I have the GT-I9305N, which apart from the standard 1800 and 2600 MHz bands available on all 3 phones has the 900 MHz band activated in place of the 800 MHz band available on the GT-I9305, whereas the GT-I9305T seemingly has only the 1800 and 2600 MHz bands.
So is the LTE chip in our 3 phones the same chip or are there different variants? And what is the point of the GT-I9305T if the only difference is it has one band fewer than the other two, I mean why not just sell the GT-I9305 in that case? Wouldn't that make more sense out of a manufacturing aspect? (fewer variances means fewer configurations and less work for a manufacturer, I hope this is obvious to people)
I mean unless the point is that the GT-I9305T should only be usable on carriers which have networks with the correct frequency bands supported, making re-sale less likely. That is literally the only possibility I consider likely. What are your thoughts?
Nobody knows anything about this?
Rekoil said:
Nobody knows anything about this?
Click to expand...
Click to collapse
Probably there is some legislation about low frequency bands in Australia, I don't know... But AFAIK i9305T was made for Telstra Australia, as i9305N was made for Sweden where Tele2 (COV) and Telenor (Voda) are working at the 900 and 2600 spectrum.
http://forum.xda-developers.com/editpost.php?do=editpost&p=39798979
Source about the networks: http://en.wikipedia.org/wiki/List_of_mobile_network_operators_of_Europe
I haven't looked into it but don't really think there is much difference. I have the 9305T which from what I have seen appears to be a Telstra only model as I think both Optus and Vodafone in Australia sell the 9305 (I may be wrong but remember seeing Optus with 9305 not 9305T). I have not tried a 9305N rom but both 9305T and 9305 roms work fine on the 9305 only difference lately is signal strength. Status bar reads one bar less if using a 9305 modem. I am pretty sure the 9305T would have the 900 range active as Telstra use both the 850 and 900 range.
I do remember reading some time ago that Telstra are a bit more picky with testing the phone on making sure the software is more suited to their network and being Australia's largest telco provider I think may have sway over some manufacturers who are willing to make multiple varients to get what they want. Just my thoughts could be wrong
Sent from Ripper ROM 5110
I'm not from Australia, so i cannot say much about your telco providers. But here in Brazil i only saw the GT-I9305T been selling by Claro (wich includes mine). As i could search, Claro works with the 850Mhz (3G) , 1800Mhz (GSM/GPRS/EDGE) and 2600 MHz (4G).
On Brazil - as the site from Claro says - 4G only works yet with the range 2,5GHz - 2,69GHz.
== Sorry the bad english ==
For those that buy a GT-I9305T with Telstra firmware and try and use it on another telco's network, calls and SMS will work but MMS and Data will not due to the CSC.
The solution is to download the stock Australian Firmware and use Odin to flash
For example
PDA: I9305TDVBMB1
CSC: I9305TTXSABMB2
The symptom is the missing H+ etc in the status bar next to the signal strength bars.
My phone is GT-I9305T, will it work the same if I flash the GT-I9305 rom along with RIL + modem from GT-I9305T?
I have a gt-i9305N
I think the N stands for Nordic, I live in Sweden and have Tele2
And I have only flashed the rom. No need to flash your radio if it already works fine.
Flashing CM rom won't touch your radio and rightfully so.
southoz said:
For those that buy a GT-I9305T with Telstra firmware and try and use it on another telco's network, calls and SMS will work but MMS and Data will not due to the CSC.
The solution is to download the stock Australian Firmware and use Odin to flash
For example
PDA: I9305TDVBMB1
CSC: I9305TTXSABMB2
The symptom is the missing H+ etc in the status bar next to the signal strength bars.
Click to expand...
Click to collapse
I used a i9305t with stock Telstra firmware on the Optus network for a little while before I rooted it and changed roms. Data worked fine...
Sent from my GT-I9305T using xda app-developers app
I know this thread is old but incase anyone else is wondering. Its the modem thats different, the 9305T runs on Australian frequencies and adds the 850 band which is Telstra NextG network.
Hope this helps.
312 24892996
tw15tr said:
My phone is GT-I9305T, will it work the same if I flash the GT-I9305 rom along with RIL + modem from GT-I9305T?
Click to expand...
Click to collapse
Yes. just flashed the german 4.3 ROM on my I9305T - even the 4G data worked, but data speeds improved greatly when I flashed my carrier's current baseband/modem.
The hardware in the variants are the same, it is just a carrier/manufacturer agreement to limit non-carrier provided firmware.
mc_riddle said:
Yes. just flashed the german 4.3 ROM on my I9305T - even the 4G data worked, but data speeds improved greatly when I flashed my carrier's current baseband/modem.
The hardware in the variants are the same, it is just a carrier/manufacturer agreement to limit non-carrier provided firmware.
Click to expand...
Click to collapse
I agree fully. I too have a GT-I9305T LTE from Telstra. I had the 4.1.2 firmware running. I too downloaded the latest Jelly Bean 4.3 for GT-I9305 from Germany (I9305XXUEMKC_I9305DBTEMJ4_DBT). I honestly had my concerns. Compatibility for the network being one of them. I did alot of research and decided to take the plunge. All done and I am more than happy with it. The dowload speed jumped from about 6mbps to 60 mbps. Not sure why but I dont really care its faster than broadband that I'm stck with at the mo. Anyway. GT-I9305 firm works fine in a GT-I9305T.
