[X]Assistant

[vvireless]

Monitoring cellular networks in Russia

Monitoring tools for various devices

Network Signal Guru application for Qualcomm Android smartphones (root-rights are required)

Link to the app in GooglePlay
NSG application discussion onsavagemessiahzine.com

Samsung Smartphones and Phones

• *#0011# (netmonitor)
  
• *#2683662# (Samsung Galaxy service menu, on new models and firmware does not work)
  Video review of the service menu(HD Voice activation in 2G, band selection, linking to a specific BS sector, switching of LTE categories and 3G releases)
  
• Hidden menu for forced range selection : you need to install an application for login QuickShortcutMaker and drive in the search hidden network setting (not available on Android 9+)
  hidden menu

Apple iPhone Smartphones

*3001#12345#*

Nokia / Microsoft Lumia Smartphones on Windows Mobile

##3282#

Android smartphones

*#*#4636#*#*
If the code does not work, you can try, for example, the application4G LTE Switcherwhich should open the same menu.
But, in general, not all smartphones give out information on carriers and frequencies in this menu.

Android smartphones on the Mediatek chipset (MTK)

*#*#3646633#*#*
Or use the applicationMTK Engineering Mode

Netmonitor application for all Android smartphones

Link to the app in GooglePlay
If Netmonitor does not display the carrier you are using, there is anothera way that indirectly allows you to define a 4G range. This method is relevant for the Moscow region. ThanksAndrey34 aka AndR:) x @ .

CellMapper application for all Android smartphones

Link to the app in GooglePlay
Discussion of the CellMapper application onsavagemessiahzine.com

Nokia Symbian 9.x Smartphones

applicationFieldTest v.1.0for Symbian 9.x

Frequencies and operators

By region

Regions

Moscow region

Used ranges

GSM frequencies

Mts :
GSM900 - 12 MHz /4.8 (used for UMTS) + 5.2 + 2 /
GSM1800 - 24.8 MHz continuous spectrum (part used for LTE)
Beeline :
GSM900 - 10 MHz continuous spectrum (5 used for UMTS)
GSM1800 - 20.2 MHz continuous spectrum (part used for LTE)
Megaphone :
GSM900 - 13 MHz / 10 (5 used for UMTS) + 3 /
GSM1800 - 30 MHz continuous spectrum (part used for LTE)

UMTS frequencies

Mts :
UMTS900 - 4.8 MHz
UMTS2100 - 15 MHz
Beeline :
UMTS900 - 5 MHz
UMTS2100 - 15 MHz
Megaphone :
UMTS900 - 5 MHz
UMTS2100 - 15 MHz
Tele 2 :
UMTS2100 - 15 MHz

LTE frequencies

Mts :
Band7 - 10 MHz / 256QAM support /
Band20 - 7.5 MHz (5 MHz used); 15 MHz seen on the subway (Spectrum Sharing with Megaphone)
Band38 - 25 MHz (used 20 MHz) / support 256QAM /
Band3 - used 5, 10, 15 and 20 MHz / support 256QAM /
Beeline :
Band7 - 10 MHz
Band20 - 7.5 MHz (5 MHz used)
Band3 - used 5-10 MHz
Megaphone :
Band7 - 40 MHz
Band20 - 7.5 MHz (5 MHz used); 15 MHz seen on the subway (Spectrum Sharing with MTS)
Band38 - 25 MHz (not used)
Band3 - used 10, 15 and 20 MHz
Yota uses all ranges of megaphone
Tele 2 :
Band7 - 10 MHz
Band20 - 7.5 MHz (5 MHz used)
Skylink (Tele2) :
Band31 - 4.4 MHz (3 MHz used)

Types of aggregation (LTE-Advanced)

