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3GPP TS 27.001 V9.0.0 (2009-12)Technical Specification

3rd Generation Partnership Project;Technical Specification Group Core Network and Terminals;

General on Terminal Adaptation Functions (TAFfor !o"ile Stations (!S

(#elease $

The present document has been developed within the 3rdGeneration Partnership Project (3GPPTM) and may be further elaborated for the purposes of 3GPP.

The present document has not been subject to any approval process by the 3GPP Oranisational Partners and shall not be implemented.

This !pecification is provided for future development wor" within 3GPPonly. The Oranisational Partners accept no liability for any use of this

!pecification.!pecifications and reports for implementation of the 3GPPTMsystem should be obtained via the 3GPP Oranisational Partners# Publications Offices.

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2/853GPP

$eywordsGSM, UMTS, LTE, radio, terminal, adation, net!or"

3GPP

Postal address

3GPP support office address

#$0 %o&te de' L&iole' - Soia *ntioli'

Val+onne - %*ETel./ 33 92 9 2 00 a/ 33 93 #$ 7 1#

%nternet

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Copyright Notification

&o part may be reproduced e'cept as authoried by written permission.The copyriht and the foreoin restriction e'tend to reproduction in all

media.

*++,- 3GPP Oraniational Partners (/%0- T%!- 11!- 2T!%- TT- TT1).

ll rihts reserved.

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ontent'

1ontents....................................................................................................................................................3

oreword...................................................................................................................................................4

5 !cope......................................................................................................................................................6

* /eferences..............................................................................................................................................6/eferences are either specific (identified by date of publication- edition number- version number- etc.) or

non7specific................................................................................................................................6

or a specific reference- subse8uent revisions do not apply........................................................................................6or a non7specific reference- the latest version applies. %n the case of a reference to a 3GPP document (includin a

G!M document)- a non7specific reference implicitly refers to the latest version of thatdocument in the same /elease as the present document............................................................6

3 9efinitions and abbreviations...............................................................................................................553.5 9efinitions............................................................................................................................................................55

3.* bbreviations.......................................................................................................................................................55

: ccess reference confiuration............................................................................................................5*

; unctions to support data services........................................................................................................53

4 !upport of non transparent 0earer !ervices.........................................................................................534.5 unctions of the Gb and G2/& %u mode only).......................5;4.; symmetry preference indication (applies to >Gb and G2/& %u mode only)..................................... ..........54

6 !tructure of the 3GPP T! *67series of !pecifications..........................................................................54

? unctions common to all interfaces......................................................................................................56?.5 !ynchroniation of the Traffic 1hannel............................................................................................................ ...56

?.5.5 Transparent services..........................................................................................................................................56?.5.5.5 %nitial procedure for traffic channel types T1@>:.? and T1@>,.4............................................................56

?.5.5.* %nitial procedure for traffic channel types T1@>5:.: and T1@>*?.?........................................................5??.5.5.3 !ubse8uent procedures for traffic channel types T1@>:.?- T1@>,.4- T1@>5:.:- and T1@>*?.?.... ... .5?

?.5.5.3.5 A.7series interface.......................................................................................................................................5?

?.5.5.3.* B.7series interface.......................................................................................................................................5??.5.5.3.3 ! interface (%.:*+)........................................................................................................................................5?

?.5.5.: Procedures for /

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?.*.*.3 ilterin mechanism.......................................................................................................................................*5

?.*.*.3.5 Traffic channel types T1@>:.? and T1@>,.4.........................................................................................*5

?.*.*.3.* Traffic channel type T1@>5:.:............................................................................................................... ..*5?.3 Terminal 1ompatibility 9ecision.........................................................................................................................*5

?.3.5 1ompatibility 1hec".........................................................................................................................................*5?.3.* !election of ppropriate Terminal unction....................................................................................................*5

?.3.3 %ndication of 1ompatibility /e8uirements to the PGb mode- G2/& %u mode and =T/& %u mode...*4

?.: Test facsimile roup 3......................................................................................................................*4

?.;.5 %n case of >Gb mode.......................................................................................................................................*4?.;.* %n case of =T/& %u mode..............................................................................................................................*6

?.4 Multislot confiuration split>combine function...................................................................................................*6?.4.5 &on7transparent data.........................................................................................................................................*6

?.4.* Transparent data............................................................................................................................................... .*6?.6 29G2 multiple'in function ..............................................................................................................................*6

?.? !eamless data rate chane................................................................................................................................... .*6

Annex A (informative):

List of Bearer Capability Elements......................................................28

Annex B (normative):

Setting of Bearer Capability, Lo Layer Compatibility an! "ig#

Layer Compatibility $nformation Element for %L&' Bearer

Servies an! %L&' eleServies........................................................*+

0.+ !cope................................................................................................................................................3;

0.5 0earer 1apability %nformation 2lement............................................................................................3;0.5.5 %ntroduction......................................................................................................................................................3;

0.5.5.5 General 1onsideration...................................................................................................................................3;0.5.5.* %nterpretation of the 9iarams.......................................................................................................................34

0.5.* 0earer !ervice *+- 9ata 1ircuit 9uple' synchronous.................................................................................. .:,0.5.*.5 =nrestricted > restricted diital information transfer capability....................................................................:,

0.5.*.* 3-5 "@ audio e'7P

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0.5.5+.* Teleservice 45- acsimile roup 3 in >Gb mode.......................................................................................65

0.5.5+.3 Teleservice 45- acsimile roup 3 in =T/& %u mode..............................................................................6*

0.5.55 Teleservice 4*- utomatic acsimile roup 3............................................................................................. ...630.5.5* Aalid combinations of &=/- E%=/- 11- mT1@..................................................................................63

0.5.5*.5 Transparent !ervices...................................................................................................................................630.5.5*.* &on7transparent services...................................................................................................................... ......6:

0.5.53 ssinment of radio access bearer parameters dependin on &=/ and E%=/..................................... ..6;0.5.53.5 Transparent !ervices...................................................................................................................................6;

0.5.53.* &on7transparent services for =T/& %u mode...........................................................................................640.5.53.3 &on7transparent services for G2/& %u mode...........................................................................................64

0.*

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ore!ord

This Technical !pecification has been produced by the 3 rdGeneration Partnership Project (3GPP).

The present document specifies the functions needed for terminal adaptation within the 3GPP system.

The contents of the present document are subject to continuin wor" within the T!G and may chane followin formalT!G approval. !hould the T!G modify the contents of the present document- it will be re7released by the T!G with an

identifyin chane of release date and an increase in version number as followsF

Aersion '.y.

whereF

' the first diitF

5 presented to T!G for information

* presented to T!G for approval

3 or reater indicates T!G approved document under chane control.

y the second diit is incremented for all chanes of substance- i.e. technical enhancements- corrections-

updates- etc.

the third diit is incremented when editorial only chanes have been incorporated in the document.

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1 Soe

The present document is based on the principles of terminal adaptor functions presented in the %T=7T %7series of/ecommendations (%.:4+ to %.:43).

The P

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I3:J %T=7T /ecommendation A.55+F H!upport by an %!9& of data terminal e8uipments with A7!eries

type interfacesH.

I3;J %T=7T /ecommendation %.:4+7%.:43F H%!9& Overall &etwor" spects and unctions- =ser&etwor" %nterfacesH.

I34J %T=7T /ecommendation K.,35 (5,,?)F H %!9& user networ" interface layer 3 specification forbasic call controlH.

I36J 2T!% 2T/ +5?F H%nterated !ervices 9iital &etwor" (%!9&)- pplication of the 0earer

1apability (01)- @ih

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I4*J %T=7T /ecommendation A.*5F H3++ bits per second duple' modem standardied for use in the

eneral switched telephone networ"H.

I43J %T=7T /ecommendation A.**F H5*++ bits per second duple' modem standardied for use in theeneral switched telephone networ" and on point7to7point *7wire leased telephone7type circuitsH.

I4:J %T=7T /ecommendation A.**bisF H*:++ bits per second duple' modem usin the fre8uencydivision techni8ue standardied for use on the eneral switched telephone networ" and on point7

to7point *7wire leased telephone7type circuits H.

I4;J %T=7T /ecommendation A.*4terF H*:++ bits per second duple' modem usin the echo

cancellation techni8ue standardied for use on the eneral switched telephone networ" and onpoint7to7point *7wire leased telephone7type circuitsH.

I44J %T=7T /ecommendation A.35F H2lectrical characteristics for sinle7current interchane circuitsusin optocouplersH.

I46J %T=7T /ecommendation A.3*F H family of *7wire- duple' modems operatin at data sinallinrates of up to ,4++ bit>s for use on the eneral switched telephone networ" and on leased

telephone7type circuitsH.

I4?J %T=7T /ecommendation A.3:F H modem operatin at data sinallin rates of up to 33 4++ bit>s

for use on the eneral switched telephone networ" and on leased point7to7point *7wire telephone7type circuitsH.

I4,J %T=7T /ecommendation A.:*F H2rror7correctin procedures for 912s usin asynchronous7to7synchronous conversionH.

