eRAN6.0 LTE FDD Basic Feature Description 01 (20130220)

8/13/2019 eRAN6.0 LTE FDD Basic Feature Description 01 (20130220)

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eRAN6.0V100R006C00

eRAN6.0 LTE FDD Basic FeatureDescription

Issue 01

Date 2013-02-20

HUAWEI TECHNOLOGIES CO., LTD.



Copyright © Huawei Teh!o"ogies Co., Lt#. $%&'. A"" rights reser(e#.

No part of tis !ocu"ent "a# $e repro!uce! or trans"itte! in an# for" or $# an# "eans %itout prior

%ritten consent of &ua%ei Tecno'o(ies Co.) Lt!.

Tra#e)ar*s a!# +er)issio!s

an! oter &ua%ei tra!e"ar*s are tra!e"ar*s of &ua%ei Tecno'o(ies Co.) Lt!.

A'' oter tra!e"ar*s an! tra!e na"es "entione! in tis !ocu"ent are te propert# of teir respecti+e

o'!ers.

Notie

Te purcase! pro!ucts) ser+ices an! features are stipu'ate! $# te contract "a!e $et%een &ua%ei an!

te custo"er. A'' or part of te pro!ucts) ser+ices an! features !escri$e! in tis !ocu"ent "a# not $e

%itin te purcase scope or te usa(e scope. ,n'ess oter%ise specifie! in te contract) a'' state"ents)

infor"ation) an! reco""en!ations in tis !ocu"ent are pro+i!e! A / %itout %arranties) (uaranteesor representations of an# *in!) eiter epress or i"p'ie!.

Te infor"ation in tis !ocu"ent is su$ect to can(e %itout notice. E+er# effort as $een "a!e in te

preparation of tis !ocu"ent to ensure accurac# of te contents) $ut a'' state"ents) infor"ation) an!

reco""en!ations in tis !ocu"ent !o not constitute a %arrant# of an# *in!) epress or i"p'ie!.

&ua%ei Tecno'o(ies Co.) Lt!.

A!!ress &ua%ei /n!ustria' Base

Bantian) Lon((an(

enen 41512

7eop'e8s Repu$'ic of Cina

9e$site ttp::%%%.ua%ei.co"

E"ai' support;ua%ei.co"

Issue 01 (2013-02-20)

Huawei Proprietary and Confidential

Copyright © Huawei

Tehnologies Co!" #td!

i

http://www.huawei.com/

mailto:[email protected]

http://www.huawei.com/

mailto:[email protected]



e$%&'!0

e$%&'!0 #T ** +asi eature *esription Contents

Contents

1 Basic Features..............................................................................1

1!1 #+*-001001 3,PP $ .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3

1!1 #+*-001001 3,PP $ .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3

1!2 #+*-00100/ 3,PP $ .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3

1!2 #+*-00100/ 3,PP $ .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3

1!3 #+*-00100 3,PP $10 .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!

1!3 #+*-00100 3,PP $10 .peifiations!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!

1! #+*-001002 ** ode!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !

1! #+*-001002 ** ode!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !

1! #+*-001003 .ala4le +andwidth!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1! #+*-001003 .ala4le +andwidth!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!' #+*-00100 CP length!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !'

1!' #+*-00100 CP length!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !'

1!'!1 #+*-0010001 &oral CP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!'!1 #+*-0010001 &oral CP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!/ #+*-00100 5odulation6 *#78# 9P.:" *#78# 1'9%5" *# '9%5!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1!/ #+*-00100 5odulation6 *#78# 9P.:" *#78# 1'9%5" *# '9%5!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1! #+*-00100' %5C!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1! #+*-00100' %5C!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1! #+*-002001 #ogial Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1! #+*-002001 #ogial Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!10 #+*-002002 Transport Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !10

1!10 #+*-002002 Transport Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !10

1!11 #+*-002003 Physial Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!11

1!11 #+*-002003 Physial Channel 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!11

1!12 #+*-00200 Integrity Protetion!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!12

1!12 #+*-00200 Integrity Protetion!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!12

1!13 #+*-00200 *# %synhronous H%$9!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!12

1!13 #+*-00200 *# %synhronous H%$9!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!12

1!1 #+*-00200' 8# .ynhronous H%$9!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!13

1!1 #+*-00200' 8# .ynhronous H%$9!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!13

1!1 #+*-00200/ $$C Connetion 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

Issue 01 (2013-02-20) Huawei Proprietary and Confidential

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1!1 #+*-00200/ $$C Connetion 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!1' #+*-00200 $adio +earer 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

1!1' #+*-00200 $adio +earer 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

1!1/ #+*-00200 +roadast of syste inforation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

1!1/ #+*-00200 +roadast of syste inforation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

1!1 #+*-002010 $ando %ess Proedure!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!1 #+*-002010 $ando %ess Proedure!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!1 #+*-002011 Paging!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!1 #+*-002011 Paging!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!20 #+*-002012 Cell %ess $adius up to 1;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!20 #+*-002012 Cell %ess $adius up to 1;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!21 #+*-002023 %dission Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!! !!!20

1!21 #+*-002023 %dission Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!! !!!20

1!22 #+*-00202 Congestion Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!21

1!22 #+*-00202 Congestion Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!21

1!23 #+*-00202 +asi .heduling!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!22

1!23 #+*-00202 +asi .heduling!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!22

1!2 #+*-00202' 8plin; Power Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!23

1!2 #+*-00202' 8plin; Power Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!23

1!2 #+*-00201' *ynai *ownlin; Power %lloation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!2

1!2 #+*-00201' *ynai *ownlin; Power %lloation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!2

1!2' #+*-00201/ *$<!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2'

1!2' #+*-00201/ *$<!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2'1!2/ #+*-00201 5o4ility 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2/

1!2/ #+*-00201 5o4ility 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2/

1!2/!1 #+*-0020101 Co=erage +ased Intra-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2/

1!2/!1 #+*-0020101 Co=erage +ased Intra-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2/

1!2/!2 #+*-0020102 Co=erage +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!2/!2 #+*-0020102 Co=erage +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!2/!3 #+*-0020103 Cell .eletion and $e-seletion!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!2/!3 #+*-0020103 Cell .eletion and $e-seletion!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!2/! #+*-002010 *istane +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!! !!30

1!2/! #+*-002010 *istane +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!! !!30

1!2/! #+*-002010 .er=ie +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !31

1!2/! #+*-002010 .er=ie +ased Inter-fre>ueny Hando=er!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !31

1!2 #+*-002020 %ntenna Configuration!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!32

1!2 #+*-002020 %ntenna Configuration!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!32

1!2!1 #+*-00202001 8# 2-%ntenna $eei=e *i=ersity!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!32

1!2!1 #+*-00202001 8# 2-%ntenna $eei=e *i=ersity!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!32

1!2 #+*-002021 $elia4ility!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!33

1!2 #+*-002021 $elia4ility!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!33

1!2!1 #+*-00202101 5ain Proessing and Transport 8nit Cold +a;up!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!33


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1!2!1 #+*-00202101 5ain Proessing and Transport 8nit Cold +a;up!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!33

1!2!2 #+*-00202102 Cell $e-4uild +etween +ase4and Proessing 8nits!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!2!2 #+*-00202102 Cell $e-4uild +etween +ase4and Proessing 8nits!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!2!3 #+*-00202103 .CTP 5ulti-hoing!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3'

1!2!3 #+*-00202103 .CTP 5ulti-hoing!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3'

1!2! #+*-0020210 Intra-4ase4and Card $esoure Pool (user le=el7ell le=el)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3/

1!2! #+*-0020210 Intra-4ase4and Card $esoure Pool (user le=el7ell le=el)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!3/

1!30 #+*-002022 .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3/

1!30 #+*-002022 .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3/

1!30!1 #+*-00202201 *ownlin; .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3/

1!30!1 #+*-00202201 *ownlin; .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3/

1!30!2 #+*-00202202 8plin; .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!30!2 #+*-00202202 8plin; .tati Inter-Cell Interferene Coordination!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!31 #+*-00202/ .upport of 8 Category 1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!31 #+*-00202/ .upport of 8 Category 1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!32 #+*-00202 ergeny Call!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!1

1!32 #+*-00202 ergeny Call!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!1

1!33 #+*-00202 arth>ua;e and Tsunai ?arning .yste (T?.)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!33 #+*-00202 arth>ua;e and Tsunai ?arning .yste (T?.)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!3 #+*-002031 .upport of aperiodi C9I reports!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!3 #+*-002031 .upport of aperiodi C9I reports!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!3 #+*-002032 @tended-9CI!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3 #+*-002032 @tended-9CI!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1!3' #+*-002033 .CTP Congestion Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3' #+*-002033 .CTP Congestion Control!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3/ #+*-00203 $$8 Channel Cross Connetion 8nder 5I5A!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!'