Mts :
CA_3_7 / 20 + 10 or 15 + 10 or 10 + 10 / (main)
CA_3_20 / 20 + 5 or 15 + 5 or 10 + 5 / (found in the metro and MO)
CA_7_20 / 10 + 5 / (found in MO)
CA_3_7_20 / 15 + 10 + 5 /
CA_3_38 / 20 + 20 /
CA_3_7_38 / 20 + 10 + 20 /
Beeline :
CA_7_20 / 10 + 5 / (in Moscow and Moscow Region)
CA_3_7 / 5 + 10 or 10 + 10 / (in MO)
CA_3_20 / 5 + 5 or 10 + 5 / (found in MO and Metro)
CA_3_7_20 / 5 + 10 + 5 or 10 + 10 + 5 / (in Moscow and Moscow Region)
Megaphone (and Yota ):
CA_7_7 / 20 + 20 /
CA_3_7 / 15 + 20 or 20 + 20 /
CA_3_7_7 / 15 + 20 + 20 or 20 + 20 + 20 /
CA_3_7_20 / 20 + 20 + 5 /
CA_7_20 / 20 + 5 /
CA_3_20 / 20 + 5 or 10 + 5 or 20 + 15 (in the metro) /
Tele 2 :
CA_7_20 / 10 + 5 /

The distribution of frequencies in graphical form as of 2016

Used 2G / 3G / 4G carriers

Used 2G / 3G / 4G carriers in the Moscow region. thankMikl1984 .

Vladimir region

Used ranges

Information on LTE bands in the Vladimir region. thankaleks-rm .

Voronezh region

Used ranges

Information on LTE bands in the Voronezh region. thankDenis1121 .
Information on LTE bands in Voronezh. thankalexstarvrn .

Ivanovo region

Used ranges

Information on ranges in the Ivanovo region. thankvladaha .

Kemerovo region

Used ranges

Information on the ranges in the Kemerovo region. thankFraktals .

Kostroma region

Used ranges

Information on LTE bands in the Kostroma region. thankloper02 .

Lipetsk region

Used ranges

Information on LTE bands in the Lipetsk region. thankaleha81 .

Nizhny Novgorod Region

Used ranges

Information on LTE bands in the Nizhny Novgorod region. thankalex022 .

Perm region

Used ranges

Information on the LTE bands in the Perm region. thankjimm031 .

Republic of Adygea

Used ranges

Information on LTE bands in the Republic of Adygea. thankPhonetastic .

The Republic of Mordovia

Used ranges

Information on LTE bands in the Republic of Mordovia. thankGerman aw .

Republic of Tatarstan

Used ranges

Information on ranges in the Republic of Tatarstan. thankash16 .

Samara Region

Used ranges

Information on LTE bands in the Samara region. thanklarry_one .

St. Petersburg

Used ranges

Information on ranges in St. Petersburg. thankandrew.woronkov .

Sverdlovsk region

Used ranges

Information on LTE bands in the Sverdlovsk region. thankm_7 .

Tambov Region

Used ranges

Information on LTE bands in the Tambov region. thankaleha81 .

Tula region

Used ranges

Information on the ranges and carrier LTE and UMTS in Tula. thankMikl1984 .
Information on LTE bands in Tula. thankvladaha .

Chelyabinsk region

Used ranges

Information on LTE bands in the Chelyabinsk region. thanktyphoon13 .

All Russia

All Russia

UMTS Federal Licenses (except Crimea)

Mts : UMTS2100 (15 MHz) [1950-1965 / 2140-2155]
Beeline : UMTS2100 (15 MHz) [1965-1980 / 2155-2170]
Megaphone : UMTS2100 (15 MHz) [1935-1950 / 2125-2140]

Federal LTE licenses (except Crimea)

Mts : Band7 (10 MHz) [2540-2550 / 2660-2670], Band20 (7.5 MHz) [839.5-847 / 798.5-806], Band38 (25 MHz) [2595-2620]
Beeline : Band7 (10 MHz) [2550-2560 / 2670-2680], Band20 (7.5 MHz) [854.5-862 / 813.5-821]
Megaphone : Band7 (40 MHz) [2500-2540 / 2620-2660], Band20 (7.5 MHz) [847-854.5 / 806-813.5]
Tele 2 : Band7 (10 MHz) [2560-2570 / 2680-2690], Band20 (7.5 MHz) [832-839.5 / 791-798.5]

