. In more stable applications, such as stationary hotspots, peak speeds must reach at least 1Gbps. While these speeds may have been nothing more than future targets when they were first set, new technologies have allowed 4G-compliant networks to be rolled out, and some older 3G networks to be improved to offer 4G speeds. However, even so reliably achieving 4G standards proved a bit more difficult than anticipated, and this is where LTE comes in.
What is LTE?
LTE is 4G – in a sense. It stands for Long Term Evolution, and refers not to a single technology but to the processes, developments, and set of technologies used to try to bring about 4G speeds. As it proved more difficult than expected to actually bring about 4G speeds, regulators decided that LTE networks which offered a significant improvement over 3G speeds would be eligible for labelling as 4G even if they did not meet the speeds originally set as 4G standards.
This was a decision companies were quick to take advantage of, and a lot of the time when your phone claims to have 4G reception it is actually connected to an LTE network. This is 4G in a sense thanks to the regulator's decision, but it isn't true 4G in that it does not really meet 4G speed standards. LTE mobile devices are typically capable of CAT4 speeds (Category 4 speeds) and can reach a theoretical speed of 150 Mbps (Mega-Byte Per Second).
What is LTE+ (or LTE Plus) and LTE-A (or LTE Advanced)
LTE+ and LTE-A are exactly the same - The terms are used interchangeably because some carriers in some countries decided to use one or the other for no particular reason. This technology is basically based on the basic LTE platform discussed above, except that the data transfer speeds are triple or even more faster than LTE.
Availability of Plus or Advanced LTE in mobile equipment (smartphones and tablets) is increasing steadily as more manufacturers are manufacturing their flagship or higher end devices that are capable of it (Samsung Galaxy S6 Edge being a prime example). LTE mobile devices are typically capable of CAT6 speeds (Category 6 speeds) and can reach a theoretical speed of 300 Mbps.
The coverage of Advanced or Plus LTE is also gradually increasing as more cellular service providers such as Verizon, T-Mobile, AT&T, Sprint in USA and Bell, Telus, Rogers in Canada are expanding their coverage offering these incredibly high data transfer speeds outside of major cities in USA and Canada, respectively. North American mobile service providers have started this trend of starting with the largest cities first, and then aggressively building their Advanced or Plus LTE networks to support remaining vast areas of their respective coverage areas within their respective countries.
Do the Differences Matter?
In an everyday sense, the differences probably don't matter very much. Most of our signal boosters are also 4G capable (forward to 5G capable and backward to 2G & 3G compatible) whereas all of our commercial boosters are 5G/ 4G LTE compatible. There is not a hugely noticeable gap in speeds between 4G LTE and true 4G networks, and due to time and location variances, these networks will often offer virtually identical speeds. LTE Advanced or LTE Plus on the other hand, offer considerably faster wireless data transfer speeds which may be very helpful if one performs a lot of Internet activities such as frequent downloads, etc. on their mobile devices using their mobile networks. However, it is important to note that in order to take advantage of those higher speeds, the mobile devices have to be capable of those higher speeds and the cellular provider has to have that Advanced or Plus network available in areas of mobile use.
There can be something of a difference when it comes to buying signal boosting equipment. If you are buying a signal booster or repeater with the intention of extending a type of LTE or 4G reception, for example, then you will probably want the one that has "4G" included in its name or description. We sell 4G signal boosters that are compatible with both true 4G, LTE, and LTE Advanced/ Plus networks so you will be covered for all because they are backward compatible, all the way down to 3G and 2G. Now you know the differences between 4G LTE LTE+ and LTE Advanced!
miffymiffy said:
To save a redirect...
We set out to clarify technical jargons in simple terms so that average smartphone users can make sense of it all, and be well-informed when buying a smart phone and/or a signal booster kit for it. 4G and LTE are closely-related technologies. However, despite what some people think, and despite the impression some networks try to give – they are not one and the same thing. But then what are the differences, and how much do they matter? The first step in answering these questions is to determine what exactly the two terms mean.
What is 4G?
4G is the 4th Generation of mobile internet connectivity, and refers to mobile internet networks that are able to offer certain speeds. These speed criteria were first defined in 2008, long before they were realistic, as something for mobile networks to aspire to, in developing the next generation of internet connectivity.