Sydney, Australia
Brucetheshark said:
I agree fully. I too have a GT-I9305T LTE from Telstra. I had the 4.1.2 firmware running. I too downloaded the latest Jelly Bean 4.3 for GT-I9305 from Germany (I9305XXUEMKC_I9305DBTEMJ4_DBT). I honestly had my concerns. Compatibility for the network being one of them. I did alot of research and decided to take the plunge. All done and I am more than happy with it. The dowload speed jumped from about 6mbps to 60 mbps. Not sure why but I dont really care its faster than broadband that I'm stck with at the mo. Anyway. GT-I9305 firm works fine in a GT-I9305T.
Sydney, Australia
Click to expand...
Click to collapse
OK, I did a crap load of research on this earlier in the week because I'm in the process of buying a few I930x phones for the family via eBay.
My understanding is that the hardware is identical but the ROMs in use on each version may affect network operability.
The issue gets clouded because data you find here and there on the interwebs tends to have conflicting information about the phone's specs.
Regardless of what specs you read on GSMArena or elsewhere, the ROMS for phones that Telstra and Optus provide are customised for their requirements.
The hardware may be identical to the that described elsewhere on the web, but the software isn't necessarily so. ROMs for the i9305 and the i9305T are also customised by other network providers around the planet, and thus may differ from the vanilla "International" versions.
I'll restrict my reply to LTE (4G) here, as all variants of the i9300 and i9300T appear to be compatible with 850/900/2100 3G UMTS spectrums used by the three Australian networks.
Both Telstra and Optus currently operate 4G on the 1800 spectrum.
However, Optus operates additional 4G on the 2300 spectrum for its "4G Plus" customers - see Optus's notes at optus[dot]com[dot]au/network/mobile/4g
Telstra does not operate on the 2300 spectrum and has no requirement that its handsets operate there. Hence, I would be surprised if Telstra feels any desperate need to incorporate access to the 2300 spectrum in its ROM.
On the other hand, Telstra has "... also been using some 2100MHz spectrum to provide extra capacity on [their] 3G 850MHz network using the latest generation of network radio equipment known as Software Defined Radio. As the number of LTE devices that are capable of LTE2100 increases, [they] can simply change these cells from 3G to 4G-LTE via software. This will help [Telstra] manage 4G capacity until [they] get...new spectrum. See Telstra's notes at exchange[dot]telstra[dot]com[dot]au/2013/05/07/mobile-spectrum-auction-result/.
So, both the i9305 and the i9305T will work on the 1800 spectrum, but the i9305T may or may not work on the 2300 spectrum and the i9305 may or may not work (for 4G) on the 2100 spectrum.
Theoretically, the i9305T is also optimised for the specific band within the 1800 spectrum that it needs to operate on. However, in practice, the handsets are tolerant enough such that this is not an issue.
Handsets provided by Telstra and Optus will definitely work on the relevant spectrums their respective networks utilize. i9305 devices provided by third party providers require investigation on a case by case basis.
However, the situation is about to become more complex.
At last year's ACMA auction both Telstra and Optus bought additional bandwidth in the 700 and 2500 spectrums for expansion of their LTE networks. See Telstra's info here exchange[dot]telstra[dot]com[dot]au/2013/05/07/mobile-spectrum-auction-result/ (again) and ACMA's info here www [dot]acma[dot]gov[dot]au/Industry/Spectrum/Digital-Dividend-700MHz-and-25Gz-Auction/Reallocation/digital-dividend-auction-results.
In the Telstra link provided above, Telstra also says "Firstly we’re seeing new devices that support the LTE900 MHz band (another low frequency band) so we’ll use this in areas where coverage and capacity makes sense. We’ll also deliver Australia’s first LTE-Advanced network and devices using LTE900+1800" and "We’ve also been using some 2100MHz spectrum to provide extra capacity on our 3G 850MHz network using the latest generation of network radio equipment known as Software Defined Radio. As the number of LTE devices that are capable of LTE2100 increases, we can simply change these cells from 3G to 4G-LTE via software. This will help us manage 4G capacity until we get the new spectrum."
So, in the not-too-distant-future, Telstra 4G devices will operate on bands in the 700, 900, 1800, 2500, and possibly 2100 spectrums, whereas Optus 4G devices will operate on bands in the 700, 1800, 2300 and 2500 spectrums,
A summary is here mobilenetworkguide[dot]com[dot]au/australian_mobile_phone_frequencies.html"]here[/URL].
The big question then is how are customers going to get firmware upgrades so that there devices can take advantage of the spectrum changes.
It would be reasonable to assume that Telstra and Optus will provide updates for newer devices they have provided. However, neither will provide firmware updates for devices acquired from elsewhere. Optus ROMs won't take full advantage of Telstra's network, and Telstra ROMs won't take full advantage of Optus's network. Other ROMS may or may not provide access to all the relevant bands,
So, Telstra may provide updates for i9305T units it has provided, and Optus may provide updates for i9300 devices it has provided. In order to receive these updates you will need to be running the appropriate Telstra/Optus Australian ROM on your device.
Devices acquired from 3rd party providers, whether they are i9305T, i9305, or anything else, will probably be left out in the cold.
You could, of course, root your device and load a suitable ROM that way. I could do it, you may be able to do it, but 99.5% of people out there would not be able to do it. And I really couldn't be bothered to do it on multiple handsets.
So for peace of mind, given these imminent changes I'm sticking with Telstra branded i9305Ts. It just seems to be easier that way.