The distribution of GSM frequencies between operators by region

Distribution of GSM900 / 1800 frequency bands between operators by regions of the Russian Federation (according to CNews)
Distribution of GSM900 / 1800 frequency bands between operators by regions of the Russian Federation(as of 04/16/2018)
Distribution of GSM900 frequency bands between operators by regions of the Russian Federation (as of July 01, 2016):gsm900.pdf(70.38 KB)
The distribution of GSM1800 frequency bands between operators by regions of the Russian Federation (as of July 01, 2016):gsm1800.pdf(58.91 KB)
Distribution of GSM channels(relevance in question)

thankash16 and vladaha for provided sources.

The results of the auction for the Band38 range by region

Useful materials

Useful materials

Interpretation of 3GPP Aggregation Combinations

Deciphering 3GPP aggregation types. thankvvevvevve .

ULCA combinations supported by Sony Xperia XZ Premium, XZ1, XZ1 Compact phones

ULCA (Upload Carrier Aggregation) combinations supported by Sony phones based on MSM8998 (XZ Premium, XZ1, XZ1 Compact) . thank vvevvevve .

Possible combinations of aggregation and their theoretical speed in the MTS network

Possible combinations of CA and their theoretical speed in the MTS network . thank vvevvevve .

Approximate bandwidth calculation using LTE signal quality parameters

Approximate bandwidth calculation using LTE signal quality parameters . thank 13.beta2 .

Script to study the radio channel capabilities of devices based on MSM8998 / MDM9x5x or SDM845 / SDX20

Script to study the radio path of any device based on MSM8998 / MDM9x5x or SDM845 / SDX20 . thank vvevvevve .

What does the LTE subscriber category mean?

What does the LTE subscriber category mean? ? thank vvevvevve .

Implementing MIMO features in some smartphones

MIMO features implemented in some smartphones . thank msya .

Existing and future 5G modems

thankMikl1984 .

Attention! Feel free to share relevant information on this topic. If this information is quite voluminous (for example, full info on frequencies in some region), please create a separate post, the link to which will be added to the header.
For questions about filling caps, please contactCurator .

Activity of participants in this topic

Post has been editedvvireless - 26.03.19, 03:31

Reason for editing: information on ranges in Tula

[Lordwind]

NSG for Xiaomi on MTK did not fit, I do not see LTE info at all. I was advisedCellmapperbut shows LTE frequency. If you believe him, in Omsk Megaphone also works on Band 3.

[ash16]

2G / 3G / 4G frequency distribution between operators in the Republic of Tatarstan

The distribution of frequencies GSM900 / GSM1800 / LTE1800

Frequency distribution UMTS B1 2100

Distribution of frequencies LTE B7 B38

Yota and Megaphone combined their frequencies in B7

LTE operator details

Fly (Tattelecom)
B3 1800- 10 MHz Carrier1876
B38 TDD 2600- 20 MHz Carrier37900

Presentation of the creation of the network LTA1800

Mts
B1 2100- 5 MHz Carrier425/ support 256QAM /
B3 1800- 10 MHz Carrier1726/ support 256QAM / 15 MHz Carrier1725/ support 256QAM /
B7 2600- 10 MHz Carrier3200/ support 256QAM /
B38 TDD 2600- 20 MHz Carrier38100/ support 256QAM /

AggregationCA_3_7 CA_7_310 + 5 MHz 5 + 10 MHz 10 + 10 MHzPress release
CA_3_38- 10 + 20 MHz
CA_3_7_3810 + 10 + 20 MHz

