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3GPP TS 25.306 V8.4.0 (2008-09)Technical Specification

3rd Generation Partnership Project;Technical Specification Group Radio Access Network;

UE Radio Access capabilitiesRelease !"

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 Orani!ational Partners and shall not be implemented.

This "pecification is provided for future development wor# within 3GPP only. The Orani!ational Partners accept no liability for any use of this"pecification.

"pecifications and reports for implementation of the 3GPPTMsystem should be obtained via the 3GPP Orani!ational Partners$ Publications Offices.

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2/503GPP

%eywordsUMTS, radio, access

3GPP

Postal address

3GPP support office address

650 Roue des !ucio"es - So#$ia %&i#o"is

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$#11.3##.or

Copyright Notification

'o part may be reproduced ecept as authori!ed by written permission.

The copyriht and the foreoin restriction etend to reproduction in allmedia.

*++,- 3GPP Orani!ational Partners (/&0- T&"- 11"- 2T"&- TT- TT1).ll rihts reserved.

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*o&e&s

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

5 "cope.....................................................................................................................................................6

* /eferences.............................................................................................................................................6

3 7oid......................................................................................................................................................6

4 82 radio access capability parameters..................................................................................................64.5 P91P parameters...................................................................................................................................................:

4.* 7oid ;4.3 /? parameters.....................................................................................................................................................,4.6.5 Transport channel parameters in downlin#.................................................................................................... .....,

4.6.* Transport channel parameters in uplin#........................................................................................................... ...@

4.6.3 99 Physical channel parameters in downlin#............................................................................................ ....554.6.4 99 physical channel parameters in uplin#.....................................................................................................5*

4.6.6 T99 physical channel parameters in downlin#........................................................................................... .....534.6.6.5 3.,4 Mcps T99 and ;.:, Mcps T99 physical channel parameters in downlin#.........................................53

4.6.6.* 5.*, Mcps T99 physical channel parameters in downlin#...........................................................................534.6.: T99 physical channel parameters in uplin#.....................................................................................................56

4.6.:.5 3.,4 Mcps T99 and ;.:, Mcps T99 physical channel parameters in uplin#..............................................564.6.:.* 5.*, Mcps T99 physical channel parameters in uplin#................................................................................56

4.6.; / parameters...................................................................................................................................................5:4.: Multi=mode related parameters............................................................................................................................5:

4.; Multi=/T related parameters.............................................................................................................................5:4.;a "ecurity parameters............................................................................................................................................5;

4., 82 positionin related parameters.................................................................................................................... ...5;

4.@ Measurement related capabilities.........................................................................................................................5,4.5+ General capabilities.......................................................................................................................................... [email protected] 9< capabilities with simultaneous >"=9"1>...................................................................................................5@

4.5* 8< capabilities with simultaneous 2=91>........................................................................................................5@4.53 82 minimum capabilities for reception of M0M" not provided in M0"' mode........................................ ..*+

4.53a 82 minimum capabilities for reception of M0M" provided in M0"' mode..............................................*6

6 Possible 82 radio access capability parameter settins.......................................................................3+6.5 7alue ranes.........................................................................................................................................................3+6.* /eference 82 radio access capability combinations...........................................................................................45

6.*.5 1ombinations of common 82 /adio ccess Parameters

for 8< and 9

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oreord

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

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 re=released by the T"G with anidentifyin chane of release date and an increase in version number as followsA

7ersion .y.!

whereA

the first diitA

5 presented to T"G for informationB

* presented to T"G for approvalB

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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Sco#e

The present document identifies the parameters of the access stratum part of the 82 radio access capabilities.urthermore- some reference confiurations of these values are defined. The intention is that these confiurations will

be used for test specifications.

2 Reere&ces

The followin documents contain provisions which- throuh reference in this tet- constitute provisions of the present

document.

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

non=specific.

or a specific reference- subseCuent revisions do not apply.

or a non=specific reference- the latest version applies. &n the case of a reference to a 3GPP document (includin

a G"M document)- a non=specific reference implicitly refers to the latest version of that document in the same

Release as the present document.

D5E 3GPP T" *6.3*3A FPac#et 9ata 1onverence Protocol (P91P) specificationF.

D*E 3GPP T" 34.5+,A F1ommon Test 2nvironments for 8ser 2Cuipment (82) 1onformance TestinF.

D3E 3GPP T" 34.5*3=*A F8ser 2Cuipment (82) conformance specificationB Part *A &mplementation

1onformance "tatement (&1") proforma specificationF.

D4E 3GPP T" *6.5+5 F82 /adio Transmission and /eception (99)F.

D6E 3GPP T" *6.5+* F8T/ (82) T99B /adio transmission and receptionF.

D:E 3GPP T" *6.*56 FPhysical layerB Measurements (99)F.

D;E /1 *6+;A F&P >eader 1ompressionF.

D,E /1 3+@6A F/Obust >eader 1ompression (/O>1)A ramewor# and four profilesF.

D@E 3GPP T" *6.3*5 FMedium ccess 1ontrol (M1) protocol specificationF.

D5+E 3GPP T" *6.3** F/adio ih "peed 9ownlin# Pac#et ccess (>"9P)B Overall descriptionB "tae *F.

3 Void

4 U+ radio access ca#a'i"i #araeers

&n the followin the 82 radio capability parameters are defined. hen usin the //1 confiuration parameters-

8T/' needs to respect the 82 capabilities. Only parameters for which there is a need to set different values for

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different 82s are considered as 82 capability parameters. Therefore- the capabilities that are the same for all 82s-includin baseline capabilities- are not listed here.

8T/' needs to respect the 82 capabilities when confiurin the /0s. ctions in the 82 when capabilities are inconflict with a 8T/' reCuest are specified in //1.

4. P7*P #araeers

Su##or or R* 250/

This parameter defines whether the 82 supports header compression accordin to /1 *6+; as defined in D5E or not.

Su##or or R* 3095

This parameter defines whether the 82 supports header compression accordin to /1 3+@6 as defined in D5E or not. &fthe 82 supports &M"- as described in D*3.**,E- the 82 shall support header compression accordin to /1 3+@6 as

defined in D5E.

Su##or or R* 3095 co&e re"ocaio&

This parameter defines whether the 82 supports /1 3+@6 contet relocation as defined in D5E or not.

Su##or or "oss-"ess SRS re"ocaio&

9efines whether the 82 supports loss=less "/'" relocation as defined in D5E or not.

Su##or or "oss"ess 7! R!* P7U sie c$a&e

9efines whether the 82 supports lossless 9< /

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Su##or or *S ;oice o;er :SP%

9efines whether the 82 is able to route 1" voice (M/ and M/ 0) data over >"=9"1> and 2=91> transportchannels. &f the 82 supports 1" voice over >"=9"1> and 2=91>- then the 82 shall also support >"=P9"1> and 2=

9P91> in 12 9iscontinuous Transmission and M1=ehs.

4.2 Void

4.3 R!* a&d M%*-$s #araeers

Toa" R!* %M a&d M%*-$s 'uer sie

hen >"=9"1> is not confiured this is defined as the maimum total buffer si!e across all /"=9"1> is confiured this is defined as the maimum total buffer si!e across all M1=hs

reorderin entities and all /

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4.5 P:= #araeers

4.5. Tra&s#or c$a&&e" #araeers i& do&"i&>

Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed a a& ar'irar ie i&sa&

'OT2 5A F0ein receivedF refers to all bits in the active T1 within the T1" over all simultaneous transport

channels received by the 82. Frbitrary time instantF means that the time instant correspondin to thehihest sum of number of bits is relevant. This note also applies to similar parameter definitions below.

This parameter is defined asA

i('i)

where 'iis defined as the number of bits in transport bloc# i- and the sum is over all transport bloc#s bein received atan arbitrary time instant. ll transport bloc#s that are to be simultaneously received by the 82 on 91>- 1>- P1>

and 9"1> transport channels are included in the parameter.

'OT2 *A 82 does not need to support a T1 within the T1" for which the sum ofNumber of Transport BlocksJ Transport Block sizeover all simultaneous transport channels is larer than what the 82 capabilityindicates.

This 82 capability also limits the maimum number of bits before de=rate=matchin as followsA The maimum numberof bits before de=rate matchin bein received at an arbitrary time instant (9P1>- P9"1>- "=11P1>) shall be less or

eCual to :.: times the Maimum sum of number of bits of all transport bloc#s bein received at an arbitrary time

instant.

Maiu su o &u'er o 'is o a"" co&;o"uio&a"" coded ra&s#or '"oc>s 'ei& recei;ed a a& ar'irarie i&sa&.

This parameter is defined similar to the parameter above- but the sum includes only transport bloc#s that are to be

convolutionally coded.

Maiu su o &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei& recei;ed a a& ar'irar iei&sa&.

This parameter is defined similar to the parameter above- but the sum includes only transport bloc#s that are to be turbocoded.

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s

This is defined as the maimum number of downlin# Transport 1hannels that the 82 is capable to processsimultaneously- not ta#in into account the rate of each Transport 1hannel.

'OT2A The number of simultaneous transport channels affects how the total memory space and processincapacity can be shared amon the transport channels. 82 does not need to support more simultaneous

transport channels than the 82 capability allows for.

Maiu &u'er o siu"a&eous **Tr*:

This is defined as the maimum number of downlin# 11Tr1> that the 82 is capable to process simultaneously.

11Tr1> should be interpreted as consistin of 91>- 1> or 9"1>.

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s $a e&d i$i& $e sae 0 s i&er;a"

ll transport bloc#s that are to be simultaneously received by the 82 on 91>- 1>- P1> and 9"1> transport

channels are included in the parameter.

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'OT2A /elates to processin reCuirements for 1/1 in downlin#. 82 does not need to support a T1 withinthe T1" for which the sum ofNumber of Transport Blocksis larer than what the 82 capability

indicates. &n the case of several 11Tr1>s- the combination of the T1s within the respective T1"s forsimultaneous TT&s at an arbitrary time instant shall not eceed this parameter.

Maiu &u'er o T*

9efines the maimum number of transport format combinations the 82 can store- where all transport formatcombinations for all downlin# transport format combination sets are counted. 9ifferent channelisation code mappin

shall be counted as separate T1 in case of 9"1>.