1!3/ #+*-00203 $$8 Channel Cross Connetion 8nder 5I5A!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!'

1!3 #+*-003001 Transission &etwor;ing!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!

1!3 #+*-003001 Transission &etwor;ing!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!

1!3!1 #+*-00300101 .tar Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3!1 #+*-00300101 .tar Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3!2 #+*-00300102 Chain Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3!2 #+*-00300102 Chain Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!3!3 #+*-00300103 Tree Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!0

1!3!3 #+*-00300103 Tree Topology!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!0

1!3 #+*-003002 +asi 9os 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!3 #+*-003002 +asi 9os 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!3!1 #+*-00300201 *iff.er= 9o. .upport!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!3!1 #+*-00300201 *iff.er= 9o. .upport!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

1!0 #+*-003003 B#%& .upport (I 02!1p7>)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!0 #+*-003003 B#%& .upport (I 02!1p7>)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!2

1!1 #+*-00300 Copression 5ultiple@ing o=er 17T1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3


Copyright © Huawei


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1!1 #+*-00300 Copression 5ultiple@ing o=er 17T1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!1!1 #+*-0030001 IP Header Copression!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!1!1 #+*-0030001 IP Header Copression!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!3

1!1!2 #+*-0030002 PPP 58<!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!1!2 #+*-0030002 PPP 58<!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!1!3 #+*-0030003 5#-PPP75C-PPP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!

1!1!3 #+*-0030003 5#-PPP75C-PPP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!

1!2 #+*-00300 .ynhroniDation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2 #+*-00300 .ynhroniDation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2!1 #+*-0030001 Clo; .oure .withing 5anually or %utoatially!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2!1 #+*-0030001 Clo; .oure .withing 5anually or %utoatially!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2!2 #+*-0030002 ree-running 5ode!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1!2!2 #+*-0030002 ree-running 5ode!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1!2!3 #+*-0030003 .ynhroniDation with ,P.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1!2!3 #+*-0030003 .ynhroniDation with ,P.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/

1!2! #+*-003000 .ynhroniDation with +IT.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!2! #+*-003000 .ynhroniDation with +IT.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!2! #+*-003000 .ynhroniDation with 1PP.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!2! #+*-003000 .ynhroniDation with 1PP.!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1!2!' #+*-003000' .ynhroniDation with 17T1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'0

1!2!' #+*-003000' .ynhroniDation with 17T1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'0

1!3 #+*-00300' IP=7IP=' *ual .ta;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'0

1!3 #+*-00300' IP=7IP=' *ual .ta;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'01! #+*-00001 #oal 5aintenane of the #5T!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'1

1! #+*-00001 #oal 5aintenane of the #5T!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'1

1! #+*-00002 CentraliDed 52000 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'2

1! #+*-00002 CentraliDed 52000 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'2

1!' #+*-00003 .eurity .o;et #ayer!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!'3

1!' #+*-00003 .eurity .o;et #ayer!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!'3

1!/ #+*-0000 .oftware Bersion 8pgrade 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!'

1!/ #+*-0000 .oftware Bersion 8pgrade 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!'

1! #+*-0000 Hot Path 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!'

1! #+*-0000 Hot Path 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!'

1! #+*-0000' ault 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!''

1! #+*-0000' ault 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!''

1!0 #+*-0000/ Configuration 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'/

1!0 #+*-0000/ Configuration 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'/

1!1 #+*-0000 Perforane 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!1 #+*-0000 Perforane 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2 #+*-00010 .eurity 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!2 #+*-00010 .eurity 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!3 #+*-00011 AptiiDed e&ode+ Coissioning .olution!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/0


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1!3 #+*-00011 AptiiDed e&ode+ Coissioning .olution!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/0

1! #+*-00012 n=ironent 5onitoring!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/1

1! #+*-00012 n=ironent 5onitoring!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/1

1! #+*-00013 In=entory 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/1

1! #+*-00013 In=entory 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/1

1!' #+*-0001 #iense 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/2

1!' #+*-0001 #iense 5anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/2

1!/ #+*-0001 #iense Control for 8rgeny!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/3

1!/ #+*-0001 #iense Control for 8rgeny!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!/3

2 Acronyms and Abbreviations........................................................75


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e$%&'!0 #T ** +asi eature *esription igures

Figures

3*10M 2T2...................................................................................35

!tream Contro" Transmission #rotoco".............................................3$

%vervie& o' (art)ua+e and Tsunami ,arning !ystem....................-2

c)anne" cross connection under M/M%......................................-7

Comaring &it) no M/M% "oad !)aring............................................-7

!tar too"ogy.................................................................................-

C)ain too"ogy..............................................................................-

Tree too"ogy................................................................................50

M4###MC4###.............................................................................55

icense 'i"e management................................................................73


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e$%&'!0 #T ** +asi eature *esription Ta4les

Tab"es#reamb"e 'ormats and ce"" access radius.........................................20

6o&n"in+ )ysica" "ayer arameter va"ues set by t)e 'ie"d (4Category..................................................................................................... -0

"in+ )ysica" "ayer arameter va"ues set by t)e 'ie"d (4Category.-0

Tota" "ayer 2 bu''er sies set by t)e 'ie"d (4Category......................-0

e"ations)i bet&een 8C/ and 6!C#...............................................51

Acronyms and Abbreviations..........................................................75


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e$%&'!0

e$%&'!0 #T ** +asi eature *esription 1 +asi eatures

1Basic Features

About T)is C)ater1!1 #+*-001001 3,PP $ .peifiations

1!2 #+*-00100/ 3,PP $ .peifiations

1!3 #+*-00100 3,PP $10 .peifiations

1! #+*-001002 ** ode

1! #+*-001003 .ala4le +andwidth

1!' #+*-00100 CP length

1!/ #+*-00100 5odulation6 *#78# 9P.:" *#78# 1'9%5" *# '9%5

1! #+*-00100' %5C

1! #+*-002001 #ogial Channel 5anageent

1!10 #+*-002002 Transport Channel 5anageent

1!11 #+*-002003 Physial Channel 5anageent

1!12 #+*-00200 Integrity Protetion

1!13 #+*-00200 *# %synhronous H%$9

1!1 #+*-00200' 8# .ynhronous H%$9

1!1 #+*-00200/ $$C Connetion 5anageent

1!1' #+*-00200 $adio +earer 5anageent

1!1/ #+*-00200 +roadast of syste inforation

1!1 #+*-002010 $ando %ess Proedure

1!1 #+*-002011 Paging

1!20 #+*-002012 Cell %ess $adius up to 1;

1!21 #+*-002023 %dission Control

1!22 #+*-00202 Congestion Control

1!23 #+*-00202 +asi .heduling

1!2 #+*-00202' 8plin; Power Control

1!2 #+*-00201' *ynai *ownlin; Power %lloation

1!2' #+*-00201/ *$<


Copyright © Huawei


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1!2/ #+*-00201 5o4ility 5anageent

1!2 #+*-002020 %ntenna Configuration

1!2 #+*-002021 $elia4ility

1!30 #+*-002022 .tati Inter-Cell Interferene Coordination

1!31 #+*-00202/ .upport of 8 Category 1

1!32 #+*-00202 ergeny Call

1!33 #+*-00202 arth>ua;e and Tsunai ?arning .yste (T?.)

1!3 #+*-002031 .upport of aperiodi C9I reports

1!3 #+*-002032 @tended-9CI

1!3' #+*-002033 .CTP Congestion Control

1!3/ #+*-00203 $$8 Channel Cross Connetion 8nder 5I5A1!3 #+*-003001 Transission &etwor;ing

1!3 #+*-003002 +asi 9os 5anageent

1!0 #+*-003003 B#%& .upport (I 02!1p7>)

1!1 #+*-00300 Copression 5ultiple@ing o=er 17T1

1!2 #+*-00300 .ynhroniDation

1!3 #+*-00300' IP=7IP=' *ual .ta;

1! #+*-00001 #oal 5aintenane of the #5T

1! #+*-00002 CentraliDed 52000 5anageent

1!' #+*-00003 .eurity .o;et #ayer

1!/ #+*-0000 .oftware Bersion 8pgrade 5anageent

1! #+*-0000 Hot Path 5anageent

1! #+*-0000' ault 5anageent

1!0 #+*-0000/ Configuration 5anageent

1!1 #+*-0000 Perforane 5anageent

1!2 #+*-00010 .eurity 5anageent

1!3 #+*-00011 AptiiDed e&ode+ Coissioning .olution

1! #+*-00012 n=ironent 5onitoring

1! #+*-00013 In=entory 5anageent

1!' #+*-0001 #iense 5anageent

1!/ #+*-0001 #iense Control for 8rgeny


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e$%&'!0


1.1 BF64001001 39## !eci'ications

1.1.1.1.1 Avai"abi"ity

This feature was a=aila4le fro e$%&1!0!