On-the-go, a network has to offer peak speeds of no less than 100 Mbps to qualify as 4G. In more stable applications, such as stationary hotspots, peak speeds must reach at least 1Gbps. While these speeds may have been nothing more than future targets when they were first set, new technologies have allowed 4G-compliant networks to be rolled out, and some older 3G networks to be improved to offer 4G speeds. However, even so reliably achieving 4G standards proved a bit more difficult than anticipated, and this is where LTE comes in.
What is LTE?
LTE is 4G – in a sense. It stands for Long Term Evolution, and refers not to a single technology but to the processes, developments, and set of technologies used to try to bring about 4G speeds. As it proved more difficult than expected to actually bring about 4G speeds, regulators decided that LTE networks which offered a significant improvement over 3G speeds would be eligible for labelling as 4G even if they did not meet the speeds originally set as 4G standards.
This was a decision companies were quick to take advantage of, and a lot of the time when your phone claims to have 4G reception it is actually connected to an LTE network. This is 4G in a sense thanks to the regulator's decision, but it isn't true 4G in that it does not really meet 4G speed standards. LTE mobile devices are typically capable of CAT4 speeds (Category 4 speeds) and can reach a theoretical speed of 150 Mbps (Mega-Byte Per Second).
What is LTE+ (or LTE Plus) and LTE-A (or LTE Advanced)
LTE+ and LTE-A are exactly the same - The terms are used interchangeably because some carriers in some countries decided to use one or the other for no particular reason. This technology is basically based on the basic LTE platform discussed above, except that the data transfer speeds are triple or even more faster than LTE.
Availability of Plus or Advanced LTE in mobile equipment (smartphones and tablets) is increasing steadily as more manufacturers are manufacturing their flagship or higher end devices that are capable of it (Samsung Galaxy S6 Edge being a prime example). LTE mobile devices are typically capable of CAT6 speeds (Category 6 speeds) and can reach a theoretical speed of 300 Mbps.
The coverage of Advanced or Plus LTE is also gradually increasing as more cellular service providers such as Verizon, T-Mobile, AT&T, Sprint in USA and Bell, Telus, Rogers in Canada are expanding their coverage offering these incredibly high data transfer speeds outside of major cities in USA and Canada, respectively. North American mobile service providers have started this trend of starting with the largest cities first, and then aggressively building their Advanced or Plus LTE networks to support remaining vast areas of their respective coverage areas within their respective countries.
Do the Differences Matter?
In an everyday sense, the differences probably don't matter very much. Most of our signal boosters are also 4G capable (forward to 5G capable and backward to 2G & 3G compatible) whereas all of our commercial boosters are 5G/ 4G LTE compatible. There is not a hugely noticeable gap in speeds between 4G LTE and true 4G networks, and due to time and location variances, these networks will often offer virtually identical speeds. LTE Advanced or LTE Plus on the other hand, offer considerably faster wireless data transfer speeds which may be very helpful if one performs a lot of Internet activities such as frequent downloads, etc. on their mobile devices using their mobile networks. However, it is important to note that in order to take advantage of those higher speeds, the mobile devices have to be capable of those higher speeds and the cellular provider has to have that Advanced or Plus network available in areas of mobile use.
There can be something of a difference when it comes to buying signal boosting equipment. If you are buying a signal booster or repeater with the intention of extending a type of LTE or 4G reception, for example, then you will probably want the one that has "4G" included in its name or description. We sell 4G signal boosters that are compatible with both true 4G, LTE, and LTE Advanced/ Plus networks so you will be covered for all because they are backward compatible, all the way down to 3G and 2G. Now you know the differences between 4G LTE LTE+ and LTE Advanced!
Click to expand...
Click to collapse
Wow thank you soo much for the information
i canstill achieve speeds of 120mpbs without high speed LTE however
I have recently been getting download speeds of over 700Mbs on T-Mobile, so I was trying to figure out if I was using some of the new Sprint Mid band spectrum - Band n41 (2.5 GHz). LTE discovery says it is on band 66, but that seems to fast for 600Mhz (at least what I have been used to which was just like LTE). Any knowledge would be helpful...
Thanks
Have you tried this app? Works for LTE, not sure if it'll tell you the 5G band, though.
Network Cell Info Lite & Wifi - Apps on Google Play
Signal Strength, Mobile, Wifi, Speed Test, Bad Signals, Cellular, 5G, LTE, 4G
play.google.com
Or try this app, you can select the band you want.
Network Mode Samsung - Apps on Google Play
Network Mode / Band Selection / LTE ONLY for Samsung
play.google.com