Maiu &u'er o T

The maimum total number of downlin# transport formats the 82 can store- where all transport formats for all

downlin# transport channels are counted.

Su##or or ur'o decodi&

9efines whether turbo decodin is supported or not.

Maiu &u'er o 'is o a& :S-7S*: ra&s#or '"oc> recei;ed i$i& a& :S-7S*: TT?

9efines the maimum number of bits of an >"=9"1> transport bloc# received within an >"=9"1> TT& the 82 iscapable of receivin within a >"=9"1> TT&.

4.5.2 Tra&s#or c$a&&e" #araeers i& u#"i&>

Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s 'ei& ra&sied a a& ar'irar ie i&sa&

'OT2 5A F0ein transmittedF refers to all bits in the active T1 within the T1" over all simultaneous transport

channels transmitted by the 82. Frbitrary time instantF means that the time instant correspondin to the

hihest sum of number of bits is relevant. This note also applies to similar parameter definitions below.

This parameter is defined asA

i('i)

where 'iis defined as the number of bits in transport bloc# i- and the sum is over all transport bloc#s bein transmitted

at an arbitrary time instant.

'OT2 *A This parameter is related to memory reCuirements for uplin# data received from M1 before it can betransmitted over the radio interface. s shown in iure 4.5 the worst case occurs for the maimum TT&.

82 does not need to support a T1 within the T1" for which the sum ofNumber of Transport Blocks

J Transport Block sizeover all simultaneous transport channels is larer than what the 82 capability

indicates.

Maiu su o &u'er o 'is o a"" co&;o"uio&a"" coded ra&s#or '"oc>s 'ei& ra&sied a a& ar'irarie i&sa&

This parameter is defined similar to the parameter above- but the sum includes only transport bloc#s that are to be

convolutionally coded.

Maiu su o &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei& ra&sied a a& ar'irar iei&sa&

This parameter is defined similar to the parameter above- but the sum includes only transport bloc#s that are to be turbocoded.

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This is defined as the maimum number of uplin# transport channels that the 82 is capable to process simultaneously-not ta#in into account the rate of each transport channel.

'OT2A 82 does not need to support a T1 within the T1" for which the sum ofNumber of Transport Blocks

J Transport Block sizeover all simultaneous transport channels is larer than what the 82 capability

indicates.

Maiu &u'er o siu"a&eous **Tr*:

This parameter is applicable for T99 only. or 99 there is always only one 11Tr1> at a time. The parameter is

defined as the maimum number of uplin# 11Tr1> that the 82 is capable to process simultaneously.

Maiu oa" &u'er o ra&s#or '"oc>s ra&sied i$i& TT?s $a sar a $e sae ie

9efines the maimum number of transport bloc#s that the 82 is capable to transmit within TT&s that start at the same

time. n eample is shown in fiure 4.5.

'OT2A /elates to processin reCuirements for 1/1 in uplin#.

Maiu &u'er o T*

9efines the maimum number of transport format combinations the 82 can store- where all transport formatcombinations for all uplin# transport format combination sets are counted.

Maiu &u'er o T

The maimum total number of uplin# transport formats the 82 can store- where all transport formats for all uplin#

transport channels are counted.

Su##or or ur'o e&codi&

9efines whether turbo encodin is supported or not.

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

Tr0l#

*+ms+ 4+ms :+ms ,+ms

Tr1> 5

Tr1> *

Tr1> 3

Tr1> 4

Maimum total

number of

transport bloc#s

transmitted within

TT&s that start at

the same time

Maimum

number of

simultaneous

transport

channels

Tr0l#

Tr0l#

Tr0l#

Maimum sum of

number of bits of all

transport bloc#s bein

transmitted at an

arbitrary time instant

(eampleA startin at the

same time)

-i.ure )%/0 UE transport channel processin. li1itations in uplink

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4.5.3 77 P$sica" c$a&&e" #araeers i& do&"i&>

Maiu &u'er o 7P*: codes o 'e siu"a&eous" recei;ed

9efines the number of codes the 82 is capable of receivin in parallel. or 9P1> in softNsofter handover- each 9P1>is only calculated once in this capability. The capability does not include codes used for "=11P1>.

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i& a& 0 s i&er;a" (7P*:, S-**P*:)

9efines the number of physical channel bits the 82 is capable of receivin. or 9P1> in softNsofter handover- each9P1> is only calculated once in this capability.

The number of 9P1> channel bits indicates the capability of the 82 when operatin in non=compressed mode.

The parameter also indicates the capability of the 82 to support compressed mode by spreadin factor reduction as

follows. The 82 shallA

= for parameter values up to and includin @:++ bitsA

= support compressed mode by spreadin factor reduction when operatin at any value up to the reportedcapability.

= for parameter values reater than @:++ bitsA

= support compressed mode by spreadin factor reduction when operatin at any value up to the reater ofA

= half the reported capabilityB or

= @:++bits.

'OT2A 1ompressed mode by spreadin factor reduction is not applicable when operatin at spreadin factor 4.

Su##or or S 52 a&d 80 s TT? or 7P*:

9efines whether the 82 supports spreadin factor 65* and ,+ ms TT& in downlin# 9P1> or not.

Su##or o :S-P7S*:

9efines whether the 82 supports >"=P9"1> in 12"=P9"1> in12.

Su##or o :S-S**:"ess :S-7S*:

9efines whether the 82 supports >"=P9"1> reception in 12"="11>. &f the 82supports >"="11>less >"=9"1> then the 82 shall support >"=P9"1> in 12.

Su##or o :S-P7S*: i& *+!!@%*:

9efines whether the 82 supports >"=P9"1> in 12"=P9"1> in12"=P9"1> in 12"=P9"1> in 12 states or not. &f the 82 supports >"=

P9"1> in 12"=P9"1> in 12 operation. &f the 82 supports 2nhanced =9P1> then the 82 shall

also support >"=P9"1> in 12.

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Maiu &u'er o :S-7S*: codes recei;ed

9efines the maimum number of >"=9"1> codes the 82 is capable of receivin.

Toa" &u'er o so c$a&&e" 'is i& :S-7S*:

9efines the maimum number of soft channel bits over all >/ processes. hen eplicit sinallin is used- 8T/'confiures Process Memory "i!e for each >/ process so that the followin criterion must be fulfilled in theconfiurationA

Total number of soft channel bits in >"=9"1> sum of Process Memory "i!e of all the >/ processes.

Mi&iu i&er-TT? i&er;a" i& :S-7S*:

9efines the distance from the beinnin of a TT& to the beinnin of the net TT& that can be assined to the 82.

4.5.4 77 #$sica" c$a&&e" #araeers i& u#"i&>

Maiu &u'er o 7P7*: 'is #er 0 s

9efines the maimum number of the 9P91> bits the 82 is capable to transmit per 5+ ms.

&f the reported capability is lower than @:++- the number of 9P91> channel bits indicates the capability of the 82

when operatin in non=compressed modeB if the reported capability is eCual to or reater than @:++ it indicates themaimum capability of the 82 considerin both compressed and non compressed mode operation.

'OT2 5A This capability combines the $Ma number of 9P91>$ and $Minimum "$ capabilities into one capability.'ote that no fleibility is lost due to this- as multiple 9P91> is only used for " 4- i.e. when the

number of 9P91> bits eceed a certain value.

'OT2 *A 1ompressed mode by spreadin factor reduction is not applicable when operatin at spreadin factor 4.

Su##or o +-7P7*:

9efines whether the 82 supports 2=9P91> or not.

Maiu &u'er o +-7*: codes ra&sied

9efines the maimum number of 2=91> codes and spreadin factors the 82 is capable of transmittin. The 82 can

support 5- * or 4 2=9P91>s usin either "* orNand "4.

Su##or o 2s TT? or +-7*:

9efines whether the 82 supports *ms TT& or not.

Su##or o 7P**: 7isco&i&uous Tra&sissio&

9efines whether the 82 supports 9P11> 9iscontinuous Transmission in 129iscontinuous Transmission then the 82 shall also support

o >"=P9"1> in 12 in 12 start time restriction in 12

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4.5.5 T77 #$sica" c$a&&e" #araeers i& do&"i&>

4.5.5. 3.84 Mc#s T77 a&d /.68 Mc#s T77 #$sica" c$a&&e" #araeers i&do&"i&>

Maiu &u'er o ies"os #er rae

9efines the maimum number of timeslots per frame that the 82 can receive.

Maiu &u'er o #$sica" c$a&&e"s #er rae

This parameter defines how many physical channels can be received durin one frame. The distribution of the received

physical channels on the received timeslots can be arbitrary.

Mi&iu S

9efines the minimum " supported by the 82.

Su##or o P7S*:

9efines whether P9"1> is supported or not.

Su##or o :S-P7S*:

9efines whether the 82 supports >"=P9"1> or not.

Maiu &u'er o #$sica" c$a&&e"s #er ies"o

This parameter defines how many physical channels can be received within one timeslot.

Maiu &u'er o :S-7S*: codes #er ies"o

This is the maimum number of channelisation codes that can be used for the >"=9"1> in a iven downlin# timeslot.

here the parameter FMaimum number of physical channels per timeslotF is larer than FMaimum number of >"=9"1> codes per timeslotF- this indicates that the 82 is able to receive >"="11> or associated 9P1> transmissions in

the same timeslot as >"=P9"1>s- even if the maimum >"=9"1> code allocation for that slot is bein used.

Maiu &u'er o :S-7S*: ies"os #er TT?

This is the maimum number of timeslots in a iven 5+ ms frame that can be used for >"=9"1> transmissions.


9efines maimum number of bits of an >"=9"1> transport bloc# received within an >"=9"1> TT& the 82 is capableof receivin within an >"=9"1> TT&.

Toa" &u'er o so c$a&&e" 'is

9efines the maimum number of soft channel bits over all >/ processes.

4.5.5.2 .28 Mc#s T77 #$sica" c$a&&e" #araeers i& do&"i&>

Maiu &u'er o ies"os #er su'rae

9efines the maimum number of timeslots per subframe that the 82 can receive.