I6+J %T=7T /ecommendation B.3+F H!upport of B.*5- B.*5 bis and B.*+ bis based 9ata Terminal28uipments (9T2s) by an %nterated !ervices 9iital &etwor" (%!9&) H.

I65J %T=7T /ecommendation K.,*+F H%!9& user7networ" interface data lin" layer 7 General aspectsH.

I6*J %T=7T /ecommendation K.,3+F H%!9& user7networ" interface layer 3 7 General aspectsH.

I6:J 3GPP T! *3.5:4F HTechnical realisation of facsimile Group 3 service 7 non7transparentH.

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3 6e5inition' and a++reiation'

3.1 6e5inition'

The term #Mobile !tation# ( M! ) in the present document is synonymous with the term #=ser 28uipment# (=2 ) as

defined in 3GPP T/ *5.,+;.

The term #T2*# in the present document is synonymous with the term #T2# as defined in 3GPP T/ *5.,+;.

The term #MT*# in the present document is synonymous with the term #MT# as defined in 3GPP T/ *5.,+;.

or the purposes of the present document the followin terms and definitions iven in 3GPP T! *5.,+; and the

followin applyF

A-b mo!e: indicates that the te't applies only to a system or sub7system which operate in >Gb mode of operation-

i.e. with a functional division that is in accordance with the use of an or a Gb interface between the radio accessnetwor" and the core networ"

$ mo!e: indicates that the te't applies only to a system or a sub7system which operates in %u mode of operation- i.e.with a functional division that is in accordance with the use of an %u71! or %u7P! interface between the radio access

networ" and the core networ"

3.2 *++reiation'

or the purposes of the present document- the abbreviations iven in 3GPP T/ *5.,+; and 3GPP T/ *;.,,+ and thefollowin applyF

1

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*e'' re5erene on5i4&ration

iure 5 presents the reference confiuration for access to an >Gb mode PM!1

/ =m

MT+ 0!!>M!1

T

MT*

/ re5erene oint.TE2/ V-t8e terminal.T*/ Terminal *dator.GE%*/ GSME6GE %adio *e'' et!or"./ ore et!or".

Fi0ure )1 P2!N Access #eference Confi0uration (in AG" mode and G4#AN 5u mode

Eithin the scope of the present document the Mobile Termination MT+ means a fully interated M! includin dataterminal and its adaptation functions. MT* includes %T=7T A7series terminal adaptation functions amon other MT

functions.

iure * presents the access reference confiuration for =T/& %u mode. There is no reference point identified for the

T. The T is considered as a part of the Mobile Termination.

TU-T %eommend8erUE

Mo+ile E:&iment (ME)

Mo+ileTermination

(MT)%

T*

&

*e''

et!or"

U&

TerminalE:&iment(TE)

USM

Fi0ure %1 6T#AN 5u mode P2!N Access #eference Confi0uration

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$ &ntion' to '&ort data 'erie'

The main functions of the MT to support data services areF

7 functions to ensure conformity of terminal service re8uests to networ" capability

7 physical connection of the / reference point

7 flow control of sinallin and mappin of user sinallin to>from the P

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MS IWF

Transparent higher layer protocol

L2R L2R Protocol L2R !TP " " !TP Ra#io Lin$ Protocol

IFP IFP

TP on Tran'arent ProtoolP nter5ae Protool

Fi0ure %A

The &on Transparent Protocol (&TP) is normally a layer * protocol for O!% conformant protocols or an e8uivalent in

the case of non O!% protocols. The %nterface Protocol (%P) is normally a layer 5 protocol for O!% conformant systemsor e8uivalent for non O!% systems.

The

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#.2 %adio Lin" Serie' U'ed

The

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an %=/ matchin the E%=/ usin up to mT1@ traffic channels- provided that the resources are available (3GPP T!

**.+3:- 3GPP T! *3.+3: and 3GPP T! *:.++?).

%f the value of the /

*?.? or T1@>:3.* 29G2 confiuration is identical to a multislot

*

T1@>5:.: or 3

T1@>5:.: confiuration. Therefore- a factor of 5>* or 5>3 has to be applied to thesuested increase when the assined up lin" channel is T1@>*?.? or T1@>:3.* respectively.

The M! may use the information sinalled in the =P bit to find out when a service level upradin may increase thedata throuhput. %n order to initiate a service level upradin- the value of =%M% shall be reater than the number of

currently assined channels.

%n order to determine when to downrade- the M! may compare the rate of received and sent information in the /

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3GPP T! *6.++* Terminal daptation unctions for !ervices usin synchronous 0earer 1apabilities.

This document defines the interfaces and terminal adaption functions interal to a MT which

enable the attachment of synchronous Terminals to a MT.

3GPP T! *6.++3 Terminal daptation unctions for !ervices usin !ynchronous 0earer 1apabilities.

This document defines the interfaces and terminal adaptation functions interal to a MT which

enable the attachment of !ynchronous Terminals to a MT.

< &ntion' ommon to all inter5ae'

s- :.? "bit>s and ,.4 "bit>s is as followsF

7 sendin of synchroniation pattern 5>O (all data bits H5H > all status bits HOH- all 27bits H5H) to the %E. %n

multislot transparent operation- the synchronisation pattern sent is 5>O with the e'ception of the bit positions

!5- first B- !3- and !: which contain the substream number and multiframe alinment pattern (see 3GPP T!::.+*5)

7 searchin for detection of the synchroniation pattern received from the %E- and in multislot operation- alsosearchin for the multiframe alinment pattern H++++ 5++5 +55+ +555 55++ +55+ 555+ 5+5H (see 3GPP T!

::.+*5) in bit position !: and substream numbers in bit positions !5- first B- and !3. The value of the bits 2:726shall not be chec"ed.

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.9.#,T>1., and T>25:.: or T1@>*?.? operation the multiframe

alinment pattern from the %E have been reconied as a steady state (see note) the T continues sendin the

synchroniation patterns to the %E until a timer T (D ;++ ms) e'pires.

&OT2F n idle frame sent by the 0!! and received by the M! has the same pattern as the synchroniationpattern 5>O.

t the moment when the messae 1O&&21T (MO) or 1O&&1$ (MT) is received at the M!- it isuaranteed that this pattern is received from the M!1>%E with the e'ception of a loss of frame

synchroniation on the bis interface.

The handlin of frame stealin in case of *:++ bit>s full rate data channels is implementation dependent.

T) interface. The data received in each !9= are mapped to 1T 5+: and data on 1T 5+3 are mappedto !9=s sent toward the /&1.

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The envisaed use of these 9T2s in the P

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.< and T>9.#

filterin mechanism shall be provided by an interation process on those !0 and B bits carryin status information inthe A.55+ frame or in the multiframe structure. The interation periods applied areF

*+series Transition 5nte0ration Statusperiod stream

T 10# @55-@n 1 ' ?T 10# @n-@55 1 ' ?T 109 @55-@n 200 m' S;T 109 @n-@55 $ ' S;

The interation process shall ensure that the interchane circuits do not chane state in response to spurious transitions

of the status bits durin the interation period.

The interation process shall operate reliably with error characteristics as specified in 3GPP T! :;.++;.

1.

To chane the state of 1T 5+, or 1T 5+4- it is re8uired that at least two consecutive !07bits or B7bits- respectively-carry the same value.

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7 %!9& oriinated calls usin 3-5 "@ audio 0earer 1apability (01) as well as

7 %!9& oriinated calls usin unrestricted diital 0earer 1apability but not specifyin all parameters for deducin

a 0earer !ervice.

Mobile specific re8uirements to be dealt with in the 0earer 1apability information element the call confirmed messae

has been introduced in the call control protocol (3GPP T! *:.++?). This also allows for re7neotiation of specificparameters at the beinnin of the connection set7up process. The specific parameters areF

a) mobile specific re8uirementsF

7 1onnection element (transparent>non transparent)

7 !tructure (note 5)

7 !ynchronous>synchronous (note ?)

7 /ate adaptation>other rate adaptation (note ,)

7 =ser information layer * protocol (note 5)

7 %ntermediate rate (note *)- (note 3)

7 Modem Type (note 5)- (note 3)

7 =ser /ate (note 3)

7 1ompression -

7 i'ed networ" user rate- (note 3) (note :)

7 Other modem type- (note 3) (note :)

7 =ser initiated modification indication (note :).

The followin parameters are indicated by the M! to the networ"- onlyF

7 /adio 1hannel /e8uirement

7 cceptable channel codins (note ;)

7 Ma'imum number of traffic channels- (note ;)

7 Eanted air interface user rate (note 4) (note 6)

7 symmetry preference indication (note 6).

&OT2 5F This parameter is correlated with the value of the parameter connection element.

&OT2 *F or non7transparent services this parameter is correlated with the value of the parameter neotiation of

intermediate rate re8uested.

&OT2 3F Modification of these parameters may be proposed by the M!. The &etwor" may accept it or not.

&OT2 :F This parameter shall be included by the M! only if it was received from the networ".

&OT2 ;F This parameter shall be included only if the parameter #fi'ed networ" user rate# is included.

&OT2 4F This parameter shall be included only for non7transparent services and if the parameter #fi'ed networ"

user rate# is included.