1.1.1.1.2 !ummary

Huawei #T e&ode+ is opliant with 3,PP $elease speifiations 20093!

1.1.1.1.3 Bene'its

&one

1.1.1.1.- 6escrition

Huawei #T e&ode+ is opliant with 3,PP $elease speifiations 20093!

Huawei is an ati=e partiipant and great ontri4utor to 3,PP speifiation de=elopent! This

high-le=el in=ol=eent ena4les Huawei to ati=ely ontri4ute" and losely follow 3,PP

standard de=elopent during Huawei produt de=elopent! #T e&ode+ supports 3,PP$elease 20093!

1.1.1.1.5 (n)ancement

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1.1.1.1.$ 6eendency

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1.2 BF64001007 39## !eci'ications



1.1.1.1. !ummaryHuawei #T e&ode+ is opliant with 3,PP $elease speifiations 2010!0 =ersion!

1.1.1.1. Bene'its

&one

1.1.1.1.10 6escrition

Huawei #T e&ode+ is opliant with 3,PP $elease speifiations 2010!0 =ersion!

Huawei is an ati=e partiipant and great ontri4utor to 3,PP speifiation de=elopent! This

high-le=el in=ol=eent ena4les Huawei to ati=ely ontri4ute" and losely follow 3,PP


Copyright © Huawei


3



e$%&'!0


standard de=elopent during Huawei produt de=elopent! #T e&ode+ supports 3,PP$elease speifiations 2010!0 =ersion" whih is the latest =ersion of #T standard!


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1.1.1.1.12 6eendency

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1.3 BF6400100 39## 10 !eci'ications


This feature is a=aila4le fro e$%&3!0!

1.1.1.1.1- !ummary

Huawei #T e&ode+ is opliant with 3,PP $elease 10 speifiations!

1.1.1.1.15 Bene'its

&one

1.1.1.1.1$ 6escrition

Huawei #T e&ode+ is opliant with 3,PP $elease 10 speifiations 2011!03 =ersion!

Huawei is an ati=e partiipant and great ontri4utor to 3,PP speifiation de=elopent! Thishigh-le=el in=ol=eent ena4les Huawei to ati=ely ontri4ute" and losely follow 3,PP

standard de=elopent during Huawei produt de=elopent! #T e&ode+ supports 3,PP

$elease 10 speifiations 2011!03 =ersion!


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1.1.1.1.1 6eendency &one

1.- BF64001002 F66 mode




Copyright © Huawei




e$%&'!0


1.1.1.1.20 !ummary

Huawei #T supports the re>ueny *i=ision *uple@ (**) ode !

1.1.1.1.21 Bene'its &one


The 3,PP speifiations support the ** ode! In ** ode" separate fre>ueny 4ands are

used for the uplin; and the downlin;!


&one

1.1.1.1.2- 6eendency

The related networ; eleents (&s) should support ** ode!

1.5 BF64001003 !ca"ab"e Band&idt)



1.1.1.1.2$ !ummary

Huawei #T e$%&1!0 supports the 4andwidths of 5HD" 10 5HD" 1 5HD" and 20 5HD!

Huawei #T e$%&2!0 supports two new 4andwidths of 1! 5HD and 3 5HD to e@tend therange of 4andwidth support for the #T tehnology! 5iro e&ode+ does not support 1! 5HD

and 3 5HD 4andwidth!

1.1.1.1.27 Bene'its

#arger 4andwidth produes higher throughput and 4etter user e@periene!

le@i4le 4andwidth onfiguration helps operators use fre>ueny 4ands!

+esides the e@isting 4andwidths supported 4y e$%&1!0" the introdution of 1! 5HD

and 3 5HD 4andwidths ena4les the fle@i4ility for operators to alloate saller 4andwidth

less than 5HD" thus sa=ing radio resoures! This is not applia4le to 5iro e&ode+!


Huawei #T e$%&2!0 supports the hannel 4andwidths fro 1! 5HD to 20 5HD" inluding

1! 5HD" 3 5HD" 5HD" 10 5HD" 1 5HD" and 20 5HD! The 4andwidth an 4e onfigured 4y the software!


Huawei #T e$%&1!0 supports the 4andwidths of 5HD" 10 5HD" 1 5HD" and 20 5HD!


Copyright © Huawei




e$%&'!0


Huawei #T e$%&2!0 supports two new 4andwidths of 1! 5HD and 3 5HD!


8s should support the sae 4andwidth as the e&ode+!

1.$ BF6400100- C# "engt)

1.$.1 BF6400100-01 :orma" C#



1.1.1.1.32 !ummary

In an A*5 sy4ol" the Cyli Prefi@ (CP) is a tie-doain repliation of the end of the

sy4ol and is appended to the 4eginning of the sy4ol! It pro=ides the guard inter=al in the

A*5 to derease the inter-sy4ol interferene due to the ultipath delay!

1.1.1.1.33 Bene'its

The CP is used to derease the inter-sy4ol interferene due to the ultipath delay!

1.1.1.1.3- 6escrition

The CP is the guard inter=al used in the A*5 to derease the interferene due to theultipath delay!

There are two CP lengths defined in 3,PP speifiations6 noral CP and e@tended CP!

In the ase of 1 ;HD su4arrier spaing" the noral CP orresponds to se=en A*5 sy4ols

per slot in the downlin; and se=en .C-*5% sy4ols per slot in the uplin;! The noral CPlength (tie) is alulated as follows6

In the downlin;

&oral CP6 TCP E 1'0 @ Ts (A*5 sy4ol F0)" TCP E 1 @ Ts (A*5 sy4ol F1 to F')

In the uplin;

&oral CP6 TCP E 1'0 @ Ts (.C-*5% sy4ol F0)" TCP E 1 @ Ts (.C-*5% sy4ol F1to F')

?here" Ts E 1 7 (20 @ *f)" *f E 1 ;HD


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1.1.1.1.3$ 6eendency

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Copyright © Huawei


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e$%&'!0


1.7 BF64001005 Modu"ation; 6 8#!<=6 1$8AM= 6 $-8AM



1.1.1.1.3 !ummary

This feature shows the different odulation shees supported 4y the 8 and e&ode+!

1.1.1.1.3 Bene'its

This feature pro=ides a wide range of odulation shees to 4e hosen 4ased on the hannelondition! Higher-order odulation shees" suh as *# '9%5" an 4e used under

e@ellent hannel onditions to ahie=e higher data rates" whih ipro=es the systethroughput and spetru effiieny!

1.1.1.1.-0 6escrition

This feature pro=ides a wide range of odulation shees that an 4e used 4y 4oth the

e&ode+ and the 8 in uplin; and downlin;!

The following odulation shees are supported6

8plin;7downlin; 9uadrature Phase .hift :eying (9P.:)

8plin;7downlin; 1' 9uadrature %plitude 5odulation (1'9%5)

*ownlin; '9%5

The harateristis are as follows6

9P.: allows up to two inforation 4its odulated per sy4ol due to four different

neigh4oring alternati=es!

1'9%5 allows up to four inforation 4its odulated per sy4ol due to 1' different


'9%5 allows up to si@ inforation 4its odulated per sy4ol due to ' different


This feature allows the e&ode+ and 8 to hoose an optial odulation shee 4ased on the

urrent hannel ondition to ahie=e the 4est tradeoff 4etween the user data rate and the frae

error rate ($) during transission!

% ore fa=ora4le hannel ondition is re>uired to support a higher-order odulation shee!

or e@aple" when a 8 is in a poor radio en=ironent" it ay use a low-order 9P.:

odulation shee for uplin; transission to eet the re>uireent of the all >uality! ?hena 8 is in an e@ellent radio en=ironent" it an use a high-order 9%5 odulation (suh as

1'9%5) shee for uplin; transission to ahie=e high 4it rates!