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Maiu &u'er o #$sica" c$a&&e"s #er su'rae

This parameter defines how many physical channels can be received durin one subframe. The distribution of thereceived physical channels on the received timeslots can be arbitrary.

Mi&iu S


Su##or o P7S*:


Su##or o :S-P7S*:

9efines whether the 82 supports >"=P9"1> or not.


This parameter defines how many physical channels can be received within one timeslot.

Su##or o 8PSB

9efines whether ,P"% modulation is supported or not.

Maiu &u'er o :S-7S*: codes #er ies"o

This is the maimum number of channelisation codes that can be used for the >"=9"1> in a iven downlin# timeslot.

here the parameter FMaimum number of physical channels per timeslotF is larer than FMaimum number of >"=9"1> codes per timeslotF- this indicates that the 82 is able to receive >"="11> or associated 9P1> transmissions in

the same timeslot as >"=P9"1>s- even if the maimum >"=9"1> code allocation for that slot is bein used.

Maiu &u'er o :S-7S*: ies"os #er TT?

This is the maimum number of timeslots in a iven 6 ms subframe that can be used for >"=9"1> transmissions.


9efines maimum number of bits of an >"=9"1> transport bloc# received within an >"=9"1> TT& the 82 is capable

of receivin within an >"=9"1> TT&.

Toa" &u'er o so c$a&&e" 'is

9efines the maimum number of soft channel bits over all >/ processes.

Maiu &u'er o $e oa" :S-7S*: ies"os o& $e a"" assi&ed carriers #er TT? (Multi=reCue&c>"=9"1> operation mode only)

This is the maimum number of the total timeslots of all the carriers in a iven 6 ms subframe that can be used for >"=

9"1> transmissions. This is used by the 82 which has the multi=carrier capability.

'OT2A &f it is not specified eplicitly- these parameters in this section are defined for sinle freCuency operation

mode.

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4.5.6 T77 #$sica" c$a&&e" #araeers i& u#"i&>

4.5.6. 3.84 Mc#s T77 a&d /.68 Mc#s T77 #$sica" c$a&&e" #araeers i& u#"i&>

Maiu u'er o ies"os #er rae

9efines the maimum number of timeslots per frame that the 82 can transmit.


9efines the maimum number physical channels transmitted in parallel durin one timeslot.

Mi&iu S


Su##or o PUS*:


Su##or o +-PU*:

9efines whether the 82 supports 2=P81> or not.

Maiu &u'er o #$sica" c$a&&e" 'is o& +-PU*: $a ca& 'e ra&sied i& a 0s TT?

9efines the maimum number of physical channel bits-Ndata- that the 82 is capable of transmittin on 2=P81> in a

5+ms TT&.

Maiu &u'er o 'is o a& +-7*: ra&s#or '"oc> $a ca& 'e ra&sied i$i& a 0s +-7*: TT?

9efines the maimum number of bits of an 2=91> transport bloc# that the 82 is capable of transmittin within a 5+ms

2=91> TT&.

4.5.6.2 .28 Mc#s T77 #$sica" c$a&&e" #araeers i& u#"i&>

Maiu u'er o ies"os #er su'rae

9efines the maimum number of timeslots per subframe that the 82 can transmit.


9efines the maimum number of physical channels transmitted in parallel durin one timeslot.

Mi&iu S


Su##or o PUS*:


Su##or o 8PSB

9efines whether ,P"% modulation is supported or not.

Su##or o +-PU*:

9efines whether the 82 supports 2=P81> or not.

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Maiu &u'er o #$sica" c$a&&e" 'is o& +-PU*: $a ca& 'e ra&sied i& a 5s TT?

9efines the maimum number of physical channel bits-Ndata- that the 82 is capable of transmittin on 2=P81> in a6ms TT&.

Maiu &u'er o 'is o a& +-7*: ra&s#or '"oc> $a ca& 'e ra&sied i$i& a 5s +-7*: TT?

9efines the maimum number of bits of an 2=91> transport bloc# that the 82 is capable of transmittin within a 6ms2=91> TT&.

4.5./ R #araeers

U+ #oer c"ass

&ndicates the 82 power class as defined in D4E for 99 and D6E for T99.

Radio reCue&c 'a&ds

9efines the uplin# and downlin# freCuency bands supported by the 82 as defined in D4E for 99 and D6E for T99.

T1R reCue&c se#araio&

This parameter is only applicable for 99. &t defines the uplin#Ndownlin# freCuency separations supported by the 82.

The value rane depends on the radio freCuency band the 82 supports- as defined in D4E.

4.6 Mu"i-ode re"aed #araeers

Su##or o UTR% 77

9efines whether 8T/ 99 is supported.

There is no eplicit confiuration parameter.

Su##or o UTR% T77 3.84 Mc#s

9efines whether 8T/ T99 3.,4 Mcps is supported.


Su##or o UTR% T77 /.68 Mc#s

9efines whether 8T/ T99 ;.:, Mcps is supported.


Su##or o UTR% T77 .28 Mc#s

9efines whether 8T/ T99 5.*, Mcps is supported.


4./ Mu"i-R%T re"aed #araeers

Su##or o GSM

9efines whether G"M is supported or not. There is a separate parameter for each G"M freCuency band.

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Su##or o u"i-carrier

9efines whether multi=carrier is supported or not.

Su##or o UTR% o G+R% %**

9efines whether 8T/' to G2/' '11 is supported or not.

Su##or o :a&do;er o G%

9efines whether 1" >andover to G' is supported or not.

Su##or o ?&er-R%T PS :a&do;er

9efines whether &nter=/T P" >andover to G2/' is supported or not.

Su##or o PS :a&do;er o G%

9efines whether P" >andover to G' is supported or not.

Su##or o +-UTR% 77

9efines whether 2=8T/ 99 is supported or not. There is a separate parameter for each 2=8T/ freCuency band.

Su##or o ?&er-R%T PS :a&do;er o +-UTR% 77

9efines whether &nter=/T P" >andover to 2=8T/ 99 is supported or not.

Su##or o +-UTR% T77

9efines whether 2=8T/ T99 is supported or not. There is a separate parameter for each 2=8T/ freCuency band.

Su##or o ?&er-R%T PS :a&do;er o +-UTR% T77

9efines whether &nter=/T P" >andover to 2=8T/ T99 is supported or not.

4./a Securi #araeers

*i#$eri& a"ori$ ca#a'i"i

This capability defines the cipherin alorithms supported by the 82. &n this version of the protocol- the 82 shallsupport 82+- 825 and 82*.

?&eri #roecio& a"ori$ ca#a'i"i

This capability defines the interity protection alorithms supported by the 82. &n this version of the protocol- the 82shall support 8&5 and 8&*.

4.8 U+ #osiio&i& re"aed #araeers

Sa&da"o&e "ocaio& e$od(s) su##ored

9efines if a 82 can measure its location by some means unrelated to 8T/' (e.. if the 82 has access to a standalone

GP" receiver).

T7% U+ 'ased e$od su##ored

9efines if a 82 supports the OT9O 82 based schemes.

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eor> %ssised GPS su##or

9efines if a 82 supports either of the two types of assisted GP" schemes- namely F'etwor# basedF- F82 basedF-F0othF- or FnoneF.

GPS reere&ce ie ca#a'"e

9efines if a 82 has the capability to measure GP" reference time as defined in D:E.

eor> %ssised G%SS su##or

9efines if a 82 supports either of the two types of assisted G'"" schemes- namely F'etwor# basedF- F82 basedF-F0othF- or FnoneF. The G'"" athers Galileo and dditional 'aviation "atellite "ystems.

G%SS reere&ce ie ca#a'"e

9efines if a 82 has the capability to measure G'"" reference time.

Su##or or ?P7!

9efines if a 82 has the capability to use &P9< to enhance its F"'="' observed time difference Ltype *Fmeasurement.

Su##or or R-T ie diere&ce #e 2

9efines if a 82 has the capability to perform the /=T time difference type * measurement.

Su##or or U+ Posiio&i& assised GPS easuree& ;a"idi i& *+!!@P*: a&d UR%@P*: RR* saes

9efines if 82 Positionin measurements usin the assisted GP" method are valid in 12 //1

states.

Su##or or G%SS *arrier-P$ase Measuree&

9efines if a 82 has the capability to measure G'"" 1arrier=Phase.

Su##or or S-S o'ser;ed ie diere&ce #e 2 easuree&

9efines if the 82 has the capability to perform the "'="' observed time difference type * measurement.

4.9 Measuree& re"aed ca#a'i"iies

eed or do&"i&> co#ressed ode

9efines whether the 82 needs compressed mode in the downlin# in order to perform inter=freCuency or inter=/Tmeasurements. There are separate parameters for measurements on each 8T/ mode- on each /T- and in each

freCuency band.

eed or u#"i&> co#ressed ode

9efines whether the 82 needs compressed mode in the uplin# in order to perform inter=freCuency or inter=/T

measurements. There are separate parameters for measurements on each 8T/ mode- on each /T- and in eachfreCuency band.

Su##or or Sse ?&oraio& D"oc> #e 'is

9efines whether the 82 supports "ystem &nformation 0loc# type 55bis.

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4.0 Ge&era" ca#a'i"iies

%ccess srau re"ease i&dicaor

This is defined as the release of the 8T/ layer 5- *- and 3 specifications that is applicable for the 82 e.. /$@@- /el=4.

4. 7! ca#a'i"iies i$ siu"a&eous :S-7S*:

7! ca#a'i"i i$ siu"a&eous :S-7S*: co&iuraio&

9efines the modification of reception capabilities in downlin# in terms of 9P1> in case an >"=9"1> is confiured

simultaneously. The parameter values in table 4.55=5 replace the sinalled values in case an >"=9"1> is confiuredsimultaneously dependin on the settin of the parameter 9< 9P1> capability with simultaneous >"=9"1>

confiuration. Other parameters are valid irrespective whether >"=9"1> is confiured simultaneously or not.