&OT2 6F This parameter has to be included if 29G2 channel codin(s) are included in cceptable channel

codins. %n cases where this parameter would not otherwise be included- the value is set to #ir interfaceuser rate not applicable# or #=ser initiated modification not re8uested# or H&o preferenceH.

&OT2 ?F or TM and P%!- this parameter may be neotiated as in table 0.:e. @ow the subscription for 0!*+ isassured- is an operator matter.

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&OT2 ,F or TM- P%! or Multimedia- this parameter may be neotiated as in table 0.:f.

b) re8uirements with effects at the partner terminalF

7 &umber of data bits

7 &umber of stop bits

7 Parity.

The M! indicates the radio channel re8uirement in the call confirmed messae. %f the M! indicates the support of

HdualH (@/ and / channels) the final decision- which radio channel is chosen- is done by the networ" in an //messae. The radio channel re8uirement is inored in =T/& %u mode- see table 0.;a in nne' 0.

%f the networ" proposes optional support of both transparent and non transparent connection elements- but does notindicate a user information layer * protocol- the M! shall set the appropriate value- if choosin non transparent in the

call confirmed messae and out7band flow control is not re8uested- see 0.5.5.*.

dditionally the values of the parameters structure- modem type and intermediate rate have to be set in conformance

with the values of the parameters radio channel re8uirements- neotiation of intermediate rate re8uested and connectionelement.

!ubclause 0.5.5.* and table 0.5 in the anne' 0 describe the neotiation procedure. nne' 0 table 0.: describes theselection of the modem type and the dependence on the value of the parameter connection element. nne' 0 table 0.:

describes the selection of the intermediate rate and user rate and their dependence upon the value of the &%//parameter and the e8uipment capabilities.

The followin MT cases can be deduced from the individual call set7up re8uest conditionsF

a) %f the set7up does not contain a 01 information element- the M! in the call confirmed messae shall include any

01 information (sinle or multiple 017%2). The M! may use the information provided in the 01$=P 01information element (see 3GPP T! *,.++6 and 3GPP T! *:.++?) to deduce the re8uested service. &ote- that the

presence of the 01$=P 017%2 does not chane the condition of Hno 017%2 receivedH- that means in particularthat the M! shall include any 017%2 (as mentioned before) and shall not neotiate parameter values where the

M!1 has to offer a value in the 017%2 first- as e..- for the parameter HcompressionH. %f multiple 017%2s arepresent- one 017%2 shall indicate the information transfer capability HspeechH. 3-5 "@ multimedia 017%2

toether with a speech 017%2 indicates the support of a fallbac" to speech. =9%>/9% multimedia 017%2toether with a speech 017%2 indicates the support of service chane and fallbac" (see 3GPP T! *,.++6 and

3GPP T! *:.++?).

b) %f the set7up messae contains a sinle 017%2- the M! in the call confirmed messae shall use either a sinle

017%2- if it wants to neotiate mobile specific parameter values or- unless otherwise specified- no 017%2- if itarees with the re8uested ones.

c) %f the set7up contains a multiple 017%2- the M! in the call confirmed messae shall use either a multiple 017%2-if it wants to neotiate mobile specific parameter values or- unless otherwise specified- no 017%2- if it arees

with the re8uested ones.

or a 3-5"@ multimedia setup the M! may either accept the possibility of a fallbac" to speech by

respondin with two 017%2s- or turn the call to a speech call by sendin only a speech 017%2 in the call

confirmed messae or turn the call to a multimedia only call (i.e. no fallbac" to speech allowed) by sendinonly a multimedia 017%2- in the call confirmed messae.

or a =9%>/9% multimedia setup- the M! may either accept the possibility of service chane by respondin

with two 017%2s - or turn the call to a speech call by sendin only a speech 017%2 in the call confirmedmessae- or turn the call to a multimedia call by sendin only a multimedia 017%2 in the call confirmed

messae.

or facsimile- a sinle 017%2- containin fa' roup 3 only- shall be used if a multiple 017%2 re8uestin

speech alternate fa' roup 3 is received and the M! is not able to support the speech capability. nne' 0-table 0.6- describes the neotiation rules.

%f the 017%2 contains 3-5 "@ e' P

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%n any case- if the set7up messae re8uests a Hsinle serviceH- the M! shall not answer in the call confirmed messae

re8uestin a Hdual serviceH.

@owever- for dual services with repeat indicator set to Hcircular (alternate)H or to Hservice chane and fallbac"H the M!may chane the se8uence of dual 017%2s within the call confirmed messae (preceded by the same value of the repeat

indicator)- if it wants to start with a different 0earer 1apability than proposed by the networ" as the initial one.

%n addition- the M! may propose to the networ" to modify =ser /ate- Modem Type and %ntermediate /ate in the 1s is areed on in the setup of a 3.5 "@ multimedia call- the modems may handsha"e to 35.* "bit>sor *?.? "bit>s. %n this case the M! receives a MO9% messae from the M!1 to indicate the new data rate- and shall

respond with a MO9% 1OMPs traffic channel between the T2 and

%E.

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or a =9%>/9% multimedia call- the setup messae contains either a multimedia 017%2 indicatin a multimedia only

call re8uest- or both a multimedia 017%2 and a speech 017%2 (in any order) to indicate the support of service chane

and fallbac" (see 3GPP T! *,.++6 and 3GPP T! *:.++?). The latter is not applicable to multimedia calls with&=/D3*.+ "bit>s.

%f the set7up messae re8uests a Hsinle serviceH- the networ" shall not answer in the call proceedin messae re8uestin

a Hdual serviceH. lternatively the networ" shall answer with a sinle 017%2 containin fa' roup 3 if a multiple 017%2re8uestin speech alternate fa' roup 3 is received but the networ" does not allow the use of this alternate service.nne' 0- table 0.6- describes the neotiation rules.

%f the M! re8uests a Hdual serviceH the networ" is not allowed to chane the se8uence of the service- a chane mayhowever occur due to the called user and this may then be relayed bac" to the oriinatin M! by the networ".

%f the setup messae re8uests a 3.5 "@ multimedia service with fallbac"- the networ" may return both 017%2s in thesame order to accept the re8uest- or a sinle 017%2 if fallbac" or one of the re8uested services are not allowed.

%f the setup messae re8uests a =9%>/9% multimedia service with fallbac"- the networ" may return both 017%2s in thesame order to accept the re8uest- both 017%2s in the reverse order (relayed from terminatin =ser)- or a sinle 017%2 if

fallbac"- service chane or one of the re8uested services are not allowed.

%f the set7up messae indicates that neotiation of intermediate rate is re8uested then the networ" shall behave asdescribed in anne' 0- table 0.:b.

=nless otherwise specified- if no 017%2 parameter needs neotiation it is up to the networ" if it sends a 1Gb mode- the 017%2 of the 1

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%n case b)- the M! shall use in >Gb mode the fall7bac" bearer service indicated by the remainin parameters of the 017

%2 on a sinle slot confiuration (reference 3GPP T! ::.+*5).

%f &=/ D 33.4 "bit>s is areed on in the setup of a 3.5 "@ multimedia call- the modems may handsha"e to 35.* "bit>sor *?.? "bit>s. %n this case the M! receives a MO9% messae from the M!1 to indicate the new data rate- and shall

respond with a MO9% 1OMPs data rate to the 33.4 "bit>s traffic channel between the T2

and %E.

Gb mode- certain values may be invalid in one of the systems.

%nvalid parameter values may cause rejection of the 01 and subse8uent release of the call.

Parameters that are inored in =T/& or G2/& %u mode may be set to default values- or to specific values in viewof an eventual handover to >Gb mode. They may also be set to values that ma"e call setup in current system

impossible. This indicates the need for a handover to another radio access technoloy. Parameter values that are invalidin one system may also result in unsuccessful handover from the other system.

Table 0.;a in anne' 0 lists parameters that are inored in =T/& or G2/& %u mode and parameter values whichvalidity is different in >Gb mode- G2/& %u mode and =T/& %u mode.

B.5;+). comprehensive solution of such test loops in a P

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s data rate to the 33.4

"bit>s traffic channel between the T2 and %E.

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*nne * (in5ormatie)/Li't o5 ;earer aa+ilit8 Element'

This anne' lists the P

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This element is relevant between T2>T and MT.

AaluesF 7 %.::+>:;+

1ate A!aptation:

This element is relevant between %E and the fi'ed networ".

AaluesF 7 A.55+>B.3+7 B.35 flastuffin

7 no rate adaptation

7 A.5*+ (note 6)7 P%! (note 6)

7 @.**3 and @.*:; (note 6)

&OT2 6F This value is sinalled in the HOther /ate daptionH element- due to a lac" of further codepoints in the H/ate daptionH element.

Co!ing Stan!ar!:

This element refers to the structure of the 017%2 defined in 3GPP T! *:.++?.

AaluesF 7 G!M

0ser $nformation Layer 5 %rotool:

This element characterie the layer 5 protocol to be used between MT and 0!! (=m interface) accordin to 3GPP T!

:;.++5- or between the MT and the /&1 (=u interface).