1.1.1.1.-1 (n)ancement

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Copyright © Huawei


/



e$%&'!0


1.1.1.1.-2 6eendency

This feature relies on the support fro 4oth the e&ode+ and 8s! or e@aple" if an e&ode+supports '9%5 in the downlin; 4ut a 8 does not support the shee" then the e&ode+

annot use '9%5 for downlin; transission to the 8!

1. BF6400100$ AMC

1.1.1.1.-3 Avai"abi"ity


1.1.1.1.-- !ummary

The %dapti=e 5odulation and Coding (%5C) funtion allows an e&ode+ to adapti=ely selet

the optial 5odulation and Coding .hee (5C.) aording to the hannel ondition! This

ipro=es the spetru effiieny after the syste resoure and transitting power are fi@ed!

Therefore" the throughput an 4e a@iiDed and the 9uality of .er=ie (9o.) re>uireentsan 4e et!

1.1.1.1.-5 Bene'its

The %5C pro=ides the following 4enefits6

5a@iiDes the syste throughput 4y seleting the optial 5C.!

5eets the 9o. re>uireent (suh as the pa;et loss rate) 4y seleting the optial 5C.

to ahie=e the 4est tradeoff 4etween data rate and 4lo; error rate!

1.1.1.1.-$ 6escrition

The %5C funtion allows an e&ode+ to adapti=ely selet the optial 5C. aording to the

hannel inforation! This ipro=es the spetru effiieny after the syste resoure and

transitting power are fi@ed! Therefore" the throughput an 4e a@iiDed and the 9o.re>uireents an 4e et!

In the uplin;" the initial 5C. an 4e seleted on the 4asis of the .ignal to Interferene plus &oise $atio (.I&$) of the uplin; $eferene .ignal ($.) easured 4y the e&ode+! It an also

4e adGusted on the 4asis of whether the uplin; transission in=ol=es ontrol signals! &ote that

ontrol signals ight re>uire a lower-order 5C. for ensuring a relia4le transission!

In the downlin;" the e&ode+ first selets the 5C. for eah 8 4ased on the C9I reported

fro the 8 and assigned power for the 8! Then" the e&ode+ an adGust the C9I to ipat

5C. 4ased on the +#$" in order to a@iiDe the usage of the radio resoures!


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1.1.1.1.- 6eendency

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e$%&'!0


1. BF64002001 ogica" C)anne" Management

1.1.1.1.- Avai"abi"ity


1.1.1.1.50 !ummary

The logial hannels are pro=ided 4etween the 5ediu %ess Control (5%C) layer and the

$adio #in; Control ($#C) layer! ah logial hannel type is defined aording to the type ofthe transitted data! They are generally lassified into two types6 ontrol hannels and traffi

hannels!

In Huawei #T e&ode+" all logial hannels are supported e@ept those related to the e=ol=ed5ultiedia +roadast 5ultiast .er=ie (e5+5.) funtionality!

1.1.1.1.51 Bene'itsThe logial hannels are responsi4le for what type of inforation is transferred!


The logial hannels are pro=ided 4etween the 5%C layer and the $#C layer! They are

responsi4le for what is transported! They are generally lassified into two types6

Control hannels6 for transitting the ontrol plane inforation

Traffi hannels6 for transitting the user plane inforation

Control hannels inlude6

+roadast Control Channel (+CCH)

Paging Control Channel (PCCH)

Coon Control Channel (CCCH)

5ultiast Control Channel (5CCH)

*ediated Control Channel (*CCH)

Traffi hannels inlude6

*ediated Traffi Channel (*TCH)

5ultiast Traffi Channel (5TCH)

In Huawei #T e&ode+" all logial hannels are supported e@ept those related to the

e5+5. funtionality" suh as 5CCH and 5TCH!


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Copyright © Huawei




e$%&'!0


1.10 BF64002002 Transort C)anne"Management



1.1.1.1.5$ !ummary

Transport hannels that are pro=ided 4etween the 5%C layer and the physial layer" are

defined aording to the type of transitted data and the ethod of data transission o=er the

radio interfae! They are used to offer the inforation a4out transission ser=ies for the5%C and higher layers! In Huawei #T e&ode+" all transport hannels e@ept those related

to the e5+5. funtionality are supported!

1.1.1.1.57 Bene'its

The transport hannels are responsi4le for what type of data is transitted and how the data istransitted!


The transport hannels are pro=ided 4etween the 5%C layer and the physial layer! They areresponsi4le for what type of data is transitted and how the data is transitted o=er the radio

interfae!

*ownlin; transport hannels are lassified into the following types6

+roadast Channel (+CH)

*ownlin; .hared Channel (*#-.CH)

Paging Channel (PCH)

5ultiast Channel (5CH)

8plin; transport hannels are lassified into the following types6

8plin; .hared Channel (8#-.CH)

$ando %ess Channel ($%CH)

In Huawei #T e&ode+" all transport hannels are supported e@ept those related to the

e5+5. funtionality" suh as 5CH!


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1.1.1.1.$0 6eendency

&one


Copyright © Huawei


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e$%&'!0


1.11 BF64002003 #)ysica" C)anne"Management

1.1.1.1.$1 Avai"abi"ity


1.1.1.1.$2 !ummary

The physial layer is responsi4le for oding" physial-layer hy4rid-%$9 proessing"

odulation" ulti-antenna proessing" and apping fro the signal to the appropriate

physial tie-fre>ueny resoures! +ased on the apping" a transport hannel at the higherlayer an ser=e one or se=eral physial hannels at the physial layer!

In Huawei #T e&ode+" all physial hannels are supported e@ept those related to thee5+5. funtionality" suh as P5CH!

1.1.1.1.$3 Bene'its

ah physial hannel pro=ides a set of resoure 4lo;s for inforation transission!

1.1.1.1.$- 6escrition

ah physial hannel orresponds to a set of resoure eleents arrying the inforation

fro higher layers!

*ownlin; physial hannels are lassified into the following types6

Physial +roadast Channel (P+CH) Physial Control orat Indiator Channel (PCICH)

Physial *ownlin; Control Channel (P*CCH)

Physial Hy4rid %$9 Indiator Channel (PHICH)

Physial *ownlin; .hared Channel (P*.CH)

Physial 5ultiast Channel (P5CH)

8plin; physial hannels are lassified into the following types6

Physial 8plin; Control Channel (P8CCH)

Physial 8plin; .hared Channel (P8.CH)

Physial $ando %ess Channel (P$%CH)

In Huawei #T e&ode+" all physial hannels are supported e@ept those related to the

e5+5. funtionality" suh as P5CH!

1.1.1.1.$5 (n)ancement

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1.1.1.1.$$ 6eendency

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e$%&'!0


1.12 BF6400200- /ntegrity #rotection

1.1.1.1.$7 Avai"abi"ity


1.1.1.1.$ !ummary

The feature offers the integrity protetion for signaling data! It ena4les the reei=ing entity

(either 8 or e&ode+) to he; whether the signaling data has 4een illegally odified! Itenrypts or derypts the signaling data 4y using a ertain integrity algorith through an $$C

essage!

1.1.1.1.$ Bene'its

The integrity protetion proedure pre=ents the signaling data fro illegal odifiation!


#T offers the integrity protetion for $$C signaling essages at the P*CP layer! The sender

alulates a essage authentiation ode 5%C-I 4ased on the $$C essage and soe paraeters (suh as the ;ey" 4earer I*" diretion" and ount) 4y using an integrity algorith"

and then send the ode to the reei=er together with the essage! The reei=er realulates the

ode and opares it with the ode in the essage! If the two odes are inonsistent" the

reei=er ;nows that the essage has 4een odified illegally!

The e&ode+ deides whih integrity algorith to use and infors eah 8 of it through an

$$C essage!


In addition to the %." Huawei e$%&2!0 also supports integrity algorith .&A?3,!

In e$%&'!0" e&ode+ also supports integrity algorith J8C!


The 8 should support the sae integrity algorith as the e&ode+!

1.13 BF64002005 6 Async)ronous >A8



1.1.1.1.7- !ummary

The Hy4rid %utoati $epeat $e>uest (H%$9) pro=ides ro4ustness against transission

errors! It is also a ehanis for apaity enhaneent! %s H%$9 retransissions are fast"any ser=ies allow one or ultiple ties of retransissions" there4y foring an ipliit

(losed loop) rate-ontrol ehanis! %n asynhronous protool is the 4asis for downlin;H%$9 operation! Hene" downlin; retransissions ay our at any tie after the initial


Copyright © Huawei


12



e$%&'!0


transission" and an e@pliit H%$9 proess nu4er is used to indiate the H%$9 proess!