Table )%//*/0 2 capabilities with si1ultaneous 4S*2S54

2 2P54 capabilit6 with si1ultaneous 4S*2S54confi.uration 3# kbps ') kbps /#! kbps 3!) kbps

Transport channel para1eters

Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s'ei& recei;ed a a& ar'irar ie i&sa&

640 3840 3840 6400

Maiu su o &u'er o 'is o a"" co&;o"uio&a""coded ra&s#or '"oc>s 'ei& recei;ed a a& ar'irar iei&sa&

640 640 640 640

Maiu su o &u'er o 'is o a"" ur'o codedra&s#or '"oc>s 'ei& recei;ed a a& ar'irar iei&sa&

% 3840 3840 6400

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s 8 8 8 8

Maiu &u'er o siu"a&eous **Tr*: (77)

Maiu &u'er o siu"a&eous **Tr*: (T77) 2 3 3 3

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i&TT?s $a e&d a $e sae ie 8 8 6 32

Maiu &u'er o T* 32 48 96 28

Maiu &u'er o T 32 64 64 64Su##or or ur'o decodi& o =es =es =es

Ph6sical channel para1eters -22"

Maiu &u'er o 7P*: codes o 'e siu"a&eous"recei;ed

3

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i&a& 0 s i&er;a" (7P*:, S-**P*:).

200 2400 4800 9200

Ph6sical channel para1eters T22 3%!) 7cps"

Maiu &u'er o ies"os #er rae 2 4 5

Maiu &u'er o #$sica" c$a&&e"s #er rae 8 9 4 28

Su##or o P7S*: o o o o

Maiu &u'er o #$sica" c$a&&e"s #er ies"o 8 9 9 9Ph6sical channel para1eters T22 ,%'! 7cps"

Maiu &u'er o ies"os #er rae 2 4 5

Maiu &u'er o #$sica" c$a&&e"s #er rae 8 9 4 28


Maiu &u'er o #$sica" c$a&&e"s #er ies"o 8 9 9 9

Ph6sical channel para1eters T22 /%#! 7cps"

Maiu &u'er o ies"os #er su'rae 2 3 4

Maiu &u'er o #$sica" c$a&&e"s #er su'rae 8 2 8 43


Maiu &u'er o #$sica" c$a&&e"s #er ies"o 8 4 4

4.2 U! ca#a'i"iies i$ siu"a&eous +-7*:8< capability with simultaneous 2=91> confiuration

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9efines the modification of transmission capabilities in uplin# in terms of 9P1> in case an 2=91> is confiuredsimultaneously. The parameter values in table 4.5*=5 replace the sinalled values in case an 2=91> is confiured

simultaneously dependin on the settin of the parameter 8< 9P1> capability with simultaneous 2=91>confiuration. Other parameters are valid irrespective whether 2=91> is confiured simultaneously or not.

Table )%/#*/0 U capabilities with si1ultaneous E*254

U 2P54 capabilit6 with si1ultaneous E*254confi.uration

') kbps


Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s'ei& ra&sied a a& ar'irar ie i&sa&

3840

Maiu su o &u'er o 'is o a"" co&;o"uio&a""coded ra&s#or '"oc>s 'ei& ra&sied a a& ar'irarie i&sa&

640

Maiu su o &u'er o 'is o a"" ur'o codedra&s#or '"oc>s 'ei& ra&sied a a& ar'irar iei&sa&

3840

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s 8

Maiu oa" &u'er o ra&s#or '"oc>s ra&sied

i$i& TT?s $a e&d a $e sae ie

8

Maiu &u'er o T* 32

Maiu &u'er o T 32

Su##or or ur'o e&codi& =esPh6sical channel para1eters -22"

Maiu &u'er o 7P7*: 'is ra&sied #er 0 s 2400

Ph6sical channel para1eters 3%!)7cps T22"

Maiu &u'er o ies"os #er rae 2


Mi&iu S 2

Ph6sical channel para1eters ,%'!7cps T22"



Mi&iu S 4

Ph6sical channel para1eters /%#!7cps T22"Maiu &u'er o ies"os #er rae 2


Mi&iu S 2

4.3 U+ i&iu ca#a'i"iies or rece#io& o MDMS &o#ro;ided i& MDS ode

or 99- the minimum 82 capability for M0M" reception for M0M" services that are not provided in M0"' modeconsists of two separate and independent parts (FM0M" capability part F and FM0M" capability part 0F).

M0M" capability part parameters defined in Table 4.53=5 are the same as the :4#bps 82 reference class for 9s and

M"1> when M0M" PTM is received simultaneously.

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Table )%/3*/0 787S capabilit6 part A -22"

5apabilit6 for reception of 2 2P54 or S*55P54carr6in. lo.ical channels other than 7T54 durin.

7T54 reception

') kbps5lass

Transport channel para1eters (alue


3840


640


3840

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s 8


Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i&TT?s $a e&d a $e sae ie

8

Maiu &u'er o T* 48

Maiu &u'er o T 64

Su##or or ur'o decodi& =esPh6sical channel para1eters -22"

u'er o 7P*: or S-**P*: codes (oe )

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i&a& 0 s i&er;a" (7P*: or S-**P*:).

2400

'OT2A 1apability for reception of 9P1> is applicable only if 82 supports M0M" PTM reception in

12s onto which at least MT1> is

multipleed. M0M" capability part 0 supports selection combinin and soft combinin of "=11P1>s on different

cells. The 82 is not reCuired to support simultaneous selection combinin and soft combinin.

The ehaustive lists of supported confiurations (slot formats- TT& and combinin parameters) for capability part 0 is

iven in Table 4.53=3. Only 1> can be mapped on the "=11P1>s listed in table 4.53=3. &n addition to MT1>- theM"1>- 011>- 111>- 911> and 9T1> can be multipleed onto the "=11P1>s listed in table 4.53=3. The 1>

TT& restrictions in table 4.53=3 only apply to 1>s carryin MT1> or M"1>.

Table )%/3*#0 787S capabilit6 part 8 -22"

5o1bination of UE Radio Access capabilit6 para1eters in 2 for all S*55P54sthat carr6 at least 7T54


Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed a a& ar'irar iei&sa&

2504

Maiu su o &u'er o 'is o a"" co&;o"uio&a"" coded ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa&

640

Maiu su o &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei& recei;ed a a&ar'irar ie i&sa&

2504

Maiu &u'er o ra&s#or c$a&&e"s or $e co&iuraio& 2

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s $a e&d a $e sae ie 32

Maiu &u'er o T* #er S-**P*: 32

Maiu &u'er o T 64

Su##or or ur'o decodi& =es

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5o1bination of UE Radio Access capabilit6 para1eters in 2 for all S*55P54sthat carr6 at least 7T54

u'er o *R* 'is 6

Su##or or s"o oras $a do &o co&ai& T*? o

Su##ored s"o oras a&d TT? co'i&aio&s See a'"e 4.3-3

Ph6sical channel para1eters

Maiu &u'er o S-**P*:s siu"a&eous" recei;ed #er ce"" or S-**P*:

Se"ecio& *o'i&i& or So *o'i&i&

Maiu &u'er o ce""s or S-**P*: Se"ecio& *o'i&i& or So *o'i&i& See a'"e 4.3-3

Table )%/3*30 Supported slot for1ats and -A54 TT9 co1binations for 787S capabilit6 part 8 -22"

S*55P54 slotfor1at see ://"

-A54 TT91s"

for -A54scarr6in.7T54 or

7S54

7a that the 82 is reCuired to monitor by subclause ,.6.5@ of D5*E- that the 82 is reCuired to receive is 4.

M0M" 1apability part 0 may be used to receive M11> in the followin casesA

hen the 82 is in 12 is on a different "=11P1> than the "=11P1> that the

82 is reCuired to monitor by subclause ,.6.5@ of D5*E.

hen the 82 is in 12 carryin the M11> apply. The ehaustive lists ofsupported slot formats- TT& si!e- and maimum number of confiured transport channels that can be received- depend

on the capability of the 82 to support M0M" PTM reception in 12- P11>- 111>- 911> and 9T1> can be multipleed ontothe "=11P1>s listed in tables 4.53=3a and 4.53=3b. The 1> TT& restrictions in tables 4.53=3a and 4.53=3b only

apply to 1> carryin M11>.

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Table )%/3*3a0 Alternate supported slot for1ats and -A54 TT9 for 787S capabilit6 part 8 -22"

S*55P54 slotfor1at see ://"

-A54 TT91s"

for -A54carr6in.7554

7a

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Maiu &u'er o s&c$ro&ised radio "i&>s #er rae $ic$ carrMT*: (a&d M**:1MS*:)

3


'OT2A &n the above table- the "=11P1> refers to the 11Tr1> carryin 1>

or ;.:, Mcps T99- a 82 which supports the minimum capabilities defined in Table 4.53=4a should be capable ofsupportin transport channel combinin of up to three radio lin#s.

Table )%/3*)a0 787S 5apabilities ,%'! 7cps T22"

5o1bination of UE Radio Access capabilit6 para1eters in 2 for787S

Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed

a a& ar'irar ie i&sa& or S-**P*: carri& MT*: (a&dM**:1MS*:)

2504

Maiu su o &u'er o 'is o a"" co&;o"uio&a"" coded ra&s#or'"oc>s 'ei& recei;ed a a& ar'irar ie i&sa& or S-**P*:carri& MT*: (a&d M**:1MS*:)

280

Maiu &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa& or S-**P*: carri& MT*: (a&dM**:1MS*:)

2504

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei& recei;ed a a&ar'irar ie i&sa& or S-**P*: $ic$ carries MT*: (a&dM**:1MS*:)

63/2

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i& a& 0si&er;a"

26496

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s #er S-**P*:carri& MT*: (a&d M**:1MS*:)

6

Maiu &u'er o #$sica" c$a&&e"s #er ies"o 6

Maiu &u'er o s&c$ro&ised radio "i&>s #er rae $ic$ carriMT*: (a&d M**:1MS*:)

3


'OT2A &n the above table- the "=11P1> refers to the 11Tr1> carryin 1>.

or 5.*, Mcps T99- a 82 which supports the minimum capabilities defined in Table 4.53=6 should be capable ofsupportin transport channel combinin of up to three radio lin#s.