MTS Aggregation

Beeline
B3 1800- 5-10 MHz Carrier1299
B7 2600- 10 MHz Carrier3300

AggregationCA_3_7 CA_7_35 + 10 MHz 10 + 5 MHz 10 + 10 MHz

Beeline Aggregation

Megaphone (Yota)
B3 1800- 10 MHz Carrier1425
B7 2600- 15-20 MHz Carriers2850,3048,2975,2825/ support 256QAM /
AggregationCA_7_720 + 20 MHzCA_7_3 20+5

Aggregation Megaphone

пїЅпїЅпїЅпїЅ2 download

B3 180010 MHz Carrier1575
B7 260010 MHz Carrier3400



If you have something to add write to qms correct

Post has been editedash16 - 25.02.19, 15:00

Reason for editing: Megafon 256qam

[andrew.woronkov]

Peter(only in the city - in LO in a different way)

Picture plate of currently known frequencies and bands of operators for St. Petersburg. As of 10/30/2018

Mf: By 2019, we can already talk about the massive launch of B3 from the MF.in B3, it was seen only in the metro, on Nevsky Prospekt, Ligovka, Moskovsky Prospekt. But not en masse - perhaps about 10 stations.
Tele2: There are reports of the appearance of B7 10 MHz and aggregation 3_7, but not in the mass order.
BeelineA: By 2019, 10 MHz in B3 is more likely the rule; 5 MHz is used less often than 10.about one third of the B3 stations use 10 MHz.

The picture plate MTS LTE St. Petersburg state on 28.9.18 and info on MTS TDD B38 in St. Petersburg

Mts B38 inSPbDL / UL configuration # 1, Special subframe configuration # 7.
Which means that with20 MHz bandwidth, QAM64 up, TDD Config = 1, and SSF config = 7, MIMO 2x2,theoretical limit:
at the device withQAM64"down", the limits will be:DL 82 Mbit / s and UL 32 Mbit / s(in practical tests I saw 60 Mbit / s myself).
at the device withQAM256"down" limits:DL 109 Mbit / s and UL 32 Mbit / s(in practical testsThananos mdsaw 82 Mbit / s).

Picture plate of the separation of B8 900 between operators in St. Petersburg and the region

There is no information about using EGSM. 12/21/18 info about a piece of EGSM 1.7 MHz appeared at MTS.

Picture plate of the separation of B3 1800 between operators in St. Petersburg and the region

Picture plate of LTE BS sector numbering in St. Petersburg and the region

In the underground

Mts:

UMTS: B1 (2100) 5 ??? MHz (EARFCN 10713, 1952.6 MHz 2142.6 MHz)
B8 (900) 5 MHz (EARFCN 3013, 897.6 MHz 942.6 MHz)
LTE: B3 (1800) 10 MHz (EARFCN 1721, 1762.1 MHz 1857.1 MHz) MIMO 2x2

Tests:

LTE B3 (10 MHz, MIMO 2x2, QAM64) DL / UL = 24-26 / 14 Mbit / s

It seems that with two MIMO 2x2 streams, MTS in LTE is a lie, but in reality the same 1x1 mode as that of MF.

Mf:

UMTS: B1 (2100) 5 ??? MHz (EARFCN 10687, UL 1947.4 MHz, DL 2137.4 MHz)
B8 (900) 5 MHz (EARFCN 3076, UL 910.2 MHz, DL 955.2 MHz)

LTE: B3 (1800) 10 MHz (EARFCN 1596, UL 1749.6 MHz, 1844.6 MHz) MIMO 1x1 (SISO)
B7 (2700) 20 MHz + 20 MHz (EARFCN 2850, EARFCN 3048) MIMO 1x1 (SISO)

Tests:

LTE CA_7C (20 + 20MHz, SISO, QAM64), speed up to 145 Mbps. (thanks to Thanatos MD)
LTE V7 (20MHz, SISO, QAM64) DL = 71 Mbps
LTE B3 (10MHz, SISO, QAM64) DL = 33 Mbps
3G 2100 = 14 / 3.6 Mbit / s

At MF everything is clear - test speeds reach 88-94% of the theoretical maximum for one stream and QAM64.
One question - in which mode and in which band does 3G work? The frequency spacing of the MF and MTS is only 5 MHz, so it is possible that it works in one 5 MHz band.