1.1.1.1.75 Bene'its

*# H%$9 funtionality is a fast retransission protool to ensure suessful data

transission fro the e&ode+ to a 8 at the physial layer and 5%C layer! % 8 an re>uestfor retransissions of data that was inorretly deoded through an &%C: essage and soft-

o4ine the retransitted data with the pre=iously reei=ed data to ipro=e the deoding

perforane!

This feature helps ipro=e user throughput and redue transission lateny in the downlin;!


The H%$9 is a lin; enhaneent tehni>ue o4ining orward rror Corretion (C) and%$9 tehnologies! Copared with the %$9" the H%$9 an pro=ide faster and ore effiient

retransissions with lower transission lateny! In the downlin;" if the data reei=ed 4y the

8 is deoded orretly 4y the C and passes the Cyli $edundany Che; (C$C)" the 8will send an %C: essage to infor the e&ode+ that the data was reei=ed orretly!

Atherwise" the 8 will send a &%C: essage to the e&ode+ to re>uest for data

retransission!

*ownlin; H%$9 is an asynhronous adapti=e transission proess" whih eans that the

sheduler of the H%$9 transission is not predeterined to the 8! In addition" the *#

H%$9 inforation" suh as the loation of the alloated resoure 4lo;s and 5C.s" ay 4edifferent fro that of the pre=ious transissions!

In #T speifiations" the *# H%$9 shee is 4ased on an Inreental $edundany (I$)algorith! %fter the retransitted data is reei=ed" the H%$9 proess in the 8 will soft-

o4ine the retransitted data with the pre=iously 4uffered ontent and then forward the

o4ined data to the C for deoding! The soft-o4ined data will help inrease the pro4a4ility of suessful C deoding" thus inreasing the data reeption suess rate!

In #T speifiations" ultiple downlin; H%$9 proesses are adopted to fully utiliDe syste

resoures! It greatly ipro=es the syste throughput and redues the lateny" 4ut it re>uiresore 4uffer spae and signaling o=erhead!


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1.1.1.1.7 6eendency

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1.1- BF6400200$ !ync)ronous >A8




Copyright © Huawei


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e$%&'!0


1.1.1.1.0 !ummary

Copared with the downlin; H%$9" uplin; retransission is 4ased on a synhroniDation protool! It ours at a predefined tie after the initial transission and the nu4er of

retransissions an 4e ipliitly deri=ed!

1.1.1.1.1 Bene'its

The 8# H%$9 funtionality is a fast retransission protool to ensure suessful data

transission fro the 8 to the e&ode+ at the physial layer and 5%C layer! %n e&ode+

an re>uest for retransissions of data that is inorretly deoded and soft-o4ine theretransitted data with the pre=iously reei=ed data to ipro=e the deoding perforane!

This feature helps ipro=e the user throughput and redue transission lateny in the uplin;!


The H%$9 is a lin; enhaneent tehni>ue o4ining C and %$9 tehnologies!Copared with the %$9" the H%$9 an pro=ide faster and ore effiient retransissions

with lower transission lateny! In the uplin;" if the data reei=ed 4y the e&ode+ is deodedorretly 4y the C and passes the C$C he;" the e&ode+ will send an %C: essage o=er

the PHICH to infor the 8 that the data was reei=ed orretly! Atherwise" the e&ode+ will

send an &%C: essage to the 8 to re>uest for data retransission!

In e$%&1!0" 8plin; H%$9 is a synhroniDation non-adapti=e transission proess" whih

eans that H%$9 transission 4lo;s are predeterined for transission and retransission!

In addition" the 8# H%$9 inforation" suh as the loation of the alloated resoure 4lo;sand 5C.s" is predeterined 4y the e&ode+!

In e$%&2!0" Huawei supports a synhronous adapti=e 8# H%$9 transission! ?hile

retransitting" the alloated resoure 4lo;" oding and odulation shee ay 4e hangedaording to the hannel >uality! +ut the retransission transport 4lo; siDe reains the sae

as the first transission!

In #T speifiations" 8# H%$9 shee is 4ased on an I$ algorith! %fter the retransitted

data is reei=ed" H%$9 proess in the e&ode+ will soft-o4ine the retransitted data with

the pre=iously 4uffered ontent and forward the o4ined data to the C for deoding! Thesoft-o4ined data will help inrease the pro4a4ility of suessful C deoding" thus

inreasing the data reeption suess rate!

In #T speifiations" ultiple uplin; H%$9 proesses are adopted to fully utiliDe syste

resoures! It greatly ipro=es the syste throughput and redues the lateny" 4ut it re>uires

ore 4uffer spae and signaling o=erhead!


In e$%&2!0" Huawei supports a synhronous adapti=e 8# H%$9 transission! ?hile in

e$%&1!0" 8plin; H%$9 is a synhroniDation non-adapti=e transission proess!

1.1.1.1.- 6eendency

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1



e$%&'!0


1.15 BF64002007 C ConnectionManagement



1.1.1.1.$ !ummary

$$C onnetion is the layer 3 onnetion 4etween the 8 and e&ode+! The $$C onnetion

anageent ais to anage the layer 3 onnetion" inluding esta4lishent" aintenane"

and release of the onnetion!

1.1.1.1.7 Bene'its

The $$C onnetion anageent is essential fro the 8 to -8T$%&" and ser=es allser=ie proedures and &%. proedures!

1.1.1.1. 6escrition

$$C onnetion anageent in=ol=es $$C onnetion esta4lishent" $$C onnetion

reonfiguration" $$C onnetion re-esta4lishent" and $$C onnetion release!

$$C onnetion esta4lishent6 This proedure is perfored to esta4lish an $$C

onnetion! $$C onnetion esta4lishent in=ol=es .ignaling $adio +earer 1 (.$+1)

esta4lishent! The proedure is also used to transit the initial &%. dediatedinforation or essages fro the 8 to the -8T$%&!

$$C onnetion reonfiguration6 This proedure is perfored to odify an $$Connetion" for e@aple" to esta4lish" odify" or release radio 4earers" to perfor

hando=ers" and to onfigure or odify easureents! %s a part of the proedure" &%.

dediated inforation ay 4e transitted fro the -8T$%& to the 8!

$$C onnetion re-esta4lishent6 This proedure is perfored to re-esta4lish an $$Connetion after a hando=er failure or radio lin; failure! $$C onnetion re-

esta4lishent in=ol=es the restoration of .$+1 operation and the re-ati=ation of

seurity! % 8 in $$CKCA&&CT* ode" for whih seurity has 4een ati=ated" ayinitiate the proedure in order to ontinue the $$C onnetion! The onnetion re-

esta4lishent will sueed only if the ell has a =alid 8 onte@t!

$$C onnetion release6 This proedure is perfored to release an $$C onnetion!

$$C onnetion release in=ol=es the release of the esta4lished radio 4earers and the

release of all radio resoures!

1.1.1.1. (n)ancement

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1.1.1.1.0 6eendency

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e$%&'!0


1.1$ BF6400200 adio Bearer Management



1.1.1.1.2 !ummary

$adio 4earer anageent ais to anage .$+2 and *ata $adio +earer (*$+)! The radio

4earer anageent inludes the esta4lishent" aintenane" and release of radio 4earers!

1.1.1.1.3 Bene'its

This feature pro=ides onfiguration funtion of radio resoures!

1.1.1.1.- 6escrition$adio 4earer anageent in=ol=es the esta4lishent" aintenane" and release of radio

4earers" as well as the onfiguration of assoiated radio resoures" for e@aple P*CP" $#C"

logial hannel" *$<"C9I" power headroo report (PH$)" and physial layer onfiguration!

The radio 4earer anageent is ipleented during the $$C onnetion reonfiguration proedure!


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1.1.1.1.$ 6eendency &one

1.17 BF6400200 Broadcast o' systemin'ormation



1.1.1.1. !ummary

.yste inforation (.I) inludes6

+asi inforation for a 8 to aess the -8T$%&" suh as 4asi radio and hannel

paraeters

Inforation a4out ell seletion and reseletion paraeters used 4y the 8 in

$$CKI*# ode

Inforation a4out neigh4oring ells

Iportant essages that should 4e send to eah 8" suh as earth>ua;e warning

inforation


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The .I 4roadasted o=er the +CCH an 4e read without setting an $$C onnetion" and it an 4e read 4y the 8 in $$CKI*# ode and $$CKCA&&CT* ode! .I ay also 4e

pro=ided to the 8 4y eans of dediated signaling" for e@aple" in the ase of hando=er!