Table )%/3*$0 2 5apabilities with si1ultaneous 787S /%#!7cps T22"

5o1bination of UE Radio Access capabilit6 para1eters in 2for 787S

Maiu su o &u'er o 'is o a"" ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa& or S-**P*: carri& MT*:(a&d M**:1MS*:)

0/52

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Maiu su o &u'er o 'is o a"" co&;o"uio&a"" codedra&s#or '"oc>s 'ei& recei;ed a a& ar'irar ie i&sa& or S-**P*: carri& MT*: (a&d M**:1MS*:)

640

Maiu &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa& or S-**P*: carri& MT*:

(a&d M**:1MS*:)

0/52

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei& recei;eda a& ar'irar ie i&sa& or S-**P*: $ic$ carries MT*: (a&dM**:1MS*:)

23920


4224

Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s #er S-**P*: carri& MT*: (a&d M**:1MS*:)

6


Maiu &u'er o s&c$ro&ised radio "i&>s recei;ed #er rae$ic$ carr MT*: (a&d M**:1MS*:)

3


'OT2A &n the above table- the "=11P1> refers to the 11Tr1> carryin 1>

4.3a U+ i&iu ca#a'i"iies or rece#io& o MDMS #ro;ided i&

MDS odeor 99- the minimum 82 capability for reception of M0M" on cells that are operatin in M0"' mode consists oftwo separate and independent parts (FM0M" capability part 1F and FM0M" capability part 9F).

or 99 M0"' capability part 1 parameters defined in Table 4.53a=5 are the same as the :4#bps 82 reference classfor 9< described in subclause 6.* and provides capability to enable reception of M11> when M0M" PTM is received

simultaneously- and is applicable when a cell is operatin in M0"' mode.

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Table )%/3a*/0 78S-N capabilit6 part 5 -22"

5apabilit6 for reception of S*55P54 carr6in. lo.icalchannels other than 7T54 durin. 7T54 reception in

78S-N 7ode



280


640


280



Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i&TT?s $a e&d a $e sae ie

8

Maiu &u'er o T* 32

Maiu &u'er o T 32

Su##or or ur'o decodi& =esPh6sical channel para1eters -22"

u'er o S-**P*: codes

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i&a& 0 s i&er;a" (S-**P*:).

200

or 99- M0"'capability part 9 for cells that do operate in M0"' mode is defined in Table 4.53a=* for the

reception of MT1> and M"1> on a "=11P1>. This allows the 82 to receive at least one service sent on a "=11P1>of a cell operatin in M0"' mode.

The ehaustive lists of supported confiurations (slot formats and TT&) for capability part 9 is iven in Table 4.53a=3.

Only 1> can be mapped on the "=11P1>s listed in table 4.53a=*.

Table )%/3a*#0 78S-N capabilit6 part 2 -22)

5o1bination of UE Radio Access capabilit6 para1eters in 2 for787S reception in 78S-N 7ode

Maiu &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed a a& ar'irarie i&sa& or S-**P*:s carri& MT*: (a&d MS*:)

8920 140960oe

Maiu su o &u'er o 'is o a"" co&;o"uio&a"" coded ra&s#or '"oc>s'ei& recei;ed a a& ar'irar ie i&sa&

640

Maiu su o &u'er o 'is o a"" ur'o coded ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa&

8920 140960oe

Maiu &u'er o ra&s#or c$a&&e"s or $e co&iuraio& 8

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s $a e&d a $esae ie 28

Maiu &u'er o T* #er S-**P*: 28

Maiu &u'er o T 64


u'er o *R* 'is 6

Su##or or s"o oras $a do &o co&ai& T*? o

Su##ored s"o oras a&d TT? co'i&aio&s See a'"e4.3-3

Maiu u'er o Siu"a&eous Tra&s#or *$a&&e"s #er S-**P*: 2(oe 2)

'OT2 5A ,5@*+ is only applicable for combinations in table 4.53a=3 where schedulin is restriced by a value bier

than 5 of M0M" minimum inter=TT& interval.

'OT2 *A Only one MT1> at a time and in addition possibly M"1>

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Table )%/3a*30 Supported slot for1ats and -A54 TT9 co1binations for 78S-N capabilit6 part 2 -22"

S*55P54 slot for1atsee ://"

-A54 TT91s"

787S1ini1u1inter*TT9inter=al

23 (SE8, 6F%M) 80 2

23 (SE8, 6F%M) 40

22 (SE6, 6F%M) 80

2 (SE32, 6F%M) 80

20 (SE64, 6F%M) 80

9 (SE28, 6F%M) 80

8 (SE256, 6F%M) 80

6 (SE4, FPSB) 80 2

4 (SE8, FPSB) 80

2 (SE6, FPSB) 80

0 (SE32, FPSB) 80

8 (SE64, FPSB) 80

6 (SE28, FPSB) 80 4 (SE28, FPSB) 80

2 (SE256, FPSB) 80

0 (SE256, FPSB) 80

The M0M" minimum inter=TT& interval for M0"' reception defines the minimum distance from the beinnin of

a TT& in which a iven transport channel is scheduled to the beinnin of the net TT& which corresponds to theearliest TT& in which which the same transport channel is allowed to be scheduled accordin to table 4.53a=3.

or 3.,4 Mcps T99- a M0"' (M0M" over a "inle reCuency 'etwor#) capable 82 should support theminimum capabilities defined in Table 4.53a=4

Table )%/3a*)0 78S-N 5apabilities 3%!) 7cps T22"


Maiu &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed a a&ar'irar ie i&sa& or S-**P*:s carri& MT*: (a&dM**:1MS*:)

43603

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei& recei;ed a a&ar'irar ie i&sa& or S-**P*:s $ic$ carr MT*: (a&dM**:1MS*:)

69696

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i& a& 0si&er;a" 8/2


4

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s $ae&d a $e sae ie

30

Maiu &u'er o T* #er S-**P*: carri& MT*: (a&d M**: 1MS*:)

32


Maiu &u'er o #$sica" c$a&&e"s #er rae 33


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'OT2 3A &n the above table- the "=11P1> refers to the 11Tr1> carryin 1>. Only turbo codin is supported.

or ;.:, Mcps T99- a M0"' (M0M" over a "inle reCuency 'etwor#) capable 82 should support the

minimum capabilities defined in Table 4.53a=6.

Table )%/3a*$0 78S-N 5apabilities ,%'! 7cps T22"


Maiu &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed a a&ar'irar ie i&sa& or S-**P*:s carri& MT*: (a&dM**:1MS*:)

845/2

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei& recei;ed a a&ar'irar ie i&sa& or S-**P*:s $ic$ carr MT*: (a&dM**:1MS*:)

3/280

Maiu &u'er o #$sica" c$a&&e" 'is recei;ed i& a& 0s

i&er;a"

/60


4

Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s $ae&d a $e sae ie

30

Maiu &u'er o T* #er S-**P*: carri& MT*: (a&d M**: 1MS*:)

32




'OT2 4A &n the above table- the "=11P1> refers to the 11Tr1> carryin 1>. Only turbo codin is supported.

or 5.*, Mcps T99- a M0"' (M0M" over a "inle reCuency 'etwor#) capable for mied=carrier 82 shouldsupport the minimum capabilities defined in Table 4.53a=:

Table )%/3a*'0 78S-N 5apabilities for 7is 'ei& recei;ed aa& ar'irar ie i&sa& or S-**P*: carri& MT*: (a&dM**:1MS*:)

6448

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei&recei;ed a a& ar'irar ie i&sa& or S-**P*: $ic$ carriesMT*: (a&d M**:1MS*:)

23232


5808


Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s$a e&d a $e sae ie

49

Maiu &u'er o T* #er S-**P*: carri& MT*: (a&d

M**: 1 MS*:)

32


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Maiu &u'er o #$sica" c$a&&e"s #er rae /



or 5.*, Mcps T99- a M0"' (M0M" over a "inle reCuency 'etwor#) capable for dedicated=carrier 82 should

support the minimum capabilities defined in Table 4.53a=;

Table )%/3a*,0 78S-N 5apabilities for 2edicated*carrier /%#! 7cps T22"

5o1bination of UE Radio Access capabilit6 para1eters in2 for 787S reception in 78S-N 7ode

Maiu &u'er o 'is o a"" ra&s#or '"oc>s 'ei& recei;ed aa& ar'irar ie i&sa& or S-**P*: carri& MT*: (a&dM**:1MS*:)

6448

Maiu &u'er o 'is 'eore de-rae ac$i& 'ei&recei;ed a a& ar'irar ie i&sa& or S-**P*: $ic$ carriesMT*: (a&d M**:1MS*:)

25224


6306


Maiu oa" &u'er o ra&s#or '"oc>s recei;ed i$i& TT?s$a e&d a $e sae ie

49

Maiu &u'er o T* #er S-**P*: carri& MT*: (a&d

M**: 1 MS*:)

32





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5 Possi'"e U+ radio access ca#a'i"i #araeersei&s

5. Va"ue ra&esTable $%/0 UE radio access capabilit6 para1eter =alue ran.es

UE radio access capabilit6para1eter

(alue ran.e

P7*P #araeers Su##or or R* 250/ =es1o

Su##or or R* 3095 =es1o

Su##or or R* 3095 co&ere"ocaio&

=es1o

Su##or or "oss-"ess SRS re"ocaio& =es1o

Su##or or "oss-"ess 7! R!* P7Usie c$a&e

=es1o

Maiu $eader co#ressio&

co&e s#ace

024, 2048, 4096, 892, 6384,

32/68, 65536, 30/2 'esMaiu &u'er o R:* co&esessio&s

2, 4, 8, 2, 6, 24, 32, 48, 64, 28,256, 52, 024, 6384

Su##or or Re;erse 7eco#ressio& o su##ored, ..65535Su##or or *S ;oice o;er :SP% =es1o