Tele 2:
Beeline:

Known aggregations in St. Petersburg

Mts 3_7, 7_3, 3_7_20, 3_7_38. thankThananos mdfor info. And more options, thanksDR28for info,7_3_20, 20_7_3. January 2019showed up 8_3in LO. thankgraforfor info.
Mf7_7. thankThananos mdfor info.
BeelineThere were reports about the aggregation of their B3 and B7. thankmichael.lvffor info. It seems that we can talk about the massive launch of this aggregation in Bee.
Tele 2 -there is nothing to aggregate yet)))There are observations about the introduction of aggregation 3_7, 7_3 at some stations. thankmichael.lvfandThananos mdfor info.

QAM256

According to the messageThananos md: QAM256 "MTS is quite common. In MegaFon, only on highly selected BSs."

Skylink LTEB31

Tele 2: Skylink LTEB31450 - 3 MHz band (because, like Skylink only 4.4 MHz and only standard LTE 3 MHz will fit into them)

A total of Skylink 4.4 MHz, but left a piece for the CDMA 450 network until October 2016. Especially since under LTE you can give 3, 5, 10 ... MHz, but for now even 5 MHz is not. Maybe in the future we will be able to win something from the security forces in exchange for transferring them to a more modern standard and to new equipment. As long as real speeds do not exceed 17 Mbit / s in each sector of a base station, you can hardly see more than 15 Mbit / s. And this is on an empty network, with the advent of users and the increasing load speed will fall. The 5 MHz band would allow increasing the network capacity and speed up to 30 Mbit / s, but for now it’s too early to talk about it.

Additions and thanks

thankThananos md, grafor, pawel40, MalSikDMfor additions. Now they are included in the relevant sections and picture plates, and from here I have rubbed them.

Post has been editedandrew.woronkov - 23.02.19, 07:48

[rust3028]

ash16 @ 04.26.17, 07:27

LTE Republic of Tatarstan
...
Megaphone
Band7 - 15-20 MHz

Must be a CA_7_7 aggregation.

[zikasak]

rust3028,
So, there (2x20) megahertz

[vvireless]

zikasak
Is not a fact. Someone wrote that somewhere in the region there was an aggregation CA_7_7 15 + 15.

[rust3028]

ash16,
Yes, officially it is not there yet, but it is running on some BS ...

ash16 @ 04.26.17, 07:27

Megaphone
Band7 - 15-20 MHz

B3 can be added.

[vvevvevve]

The topic is still "in its infancy," I suggest:

1. To denote CA combinations, use industry-accepted designations — for example, CA_3_7 or CA_7_7_3. I think, however, that “absolutely canonical, from the standard” notations like CA_3A_7A or CA_7C_3A should not be used because of the unobvious (on an unprepared view) their association with the number of aggregated carriers. That is, if by the designation "CA_7_7_3" it is immediately obvious that this is a combination of 3CA, then by "CA_7C_3A" - not immediately.

2. To consider logically "symmetric" combinations separately. For example, CA_3_7 and CA_7_3, CA_7_3_7, and CA_7_7_3. Theoretical "symmetry" does not at all mean equivalence in a real network.

3. When mentioning intra-band aggregation, always specify whether it is a question of aggregation of adjacent (contiguous) or non-adjacent (non-contiguous) bands. Or, alternatively, specify the specific channels (EARFCN) of the carriers used — then "adjacency / non-contiguity" can be easily calculated.
For example, Megaphone in Moscow uses in B7 adjacent carriers on channels 2850 and 3048.

4. Distinguish between cases where aggregated components can be received only from the same BS, and when their source can (or should be) different stations. That is, to distinguish the inter-site CA from the "normal", intra-site.