1.1.1.1. Bene'itsThis feature is the 4asis for the 8 to aess the -8T$%&!


.I is lassified into the 5asterInforation+lo; (5I+) and a nu4er of

.ysteInforation+lo;s (.I+s)6

5asterInforation+lo; defines the inforation a4out the ost essential physial layers

of the ell re>uired for reei=ing further syste inforationL

.ysteInforation+lo;Type1 ontains the inforation for he;ing whether a 8 isallowed to aess a ell and for defining the sheduling of other syste inforation

4lo;sL

.ysteInforation+lo;Type2 ontains the inforation a4out oon and shared

hannelsL

.ysteInforation+lo;Type3 ontains ell re-seletion inforation" ainly related tothe ser=ing ellL

.ysteInforation+lo;Type ontains the inforation a4out the ser=ing fre>ueny andintra-fre>ueny neigh4oring ells related to ell re-seletion (inluding oon ell re-

seletion paraeters for a fre>ueny and ell-speifi re-seletion paraeters)L

.ysteInforation+lo;Type ontains the inforation a4out other -8T$%

fre>uenies and inter-fre>ueny neigh4oring ells related to ell re-seletion (inludingoon ell re-seletion paraeters for a fre>ueny and ell-speifi re-seletion

paraeters)L

.ysteInforation+lo;Type' ontains the inforation a4out 8T$% fre>uenies and

8T$% neigh4oring ells related to ell re-seletion (inluding oon ell re-seletion

paraeters for a fre>ueny and ell-speifi re-seletion paraeters)L

.ysteInforation+lo;Type/ ontains the inforation a4out ,$%& fre>ueniesrelated to ell re-seletion (inluding ell re-seletion paraeters for eah fre>ueny)L

.ysteInforation+lo;Type ontains the inforation a4out C*5%2000 fre>uenies

and C*5%2000 neigh4oring ells related to ell re-seletion (inluding oon ell re-

seletion paraeters for a fre>ueny and ell-speifi re-seletion paraeters)L

.ysteInforation+lo;Type ontains a hoe e&ode+ identifier (H&+I*)L

.ysteInforation+lo;Type10 ontains an T?. priary notifiationL .ysteInforation+lo;Type11 ontains an T?. seondary notifiation!

The paging essage is used to infor the 8s in $$CKI*# and the 8s in

$$CKCA&&CT* of the hange of the syste inforation!

Huawei e&ode+ supports 5I+" .I+1" .I+2" .I+3" .I+" .I+" .I+'" .I+/" .I+" .I+10 and

.I+11!

1.1.1.1.101 (n)ancement

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1.1.1.1.102 6eendency

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1.1 BF64002010 andom Access #rocedure



1.1.1.1.10- !ummary

$ando aess is the essential funtion of #T syste" whih allows a 8 to ahie=e the

uplin; synhroniDation and to re>uest for a onnetion setup! It is perfored for the followingfi=e e=ents6

Initial aess fro $$CKI*#

$$C Connetion $e-esta4lishent proedure

Hando=er

*# data arri=al during $$CKCA&&CT* and 8 is out-of-syn with e&ode+ in

uplin;

8# data arri=al during $$CKCA&&CT* and 8 is out-of-syn with e&ode+ inuplin;

1.1.1.1.105 Bene'its

This feature is the 4asis for the 8 to aess the -8T$%&!


The rando aess proedure ena4les the 8 to esta4lish uplin; tiing synhroniDation and

to re>uest for setup of a onnetion to an e&ode+!

The proedure an 4e either ontention-4ased (applia4le to all the preeding fi=e e=ents) or

non-ontention-4ased (applia4le to only hando=er and *# data arri=al)! &oral *#78#

transission ay our after the rando aess proedure!

Huawei e&ode+ supports the two types of rando aess proedures! In addition" Huawei

e&ode+ supports rando aess prea4le forats 0M3 and P$%CH onfigurations 0M'3 (T.3'!211)!

1.1.1.1.107 (n)ancement

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1.1 BF64002011 #aging



1.1.1.1.110 !ummary

The purpose of paging is to transit paging inforation to a 8 in $$CKI*# ode" and7or

to infor 8s in $$CKI*# and 8s in $$CKCA&&CT* ode of a syste inforationhange!

1.1.1.1.111 Bene'its

This feature is used to page a 8 or infor 8s of syste inforation hange!


-8T$%& initiates the paging proedure 4y transitting the paging essage" whih an 4e

sent 4y the 55 or e&ode+!

?hen an e&ode+ reei=es a paging essage fro an 55 o=er the .1 interfae" the e&ode+

shall perfor paging of the 8 in ells whih 4elong to tra;ing areas indiated in the N#ist

of T%IsN Inforation leent (I) in the paging essage!

?hen the syste inforation hanges" the e&ode+ should infor all 8s in the ell through

paging" and should guarantee that e=ery 8 an reei=e the paging essage" that is" thee&ode+ should send the paging essage on eah possi4le paging oasion throughout a *$<

yle! .upport for 8 disontinuous reeption ust 4e 4roadasted to the entire ell o=erage

area and apped to physial resoures!

1.1.1.1.113 (n)ancement

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1.1.1.1.11- 6eendency

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1.20 BF64002012 Ce"" Access adius u to15+m



1.1.1.1.11$ !ummary

To ipro=e wireless networ; o=erage" 3,PP T. 3'!211 has defined four types of prea4le

forats (0" 1" 2" 3) for frae struture type 1" aong whih the 4asi forat 0 orresponds to

1 ; of ell aess radius!


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1.1.1.1.117 Bene'its

This feature is used in sall ell senarios!

1.1.1.1.11 6escritionThis feature pro=ides operator with support of 1; ell radius! %ording to 3,PP T.

3'!211" four types of prea4le forat (0" 1" 2" 3) for P$%CH are defined to support different=alues of ell aess radius" as shown in Ta4le 1-1!

Figure 1.1 Prea4le forats and ell aess radius

Prea4le orat Cell %ess $adius

0 %4out 1 ;

1 %4out /0 ;

2 %4out 30 ;

3 %4out 100 ;

or forat 0" the supported ell aess radius is a4out 1 ;" whih is used in sall ellsenarios" and onsidered as 4asi ell radius! or forat 3" the supported ell aess radius is

a4out 100 ;" whih is used in large ell senarios to enhane the syste o=erage!

1.1.1.1.11 (n)ancement &one

1.1.1.1.120 6eendency

This feature is only applia4le to 5aro e&ode+ (.tarting fro e$%&2!2" 5iro e&ode+ issupported! 5aro e&ode+ refers to the traditional e&ode+ with wide o=erage li;e

+T.3007+T.300%7+T.300#7*+.300)!

1.21 BF64002023 Admission Contro"



1.1.1.1.122 !ummary

%dission ontrol funtion ensures the syste sta4ility and guarantees the 9o. perforane 4y ontrolling the esta4lishent of the onnetions within the a@iu resoure utiliDation

while satisfying the 9o. re>uireents!


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1.1.1.1.123 Bene'its

%dission ontrol funtion pro=ides the following 4enefits6

$eduing the ris; of ell insta4ility 4y ontrolling the nu4er of aditted alls

%hie=ing an optial tradeoff 4etween a@iiDing resoure utiliDation and ensuring9o." 4y a=oiding ongestion and he;ing 9o. satisfation


%dission ontrol is a ell-4ased operation applied to 4oth uplin; and downlin;! It is one of

the ;ey $adio $esoure 5anageent ($$5) funtions! %dission ontrol is perfored whenthere are new inoing alls or inoing hando=er attepts! In Huawei adission ontrol

solution" syste resoure liitation and 9o. satisfation ratio are the ain onsiderations for

adission ontrol!

?hen a new inoing all or inoing hando=er re>uest arri=es" adission ontrol is first to

he; the syste resoure liitation (inluding hardware resoure usage" and systeo=erload indiation)! If any of the resoures is found to 4e liited" the new ser=ie re>uestwill 4e reGeted!