AaluesF 7 default

'egotiation of $nterme!iate 1ate re4este!:

This element is relevant between MT and 0!! and 0!! and %E.

AaluesF 7 no meanin associated

7 4 "bit>s radio interface is re8uested for a full rate channel with a user rate up toand includin :-? "bit>s- non transparent service

Compression:

This element is relevant between MT and %E.

AaluesF 7 compression possible>allowed

7 compression not possible>allowed

1ate a!aption #ea!er no #ea!er:

This element is relevant between %E and the fi'ed networ". %t is only applicable for %T=7T A.5*+ rate adaptation.

AaluesF 7 /ate adaption header not included7 /ate adaption header included

&ltiple frame establis#ment spport in !ata lin:


AaluesF 7 Multiple frame establishment not supported. Only =% frames allowed.

7 Multiple frame establishment supported.

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&o!e of operation:


AaluesF 7 0it transparent mode of operation7 Protocol sensitive mode of operation

Logial lin i!entifier negotiation:


AaluesF 7 9efault-

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&OT2 5+F1ertain code points- if used- are interpreted by the networ" as 3?.: "bit>s in this version of the protocol-

ref 3GPP T! *:.++?.

Aeptable #annel o!ings, ACC (note 52)

This element is relevant between the MT and the %E.

AalueF 7 T1@>:.? acceptable7 T1@>,.4 acceptable7 T1@>5:.: acceptable

7 T1@>*?.? acceptable

7 T1@>3*.+ acceptable (pplicable to multimedia 3* "bit>s- ;4 "bit>s and 4: "bit>s and synchronous transparent ;4 "bit>s and 4: "bit>s services only)

7 T1@>:3.* acceptable (pplicable to non7transparent services only.)7 none (note 5+a)

&OT25+aF &o channel codin (defined by selectin none of the above).

&aximm nmber of traffi #annels, &ax'mC" (note 52)

This element is relevant between the MT and the %E.

AalueF 7 5 T1@

7 * T1@7 3 T1@

7 : T1@7 ; T1@

7 4 T1@7 6 T1@ (note 55)

7 ? T1@ (note 55)

&OT255F &ot used by currently specified services.

9t#er mo!em type, 9& ('ote 52)

This element is relevant between the %E and the fi'ed networ" in case of 3-5 "@ audio e'7P

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or a confiuration with data rates ,.4"bit>s or hiher- the followin applies to the parameters contained in the 017%2F

7 @alf rate channels are not supported. The M! shall code the radio channel re8uirement as Hull rate support only

M!H or H9ual rate support M!- full rate preferred#. %n the second case- the networ" shall assin full ratechannel(s) only.

7 The #fi'ed networ" user rate# and #other modem type# ta"es precedence over the #user rate# and #modem type#-unless the #modem type# indicates HautobaudinH.

7 The 11 indicates which channel codin is acceptable and supported by the M!. %n case of 12F&T the

T1@>:.? and T1@>,.4 acceptable is e8uivalent to the support of &%//. %f T1@>:.? acceptable only or

T1@>,.4 acceptable only or T1@>5:.: acceptable only is indicated- the assined channel type which can bechosen by the networ" is T1@>:.? or T1@>,.4 or T1@>5:.:- respectively.

7 The #intermediate rate# parameter is overridden. The intermediate rate used per each T1@> is derived from thechosen channel typeF

channel t7pe 5# per TC8F

T1@>:.? ? "bit>s

T1@>,.4 54 "bit>s

T1@>5:.: intermediate rate is to be defined

7 The user rate per T1@ is derived from the chosen channel typeF

channel t7pe user rate per TC8

T1@>:.? :.? "bit>s

T1@>,.4 ,.4 "bit>s

or 12FT- the paddin procedure described in 3GPP T! ::.+*5 can be applied.

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*nne ; (normatie)/Settin4 o5 ;earer aa+ilit8, Lo! La8er omati+ilit8 and

>i4 La8er omati+ilit8 n5ormation Element 5or PLM;earer Serie' and PLM TeleSerie'

;.0 Soe

This anne' describes the relationship between the various parameters of the Por wanted air interface user rate is to be chaned- the 017%2 included inthe MO9% messae shall not indicate a different bearer service than the one used at this stae of the connection 7 the

values of the parameters #ma'imum number of traffic channels# and>or #wanted air interface user rate# may be chaned-only.

The subse8uent tables and subclauses of clause 0.5 deal with the representation of the individual contents of the P

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Eith respect to the individual parameter settins at the M! the followin cases may be distinuished (see 3GPP T!

*6.++* and 3GPP T! *6.++3)F

7 Mobile7oriinated call set up by a M!F

7 The settin results from respective MM% actions and>or MT internal settins.

7 Mobile7terminated call set up to a M!F

7 The 01 related part of the compatibility chec" is carried out accordin to the "nowlede of the MT

concernin its implemented functions (i.e. answerin the call). The re8uested field values of thenon7neotiable parameters and the selected field values of the neotiable parameters determine the selection

of the terminal function to be used for the intended connection.

;.1.1.2 nterretation o5 te 6ia4ram'

The purpose of the subse8uent diarams is to achieve unambiuous representation of the individual contents of the

P

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7 Hoffered valueH indicatin a proposal which may be chaned by the respondin entity

7 a particular choice value leavin it up to the respondin entity which value ultimately applies

7 Has re8uestedH indicatin that the re8uested value applies and is confirmed (by returnin it)

7 Hselected valueH indicatin that a particular value applies either out of the offered set or as a free choice out

of the defined set of values

7 Hsupported valueH indicatin a value supported by the respondin entity.

Ta"le 9')1 9C+Parameters su"ject to ne0otiation procedure

Mobile Oriinated 1allF

!essa0e

9C+parameter S4T6P CA22 P#:C

6; %e:&e'ted al&e a' re:&e'ted

P; %e:&e'ted al&e a' re:&e'ted

S; %e:&e'ted al&e a' re:&e'ted

E %e:&e'ted al&e (TT) a' re:&e'tedA+otA !it te re5erred al&e indiated(e.4. +ot T)

'eleted al&e (TT)

UL2P %e:&e'ted al&e 9)or *V 1) a' re:&e'ted or *V )

U'er %ate %e:&e'ted al&e a' re:&e'ted

6 %e:&e'ted al&e 2) a' re:&e'ted or A@A7)

U% %e:&e'ted al&e '&orted al&e

@ter MT %e:&e'ted al&e '&orted al&e

UM %e:&e'ted al&e '&orted al&e

Mobile Terminated 1allF

!essa0e

9C+parameter S4T6P CA22 C:NF6; @55ered al&e 'eleted al&e (5ree oie)

P; o55ered al&e 'eleted al&e (5ree oie)

S; o55ered al&e 'eleted al&e (5ree oie)

E re:&e'ted al&e (TT) a' re:&e'ted or 'eleted al&e(TT) (5ree oie) 3)

A+otA !it te re5erred al&e indiated(e.4. +ot T)

'eleted al&e (TT)

S8n*'8nrono&'

re:&e'ted al&e a' re:&e'ted or 'eletedal&e10)

%ateadatation@terrate adatation

re:&e'ted al&e a' re:&e'ted or 'eletedal&e11)

UL2P o55ered al&e 2)or *V ) 'eleted or *V 1)

U'er %ate o55ered al&e 'eleted al&e $)

6 re:&e'ted al&e 2) a' re:&e'ted or A@A7)

U% o55ered al&e 'eleted al&e #)

@ter MT o55ered al&e 'eleted al&e #)

UM o55ered al&e 'eleted al&e

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Ta"le 9'3a1 Selection of flow control method (for C41NT with SA1A onl7

flow control method

in5ormation element in-+and o&t-+and (3) none

n&m+er o5 data +it' 7 or < 7 or < 7 or s and 12D HbothH is sinalled in the

!2T=P messae. The =2 shall sinal P%! as specified in 0.5.*.:

Ta"le 9',f1 Ne0otiation of #ate adaptation:ther rate adaptation

Mobile Terminated 1allF

9C+parameter #ate adaptation:ther rate adaptation

;earer t8e Me''a4e SETUP Me''a4e *LL @

TM1) V.110, .#0 and ?.30 ?.31 5la4 't&55in4

P*S2) V.110, .#0 and ?.30 P*S

M&ltimedia V.110, .#0 and ?.303) >.223 and >.2$

o rate adatation$) #) >.223 and >.2$

5) This neotiation is possible- only if %T1D=9% or /9%- &=/D4: or ;4 "bit>s and 12D&T or HbothH issinalled in the !2T=P messae. The M! shall sinal TM as specified in 0.5.*.3.

*) This neotiation is possible- only if %T1D=9%- &=/D3* "bit>s and 12D HbothH is sinalled in the!2T=P messae. The =2 shall sinal P%! as specified in 0.5.*.:.

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3) This neotiation is possible- only if %T1D=9% or /9%- &=/D3* or ;4 "bit>s and 12DT or HbothH is

sinalled in the !2T=P messae. The M! shall sinal [email protected]*:>M as specified in 0.5.3.5.3- 0.5.3.5.:

and 0.5.3.5.4.