5. Specify the most efficient modulation scheme supported for each carrier (in each band). For today, there will be enough information on downlink. Actually, for the vast majority of networks currently operating, this will be 64QAM or 256QAM.

Post has been editedvvevvevve - 28.04.17, 22:34

[vvevvevve]

In the district centers and adjacent territories of the Kaluga region (including in the south, where until recently there were no LTE networks at all), the most recently launched MTS networks operating in B3 on channel 1750 with a 5 MHz band and 256QAM capabilities were noticed.

[vvevvevve]

To complete the picture in Moscow, let me remind you that since the beginning of February, LTE MTS networks have been operating at a number of underground stations (underground): channel B3, channel 1802, 20 MHz, 64QAM.
The number of stations covered, according to my observations, is increasing.

[vvireless]

[email protected], 10:30

The topic is still "in its infancy," I suggest:

This is all great, but quite difficult. Not everyone has the time, opportunity and understanding of how to monitor everything. Or even the equipment does not allow to see all these parameters. For example, my Samsung does not show the modulation type, someone has a device that does not support aggregation, well, etc.
It seems to me that it is better to have at least some minimal information on the region than to not have any at all. Of course, if someone will provide as complete data as described above, this is highly appreciated.

[email protected], 10:30

To denote CA combinations, use industry-accepted designations — for example, CA_3_7 or CA_7_7_3.

I agree. Yes, and write it easier.

[email protected], 10:30

Consider logically "symmetric" combinations separately. For example, CA_3_7 and CA_7_3, CA_7_3_7, and CA_7_7_3.

I don’t really understand what it gives us, and how to track it for everyone. For example, I personally saw how the same sectors of MTS were aggregated first as CA_3_7, and then as CA_7_3. What depended on did not understand.

[email protected], 10:30

When mentioning intra-band aggregation, always specify whether it is a question of aggregation of adjacent (contiguous) or non-adjacent (non-contiguous) bands.

And who else can have adjacent lanes except for Megaphone? I think no one else. No such resources.

[email protected], 10:30

That is, to distinguish the inter-site CA from the "normal", intra-site.

That I myself do not know how to distinguish. It seems as soon asTele2 statedThat tested this technology first in Russia. But in Moscow, it is still not there.

[email protected], 10:30

Specify the most efficient modulation scheme

As I wrote, the netmonitor in my Samsung does not show this.

Post has been editedyanixxx - 29.04.17, 00:34

[vvireless]

[email protected], 22:47

To complete the picture in Moscow, I remind you that since the beginning of February, LTE MTS networks have been operating at a number of metro stations (underground): channel 1802, 20 MHz

Personally, I first saw the B3 20 MHz at the MTS back in September 2015, when the Kotelniki opened. First, only at the station itself, and after a couple of months, and at two neighboring Zhulebino and Lermontovsky Avenue.
References:
20 MHz in Kotelniki
20 MHz in Zhulebino

Post has been editedyanixxx - 28.04.17, 23:53

[sandwern]

[email protected], 06:51

Megaphone:
Band7 - 40 MHz
Band20 - 7.5 MHz (5 MHz used)
Band38 - 25 MHz (not used)
Band3 - used 15 MHz
Yota uses all Megaphone ranges except Band20

Such a question: Yota exactly uses the megaphone B3? So far, all the conclusions of diagnostic utilities that have been encountered contained only B7, although I could be wrong ...

[vvireless]

Sandwern @ 04/29/17, 10:18 PM

Does Yota accurately use megaphone B3?

For sure. Here is the search result for networks in LTE Band 3 only mode.

[zikasak]

sandwern,
For sure. But the priority is for B7, which is very common in mega.

Shl. It seems that in some (very small) regions, mega gives iota access to the B20, but only because there is no other.

[vvireless]

[email protected], 22:35

in some (very small) regions, mega gives iota access to B20

I wonder how this is implemented? In the code 250-11 or 250-02 ...