PS to mods. I saw the message "To prevent spam on the XDA forums, ALL new users prevented from posting outside links in their messages, yada yada yada" However, I'm not spamming and the information I have linked to is on-topic, but it is obviously too voluminous to incorporate into the post. Hence I have taken the liberty of modifying the URLs of the links as a compromise, so that they are not hotlinks but people can still find the sources. I don't mean any disrespect. It's just that I went through this exact same process earlier this week, and found the source information to be really helpful
Brucetheshark said:
I agree fully. I too have a GT-I9305T LTE from Telstra. I had the 4.1.2 firmware running. I too downloaded the latest Jelly Bean 4.3 for GT-I9305 from Germany (I9305XXUEMKC_I9305DBTEMJ4_DBT). I honestly had my concerns. Compatibility for the network being one of them. I did alot of research and decided to take the plunge. All done and I am more than happy with it. The dowload speed jumped from about 6mbps to 60 mbps. Not sure why but I dont really care its faster than broadband that I'm stck with at the mo. Anyway. GT-I9305 firm works fine in a GT-I9305T.
Sydney, Australia
Click to expand...
Click to collapse
Question, I'm trying to install the 4.3 ROM also, but so far haven't been able to find it available for download. Can you link to where you found it by any chance?
Edit: I was looking for this specific ROM, as others had tried and tested it. I have found other 4.3 ROM's for the I9305, but if anyone has a link to I9305XXUEMKC_I9305DBTEMJ4_DBT that would be nice
http://www.xda-developers.com/andro...tmctr=(not provided)&__utmv=-&__utmk=63603752
It's been figured out, I speculated it was possible, and it is!
Preamble
Hi everyone. As we know, the C6603 (all country versions) can be swapped with the radios from the ZL. This allows you to get LTE on Rogers and Fido in Canada, and I assume would work for other carriers as well in other parts of the world. (this is due either to unlocking frequencies, or unlocking channels on those frequencies.)
The radio HARDWARE is the same. *(?!? is it?) From what I understand the baseband chip in ALL the devices is a:
Qualcomm MDM9215M
which fully supports all the bands we can possibly use. Meaning, this device CAN use UMTS 4 1700/2100 for T-Mobile and Wind and Telus etc etc.
The secret is the amplifier chips. If the c6603 has the amplifier chips physically that the c6602 does we should be able to do the same trick that was done on the nexus 4. A modification of the build.prop may allow for AWS networks to work on our c6603. We can only hope. Partial support to at least use the AWS bands should be possible for the 6603. You would have to do the same thing that was done for the google nexus 4. Essentially,
#!/sbin/sh
echo "telephony.lteOnGsmDevice=1" >> /system/build.prop
echo "ro.telephony.default_network=9" >> /system/build.prop
echo "ro.ril.def.preferred.network=9" >> /system/build.prop
And then flash. Obviously requires a rom cook and root. If any intrepid developers wants to give this a shot, I suggest using the 6606 baseband, as it seems to be both a 6602 and 6603. The 6616 is essentially the same as the T-Mobile phone but with Canadian channels.
Why I care
When the Z first came out, I knew I needed to have it. By a terrific stroke of luck a local had bought an unlocked international Belgum phone off ebay and decided he wanted the S4 instead. He was selling it for hundreds below the MFG price on Kijiji. I immediately bought it. I love the phone, but I can only get 3g, as I am with Telus, and the phone "doesn't support" officially, AWS on Telus. Works with HSPA+ for whatever reason though, on non aws bands.
New knowledge not currently found on the forum
Bell uses AWS on HSPA+ as well as LTE. So does Telus, and Wind. (and Tmobile in the US)
Historically, only the C6602 has the frequencies needed for the other carriers. Bell, in Canada, recently released the C6616.
(LTE compatibility AWS, 700 MHz HSPA/UMTS compatibility 850/1900/1700/1900/2100 MHz GPRS/EDGE compatibility 850/900/1800/1900 MHz)
The question with no answer.
The question is: Can I apply the Baseband file from the Bell C6616 phone to get AWS 1700/2100 hspa/LTE on a C6603?
NEW!
Note: I'm not rooted, nor am I bootloader unlocked. Neat, eh?
Here's what basebands I've tried so far: (c6603 Generic BE, .67, 4.2.2)
c6506 US .434, c6506 US 0.423 - both work perfectly on 4.2.2, no issues. On Telus you can only see Telus, and AT&T, sometimes Rogers.
c6606 - Phone boots, unusable. Random reboots, locks up immeditely after swipe to unlock. Simply flashed baseband back to c6506. - This may be because I was using a 4.1.2 rom. I'm going to re-investigate.
c6616 - Phone boots, slightly usable. Random reboots, even in airplane mode. System.process freezes but eventually unlocks. If you screenlock, you need to reboot. Flashed it back to c6506 (probably due to 4.1.2 again)
ZL c6502 .434 global unbranded - Phone boots. RADIO SHOWS - (!!!) Phone completely usable. OMG I CAN SEE BELL 3g and ROGERS LTE (which is 2600mhz!). Something interesting is going on here, but it's not unlocking any additional bands in reality. The *#*#service#*#* menu shows the same frequencies available - but there's CERTAINLY some modification to the ranges in the bands. For those of you using .434 c6506, switch to c6502 global, you might get better speeds. Woot!
Z c6602 .67 Works. 2g, 3g bands including LTE (on 2600 only I'm sure) available but only on Rogers my home network, Telus, comes up as 3g H+. Cannot see Wind but that might be due to not having a wind Sim at the moment T-Mobile comes up as 2g only. I believe it uses umts 4 for 3g/4g. Essentially the same as c6506.
c6606 0.191 - phone slightly usable. Still has issues with random reboots. Won't go into info or network menu at all. This sounds like mismatched build.prop... this might be possible. Exciting.