:) Aoid.

;) This neotiation is possible- if %T1D3-5 "@- &=/D*?.? "bit>s- MTDA.3: and 12DT or HbothH issinalled in the !2T=P messae. The M! shall sinal [email protected]*:>M as specified in 0.5.3.*.3.

4) This neotiation is possible- if %T1D=9% or /9%- &=/D4: or ;4 "bit>s and 12DT is sinalled in the

!2T=P messae. The M! shall sinal [email protected]*:>M as specified in 0.5.3.5.3- 0.5.3.5.:- and 0.5.3.5.;

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Ta"le 9'-1 9C parameter settin0 (part )

co&&on setting o' 'iel# (al)es *++re(iations 'or Para&eters an# ,al)es- #e'a)lt setting o' 'iel# (al)es .!*/ ( ( IT0111In'or&ation Trans'er 0apa+ility- Speech

34I113nrestricte# 4igital F*56117ro)p 6 Facsi&ile 689 $:;11689 $:; %< PLM! R4I11Restricte# 4igital TM1111Trans'er Mo#e- ci110irc)it 5 5 S11111Str)ct)re- S4311Ser(ice 4ata 3nit Integrity 3nstr)ct)re# 5 0111110on'ig)ration- pp11Point to point 5 5 %11111%sta+lish&ent- #e114e&an# 5 5 S*1111Sync=*sync- S11Synchrono)s

*11*synchrono)s !11111!egotiation i+n11in +an# negotiation not possi+le 5 5 3R11113ser Rate- >1611>16 $+it=s 91211912 $+it=s 21?1121? $+it=s ?1@11?1@ $+it=s A1B11A1B $+it=s 5 IR1111Inter&e#iate Rate- @11 @ $+it=s 9B11 9B $+it=s 5 !I0T11!etCor$ In#epen#ent 0loc$ on T

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Ta"le 9'-1 9C parameter settin0 (part %

co&&on setting o' 'iel# (al)es *++re(iations 'or Para&eters an# ,al)es #e'a)lt setting o' 'iel# (al)es .!*/ ( (

4M11114)ple< Mo#e- '#11 F)ll 4)ple< 5 5 MT1111Mo#e& Type- ,129 ,122 ,122 +is ,12B ter ,162 a)to911 a)to+a)#ing type 9 none 5 R0R111Ra#io 0hannel ReE)ire&ent- FR F)ll Rate s)pport only Mo+ile Station #)al :R 4)al Rate s)pport Mo+ile Station= :al' Rate pre'erre# #)al FR 4)al Rate s)pport Mo+ile Station= F)ll Rate pre'erre#

0%11110onnection %le&ent- T11 Transparent !T11 !on Transparent +othT +oth transparent pre'erre# +oth!T +oth non Transparent pre'erre# 3IL2P13ser In'or&ation Layer 2 Protocol- ISHB?2A11ISHB?2A8co#eset >8409=406 0HPnoFl0t110haracter oriente# protocol Cith no 'loC control &echanis& S*P111Signalling *ccess Protocol- I1??>11 I1??>=?> 5

R*1111Rate *#aptation- ,199>11 ,199>=516> 5169Flag11 5169 'lagst)''ing !H11 no rate a#aptation 5 ,192> PI*FS :1226 an# :12? 0S11110o#ing Stan#ar#- 7SM 5 5 !IRR11!egotiation o' Inter&e#iate Rate ReE)este#- !M11!o Meaning associate# Cith this (al)e 5 B$+it=s11B$+it=s ra#io inter'ace rate reE)este# 4011114ata 0o&pression 4011 co&pression possi+le=alloCe# !H11 co&pression not possi+le=alloCe# 5

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Ta"le 9'-1 9C parameter settin0 (part 3

co&&on setting o' 'iel# (al)es *++re(iations 'or Para&eters an# ,al)es #e'a)lt setting o' 'iel# (al)es .!*/ ( (

F!3R111Fi11 621> $+it=s J J J 661B11 661B $+it=s J J J 6@1?11 6@1? $+it=s ?@1>11 ?@1> $+it=s B1>11 B1> $+it=s J B?1>11 B?1> $+it=s W*I3R111Wante# *ir Inter'ace 3ser Rate W*I3R not applica+le A1B11 A1B $+it=s J 5 J J 9?1?11 9?1? $+it=s J J J 9A1211 9A12 $+it=s J J J

2@1@11 2@1@ $+it=s J J J 6@1?11 6@1? $+it=s ?61211 ?612 $+it=s J J J G1B11 G1B $+it=s J J J int 6@1?11 interprete# +y the netCor$ as 6@1? $+it=s *00111111111*ccepta+le channel co#ings ?1@11 T0:=F?1@ accepta+le A1B11 T0:=FA1B accepta+le 9?1?11T0:=F9?1? accepta+le

2@1@11T0:=F2@1@ accepta+le 621>11T0:=F621> accepta+le ?61211T0:=F?612 accepta+le none11!o channel co#ing .#e'ine# +y selecting none o' the a+o(e

Ma> no pre'erence K K K >9 )p lin$ +iase# asy&&etry pre'erre# K K K 9> #oCn lin$ +iase# asy&&etry pre'erre# K K K

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Ta"le 9'-a1 ifferences in parameter =alue =alidit7 in AG" mode and 6T#AN 5u mode

Parameter/ value AG" mode G4#AN 5u mode 6T#AN 5u mode

%adio annel %e:&irement'/any

alid alid i4nored

U'er rate/ any alid i4nored i4nored

ntermediate %ate/ any alid alid i4nored

on tran'mi''ion/ any alid i4nored i4nored on reetion/ any alid i4nored i4nored

e4otiation o5 % re:&e'ted/any

alid i4nored i4nored

*eta+le annel odin4'/any

alid (note 2) alid (note 2) i4nored

Maim&m n&m+er o5 tra55iannel'/ any

alid (note 2) alid (note 2) i4nored (ote 1)

U'er initiated modi5iationindiation/ any

alid alid i4nored (ote 1)

*'8mmetr8 re5ereneindiationany

alid alid i4nored

Modem t8e

V.21, V.22, V.22bis, V.26ter alid inalid inalid

V.32 alid alid inalid 5or EDTied et!or" U'er %ate

32 kbit/s nalid 5or E D T nalid 5or E D T alid

33.6 kbit/s inalid inalid alid

9.6, 14.4, 19.2, 38.4, 48.0 alid inalid 5or EDT inalid 5or EDT

28.8 alid inalid 5or EDT in tea'e o5 TDU6

inalid 5or EDT in tea'e o5 TDU6

@ter %ate adatation !"#S inalid inalid alid

&OT2F lthouh a parameter value is mar"ed as HvalidH- the validity may be restricted by rules iven elsewhere

in the present document.

&OT2 5F This parameter is relevant in =T/& %u mode for &T calls- in conjunction with E%=/- for decidin

which /

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Ta"le 9'.1 Channel com"inations

!inle 0earer and Teleservices

!S indication Network selection CT9C CT

% %d&al % % or >%d&al >% >% or %

lternate services

!S indication Network selection9C() 9C(% CT() CT(% :r CT() CT(%

% % % %% d&al %ate % %d&al %ate d&al %ate % % @r >% >%d&al %ate % % %

ollowed7by services

!S indication Network selection9C() 9C(% CT() CT(% or CT() CT(% or CT() CT(%

% % % %% d&al %ate % %d&al %ate d&al %ate % % or >% >% or % >%d&al %ate % % %

01 0earer 1apability1T 1hannel Type

dual /ate Rdual / S dual @/

Ta"le 9'&1 TS.)TS.% Ne0otiation rules

Mobile Oriinatin 1all

Su"scription S4T6P CA22 P#:C44

TS#1 TS#1 '5TS#1 5'

TS#1 '5 or TS#2TS#1 5' or TS#2

TS#2 TS#2

TS#2 TS#1 '5 TS#1 5'

TS#2TS#2

TS#2 TS#2

Mobile Terminatin 1all

Su"scription S4T6P CA22 C:NF5#!4

TS#1 TS#1 '5 TS#1 '5 or TS#1 5' or TS#2

TS#1 5' TS#1 '5 or TS#1 5' or TS#2

TS#2 TS#2

no ; TS#1 '5 or TS#1 5' or TS#2

TS#2 TS#2 TS#2

no ; TS#2 (note)

s>f D speech then fa'f>s D fa' then speech

&OT2F T!45 is also accepted if the AM!1 supports T!45 and does not perform subscription chec"in on a1

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;.1.2 ;earer Serie 20, 6ata ir&it 6&le *'8nrono&'

;.1.2.1 Unre'trited re'trited di4ital in5ormation tran'5er aa+ilit8

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+6) A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !

E 4c & &T both&T bothT T

S : & !9= unstructured

U1L2P 6 %!O4:*, 1OPnolct ;) &A :)

6 : & 91 5) &O 5)

6; 4a & 6 ?