[zikasak]

yanixxx,
I would not be surprised that in 250-02. When I was sitting on an iota, my devices (vindofony) unsuccessfully tried to connect to LTE 250-02, if 250-11 is missing. After a lot of time (like, more than half a year) after I left them, they still reported to the media that they fixed the problems that arise because of this, but I’ve more to them with my foot. So did not check as now.

Post has been editedzikasak - 29.04.17, 22:50

[vvevvevve]

[email protected], 23:43

And who else can have adjacent lanes except for Megaphone? I think no one else. No such resources.

So you can say that intra-band aggregation can not be anyone, except Megaphone.
But in some regions, some operators may have adjacent lanes in B3. Still, the "full width" B3 is 75 MHz, and even if you divide it between the three operators equally, you get more than 20 MHz for each. And if initially there was a division into “four” - 3 federal operators and one regional, then after buying the latter, the federal one may well be about 40 MHz. "One piece" or in the form of non-adjacent strips - then how it will develop ...
In addition, no one forces Megaphone to use adjacent lanes. Yes, if they are 20 MHz wide each, then it will not work out differently. But if the bands are narrower, it can be different.

This question is not as idle as it may seem at first glance. Different equipment supports different types (in this aspect) of aggregation. In other words, "adjacent" aggregation is the most "simple", it is supported by most Cat.6 equipment and above (and even some Cat.4 devices, taking into account the limitation on the total bandwidth). And the most difficult case is the (intra-band) aggregation of non-adjacent bands of different widths. It is not supported not only by the majority of subscriber equipment, but also by software of some BS models.

[email protected], 23:43

I myself do not know how to distinguish

You do mention the NSG as a program to observe the whole thing. In it, and you can see it. Or in QXDM, for example. Yes, this all works only for equipment on the Kwalkcomm platforms. But if we are talking about the description of the parameters of the networks, then you can probably find the device on such a platform, even if there is no such thing at hand.

In Moscow, the inter-site "can" Megaphone during 3CA operation: carriers in B7 from one base, carriers in B3 on the other.

[email protected], 23:43

netmonitor in my samsung it doesn't show

This does not mean that such information is not needed or useless. In the end, we are all interested in data transfer speed. And this is the parameter that directly determines this speed. Again, if you do not have a Cat.11 or higher device on Qualcomm, then someone has one. And the "place" for the modulation scheme in the network description can be provided in any case.
In Moscow networks, I can say that MTS for carriers in B3, B7 and B38 now almost always supports 256QAM, I can’t say anything about a carrier in B20.
Megafon has 256QAM support not seen yet.

[vvireless]

vvevvevve,
I do not argue that all this is interesting and probably important, but personally I do not possess such information. If someone provides a full info on the region with all these wishes (which I doubt very much), then we’ll be happy to add it to the header.

[email protected], 23:56

You do mention the NSG as a program to observe the whole thing.

I mention. But I do not have a single room yet. Maybe in the future will appear.

[email protected], 23:56

And the "place" for the modulation scheme in the network description can be provided in any case.

No problem. Will infa - will add.

[vvireless]

[email protected], 23:56

Megafon has 256QAM support not seen yet.

This should be reported to Eldarczyk) And then he planned on S8 as much as 430 Mb / s, considering that the limit in the Moscow Megafon network is 450 Mb / s. At the same time without providing any screenshots naturally. Dude apparently does not know that 430 is even above their limit, because 20 + 20 + 15 at 64QAM is 412 Mb / s as I understand it.

In LTE network Advanced shows the maximum speed of the theoretically possible (2x2 MU-MIMO). On the Moscow MegaFon network, the actual speed that was obtained when downloading files was 430 Mbit / s (theoretical limit of 450 Mbit / s).

From here:
http: //www.mobile-revi...alaxy-s8-plus.shtml#s8

Post has been editedyanixxx - 30.04.17, 00:37