MORE MAGIC FOUND. The info menu (*#*#4636#*#*) *#*#info#*#* allows you to swap country mode frequency ranges (including an UNKNOWN range on)!! This greatly impacts the available networks you see when you scan for networks in the phone. With USA selected I do NOT see T-Mobile, for example, when previous I did. Needs more playing.
Here's what I found out:
ahassouna said:
carefull not to brick your phone
Click to expand...
Click to collapse
No worries, I really know what I'm doing here. I'm doing a baseband only flash.
Looking into flashtool, the recognition=C6602,C6603,C6606,C6616,L36h,yuga keys exist. Meaning, flashtool SHOULD see the c6616 in the list, but yes, it doesn't. (?!?!)
I recently grabbed C6506_10.3.1.A.2.67_Generic US, and it works flawlessly as thje previous c6506 basebands on 6603's did. On Fido, it'll give me LTE, obviously, but that's due to 2600 I'm sure. but only gives me 3g (hspa+) with Telus. (non aws).
According to the service menu, The phone only supports the following, even with the 6506 baseband flashed (screenshot is from my phone just now):
{
"lightbox_close": "Close",
"lightbox_next": "Next",
"lightbox_previous": "Previous",
"lightbox_error": "The requested content cannot be loaded. Please try again later.",
"lightbox_start_slideshow": "Start slideshow",
"lightbox_stop_slideshow": "Stop slideshow",
"lightbox_full_screen": "Full screen",
"lightbox_thumbnails": "Thumbnails",
"lightbox_download": "Download",
"lightbox_share": "Share",
"lightbox_zoom": "Zoom",
"lightbox_new_window": "New window",
"lightbox_toggle_sidebar": "Toggle sidebar"
}
note: LTE_BC1,LTE_BC3,LTE_BC5,LTE_BC7,LTE_BC8,LTE_BC20, which is:
1 Up: 1920 - 1980 Down: 2110 - 2170
3 Up: 1710 - 1785 Down: 1805 - 1880
5 Up: 824 - 849 Down: 869 - 894
7 Up: 2500 - 2570 Down: 2620 - 2690
8 Up: 880 - 915 Down: 925 - 960
20 Up: 832 - 862 Down: 791 - 821
AND YET, the T-Mobile C6506 is supposed to support:
2G Network GSM 850 / 900 / 1800 / 1900
3G Network HSDPA 850 / 900 / 1700 / 1900 / 2100
4G Network LTE 700 / 850 / 1700 / 1900 / 2100
Okay. So if that is the case... HOW IN THE HECK are some of you people getting LTE on Bell?
Bell's (and Rogers/Fido, Telus/Koodo) LTE network uses Band 4 Advanced Wireless Services (AWS 1700/2100 MHz: actually 1710–1755/2110–2155) in most coverage areas and Band 7 (2600 MHz) in a few areas.
Wind's and Telus's is 1700/2100 (AWS1) only. THE ONLY WAY I can see this working is because bell/rogers has UMTS 2600 in the GTA. HOWEVER: Why weren't we getting LTE (data only) in the first place on the 6603? It supported LTE 2600 from the start. It's a very good question, and one that could be because of the sub channel bands used for LTE on HSPA+. What's interesting, is that since this phone supports Band 3 and Band 1, you can SEE the LTE/HSPA+ AWS1 network, but it doesn't stay connected (Because you can't split negotiation bands... UNLESS, you could limit one antenna to one and one to the other (not sure it's possible)).
That's seems to be the ONLY reason it works on Bell/Rogers in some cases with the 6506 2600mhz baseband. You're not getting true AWS with that flash (which can be for hspa+ or LTE). Also, the c6616 appears to be a more complete radio that would literally work on every single network in Canada and the USA, being the "ultimate LTE" Xperia Z. The c6602 Internal Storefront phone is the closest original thing, to that I would imagine.
Oh, I forgot to mention, I did try the T-Mobile 6606 baseband on the phone. It causes a soft lock after booting sadly (which does get into the OS, but it locks up and goes black once it's there.), and you have to flash back to either 6506 radio or stock to get it to stay stable.
So no, I do not believe this phone can be "told" to use AWS, regardless of what baseband file you stick in it. Now I'm not so sure. The same thing that was done on the Nexus 4 should work here.
Click to expand...
Click to collapse
I'm not sure it will work at all, apologies if this has been explored. The phone only supports limited UMTS bands. In particular, it would need to say UMTS 4, 9 or 10 in that list, I think.
Originally Posted by kingvortex View Post
The C6602 does not have an LTE capable radio. I'm not sure where you heard that it does, but that information is incorrect. There is no way for you to use LTE on your device, no matter which baseband you may flash.
Sent from my C6603 using Tapatalk
This is correct, sort-of. It turns out that the radio hardware chips themselves are actually the same, but the unit is missing the physical amplifiers for the frequencies you would unlock, making them impossible to use. It's the c6603 radio hardware that has euro LTE. However, the 6602 is supposed to support AWS in some fashions. If you flash the baseband from the bell Z, you may be able to use AWS 4, because it's not just the frequencies that you make available, it's the CHANNEL SET.
In summary a "baseband" is three things
1) radio driver
2) frequency range list
3) channel range list
In theory (logically), the baseband from the "unbranded sony store" phones of each hardware model variant should have all the carrier frequencies of the local area.