P; 4b & odd even + 5 none

S; 4a & 5 *

/adio channel related

%% 3 dual@/ dual/ /

*) 5)

U%

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4) Aoid

6) the A.5*+ relevant 01 parameters (octet ;b) shall be set accordin to the

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;.1.2.2 3,1 ">= a&dio e-PLM in5ormation tran'5er aa+ilit8

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol relatedS*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !



U1L2P 6 %!O4:*, 1OPnolct;)

&A:)

6 : & 91 5) &O 5)

-6; 4a & 6 ?

-P; 4b & odd even + 5 none

-S; 4a & 5 *


%% 3 dual@/ dual/ /

U%7)

4a & +.3 5.* *.: :.? ,.45)

%7)

4b & ?*)

54

MT 4c none A.*5 A.** A.**bis A.*4ter A.3* auto 5 &A

@MT 4d no other MT A.3: &A

-U%9) 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

*

4e 5 * 3 : ; 4 6 ? &A

B*U%1)

4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A

UM1) 4f & not. re8. upto 5 upto * upto 3 upto : &A

* et.

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;) for MO>MT 14) Aoid

6) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@.?) 11 may have several values simultaneously (bit map codin).

,) in case of MT D auto5 the value of &=/ has no meanin.

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;.1.2.3 rame T&nnellin4 Mode

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%


%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !



U1L2P 6 %!O4:*, 1OPnolct &A

6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4

% 4b & ? 54



U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1) 4e none :.? ,.4 5:.: &A

Ma&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A

UM 4f & not re8. upto 5 upto * upto 3 upto : &A

* et. 1) 4 *?.? 3*.+ :3.* &A

*SGM 4 no. pref. u5 biased d5 biased &A

5) 11 may have several values simultaneously (bit map codin).

3GPP

3GPP TS %&') *$'' (%$+)%-3#elease $

8/13/2019 27001-900

54/85

;.1.2. P*S

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%


%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !




6 : & 91 &O

-6; 4a & 6 ?


-S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4

% 4b & ? 54



-U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 4e none :.? ,.4 5:.: &A

Ma-&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A

UM 4f & not. re8. upto 5 upto * upto 3 upto : &A

* et. 4 *?.? 3*.+ :3.* &A


3GPP

3GPP TS %&') *$'' (%$+)%-,#elease $

8/13/2019 27001-900

55/85

;.1.3 ;earer Serie 30, 6ata ir&it 6&le S8nrono&'

;.1.3.1 Unre'tritedre'trited di4ital in5ormation tran'5er aa+ilit8

;.1.3.1.1 Tran'arent U% HD < "+it' (T>.9.#, T>1.,T>2from =T/& %u mode.

3GPP

3GPP TS %&') *$'' (%$+)%--#elease $

8/13/2019 27001-900

56/85

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 1) 4a & +.3 5.* *.: :.? ,.4

% 1) 4b & ? 54



U% 1) 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

*1, 2)

4e none :.? ,.4 5:.: &A

Ma&mT> 1) 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 1, 2) 4 *?.? 3*.+ :3.* &A

*SGM 1) 4 no. pref. u5 biased d5 biased &A

5) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@.

*) 11 may have several values simultaneously (bit map codin).

;.1.3.1.2 ?.32 a'e

Aoid.

3GPP

3GPP TS %&') *$'' (%$+)%-.#elease $

8/13/2019 27001-900

57/85

;.1.3.1.3 Tran'arent U%D$# "+it', inl&din4 3G->.32M, (T>9.#, T>32.0,UT%* & mode)

Oct.

T 3>;a =9%3)

3.5 "@( B3 !peech /9%

3)

protocol related

S*P ; & %.::+

%* 3) ;>;a & P%! A.5*+ A.55+ 3) @.**3 U @.*:; 3) B.35 la &o 3)

S* 4 !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 1) 4a & +.3 5.* *.: :.? ,.4

% 1) 4b & ? 54


@MT$)

4d no other MT A.3: &A

U% 1, $) 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1, 2, , #) 4e none :.? ,.4 5:.: &A

Ma&mT>1,,#)

4e 5 * 3 : ; 4 6 ? &A

B*U% 1) 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* 5) ;6.4 &A

UM 1, ) 4f & not. re8. upto 5 upto * upto 3 upto : &A

* et.1, 2, )

4 *?.? 3*.+ :3.* &A

5) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@. %/ and =/ are not applicable to =T/&%u mode.

*) 11 may have several values simultaneously (bit map codin). @owever- handover to>from =T/& isnot possible if the networ" assins other traffic channels than T1@>,.4 or T1@>3*.+.

3) %n case %T1D=9%- / shall be set to A.55+. %n case %T1D/9%- / shall be set to @.**3 U @.*:; or &o.

3GPP

3GPP TS %&') *$'' (%$+)%-elease $

8/13/2019 27001-900

58/85

:) n M! not supportin G2/& >Gb and G2/& %u mode sets 11 to HnoneH and Ma'&umT1@ is set

to H5 T1@H. n M! not supportin G2/& >Gb and G2/& %u mode also sets 11e't (i.e. the

e'tension bits of 11 parameter- see 3GPP T! *:.++? for its definition and values) and =%M% to ero ifthey are included in the PGb or G2/& %u mode.

3GPP

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8/13/2019 27001-900

59/85

;.1.3.1. Tran'arent U% D $#"+it', inl&din4 3G->.32M (T>1.)

pplies to >Gb mode only- no @O to>from =T/& %u mode

Oct.

T 3>;a =9% 3) 3.5 "@( B3 !peech /9% 3)

protocol related

S*P ; & %.::+

%* 3) ;>;a & P%! A.5*+ A.55+ 3) .**3 U @.*:; 3 B.35 la &o 3)

S* 4 !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 1) 4a & +.3 5.* *.: :.? ,.4

% 1) 4b & ? 54


@MT ) 4d no other MT A.3: &A

U% 1, ) 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1, 2, ) 4e none :.? ,.4 5:.: &A

Ma&mT> 1, 4e 5 * 3 : 5) ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 4 *?.? 3*.+ :3.* &A


5) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@.


3) %n case %T1D=9%- / shall be set to A.55+. %n case %T1D/9%- / shall be set to @.**3 U @.*:; or &o.

:) The parameters &=/- OMT- 11 and Ma'&umT1@ are mandatory for this service.

3GPP

3GPP TS %&') *$'' (%$+)%-$#elease $

8/13/2019 27001-900

60/85

;.1.3.1.$ Tran'arent U% D #"+it', inl&din4 3G->.32M (T>9.#, T>1.,T>32.0, UT%* & mode))

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 1) 4a & +.3 5.* *.: :.? ,.4

% 1) 4b & ? 54


@MT ) 4d no other MT A.3: &A

U% 1, ) 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1, 2, 3, $) 4e none :.? ,.4 5:.: &A

Ma&mT> 1,3,$ 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A

UM 3) 4f & not. re8. upto 5 upto * upto 3 upto : &A

* et. 1, 2, 3) 4 *?.? 3*.+ :3.* &A


5) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@. %/ and =/ are not applicable to =T/&%u mode.


3GPP

3GPP TS %&') *$'' (%$+)%.#elease $

8/13/2019 27001-900

61/85

8/13/2019 27001-900

62/85

;.1.3.1.# 3G->.32M, U%D32.0 "+it' (T>32.0, UT%* & mode)

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 !




6 : & 91 &O

-6; 4a & 6 ?


-S; 4a & 5 *


%% 3 dual@/ dual/ /

U%3) 4a & +.3 5.* *.: :.? ,.4

%3) 4b & ? 54



-U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

*1, 2, ) 4e none :.? ,.4 5:.: &A

*)

Ma-&mT>2,) 4e & 5 * 3 : ; 4 6 ? &A

*)

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A

UM2)

4f & not. re8. upto 5 upto * upto 3 upto : &A*)

* et.1, 2)

4 not accept. *?.? 3*.+ :3.* &A*)


*) %f 11- =%M%- Ma'&umT1@ and !M are not available operation is restricted to =T/&.

3) %/ and =/ are overridden by &=/- 11 and Ma'&umT1@. %/ and =/ are not applicable to =T/&

%u mode.

3GPP

3GPP TS %&') *$'' (%$+)%.%#elease $

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63/85

:) %f the call setup is started in >Gb or G2/& %u mode- the M! can set all 11 fields to noneQ (all

eros) and Ma'&umT1@ parameter to the value one T1@Q (ero). The networ" will interpret these

values as an indication that a handover to another mode (e.. =T/& %u mode) is needed. !imilarly-while in another mode- the M! can inform the networ" that the M! does not support the re8uested service

in >Gb or G2/& %u mode.

3GPP

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8/13/2019 27001-900

64/85

;.1.3.1.7 S8nrono&' tran'arent $# "+it' (%6) and #"+it' (U6) (UT%* &mode)

!ee 0.5.3.5.3 and 0.5.3.5.;.

3GPP

3GPP TS %&') *$'' (%$+)%.,#elease $

8/13/2019 27001-900

65/85


;.1.3.2.1 on-?.32 a'e'

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 & !




6 : & 91 &O

-6; 4a & 6 ?