If the resoure liitation he;ing passes" for &on-,+$ ser=ie it will 4e aditted and forthe ,+$ ser=ie it will he; the 9o. satisfation ratio The 9o. satisfation ratio is

e=aluated 4ased on the 9o. Class Identifier (9CI)! If the 9o. satisfation ratio for the

e=aluated 9o. lass is 4etter than a predefined adission threshold" the all re>uest would 4e

aeptedL otherwise" it will 4e reGeted!

&ote that an inoing hando=er re>uest has a higher priority than a new inoing all

re>uest" 4eause adission ontrol gi=es a preferene to an e@isting all (hando=er re>uest)o=er a new all!

The %lloation7$etention Priority (%$P) an 4e used to lassify ,old" .il=er" and +ronDeategories with different adission ontrol thresholds! %$P is an attri4ute of ser=ies and is

inherited fro =ol=ed Pa;et Core (PC)!

1.1.1.1.125 (n)ancement

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1.1.1.1.12$ 6eendency

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1.22 BF6400202- Congestion Contro"



1.1.1.1.12 !ummary

The ongestion ontrol feature is used to adGust the syste loading when the syste is in

ongestion or the 9o. annot 4e et!


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The ain goal of ongestion ontrol feature is to guarantee the 9o. for the aditted ser=ieswhile ahie=ing the a@iu radio resoure utiliDation!

1.1.1.1.12 Bene'its

The ongestion ontrol feature pro=ides the following 4enefits6

Pre=ent syste fro 4eing unsta4le due to o=erloadL

,uarantee 9o. satisfation rate of ser=ies in the syste 4y effeti=ely redue the syste

loadingL


This feature is ritial to aintain the syste sta4ility and deli=er aepta4le 9uality of

.er=ie (9o.) when the syste is in ongestion!

In e&ode+" ongestion ontrol is pro=ided in whih a ethod are introdued6

The ethod is to release low-priority ser=ies to alle=iate the o=erloaded syste" where the

priority is deterined 4ased on the %$P assigned to the ser=ie!

1.1.1.1.131 (n)ancement

.iDe redution on ,+$ ser=ie is not aepted 4y ost operators and is not reoended

aording to 3,PP! untion of siDe redution on ,+$ ser=ie is reo=ed when ell is in

ongestion!

1.1.1.1.132 6eendency

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1.23 BF64002025 Basic !c)edu"ing



1.1.1.1.13- !ummary

The 4asi sheduling feature pro=ides three oon sheduling algoriths (5%< C7I and$$ and P)! The operator an selet either algorith!

1.1.1.1.135 Bene'its

This feature pro=ides the fle@i4ility for the operator to selet the sheduling algorith"

onsidering the syste apaity and fairness aong the users!


.heduling algorith ena4les the syste to deide the resoure alloation for eah 8 duringeah TTI! This feature pro=ides different sheduling algoriths" onsidering the tradeoff

4etween syste apaity and fairness aong the users!


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There are three sheduling algoriths pro=ided and the operator an deide whih algorithto ta;e!

5%< C7I

$ound $o4in

P (proportional fair)

?ith 5%< C7I" users are sheduled 4ased on their radio hannel >uality! The radio hannel

>uality is the only fator to 4e onsidered in this algorith and therefore" the fairness aongusers annot 4e guaranteed!

?ith $ound $o4in" users are sheduled on turn and neglets of their radio >uality! .o all the

users ha=e the sae hane to get the resoure and the fairness aong uses is guaranteed! +utthe syste apaity is lowest aong three sheduling algorith!

?ith P" users are sheduled aording to the =alue of $7r" where $ is the a@iu data rateorresponding to the hannel >uality" and r is the a=erage data rate of the user! The P

sheduler" 4ased on the radio hannel >uality of an indi=idual user" pro=ides the user with an

a=erage throughput proportional to its a=erage hannel >uality! This algorith is typiallyused 4y a wireless syste to ahie=e a oderate ell apaity while to ensure fairness aong

users!

1.1.1.1.137 (n)ancement

$ound $o4in is added in this feature fro e$%& 2!0!


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1.2- BF6400202$ "in+ #o&er Contro"



1.1.1.1.1-0 !ummary

8plin; power ontrol in #T syste is essential to the ontrol of the e&ode+ o=er the uplin;

transitting power of 8s! It also ontrols the interferene to the neigh4oring ells" toipro=e the syste throughput! 8plin; ontrol power applies to Physial 8plin; .hared

Channel (P8.CH)" Physial 8plin; Control Channel (P8CCH)" .ounding $eferene .ignal(.$.)" and Physial $ando %ess Channel (P$%CH)!

1.1.1.1.1-1 Bene'its

The uplin; power ontrol an redue the interferene 4etween neigh4oring ells 4y arefullyontrolling the transitting power of 8s 4y the e&ode+ and therefore" inrease the o=erall

throughput in an #T syste! The uplin; power ontrol an also ensure the >uality" suh as

the 4lo; error rate (+#$)" of ser=ie appliations! In addition" uplin; power ontrol an

redue the power onsuption of 8


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1.1.1.1.1-2 6escrition

8plin; power ontrol is one of the ost iportant features for an #T syste! +y ontrollingthe 8 transission power arefully" the interferene to the neigh4oring ells an 4e redued

and therefore the o=erall syste throughput is ipro=ed! The uplin; power ontrol inludes

the ehaniss of P8.CH power ontrol" P8CCH power ontrol" .$. power ontrol" andP$%CH power ontrol!

The P8.CH power ontrol inludes power adGustent for 4oth *ynai .heduling and

.ei-persistent sheduling!

or *ynai .heduling6

+ased on the differene 4etween the estiated transission power spetru density

(P.*) and P.*Target" the transitting power of the P8.CH is periodially adGusted

aording to the hannel en=ironent hange! If the estiated P.* is greater thanP.*Target" the e&ode+ sends a TPC oand" ordering a derease of the transitting

power! If the estiated P.* is saller than P.*Target" the e&ode+ sends a TPC

oand" ordering an inrease of the transitting power!

or .ei-persistent .heduling6

In .ei-persistent .heduling" 4ased on the differene 4etween the easured I+#$and I+#$Target" the transitting power of the P8.CH is periodially adGusted

aording to the hannel en=ironent hange! If the easured I+#$ is greater than

I+#$Target" the e&ode+ sends a TPC oand to the 8" ordering an inrease of thetransitting power! If the easured I+#$ is saller than I+#$Target" the e&ode+

sends a TPC oand to the 8" ordering a derease of the transitting power!

The P8.CH TPCs of ultiple BoIP users are sent to the 8s through *CI orat 373%!

+y doing so" signaling o=erheads o=er P*CCH are redued!

or P8CCH power ontrol6

+ased on the differene 4etween the easured .I&$ and .I&$Target" the transitting power of the P8CCH is periodially adGusted aording to the hannel en=ironent

hange! If the easured .I&$ is greater than .I&$Target" the e&ode+ sends a TPC

oand" ordering a derease of the transitting power! If the easured .I&$ issaller than .I&$Target" the e&ode+ sends a TPC oand" ordering an inrease of the

transitting power!

The uplin; .$. power ontrol also eploys the sae power ontrol ehanis as theP8.CH power ontrol with idential paraeter settings! &ote that the initial power is

alulated in the sae way as P8.CH" e@ept that a power offset onfigured 4y $$C is

added!

or the P$%CH power ontrol" the 8 will alulate the transitting power for the initial

$ando %ess ($%) prea4le 4y estiating the downlin; path loss and 4ased on theaforeentioned e@peted reei=ed power fro 8 at e&ode+ o4tained 4y onitoring the

4roadast hannel! If the $% prea4le attept fails (e!g! no $% prea4le response for the

e&ode+)" the 8 an inrease the transitting power for the ne@t $% prea4le attept

aording to the settings onfigured 4y the $$C layer!

1.1.1.1.1-3 (n)ancement

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1.1.1.1.1-- 6eendency

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1.25 BF6400201$ 6ynamic 6o&n"in+ #o&erA""ocation

1.1.1.1.1-5 Avai"abi"ity


1.1.1.1.1-$ !ummary

*ynai *ownlin; Power %lloation allows an e&ode+ to dynaially set the transitting

power at downlin; hannels to redue power onsuption while aintaining the >uality ofradio lin;s! It pro=ides fle@i4le power alloation for downlin; hannels 4ased on the userOs

hannel >uality and aintains aepta4le >uality of the downlin; onnetions!