So, if you're from Germany, flashing a the Sony "carrier unbranded" baseband from the local model variant should allow you to be all all carriers in that region because it would be in Sony's best interest to sell an unlocked phone in that region in that way.
It gets dicey when you bring a phone from another country as I did, into a country that uses different radio frequencies and channels for the same wireless protocol types. It's complicated and has to do with the radio telecom standards differing in every country. True "World Phones" are really uncommon but we're getting more standardized every year.
I still own my Z but I also have a Z1. The Z1 is a LOT more compatible (every carrier in my area) because it's designed to work with local frequency sets. All I had to do on it was flash the Sony official firmware and baseband, and I could get LTE on every carrier.
lhun said:
Preamble
Hi everyone. As we know, the C6603 (all country versions) can be swapped with the radios from the ZL. This allows you to get LTE on Rogers and Fido in Canada, and I assume would work for other carriers as well in other parts of the world. (this is due either to unlocking frequencies, or unlocking channels on those frequencies.)
The radio HARDWARE is the same.
Why I care
When the Z first came out, I knew I needed to have it. By a terrific stroke of luck a local had bought an unlocked international Belgum phone off ebay and decided he wanted the S4 instead. He was selling it for hundreds below the MFG price on Kijiji. I immediately bought it. I love the phone, but I can only get 3g, as I am with Telus, and the phone "doesn't support" officially, AWS on Telus. Works with HSPA+ for whatever reason though.
New knowledge not currently found on the forum
Bell uses AWS on HSPA+ as well as LTE. So does Telus, and Wind. (and Tmobile in the US)
Historically, only the C6602 has the frequencies needed for the other carriers. Bell, in Canada, recently released the C6616.
(LTE compatibility AWS, 700 MHz HSPA/UMTS compatibility 850/1900/1700/1900/2100 MHz GPRS/EDGE compatibility 850/900/1800/1900 MHz)
The question with no answer.
The question is: Can I apply the Baseband file from the Bell C6616 phone to get AWS 1700/2100 hspa/LTE on a C6603?
Click to expand...
Click to collapse
Only way to find out is to flash the baseband and see what happens, if not you can always flash back to stock C6603 baseband.
wright_ac said:
Only way to find out is to flash the baseband and see what happens, if not you can always flash back to stock C6603 baseband.
Click to expand...
Click to collapse
Fair enough. I didn't know I was wondering into uncharted territory.
Does anyone have a FTF of the bell stock firmware?
lhun said:
Fair enough. I didn't know I was wondering into uncharted territory.
Does anyone have a FTF of the bell stock firmware?
Click to expand...
Click to collapse
so I have the FTF of the C6616. Flashtool completely ignores it as if it doesn't exist. What gives?
lhun said:
so I have the FTF of the C6616. Flashtool completely ignores it as if it doesn't exist. What gives?
Click to expand...
Click to collapse
carefull not to brick your phone
ahassouna said:
carefull not to brick your phone
Click to expand...
Click to collapse
No worries, I really know what I'm doing here. I'm doing a baseband only flash.
Looking into flashtool, the recognition=C6602,C6603,C6606,C6616,L36h,yuga keys exist. Meaning, flashtool SHOULD see the c6616 in the list, but yes, it doesn't. (?!?!)
I recently grabbed C6506_10.3.1.A.2.67_Generic US, and it works flawlessly as thje previous c6506 basebands on 6603's did. On Fido, it'll give me LTE, obviously, but that's due to 2600 I'm sure. but only gives me 3g (hspa+) with Telus. (non aws).
According to the service menu, The phone only supports the following, even with the 6506 baseband flashed (screenshot is from my phone just now):
note: LTE_BC1,LTE_BC3,LTE_BC5,LTE_BC7,LTE_BC8,LTE_BC20, which is:
1 Up: 1920 - 1980 Down: 2110 - 2170
3 Up: 1710 - 1785 Down: 1805 - 1880
5 Up: 824 - 849 Down: 869 - 894
7 Up: 2500 - 2570 Down: 2620 - 2690
8 Up: 880 - 915 Down: 925 - 960
20 Up: 832 - 862 Down: 791 - 821
AND YET, the T-Mobile C6506 is supposed to support:
2G Network GSM 850 / 900 / 1800 / 1900
3G Network HSDPA 850 / 900 / 1700 / 1900 / 2100
4G Network LTE 700 / 850 / 1700 / 1900 / 2100
Okay. So if that is the case... HOW IN THE HECK are some of you people getting LTE on Bell?
Bell's (and Rogers/Fido, Telus/Koodo) LTE network uses Band 4 Advanced Wireless Services (AWS 1700/2100 MHz: actually 1710–1755/2110–2155) in most coverage areas and Band 7 (2600 MHz) in a few areas.
Wind's and Telus's is 1700/2100 (AWS1) only. THE ONLY WAY I can see this working is because bell/rogers has UMTS 2600 in the GTA. HOWEVER: Why weren't we getting LTE (data only) in the first place on the 6603? It supported LTE 2600 from the start. It's a very good question, and one that could be because of the sub channel bands used for LTE on HSPA+. What's interesting, is that since this phone supports Band 3 and Band 1, you can SEE the LTE/HSPA+ AWS1 network, but it doesn't stay connected (Because you can't split negotiation bands... UNLESS, you could limit one antenna to one and one to the other (not sure it's possible)).