-S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4

% 4b & ? 54



-U% 4d ,.4*)

5:.:*)

5,.**)

*?.?*)

3* 33.4 3?.: :? ;4 4: &A

*1) 4e none :.? ,.4 5:.: &A

Ma-&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et.1) 4 *?.? 3*.+ :3.* &A



3GPP

3GPP TS %&') *$'' (%$+)%.-#elease $

8/13/2019 27001-900

66/85

;.1.3.2.2 ?.32 a'e

Aoid.

3GPP

3GPP TS %&') *$'' (%$+)%..#elease $

8/13/2019 27001-900

67/85

;.1.3.2.3 3G->.32M a'e

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 & !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4

% 4b & ? 54

MT 4c & none A.*5 A.** A.**bis A.*4ter A.3* auto 5 &A


U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1, 3) 4e none :.? ,.4 5:.: &A

Ma&mT>3)

4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 1) 4 *?.? 3*.+ :3.* &A


*) &=/ 33.4 "bit>s applies to =T/& %u mode only.

3GPP

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8/13/2019 27001-900

68/85

3) %f the call setup is started in >Gb or G2/& %u mode- the M! can set all 11 fields to noneQ (all

eros) and Ma'&umT1@ parameter to the value one T1@Q (ero). The networ" will interpret these

values as an indication that a handover to another mode (e.. =T/& %u mode) is needed. !imilarly-while in another mode- the M! can inform the networ" that the M! does not support the re8uested service

in >Gb or G2/& %u mode.

;.1. ;earer Serie 0 ... #, P*6 *e'' *'8nrono&'

Aoid.

;.1.$ ;earer Serie $0 ... $3 ,6ata Pa"et 6&le S8nrono&',Unre'trited di4ital in5ormation tran'5er aa+ilit8

Aoid.

;.1.# ;earer Serie #1, *lternate See6ataAoid.

;.1.7 ;earer Serie

8/13/2019 27001-900

69/85

;.1.< Tele'erie 11 ... 12, See

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+ &A

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o &A

S* 4 & ! &A

E 4c & &T both&T bothT T &A

S : & !9= unstructured &A


6 : & 91 &O &A

-6; 4a & 6 ? &A

-P; 4b & odd even + 5 none &A

-S; 4a & 5 * &A


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4 &A

% 4b & ? 54 &A



-U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 4e none :.? ,.4 5:.: &A

Ma-&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 4 *?.? 3*.+ :3.* &A


3GPP

3GPP TS %&') *$'' (%$+)%.$#elease $

8/13/2019 27001-900

70/85

;.1.9 Tele'erie 21 ... 23, Sort Me''a4e

&ot applicable.

;.1.10 Tele'erie #1, *lternate See and a'imile 4ro& 3The information element of the Hrepeat indicatorH is set to the value Hcircular for successive selection (alternate)H.

;.1.10.1 Tele'erie #1, See

!ee subclause 0.5.?.

3GPP

3GPP TS %&') *$'' (%$+)%elease $

8/13/2019 27001-900

71/85

;.1.10.2 Tele'erie #1, a'imile 4ro& 3 in *G+ mode

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 & !




6 : & 91 &O

6; 4a & 6 ?


S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4

% 4b & ? 54



U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 1) 4e none :.? ,.4 5:.: &A

Ma&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 4 *?.? 3*.+ :3.* &A



3GPP

3GPP TS %&') *$'' (%$+)%&)#elease $

8/13/2019 27001-900

72/85

;.1.10.3 Tele'erie #1, a'imile 4ro& 3 in UT%* & mode

Oct.

T 3>;a =9% 3.5 "@( B3 !peech /9%

protocol related

S*P ; & %.::+

%* ;>;a & P%! A.5*+ A.55+ @.**3 U @.*:; B.35 la &o

S* 4 & !



U1L2P 6 %!O4:*, 1OPnolct3) &A

6 : & 91 &O

-6; 4a & 6 ?


-S; 4a & 5 *


%% 3 dual@/ dual/ /

U% 4a & +.3 5.* *.: :.? ,.4 &A

% 4b & ? 54 &A



-U% 4d ,.4 5:.: 5,.* *?.? 3* 33.4 3?.: :? ;4 4: &A

* 4e none :.? ,.4 5:.: &A

Ma-&mT> 4e 5 * 3 : ; 4 6 ? &A

B*U% 4f & ,.4 5:.: 5,.* *?.? 3?.: :3.* ;6.4 &A


* et. 4 *?.? 3*.+ :3.* &A


3GPP

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;.1.11 Tele'erie #2, *&tomati a'imile 4ro& 3

/ef. subclause 0.5.5+- the information element Hrepeat indicatorH is not available>valid.

;.1.12 Valid om+ination' o5 U%, B*U%, *, mT>

;.1.12.1 Tran'arent Serie'

The M! is allowed to sinal any combination of &=/- 11 and mT1@ compliant to the followin table. The networ"

is allowed to assin any 1hannel Mode compliant to the followin table.

FN6# mTC8 (Note&> $

ACC (Note )>.>$ Channel !ode (Note ,>-

T>.9.#

T>1.

T>232.0

T>.9.#

T>1.

T>232.0

9.# "+it' 12

I

I

II

?I

II

-2

11

--

--

--

1. "+it' 1

23

I

I

I

I

II

?

?I

I

II

-

-3

-

2 (2)2 (2)

1

11

-

--

-

--

19.2 "+it' 2

I

I

II

?I

II

-

22

--

--

--

2 tan indiated in te ta+le 5or te

'i4nalled U% and *. ;e5ore initiatin4 te a''i4nment roed&re, te MS, i5 nee''ar8,

'all lo!er te al&e o5 te mT> to te i4e't al&e alia+le 5or te 'i4nalled U% and*.

@TE

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;.1.12.2 on-tran'arent 'erie'

The M! is allowed to sinal any combination of E%=/- 11 and mT1@ compliant to the followin table. combination is compliant to the table- if there e'ists at least one row that it is compliant to. combination is compliant

to a row if each parameter value meets the conditions iven in that row. Ehen a E%=/- 11- mT1@ combination iscompliant to a row- the networ" is allowed to assin any 1hannel Mode compliant to that row. The notes of the table

provide further details on the compliance conditions.

A56# (Note&

mTC8 (Note-

ACC (Note )>, Channel !ode (Note %>3>.

T>.9.#

T>1.

T>23.2

T>.9.#

T>1.

T>23.2

9.# "+it' 12

I

I

II

II

II

11 - 2

11

--

--

--

1. "+it' 13

I

II

I

II

II

11 - 3

11 - 2

11

--

--

19.2 "+it' 2

I

I

II

II

II

1 - 21 -

1 - 21 - 2

11

11

--

2.< annel odin4, ten te net!or" ma8 at a' i5 T>9.# !ere inl&ded in te*.

@TE $/ Te MS i' allo!ed to 'i4nal i4er al&e' 5or mT> tan indiated in te ta+le 5or te'i4nalled B*U% and *. ;e5ore initiatin4 te a''i4nment roed&re, te MS, i5nee''ar8, 'all lo!er te al&e o5 te mT> to te i4e't al&e alia+le 5or te 'i4nalledB*U% and *.

@TE #/ Unle'' an E6GE annel i' a''i4ned in one diretion at lea't, te 'ame annel odin4 i'a''i4ned in +ot diretion', and an e:&al or le''er n&m+er o5 annel' i' a''i4ned in te &lin" diretion tan in te do!n lin" diretion. 5 an E6GE annel i' a''i4ned in one diretion,T>1. or an E6GE annel i' a''i4ned in te oter diretion. 5 te &'er a' indiated& or do!n lin" +ia'ed a'8mmetr8 re5erene, T>1. i' a''i4ned in te &n+ia'eddiretion. Te n&m+er o5 annel' a''i4ned i' te 'ame in ea diretion &nle'' re'trited +8te mo+ile la''mar", and i' al!a8' !itin te limit' 4ien in te orre'ondin4 ol&mn.

.@TE 7/ Te MS i' allo!ed to 'i4nal i4er al&e' 5or B*U% tan indiated in te ta+le 5or te'i4nalled mT> and *. ;e5ore initiatin4 te a''i4nment roed&re, te MS, i5 nee''ar8,'all lo!er te al&e o5 te B*U% to te i4e't al&e alia+le 5or te 'i4nalled mT>and *.

The final decision about the radio interface confiuration is ta"en by the 0!! durin the ssinment procedure. The0!! may assin any number of T1@> ranin from 5 to mT1@ and use any of the channel codins amon the 11.

The 0!! shall try to reach the E%=/ if the resource situation allows it. The ma'imum possible %=/ shall note'ceed the E%=/ unless the hiher %=/ can be reached with a smaller number of T1@> (ref. 3GPP T! **.+3:).

The radio interface confiuration may be chaned by the 0!! durin the call as lon as the channel codin used is

amon the 11 and the mT1@ is not e'ceeded.