R!*, M%*-$s a&d M%*-e$s#araeers

Toa" R!* %M, M%*-$s a&d M%*-e$s'uer sie

2, 0, 50, 00, 50, 200, 300, 400,500, /50, 000, 2000 >Des

Maiu &u'er o %M e&iies 3, 4, 5, 6, 8, 6, 30

Maiu R!* %M i&do sie 204/, 4095

Su##or or M%*-e$s =es1o

Su##or or o "oica" c$a&&e"s =es1o

P:= #araeers Tra&s#orc$a&&e"#araeers i&

do&"i&>

Maiu su o &u'er o 'is o a""

ra&s#or '"oc>s 'ei& recei;ed a a&ar'irar ie i&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840, 204640

Maiu su o &u'er o 'is o a""co&;o"uio&a"" coded ra&s#or '"oc>s'ei& recei;ed a a& ar'irar iei&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840, 204640

Maiu su o &u'er o 'is o a""ur'o coded ra&s#or '"oc>s 'ei&recei;ed a a& ar'irar ie i&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840, 204640

Maiu &u'er o siu"a&eousra&s#or c$a&&e"s

4, 8, 6, 32

Maiu &u'er o siu"a&eous**Tr*:

, 2, 3, 4, 5, 6, /, 8

Maiu oa" &u'er o ra&s#or'"oc>s recei;ed i$i& TT?s $a e&d

i$i& $e sae 0 s i&er;a"

4, 8, 6, 32, 48, 64, 96, 28, 256, 52

Maiu &u'er o T* 6, 32, 48, 64, 96, 28, 256, 52,024

Maiu &u'er o T 32, 64, 28, 256, 52, 024

Su##or or ur'o decodi& =es1o

Tra&s#orc$a&&e"#araeers i&u#"i&>

Maiu su o &u'er o 'is o a""ra&s#or '"oc>s 'ei& ra&sied aa& ar'irar ie i&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840

Maiu su o &u'er o 'is o a""co&;o"uio&a"" coded ra&s#or '"oc>s'ei& ra&sied a a& ar'irar iei&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840

Maiu su o &u'er o 'is o a""ur'o coded ra&s#or '"oc>s 'ei&ra&sied a a& ar'irar ie i&sa&

640, 280, 2560, 3840, 520, 6400,/680, 8960, 0240, 20480, 40960,8920, 63840


2, 4, 8, 6, 32

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(alue ran.e

Maiu &u'er o siu"a&eous**Tr*: o 7*: #e (T77 o&")

, 2, 3, 4, 5, 6, /, 8

Maiu oa" &u'er o ra&s#or'"oc>s ra&sied i$i& TT?s $asar a $e sae ie

2, 4, 8, 6, 32, 48, 64, 96, 28, 256,52

Maiu &u'er o T* 4, 8, 6, 32, 48, 64, 96, 28, 256, 52,024

Maiu &u'er o T 32, 64, 28, 256, 52, 024

Su##or or ur'o e&codi& =es1o

77 P$sica"c$a&&e"#araeers i&do&"i&>

Maiu &u'er o 7P*:codes o'e siu"a&eous" recei;ed

, 2, 3, 4, 5, 6, /, 8

Maiu &u'er o #$sica" c$a&&e"'is recei;ed i& a& 0 s i&er;a"(7P*:, S-**P*:)

600, 200, 2400, 3600, 4800, /200,9600, 4400, 9200, 28800, 38400,48000, 5/600, 6/200, /6800

Su##or or S 52 a&d 80 s TT? or7P*:

=es1o

Su##or o :S-P7S*: i& *+!!@7*: =es1o

Su##or o :S-S**:"ess :S-7S*: =es1o

Su##or o :S-P7S*: i&

*+!!@%*:

=es1o

Su##or o :S-P7S*: i& *+!!@P*:a&d UR%@P*:

=es1o

Su##or o +&$a&ced -7P*: =es1o

77 P$sica"c$a&&e"#araeers i&u#"i&>

Maiu &u'er o 7P7*: 'isra&sied #er 0 s

600, 200, 2400, 4800, 9600, 9200,28800, 38400, 48000, 5/600

Su##or o +-7P7*: =es1o

Su##or o 7isco&i&uousTra&sissio& i& *+!!@7*:

=es1o

Su##or o S"o ora A4 =es1o

T77 3.84 Mc#s#$sica" c$a&&e"#araeers i&do&"i&>

Maiu &u'er o ies"os #errae

..4

Maiu &u'er o #$sica"c$a&&e"s #er rae

, 2, 3..224

Mi&iu S 6, Su##or o P7S*: =es1oSu##or o :S-P7S*: =es1o

Maiu &u'er o #$sica"c$a&&e"s #er ies"o

..6

T77 3.84 Mc#s#$sica" c$a&&e"#araeers i&u#"i&>

Maiu u'er o ies"os #errae

..4


, 2

Mi&iu S 6, 8, 4, 2,

Su##or o PUS*: =es1o

Su##or o +-PU*: =es1oT77 /.68 Mc#s#$sica" c$a&&e"

#araeers i&do&"i&>T77 /.68 Mc#s#$sica" c$a&&e"#araeers i&do&"i&>

Maiu &u'er o ies"os #errae

..4

Maiu &u'er o #$sica"c$a&&e"s #er rae

, 2, 3..448

Mi&iu S 32, Su##or o P7S*: =es1oSu##or o :S-P7S*: =es1oMaiu &u'er o #$sica"c$a&&e"s #er ies"o

..32

T77 /.68 Mc#s#$sica" c$a&&e"#araeers i&u#"i&>

Maiu u'er o ies"os #errae

..4


, 2

Mi&iu S 32, 6, 8, 4, 2,


Su##or o +-PU*: =es1o

T77 .28 Mc#s#$sica" c$a&&e"#araeers i&do&"i&>

Maiu &u'er o ies"os #ersu'rae

..6

Maiu &u'er o #$sica"c$a&&e"s #er su'rae

, 2, 3, , 96

Mi&iu S 6,

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(alue ran.e

Su##or o P7S*: =es1o

Su##or o :S-P7S*: =es1o


..6

Su##or 8PSB =es1o

T77 .28 Mc#s#$sica" c$a&&e"#araeers i&u#"i&>

Maiu &u'er o ies"os #ersu'rae

..6


, 2

Mi&iu S 6, 8, 4, 2,

Su##or o 8PSB =es1o


Su##or o +-PU*: =es1o

R #araeers 77 R#araeers

U+ #oer c"ass 3, 4T+ &" #oer c"asses 3 a&d

4 are #ar o $is re"ease o$e s#eciicaio&

Radio reCue&c 'a&ds T$e radio reCue&c 'a&ds dei&ed i&H4I

T1R reCue&c se#araio& 7ei&ed i& H4I or $e res#eci;esu##ored radio reCue&c 'a&d

R #araeers T77 3.84 Mc#sR #araeers

U+ #oer c"ass 2, 3T+ &" #oer c"asses 2 a&d

3 are #ar o $is re"ease o$e s#eciicaio&

Radio reCue&c 'a&ds a), '), c), a'), ac), 'c), a'c)

T77 .28 Mc#sR #araeers

U+ #oer c"ass 2, 3

Radio reCue&c 'a&ds a), '), c), a'), ac), 'c), a'c)

Mu"i-ode re"aed #araeers Su##or o UTR% 77 =es1o

Su##or o UTR% T77 3.84 Mc#s =es1o

Su##or o UTR% T77 .28 Mc#s =es1o

Mu"i-R%T re"aed #araeers Su##or o GSM =es1o (#er GSM reCue&c 'a&d)Su##or o u"i-carrier =es1o

Su##or o UTR% o G+R%eor> %ssised *e"" *$a&e

=es1o

Su##or o :a&do;er o G% =es1o

Su##or o ?&er-R%T PS :a&do;er =es1o

Su##or o PS :a&do;er o G% =es1o

Su##or o +-UTR% 77 =es1o (#er +-UTR% reCue&c 'a&d)

Su##or o ?&er-R%T PS :a&do;er o+-UTR% 77

=es1o

Su##or o +-UTR% T77 =es1o (#er +-UTR% reCue&c 'a&d)

Su##or o ?&er-R%T PS :a&do;er o+-UTR% T77

=es1o

Securi #araeers Su##or o ci#$eri& a"ori$ U+%0 =es

Su##or o ci#$eri& a"ori$ U+% =esSu##or o ci#$eri& a"ori$ U+%2 =es

Su##or o i&eri #roecio&a"ori$ U?%

=es

Su##or o i&eri #roecio&a"ori$ U?%2

=es

U+ #osiio&i& re"aed #araeers Sa&da"o&e "ocaio& e$od(s)su##ored

=es1o

eor> assised GPS su##or eor> 'ased 1 U+ 'ased 1 Do$1o&e

GPS reere&ce ie ca#a'"e =es1oeor> assised G%SS su##or eor> 'ased 1 U+ 'ased 1 Do$1

o&eG%SS reere&ce ie ca#a'"e =es1o

Su##or or ?P7! =es1oSu##or or T7% U+ 'asede$od

=es1o

Su##or or R-T ie diere&ce #e2 easuree&

=es1o

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(alue ran.e

Su##or or U+ Posiio&i& assisedGPS easuree& ;a"idi i&*+!!@P*: a&d UR%@P*: RR*saes

=es

Su##or or G%SS *arrier-P$ase

Measuree&

=es1o

Su##or or S-S o'ser;ed iediere&ce #e 2 easuree&

=es1o

Measuree& re"aed ca#a'i"iies eed or do&"i&> co#ressed ode =es1o (#er reCue&c 'a&d, UTR%ode a&d R%T)

eed or u#"i&> co#ressed ode =es1o (#er reCue&c 'a&d, UTR%ode a&d R%T)

Su##or or Sse ?&oraio& D"oc>#e 'is

=es

Ge&era" ca#a'i"iies %ccess Srau re"ease i&dicaor R99, R+!-4, R+!-5, R+!-6, R+!-/,R+!-8

7e;ice #e De&eis ro '#s, 28 >'#s, 384 >'#s

U! ca#a'i"iies i$ siu"a&eous +-7*:

U! ca#a'i"iies i$ siu"a&eous +-7*:

64 >'#s

Table $%/a0 -22 4S*2S54 ph6sical la6er cate.ories

4S*2S54cate.or6

7aoperation

Supported1odulationssi1ultaneous

with 797>operation

*aeor 5 3 /298 9200

FPSB, 6F%M

o a##"ica'"e(M?M &osu##ored)

*aeor 2 5 3 /298 28800*aeor 3 5 2 /298 28800

*aeor 4 5 2 /298 38400

*aeor 5 5 /298 5/600

*aeor 6 5 /298 6/200*aeor / 0 44 5200

*aeor 8 0 44 34400

*aeor 9 5 2025 /2800

*aeor 0 5 2/952 /2800*aeor 5 2 3630 4400

FPSB*aeor 2 5 3630 28800

*aeor 3 5 35280 259200 FPSB, 6F%M,

64F%M*aeor 4 5 4292 259200*aeor 5 5 233/0 345600

FPSB, 6F%M*aeor 6 5 2/952 345600

*aeor /T+ 2

5 35280 259200

FPSB, 6F%M,64F%M

J

233/0 345600 J FPSB, 6F%M

*aeor 8T+ 3

5 4292 259200

FPSB, 6F%M,64F%M

J

2/952 345600 J FPSB, 6F%M

*aeor 9 5 35280 58400FPSB, 6F%M, 64F%M

*aeor 20 5 4292 58400

or any cateory- in addition to the reCuirements in Table 6.5a- an >"="11> less capable 82 shall allocate *4@:+ rawchannel bits for >"="11> less operation in order to buffer the last 53 subframes and 536@@ soft channel bits to receive

3 parallel >/ processes.