That's seems to be the ONLY reason it works on Bell/Rogers in some cases with the 6506 2600mhz baseband. You're not getting true AWS with that flash (which can be for hspa+ or LTE). Also, the c6616 appears to be a more complete radio that would literally work on every single network in Canada and the USA, being the "ultimate LTE" Xperia Z. The c6602 Internal Storefront phone is the closest original thing, to that I would imagine.
Oh, I forgot to mention, I did try the T-Mobile 6606 baseband on the phone. It causes a soft lock after booting sadly (which does get into the OS, but it locks up and goes black once it's there.), and you have to flash back to either 6506 radio or stock to get it to stay stable.
So no, I do not believe this phone can be "told" to use AWS, regardless of what baseband file you stick in it.
Unless of course, someone can provide a baseband that "unlocks" UMTS 4, 9 or 10... And, that the radio is physically capable of doing it.
lhun said:
Preamble
Hi everyone. As we know, the C6603 (all country versions) can be swapped with the radios from the ZL. This allows you to get LTE on Rogers and Fido in Canada, and I assume would work for other carriers as well in other parts of the world. (this is due either to unlocking frequencies, or unlocking channels on those frequencies.)
The radio HARDWARE is the same.
Why I care
When the Z first came out, I knew I needed to have it. By a terrific stroke of luck a local had bought an unlocked international Belgum phone off ebay and decided he wanted the S4 instead. He was selling it for hundreds below the MFG price on Kijiji. I immediately bought it. I love the phone, but I can only get 3g, as I am with Telus, and the phone "doesn't support" officially, AWS on Telus. Works with HSPA+ for whatever reason though.
New knowledge not currently found on the forum
Bell uses AWS on HSPA+ as well as LTE. So does Telus, and Wind. (and Tmobile in the US)
Historically, only the C6602 has the frequencies needed for the other carriers. Bell, in Canada, recently released the C6616.
(LTE compatibility AWS, 700 MHz HSPA/UMTS compatibility 850/1900/1700/1900/2100 MHz GPRS/EDGE compatibility 850/900/1800/1900 MHz)
The question with no answer.
The question is: Can I apply the Baseband file from the Bell C6616 phone to get AWS 1700/2100 hspa/LTE on a C6603?
Has anyone tried the 6602 baseband only on the 6603? My goal is to get AWS frequencies. I don't care about LTE.
I'm not sure it will work at all, apologies if this has been explored. The phone only supports limited UMTS bands. In particular, it would need to say UMTS 4, 9 or 10 in that list, I think.
Click to expand...
Click to collapse
As i see from different firmwares, some overlay applications might deny to use some of capability of phone.
In over my firmware testing experience, some off firmwares prevent to use single 3g, and some of them prevent to use mixed network.
You must sure you have totally generic firmware. Try to delete all overlay apks, those might restrict you to configure network coverage.
PS:
I'am going to flash C6606 fw 10.3.1.E.0.191 to my 6603 afew later.
eryen said:
As i see from different firmwares, some overlay applications might deny to use some of capability of phone.
In over my firmware testing experience, some off firmwares prevent to use single 3g, and some of them prevent to use mixed network.
You must sure you have totally generic firmware. Try to delete all overlay apks, those might restrict you to configure network coverage.
PS:
I'am going to flash C6606 fw 10.3.1.E.0.191 to my 6603 afew later.
Click to expand...
Click to collapse
Hi Eryen, thanks for replying!
If you read through my post, I tried that and it did not work. Gets to the OS and locks up. However, we're just swapping signed basebands. We need to figure out which radio hardware they're using to see what it's capable of, and perhaps, we can start making custom unlocked drivers.
eryen said:
As i see from different firmwares, some overlay applications might deny to use some of capability of phone.
In over my firmware testing experience, some off firmwares prevent to use single 3g, and some of them prevent to use mixed network.
You must sure you have totally generic firmware. Try to delete all overlay apks, those might restrict you to configure network coverage.
PS:
I'am going to flash C6606 fw 10.3.1.E.0.191 to my 6603 afew later.
Click to expand...
Click to collapse
Hey, that's a pretty amazing thought. I might try that, would of course require root, I would imagine.
NEW!
Note: I'm not rooted, nor am I bootloader unlocked. Neat, eh?
Here's what basebands I've tried so far: (c6603 Generic BE, .67, 4.2.2)
c6506 US .434, c6506 US .67 - both work perfectly on 4.2.2, no issues. On Telus you can only see Telus, and AT&T, sometimes Rogers.
c6606 - Phone boots, unusable. Random reboots, locks up immeditely after swipe to unlock. Simply flashed baseband back to c6506.
c6616 - Phone boots, slightly usable. Random reboots, even in airplane mode. System.process freezes but eventually unlocks. If you screenlock, you need to reboot. Flashed it back to c6506
ZL c6502 .434 global unbranded - Phone boots. RADIO SHOWS - (!!!) Phone completely usable. OMG I CAN SEE BELL 3g and ROGERS LTE (which is 2600mhz!). Something interesting is going on here, but it's not unlocking any additional bands in reality. The *#*#service#*#* menu shows the same frequencies available - but there's CERTAINLY some modification to the ranges in the bands. For those of you using .434 c6506, switch to c6502 global, you might get better speeds. Woot!
So I'm starting to think the 6603 could be hacked to get umts band 4 in the same exact way the nexus 4 was.
If I get more time I'll try this out - I would rather it be possible without root but meh.
To contribute.