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;.1.13 *''i4nment o5 radio ae'' +earer arameter' deendin4on U% and B*U%

;.1.13.1 Tran'arent Serie'

9ependin on the &=/ neotiated between the networ" and the M!- the networ" is allowed to assin any radio

resources with a radio access bearer parameter indicatin a Kuality of !ervice specifyin

BoS Parameter *alue Comments

Traffic Class oner'ational S&+Fet to oerator t&nin4 (ote 2)

#A9 As7mmetr7 5ndicator S8mmetri

!as- the G0/ is set to 4: "bit>s.

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;.1.13.2 on-tran'arent 'erie' 5or UT%* & mode

9ependin on the E%=/ sinalled by the M!- the networ" is allowed to assin any radio resources with a radioaccess bearer parameter indicatin a Kuality of !ervice specifyin


Traffic Class Streamin4 S&+Fet to oerator t&nin4 (ote 3)

#A9 As7mmetr7 5ndicator S8mmetri

!as.

&OT2 *F Only /0 subflow combination bit rates ma'imum bit rate shall be specified.

&OT2 3F Only traffic 1lasses H!treaminH and H1onversationalH shall be used for 1s data service /0s.The operator tunin is restricted to a choice between them.

The final decision about the radio interface confiuration is ta"en by the /&1 durin the ssinment procedure.

;.1.13.3 on-tran'arent 'erie' 5or GE%* & mode

9ependin on the E%=/ sinalled by the M!- the networ" is allowed to assin any radio resources with a radio

access bearer parameter indicatin a Kuality of !ervice specifyin

3GPP

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77/85


Tra55i la'' Streamin4 S&+Fet to oerator t&nin4 (ote

8/13/2019 27001-900

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&OT2 5F %f E%=/ is less or e8ual to 5:.: "bit>s then G0/ and M0/ shall be set to 5:.: "bit>s for

T1@>5:.:. %f E%=/ is less or e8ual to ,.4 "bit>s then G0/ and M0/ shall be set to 5*"bit>s for T1@>,.4. The ma'imum values for G0/ and M0/ shall not e'ceed the E%=/

unless the hiher G0/ and M0/ can be reached with a smaller number of T1@> (ref.subclause 0.5.5*.*). This means- that e..- a G0/ and M0/ of *: "bit>s (* ' T1@>,.4) can be

selected for a E%=/ of 5,-* "bit>s.

&OT2 *F Only /0 subflow combination bit rates ma'imum bit rate shall be specified.

&OT2 3F %f the E%=/ is 3?-: "bit>s- a G0/ and M0/ of :? "bit>s is possible for : ' T1@>,.4.

&OT2 :F %f the E%=/ is *?-? "bit>s- a G0/ and M0/ of 34 "bit>s is possible for 3 ' T1@>,.4.

&OT2 ;F %f the E%=/ is 5,-* "bit>s- a G0/ and M0/ of *: "bit>s is possible for * ' T1@>,.4.

&OT2 4F %f the E%=/ is ,-4 "bit>s- a G0/ and M0/ of 5* "bit>s is possible for 5 ' T1@>,.4.

&OT2 6F The !ubflow !9= sie should only be present when the individual !ubflows have differentsies.

&OT2 ?F Only traffic 1lasses H!treaminH and H1onversationalH shall be used for 1s data service /0s.The operator tunin is restricted to a choice between them.

The final decision about the radio interface confiuration is ta"en by the 0!! durin the ssinment procedure.

;.2 Lo! La8er>i4 La8er omati+ilit8 n5ormationElement

;.2.1 ntrod&tion

;.2.1.1 General on'ideration

The purpose of the

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%f as a result of duplication- a contradiction occurs between the 017%2 and the J 'orce# to 9 U V # 4)ple< &o#e XY #)ple< Z Mo#e& type [\\\]

5) only these values are applicable to Mobile Oriinated 1alls.*) octet ;b for A.55+>B.3+.

3) octet ;b for A.5*+.


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NNOHctet In'or&ation ele&ent 'iel# 'iel# (al)e Q 6 0o#ing stan#ar# IT3T In'or&ation trans'er capa+ility 619$:; a)#io V ? Trans'er &o#e circ)it &o#e In'or&ation trans'er rate B? $+it=s QN 3ser in'or&ation layer 9 protocol 71G99 *laC J 71G99 )laC .P0S9A>>/U V

a Synchrono)s = asynchrono)s .&ay +e set #epen#ing on !egotiation )ser^s reE)ire&ent/ 3ser rate V + Inter&e#iate rate !I0 on T< not rele(ant !I0 on R< +)t cannot +e o&itte# FloC control on T< in or#er to ha(e octet # FloC control on R< V c !)&+er o' stop +its .&ay +e set #epen#ing on !)&+er o' #ata +its the )ser^s reE)ire&ent/ Parity V # 4)ple< &o#e Y #)ple< Z Mo#e& type Y,129J,122J,122+isJ ,12BterJ,162J,16?UZ [\\]

&OT2F %f octet ;d is not specified- the whole =516> J 5169 'lag st)''ing J ,192> J :1226 an# :12? U V a Synchrono)s = asynchrono)s synchrono)s !egotiation in+an# not possi+le 3ser rate >16 J 912 J 21? J ?1@ J A1B J 912=>1>G J 9?1? J 9A12 J 2@1@ J 621> J 6@1? J ?@ J B U $+it=s V + Inter&e#iate rate @ J 9B U $+it=s 2/ !I0 on T< not reE)ire# J reE)ire# U !I0 on R< not accepte# J accepte# U FloC control on T< FloC control on R< V + Rate a#aption hea#er = no hea#er Rate a#aption hea#er incl)#e# 6/ M)ltiple 'ra&e esta+lish&ent s)pport M)ltiple 'ra&e esta+lish&ent s)pporte# Mo#e o' operation Protocol sensiti(e &o#e o' operation *ssignor = assignee In+an# = o)t+an# negotiation V c !)&+er o' stop +its not rele(ant 9/ !)&+er o' #ata +its +)t cannot +e o&itte# Parity in or#er to ha(e octet # V # 4)ple< &o#e Y #)ple< Z 9/ Mo#e& type Q\[\\]

5) %f octet ;d is not specified- octet ;c may be omitted.

*) octet ;b for A.55+>B.3+.3) octet ;b for A.5*+.


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NNOHctet In'or&ation ele&ent 'iel# 'iel# (al)e Q 6 0o#ing stan#ar# IT3T In'or&ation trans'er capa+ility 619$:; a)#io V ? Trans'er &o#e circ)it &o#e In'or&ation trans'er rate B? $+it=s QN 3ser in'or&ation layer 9 protocol 71G99 *laC J 71G99 )laC .P0S9A>>/U V

a Synchrono)s = asynchrono)s .&ay +e set #epen#ing on !egotiation the )ser^s reE)ire&ent/ 3ser rate V + Inter&e#iate rate !I0 on T< not rele(ant !I0 on R< +)t cannot +e o&itte# FloC control on T< in or#er to ha(e octet # FloC control on R< V c !)&+er o' stop +its .&ay +e set #epen#ing on !)&+er o' #ata +its the )ser^s reE)ire&ent/ Parity V # 4)ple< &o#e Y #)ple< Z Mo#e& type Y ,122 J ,122+is J ,12Bter J ,162 J ,16? U Z Q\[\\]

&OT2F %f octet ;d is not specified- octets ;a..;d may be omitted.

;.2. LL ;earer Serie' 1 ... #

Aoid.

;.2.$ LL ;earer Serie' $1 ... $3

Aoid.

;.2.# LL ;earer Serie #1

Aoid.

;.2.7 LL ;earer Serie L Tele'erie' 11 ... 12

@ih layer compatibility information elementF

NNOHctet In'or&ation ele&ent 'iel# Fiel# (al)e Q 6 0o#ing stan#ar# IT3T Interpretation 'irst high layer characteristic i#enti'ication to +e )se# in the call Presentation &etho# o' protocol pro'ile high layer protocol pro'ile V ? :igh layer characteristics i#enti'ic1 Telephony [\\]

;.2.9 >L Tele'erie' 21 ... 23

&ot applicable.

;.2.10 >L Tele'erie #1


3GPP

3GPP TS %&') *$'' (%$+)%/)#elease $

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NNOHctet In'or&ation ele&ent 'iel# Fiel# (al)e Q 6 0o#ing stan#ar# IT3T Interpretation 'irst high layer characteristic i#enti'ication to +e )se# in the call Presentation &etho# o' protocol pro'ile high layer protocol pro'ile V ? :igh layer characteristics i#enti'ic1 Facsi&ile 72=76 [\\]

;.2.11 >L Tele'erie #2


NNOHctet In'or&ation ele&ent 'iel# Fiel# (al)e Q 6 0o#ing stan#ar# IT3T Interpretation 'irst high layer characteristic i#enti'ication to +e )se# in the call Presentation &etho# o' protocol pro'ile high layer protocol pro'ile V ? :igh layer characteristics i#enti'ic1 Facsi&ile 72=76 [\\]

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12-2000 10 03 %emoal o5 ;earer Serie 30 on-tran'arent .1.0 .2.0

12-2000 10 0 >andoer 5or $# "+it' .1.0 .2.0

03-2001 11 P-01002 07 1 %emoal o5 +lo"in4 o5 i4er modem 'eed' .2.0 .3.0

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