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82 1ateories 5 to 4 and 1ateory 55 do not support >"=9"1> reception in 12.

82 that supports cateories reater or eCual to cateory 53- also supports M1=ehs.

82s of cateories 53- 56- 5; or 5@ also support cateory @ when M1=ehs is confiured.

82s of cateories 54- 5:- 5, or *+ also support cateory 5+ when M1=ehs is confiured.

'OT2 5A 9ependin on the >"=9"1> confiuration- the indicated maimum number of bits of an >"=9"1>

transport bloc# does not have to correspond eactly to an entry in the transport bloc# si!e table to beapplied D@E.

'OT2 *A 82 of cateory 5; supports the physical capabilities of cateories 53 and 56- but not simultaneously.The first row of cateory 5; in table 6.5a specifies the capabilities when M&MO is not confiured and the

capabilities of cateory 53 apply- the second row specifies the capabilities when M&MO is confiured andthe capabilities of cateory 56 apply.

'OT2 3A 82 of cateory 5, supports the physical capabilities of cateories 54 and 5:- but not simultaneously.

The first row of cateory 5, in table 6.5a specifies the capabilities when M&MO is not confiured and thecapabilities of cateory 54 apply- the second row specifies the capabilities when M&MO is confiured and

the capabilities of cateory 5: apply.

Table $%/b0 R5 and 7A5*hs para1eters for -22 4S*2S54 ph6sical la6er cate.ories

4S*2S54cate.or6

7a

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Table $%/c0 /%#! 7cps T22 4S*2S54 ph6sical la6er cate.ories

4S*2S54cate.or6

7a

8/13/2019 25306-840

36/50

Table $%/d*a0 /%#! 7cps T22 4S*2S54 ph6sical la6er cate.ories 7ulti*fre@uenc6 4S*2S54operation 1ode onl6"

4S*2S54cate.or6

7a

8/13/2019 25306-840

37/50

4S*2S54cate.or6

7a

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38/50

Table $%/f*a0 ,%'! 7cps T22 4S*2S54 ph6sical la6er cate.ories

4S*2S54cate.or6

7a

8/13/2019 25306-840

39/50

E*254cate.or6

7a

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40/50

Table $%/j * Total R5 and 7A5*hs para1eters for 3%!)7cps T22 4S*2S54 and E*254 ph6sical la6ercate.ories

These values reflect the total buffer si!es of >"=9"1> and 2=91> cateories for simultaneous >"=9"1>N2=91>

operation.

4S*2S54 cate.or6

E*254 cate.or6

5ate.ories/ #

:Bb6tes

5ate.ories3 )

:Bb6tes

5ate.ories$ '

:Bb6tes

5ate.or6 ,:Bb6tes

5ate.or6 !:Bb6tes

5ate.or6 +:Bb6tes

*aeor 00 00 50 200 300 400

*aeor 2 00 50 200 300 300 400

*aeor 3 50 50 200 300 300 400

*aeor 4 50 200 300 300 300 400

*aeor 5 300 300 300 300 300 400

'OT2A Maimum number of M /"=9"1>N2=91> operation is defined in Table

6.5f.

Table $%/k0 ,%'!7cps T22 E*254 ph6sical la6er cate.ories

E*254 cate.or6 1a"=9"1> and 2=91> cateories for simultaneous >"=9"1>N2=91>operation.

4S*2S54cate.or6

E*254cate.or6

5ate.ories/ #

:Bb6tes

5ate.ories3 )

:Bb6tes

5ate.ories$ '

:Bb6tes

5ate.ories, !

:Bb6tes

5ate.ories+ /&

:Bb6tes

5ate.ories// /#

:Bb6tes

5ate.or6/3

:Bb6tes

*aeor 00 00 50 200 300 400 /00

*aeor 2 00 50 200 300 300 400 /00

*aeor 3 50 50 200 300 300 400 /00

*aeor 4 50 200 300 300 400 500 /00

*aeor 5 200 300 300 300 400 500 /00

*aeor 6 300 300 400 400 500 /00 /00

*aeor / 400 400 500 500 500 /00 /00

'OT2A Maimum number of M /"=9"1>N2=91> operation is defined in Table

6.5f=b.

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Table $%/10 /%#! 7cps T22 E*254 ph6sical la6er cate.ories

E*254cate.or6

7a"=9"1> and 2=91> cateories for simultaneous >"=9"1>N2=91>operation.

4S*2S54 cate.or6

E*254 cate.or6

5ate.ories/#3:Bb6tes

5ate.ories)$':Bb6tes

5ate.ories,!+ :Bb6tes

5ate.or6/&///#:Bb6tes

5ate.or6/3/)/$:Bb6tes

5ate.or6/'/,/!:Bb6tes

*aeor 500 400 300 250 200 50

*aeor 2 500 400 300 250 200 50

*aeor 3 500 400 300 250 200 50

*aeor 4 500 400 300 300 200 50

*aeor 5 600 400 300 300 250 200

*aeor 6 600 500 400 300 250 200

5.2 Reere&ce U+ radio access ca#a'i"i co'i&aio&s

0ased on reCuired 82 radio access capabilities to support reference /0s as defined in D*E- this clause lists reference82 /adio ccess capability combinations. "ubclause 6.*.5 defines reference combinations of 82 radio access

capability parameters common for 8< and 9

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access capability parameters that are separate for 9< and 8< respectively. reference combination for common 8 11Tr1> of the current cell nor of the neihbour cells.

'OT2 4A The iven number does not contain the 01> of the neihbour cell.

'OT2 6A (5) or 99 and 3.,4N;.:, Mcps T99 (*) or 5.*, Mcps T99.

The reference combinations for >"=9"1> capabilities are shown in tables 6.*.*.*- 6.*.*.3 and 6.*.*.4.

Table $%#%#%#0 -22 UE radio access capabilit6 para1eter co1binationsD 2 4S*2S54 para1eters

Reference co1bination /%# 7bps class3%' 7bps class , 7bps class /& 7bps class

77 :S-7S*: caeor *aeor *aeor 5 *aeor / *aeor 9

Table $%#%#%30 /%#! 7cps T22 UE radio access capabilit6 para1eter co1binationsD 2 4S*2S54para1eters

/eference combination &%$ 7bpsclass

/%/ 7bpsclass

/%' 7bpsclass

#%# 7bpsclass

#%! 7bpsclass

.28 Mc#s T77 :S-7S*: *aeor *aeor *aeor 4 *aeor / *aeor 0 *aeor 3

Table $%#%#%3*a0 /%#! 7cps T22 UE radio access capabilit6 para1eter co1binationsD 2 4S*2S54para1eters 7ulti*fre@uenc6 4S*2S54 operation 1ode onl6"

Reference co1bination /) 7bpsclass

//%# 7bpsclass

!%) 7bpsclass

,%& 7bpsclass

$%' 7bpsclass

)%# 7bpsclass

/%#! 7cps T22 4S*2S545ate.or6 5ate.or6 / 5ate.or6 ) 5ate.or6 , 5ate.or6 /& 5ate.or6 /3 5ate.or6 /&

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Table $%#%#%)0 3%!) 7cps T22 UE radio access capabilit6 para1eter co1binationsD 2 4S*2S54para1eters

Reference co1bination /%# 7bpsclass

#%) 7bpsclass

3%' 7bpsclass

,%3 7bpsclass

/&%# 7bpsclass

3.84Mc#s T77 :S-7S*: caeor *aeor *aeor 3 *aeor 5 *aeor 8 *aeor 9

Table $%#%#%)a0 ,%'! 7cps T22 UE radio access capabilit6 para1eter co1binationsD 2 4S*2S54para1eters

Reference co1bination /%# 7bpsclass

#%) 7bpsclass

3%' 7bpsclass

,%3 7bpsclass

/&%' 7bpsclass

/.68Mc#s T77 :S-7S*: caeor *aeor *aeor 3 *aeor 5 *aeor 9 *aeor

The reference combinations for 2=91> capabilities are shown in tables 6.*.*.6- 6.*.*.: and 6.*.*.;.