I have C6602, flashed C6603 baseband, tried with 4G card in confirmed zone of 4G signal, only catching 3G.
Will try with C6502 baseband when I have again 4G card.
sipe1 said:
To contribute.
I have C6602, flashed C6603 baseband, tried with 4G card in confirmed zone of 4G signal, only catching 3G.
Will try with C6502 baseband when I have again 4G card.
Click to expand...
Click to collapse
Did you try *#*#info#*#* menu and changing regional setting?
lhun said:
Preamble
Hi everyone. As we know, the C6603 (all country versions) can be swapped with the radios from the ZL. This allows you to get LTE on Rogers and Fido in Canada, and I assume would work for other carriers as well in other parts of the world. (this is due either to unlocking frequencies, or unlocking channels on those frequencies.)
The radio HARDWARE is the same. *(?!? is it?) From what I understand the baseband chip in ALL the devices is a:
Qualcomm MDM9215M
which fully supports all the bands we can possibly use. Meaning, this device CAN use UMTS 4 1700/2100 for T-Mobile and Wind and Telus etc etc.
The secret is the amplifier chips. If the c6603 has the amplifier chips physically that the c6602 does we should be able to do the same trick that was done on the nexus 4. A modification of the build.prop may allow for AWS networks to work on our c6603. We can only hope. Partial support to at least use the AWS bands should be possible for the 6603. You would have to do the same thing that was done for the google nexus 4. Essentially,
#!/sbin/sh
echo "telephony.lteOnGsmDevice=1" >> /system/build.prop
echo "ro.telephony.default_network=9" >> /system/build.prop
echo "ro.ril.def.preferred.network=9" >> /system/build.prop
And then flash. Obviously requires a rom cook and root. If any intrepid developers wants to give this a shot, I suggest using the 6606 baseband, as it seems to be both a 6602 and 6603. The 6616 is essentially the same as the T-Mobile phone but with Canadian channels.
Why I care
When the Z first came out, I knew I needed to have it. By a terrific stroke of luck a local had bought an unlocked international Belgum phone off ebay and decided he wanted the S4 instead. He was selling it for hundreds below the MFG price on Kijiji. I immediately bought it. I love the phone, but I can only get 3g, as I am with Telus, and the phone "doesn't support" officially, AWS on Telus. Works with HSPA+ for whatever reason though, on non aws bands.
New knowledge not currently found on the forum
Bell uses AWS on HSPA+ as well as LTE. So does Telus, and Wind. (and Tmobile in the US)
Historically, only the C6602 has the frequencies needed for the other carriers. Bell, in Canada, recently released the C6616.
(LTE compatibility AWS, 700 MHz HSPA/UMTS compatibility 850/1900/1700/1900/2100 MHz GPRS/EDGE compatibility 850/900/1800/1900 MHz)
The question with no answer.
The question is: Can I apply the Baseband file from the Bell C6616 phone to get AWS 1700/2100 hspa/LTE on a C6603?
NEW!
Note: I'm not rooted, nor am I bootloader unlocked. Neat, eh?
Here's what basebands I've tried so far: (c6603 Generic BE, .67, 4.2.2)
c6506 US .434, c6506 US 0.423 - both work perfectly on 4.2.2, no issues. On Telus you can only see Telus, and AT&T, sometimes Rogers.
c6606 - Phone boots, unusable. Random reboots, locks up immeditely after swipe to unlock. Simply flashed baseband back to c6506. - This may be because I was using a 4.1.2 rom. I'm going to re-investigate.
c6616 - Phone boots, slightly usable. Random reboots, even in airplane mode. System.process freezes but eventually unlocks. If you screenlock, you need to reboot. Flashed it back to c6506 (probably due to 4.1.2 again)
ZL c6502 .434 global unbranded - Phone boots. RADIO SHOWS - (!!!) Phone completely usable. OMG I CAN SEE BELL 3g and ROGERS LTE (which is 2600mhz!). Something interesting is going on here, but it's not unlocking any additional bands in reality. The *#*#service#*#* menu shows the same frequencies available - but there's CERTAINLY some modification to the ranges in the bands. For those of you using .434 c6506, switch to c6502 global, you might get better speeds. Woot!
Z c6602 .67 Works. 2g, 3g bands including LTE (on 2600 only I'm sure) available but only on Rogers my home network, Telus, comes up as 3g H+. Cannot see Wind but that might be due to not having a wind Sim at the moment T-Mobile comes up as 2g only. I believe it uses umts 4 for 3g/4g. Essentially the same as c6506.
c6606 0.191 - phone slightly usable. Still has issues with random reboots. Won't go into info or network menu at all. This sounds like mismatched build.prop... this might be possible. Exciting.
MORE MAGIC FOUND. The info menu (*#*#4636#*#*) *#*#info#*#* allows you to swap country mode frequency ranges (including an UNKNOWN range on)!! This greatly impacts the available networks you see when you scan for networks in the phone. With USA selected I do NOT see T-Mobile, for example, when previous I did. Needs more playing.
I'm not sure it will work at all, apologies if this has been explored. The phone only supports limited UMTS bands. In particular, it would need to say UMTS 4, 9 or 10 in that list, I think.
Click to expand...
Click to collapse
I'm deeply grateful with you and your work, i don't know if you are a developer or just a guy who got a Xperia Z and wants to enable some features that's been banned from sony and of course making us the job to reroute this, even harder than nexus 4 disabled LTE feature, i have just 1. question, i own a Xperia Z (C6602) i'm on existenz 6.6 ROM wich is based on official 4.3.