Table $%#%#%$0 -22 UE radio access capabilit6 para1eter co1binationsD U E*254 para1eters

Reference co1bination &%,#+' 7bpsclass

/%)$+# 7bpsclass

# 7bps class #%+/!$ 7bpsclass

$%,' 7bpsclass

77 +-7*: caeor *aeor *aeories 2a&d 3

*aeor 5 *aeor 4 *aeor 6

Table $%#%#%'0 3%!)7cps T22 UE radio access capabilit6 para1eter co1binationsD U E*254para1eters

Reference co1bination /%# 7bps class#%) 7bps class3%' 7bps class$%3 7bps class+%# 7bps class

3.84Mc#s T77 +-7*: caeor *aeor *aeor 2 *aeor 3 *aeor 4 *aeor 6

Table $%#%#%,0 ,%'!7cps T22 UE radio access capabilit6 para1eter co1binationsD U E*254para1eters

Reference co1bination /%# 7bps class#%) 7bps class3%' 7bps class$%3 7bps class /&%' 7bpsclass

/.68Mc#s T77 +-7*: caeor *aeor *aeor 2 *aeor 3 *aeor 4 *aeor 6

Table $%#%#%!0 /%#!7cps T22 UE radio access capabilit6 para1eter co1binationsD U E*254para1eters

Reference co1bination &%$ 7bps class &%! 7bps class /%/ 7bps class /%' 7bps class #%# 7bps class

.28Mc#s T77 +-7*: caeor *aeor *aeor 2 *aeor 3 *aeor 4 *aeor 5 a&d 6

5.2.3 *o'i&aio&s o U+ Radio %ccess Paraeers or U!

Table $%#%3%/0 UE radio access capabilit6 para1eter co1binationsD U para1eters

Reference co1bination of UE RadioAccess capabilit6 para1eters in U

/# kbpsclass

3# kbpsclass

') kbpsclass

/#! kbpsclass

3!) kbpsclass

,'! kbpsclass


Maiu su o &u'er o 'is o a""ra&s#or '"oc>s 'ei& ra&sied a a&ar'irar ie i&sa&

640 640(77)280 (T77)

3840 3840 6400 0240

Maiu su o &u'er o 'is o a""

co&;o"uio&a"" coded ra&s#or '"oc>s'ei& ra&sied a a& ar'irar iei&sa&

640 640 640 640 640 640

Maiu su o &u'er o 'is o a"" % %(77) 3840 3840 6400 0240

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Reference co1bination of UE RadioAccess capabilit6 para1eters in U

/# kbpsclass

3# kbpsclass

') kbpsclass

/#! kbpsclass

3!) kbpsclass

,'! kbpsclass

ur'o coded ra&s#or '"oc>s 'ei&ra&sied a a& ar'irar ie i&sa&

280 (T77)


4 4 8 8 8 8

Maiu &u'er o siu"a&eous**Tr*:(T77 o&")

T+ 3

T+ 3

2T+ 3

2T+ 3

2T+ 3

2T+ 3

Maiu oa" &u'er o ra&s#or'"oc>s ra&sied i$i& TT?s $a sar a$e sae ie

4 4 8 8 6 32

Maiu &u'er o T* 6 6 32 48 64 28

Maiu &u'er o T 32 32 32 32 32 64

Su##or or ur'o e&codi& o o (77)=es (T77)

=es =es =es =es

Ph6sical channel para1eters -22"

Maiu &u'er o 7P7*: 'isra&sied #er 0 s

600 200 2400 4800 9600 9200

Su##or o +-7P7*: o o =es1o =es1o =es1o =es1o

Ph6sical channel para1eters T223%!) 7cps"

Maiu u'er o ies"os #er rae 2 3 / 9

Maiu &u'er o #$sica" c$a&&e"s#er ies"o

2

Mi&iu S 8 4 2 2 2 2

Su##or o PUS*: o =es1oT+

=es =es =es =es

Su##or o +-PU*: o =es1o =es =es =es =es

Ph6sical channel para1eters T22,%'! 7cps"

Maiu u'er o ies"os #er rae 2 3 / 9


2

Mi&iu S 6 8 4 4 4 4

Su##or o PUS*: o =es1oT+ =es =es =es =es


Ph6sical channel para1eters T22/%#! 7cps"

Maiu u'er o ies"os #ersu'rae

2 3 5 5


21T+

2 2 2 2

Mi&iu S 8 4 2 2 2 2

Su##or o PUS*: o =es1oT+

=es =es =es =es

Su##or o 8PSB o o o o o o


'OT2 5A Options represent different combinations that should be supported with conformance tests.

'OT2 3A This number does not contain the /1> 11Tr1>.

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%&&e % (i&orai;e)*$a&e $isor

5han.e histor6 TR #$%+#'

2ate TSG TSG 2oc% 5R Re= Subject5o11ent >ld New

0312000 RP-0/ RP-000052 - - %##ro;ed a TSG-R% A/ a&d #"aced u&der *$a&e *o&ro" - 3.0.0

0612000 RP-08 RP-000229 003 4 U#daed %d :oc c$a&es 3.0.0 3..0

RP-08 RP-000229 008 *P*: &oe o $e #araeer dei&iio&s 3.0.0 3..0

0912000 RP-09 RP-000368 00 T77 7! P$sica" *$a&&e" *a#a'i"i #er Ties"o 3..0 3.2.0

RP-09 RP-000368 02 *$a&e o U+ *a#a'i"i dei&iio& 3..0 3.2.0

RP-09 RP-000368 03 P$sica" #araeer c$a&es 3..0 3.2.0

212000 RP-0 RP-0005/8 04 Reo;a" o ea#"e R%Ds 3.2.0 25.3063.0.0

RP-0 RP-0005/8 05 2 *orrecio& o& #araeer KMaiu oa" &u'er o ra&s#or'"oc>sK

3.2.0 25.3063.0.0

RP-0 RP-0005/8 06 *$a&e o U+ u"i-R%T ca#a'i"i 3.2.0 25.306

3.0.0RP-0 RP-0005/8 0/ *$a&e ro TR 25.926 o TS 25.306 3.2.0 25.306

3.0.0

5han.e histor6 TS #$%3&'

2ate TSG TSG 2oc% 5R Re= Subject5o11ent >ld New

031200 RP- RP-00024 00 7o&"i&> rae ac$i& "iiaio& 3.0.0 3..0

RP- RP-00024 005 Misce""a&eous correcio&s a&d edioria" c"ea&-u# 3.0.0 3..0

RP- RP-00024 00/ Maiu &u'er o %M e&i 3.0.0 3..0

RP- RP-00024 008 *"ariicaio& o aiu &u'er o T 3.0.0 3..0

RP- RP-00024 00 Reo;a" o $e R!* PU co&ce# 3.0.0 3..0

RP- RP-00039 003 .28 Mc#s T77 3..0 4.0.0

RP- RP-00043 006 7S*: re"aed u#daes or U+ ca#a'i"iies or $e U+ Radio %ccess

*a#a'i"i #araeer co'i&aio&s

3..0 4.0.0

RP- RP-00039 0 %ddiio& o R:* 3..0 4.0.0

061200 RP-2 RP-0030/ 03 *"ariicaio& o& $e &u'er o **Tr*:s o 'e recei;edsiu"a&eous" ' $e U+

4.0.0 4..0

RP-2 RP-0032 009 6 Modiied U+ *a#a'i"i or *P*: 4.0.0 4..0

091200 RP-3 RP-00540 0/ Maiu &u'er o siu"a&eous ra&s#or c$a&&e"s 4..0 4.2.0

RP-3 RP-00540 09 *"ariicaio& o 77 #$sica" c$a&&e" #araeers 4..0 4.2.0

RP-3 RP-00540 02 Su##or o dedicaed #i"os or c$a&&e" esiaio& 4..0 4.2.0

RP-3 RP-00540 023 *orrecio& o U+ ca#a'i" iies reardi& R-T ie diere&ce #e 2easuree&s

4..0 4.2.0

21200 RP-4 RP-00/58 026 *orrecio& o& U! #araeer KMaiu &u'er o 7P7*: 'is #er0 sK

4.2.0 4.3.0

0312002 RP-5 RP-020228 035 *"ariicaio& o& ?*S ;ersio& i$i& U+ radio access ca#a'i"iies 4.3.0 4.4.0

RP-5 RP-020242 03/ *"ariicaio& o Maiu &u'er o T* i& $e T*S 4.3.0 4.4.0

RP-5 RP-02023/ 039 Su##or o UP easuree& re#ori& i& *+!!@P*:1UR%@P*: 4.3.0 4.4.0

RP-5 RP-020094 029 2 :S7P% U+ ca#a'i"iies 4.4.0 5.0.00612002 RP-6 RP-020325 044 Securi *a#a'i"iies 5.0.0 5..0

RP-6 RP-020439 040 *orrecio&s i& :S7P% U+ ca#a'i"iies 5.0.0 5..0

RP-6 RP-02034 04 :S7P% T77 U+ ca#a'i"iies 5.0.0 5..0

RP-6 RP-02034 045 7P*: ca#a'i"iies i$ siu"a&eous :S7P% co&iuraio& 5.0.0 5..0

RP-6 RP-020345 046 R* 3095 co&e re"ocaio& 5.0.0 5..0

RP-/ RP-020555 04/ ?&roducio& o :S-P7S*: ca#a'i"i dei&i io& a&d FPSB-o&" U+caeories

5..0 5.2.0

RP-/ RP-020555 048 Ma&daor Su##or o dedicaed #i"os or c$a&&e" esiaio& 5..0 5.2.0

212002 RP-8 RP-020// 054 U+ ca#a'i"i or R!* i&do sie 5.2.0 5.3.0

RP-8 RP-02085/ 05 U+ ca#a'i"i or R*3095 o#eraio& 5.2.0 5.3.0

RP-8 RP-020/33 049 3 :S7P% !2 'uer sies 5.2.0 5.3.0

RP-8 RP-020/33 056 *orrecio& o %ccess Srau re"ease i&dicaor 5.2.0 5.3.0

RP-8 RP-020/33 05/ 7edicaed #i"o 'is or :S-7S*: 5.2.0 5.3.0

0312003 RP-9 RP-0303 06 eor> %ssised *e"" *$a&e ro UTR% o G+R% 5.3.0 5.4.0

RP-9 RP-0303 062 Modi icaio& o $e &u'er o so c$a&&e" 'is reCuired or :S-7S*: (T77) 5.3.0 5.4.0

0612003 RP-20 RP-03029 06/ +e&sio& o 32 >'#s U+ ca#a'i"i c"ass 5.4.0 5.5.0

RP-20 RP-03030 068 *orrecio& o aiu ra&s#or '"oc> sies or U+ caeories 5.4.0 5.5.0

RP-20 RP-03030 069 S correcio&s or T77 5.4.0 5.5.0

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