I have understood that XPERIA Z C6603 and C6602 version both bring along the exact same LTE chip BUT sony disabled this chip on C6602 version for an unkwon reason yet, i've read around so much about it, and i concluded, that the chip on C6602 was disabled by some modem modifications,
how can i enable LTE feature?
if i flash C605 modem will work and get LTE?
i am from colombia and my carrier is TIGO (german company) they uses AWS band 4 for LTE speeds
any help from you and yor knowledge, sorry if i bother you with this but i need to make clear this hole in my head once and for all dude
THANKS in advance
Thepho3nix said:
I'm deeply grateful with you and your work, i don't know if you are a developer or just a guy who got a Xperia Z and wants to enable some features that's been banned from sony and of course making us the job to reroute this, even harder than nexus 4 disabled LTE feature, i have just 1. question, i own a Xperia Z (C6602) i'm on existenz 6.6 ROM wich is based on official 4.3.
I have understood that XPERIA Z C6603 and C6602 version both bring along the exact same LTE chip BUT sony disabled this chip on C6602 version for an unkwon reason yet, i've read around so much about it, and i concluded, that the chip on C6602 was disabled by some modem modifications,
how can i enable LTE feature?
if i flash C605 modem will work and get LTE?
i am from colombia and my carrier is TIGO (german company) they uses AWS band 4 for LTE speeds
any help from you and yor knowledge, sorry if i bother you with this but i need to make clear this hole in my head once and for all dude
THANKS in advance
Click to expand...
Click to collapse
The C6602 does not have an LTE capable radio. I'm not sure where you heard that it does, but that information is incorrect. There is no way for you to use LTE on your device, no matter which baseband you may flash.
Sent from my C6603 using Tapatalk
kingvortex said:
The C6602 does not have an LTE capable radio. I'm not sure where you heard that it does, but that information is incorrect. There is no way for you to use LTE on your device, no matter which baseband you may flash.
Sent from my C6603 using Tapatalk
Click to expand...
Click to collapse
This is correct, sort-of. It turns out that the radio hardware chips themselves are actually the same, but the unit is missing the physical amplifiers for the frequencies you would unlock, making them impossible to use. It's the c6603 radio hardware that has euro LTE. However, the 6602 is supposed to support AWS in some fashions. If you flash the baseband from the bell Z, you may be able to use AWS 4, because it's not just the frequencies that you make available, it's the CHANNEL SET.
In summary a "baseband" is three things
1) radio driver
2) frequency range list
3) channel range list
In theory (logically), the baseband from the "unbranded sony store" phones of each hardware model variant should have all the carrier frequencies of the local area.
So, if you're from Germany, flashing a the Sony "carrier unbranded" baseband from the local model variant should allow you to be all all carriers in that region because it would be in Sony's best interest to sell an unlocked phone in that region in that way.
It gets dicey when you bring a phone from another country as I did, into a country that uses different radio frequencies and channels for the same wireless protocol types. It's complicated and has to do with the radio telecom standards differing in every country. True "World Phones" are really uncommon but we're getting more standardized every year.
I still own my Z but I also have a Z1. The Z1 is a LOT more compatible (every carrier in my area) because it's designed to work with local frequency sets. All I had to do on it was flash the Sony official firmware and baseband, and I could get LTE on every carrier.
kingvortex said:
The C6602 does not have an LTE capable radio. I'm not sure where you heard that it does, but that information is incorrect. There is no way for you to use LTE on your device, no matter which baseband you may flash.
Sent from my C6603 using Tapatalk
Click to expand...
Click to collapse
Actually it's not exactly true. There is a custom kernel mode driver that locks this radio from using the other frequency bands. It may be possible to cook a custom driver that enables them, but the amplifiers might not be there, although I suspect they are just like the Nexus 4. The reason they are strongly disabled is because enabling them in a country that uses those channels and frequencies might break their local radio telecommunications laws and it would not allow them to sell the device in the country with the radio being "un neutered". That's one of the reasons why pushing these things through the FCC can take time.
So, am I correct or not? You said I was in post #17 and not in post #18!
If it's kernel related, then surely flashing a C6603 kernel would bypass it (which it doesn't)...? Correct me if I'm wrong, as I'm only an interested amateur.
Sent from my C6603 using Tapatalk
kingvortex said:
So, am I correct or not? You said I was in post #17 and not in post #18!
If it's kernel related, then surely flashing a C6603 kernel would bypass it (which it doesn't)...? Correct me if I'm wrong, as I'm only an interested amateur.
Sent from my C6603 using Tapatalk
Click to expand...
Click to collapse
Truth is we don't know for sure because nobody has done it, we're talking about writing a custom driver which is different.
Qualcomm MDM9215M
which fully supports all the bands we can possibly use. Meaning, this device CAN use UMTS 4 1700/2100 for T-Mobile and Wind and Telus etc etc.
The secret is the amplifier chips. If the c6603 has the amplifier chips physically that the c6602 does we should be able to do the same trick that was done on the nexus 4. A modification of the build.prop may allow for AWS networks to work on our c6603. We can only hope. Partial support to at least use the AWS bands should be possible for the 6603. You would have to do the same thing that was done for the google nexus 4. Essentially,
#!/sbin/sh
echo "telephony.lteOnGsmDevice=1" >> /system/build.prop
echo "ro.telephony.default_network=9" >> /system/build.prop
echo "ro.ril.def.preferred.network=9" >> /system/build.prop
Click to expand...
Click to collapse