1.1.1.1.1-7 Bene'its

This feature allows fle@i4le power alloation for downlin; hannels 4ased on the userOs

hannel >uality and aintains aepta4le >uality of the downlin; onnetions! Therefore" itan ipro=e the edge user throughput and transission power usage!


The #T downlin; power alloation onsists of se=eral parts orresponding to different typesof downlin; hannels" suh as Physial *ownlin; .hared Channel (P*.CH)" Physial

*ownlin; Control Channel (P*CCH)" Physial H%$9 Indiator Channel (PHICH)" Physial

+roadast Channel (P+CH)" and Physial Control orat Indiator Channel (PCICH)!

% i@ed power setting is perfored for the ell-speifi referene signal" synhroniDation

signal" P+CH" PCICH" and hannels arrying oon inforation of the ell suh as

P*CCH and P*.CHL sine the transitting power of those signals and hannels areneeded to ensure the downlin; o=erage of the ell!

.I&$$. estiation is 4ased on the C9I report! +ased on the differene 4etween the

estiated .I&$$. and .I&$Target" the transitting power of the PHICH is periodially

adGusted aording to the path loss and shading! If .I&$$. is saller than .I&$Target"

the transitting power is inreased! Atherwise" the transitting power is dereased!） In dynai sheduling" the power of the P*.CH is deterined 4y P%" and the power

is adGusted 4y updating P%! ?hen the e&ode+ reei=es a reported C9I fro the 8"

it opares it with that reported in the pre=ious tie! If there is a great differene 4etween the two C9I =alues" the power adGustent is perfored" and a proess of re-

alulating the P% for the 8 is started!

In sei-stati sheduling" 4ased on the differene 4etween the easured I+#$ of

BoIP pa;ets and I+#$Target" the transitting power of the P*.CH is periodiallyadGusted to eet I+#$Target re>uireents! If the easured I+#$ is saller than

I+#$Target" the transitting power is dereased! Atherwise" the transitting power

is inreased. The transit power for the P*CCH is periodially adGusted aording to

the *T<! If the *T< annot eet syste deand" transit power is inreased!


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1.1.1.1.1- (n)ancement

In e$%&1!0" P*.CH and P*CCH support dynai power ontrol!

In e$%&2!0" P*.CH and P*CCH dynai power ontrol ha=e 4een optiiDed!

1.1.1.1.150 6eendency

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1.2$ BF64002017 6?



1.1.1.1.152 !ummary

In $$CKCA&&CT* status" 8 wor;ing on *$< (*isontinuous $eeption) ode

swithes the reei=er on and off alternately aording to the onfiguration of e&ode+ toontinue or suspend the reei=ing of data and signals fro networ;!

1.1.1.1.153 Bene'its

This feature is ainly used to redue the power onsuption of 8s!!

1.1.1.1.15- 6escritionTo support the feature" 8 should 4e onfigured 4y $$C with *$< funtionality that allows

it to disontinuously onitor P*CCH on speifi su4-fraes!

There are two states in *$< ode" whih are ati=e state and sleep state naely *$< state!

*uring the ati=e tie" 8 onitor P*CCH for the possi4le downlin; transission fro

networ;!

.withing 4etween two of the *$< states is not only related with se=eral tiers" whih are

An *uration tier" *$< Inati=ity tier and *$< $etransission tier 4ut also relatedwith other soe speial situation suh as that H%$9 4uffer is not epty" and 8 is in $%

response proess!

*$< ay also 4e used for C,I easureent in %&$!

1.1.1.1.155 (n)ancement

In e$%& 2!2 and 4efore" support up to 0s #ong *$< yle in syn!

In e$%& 3!0" support up to 320s #ong *$< yle in syn

1.1.1.1.15$ 6eendency

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1.27 BF6400201 Mobi"ity Management

1.27.1 BF640020101 Coverage Based /ntra4

'reuency >andover1.1.1.1.157 Avai"abi"ity


1.1.1.1.15 !ummary

Hando=er funtionality is iportant in any ellular teleouniations networ;! It is perfored to ensure no disruption to ser=ies! Hando=er plays a signifiant role in #T

syste perforane sine its ain purpose is to derease the ouniation delay" enlarge

the o=erage and then enhane the syste perforane!

Intra-re>ueny Hando=er ena4les a 8 in $$C-CA&&CT* ode to 4e ser=ed

ontinuously when it o=es aross different ells that are operating at the sae fre>ueny!

1.1.1.1.15 Bene'its

The o=erage-4ased intra-fre>ueny hando=er feature pro=ides suppleentary o=erage in

intra-fre>ueny #T systes to pre=ent all drop" ena4le sealess o=erage and thereforeipro=e the networ; perforane and end user e@periene!

1.1.1.1.1$0 6escrition

This feature is one of the fundaental funtions of an #T syste! The purpose of hando=eris to ensure that a 8 in $$C-CA&&CT* ode is ser=ed ontinuously when it o=es!Hando=er in #T is harateriDed 4y the hando=er proedure in whih the original onnetion

is released 4efore a new onnetion is set up!

Intra-fre>ueny hando=er refers to the hando=er 4etween ells operating at the sae

fre>ueny 4and! It an 4e triggered 4y o=erage or load! In e$%&1!0" the o=erage-4ased

intra-fre>ueny hando=er is supported!

The intra-fre>ueny hando=er proedure an 4e di=ided into three phases6 hando=er

easureent" hando=er deision" and hando=er e@eution!

-8T$%& onfigures the hando=er-related easureent through the RRC Connection

Reconfiguration essage! The 8 ould easure either $eferene .ignal $eei=ed Power

($.$P) or $eferene .ignal $eei=ed 9uality ($.$9) for intra-fre>ueny hando=er!

8pon reei=ing a easureent report fro the 8" the e&ode+ a;es a hando=er deision

aording to ertain triggering riteria! If a hando=er is re>uired" the hando=er e@eution

proedure will 4e in=o;ed and the 8 will 4e handed o=er fro the soure e&ode+ to thetarget e&ode+! Huawei e$%&1!0 follows the intra-fre>ueny hando=er proedures speified

in 3,PP T. 3'!300!

The following senarios are onsidered in the intra-fre>ueny hando=er6

Hando=er 4etween two ells onfigured in the sae e&ode+! &o e@ternal neigh4or ellis needed! This senario is not applia4le to 5iro e&ode+ 4eause 5iro e&ode+ only

supports one ell!

Hando=er 4etween two ells onfigured in different e&ode+s with an <2 interfae


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e$%&'!0


a=aila4le! In this ase" the soure e&ode+ sends a H%&*AB$ $98.T essageo=er the <2 interfae!

Hando=er 4etween two ells onfigured in different e&ode+s with no <2 interfae

a=aila4le! In this ase" the soure e&ode+ sends a H%&*AB$ $98I$* essage

o=er the .1 interfae!

1.1.1.1.1$1 (n)ancement

In e$%&2!2" eah P#5& id of e&ode+ will ha=e its own P#5& listL eah P#5& list an

ontain at ost P#5& IdentitiesL P#5& list is used as an aess list for ser=ing ell to

Gudge whether 8 ould hando=er to target ell in Inter-P#5& hando=erL Ather ell" whoseP#5& ids are all different with ser=ing ell P#5& id in whih 8 is loated and at sae

tie are not in its P#5& list" will not 4e onsidered as target ell in hando=er proess for this

8!

1.1.1.1.1$2 6eendency

&one

1.27.2 BF640020102 Coverage Based /nter4'reuency >andover

1.1.1.1.1$3 Avai"abi"ity


1.1.1.1.1$- !ummary

Inter-re>ueny Hando=er ena4les a 8 in $$C-CA&&CT* ode to 4e ser=ed

ontinuously when it o=es aross different ells that are operating at different fre>uenies!

1.1.1.1.1$5 Bene'its

The o=erage-4ased inter-fre>ueny hando=er pro=ides suppleentary o=erage in inter-fre>ueny #T systes to pre=ent all drop" ena4le sealess o=erage" and therefore ipro=e

the networ; perforane and end user e@periene!

1.1.1.1.1$$ 6escrition

This feature is one of the fundaental funtions for an #T syste! The purpose of inter-fre>ueny hando=er is to ensure that a 8 in $$C-CA&&CT* ode is ser=ed

ontinuously when it o=es aross different ells operating at different fre>uenies!

The inter-fre>ueny hando=er proedure an 4e di=ided into four phases6 easureent

triggering" hando=er easureent" hando=er deision" and hando=er e@eution!

In inter-fre>ueny hando=er" neigh4oring ell easureents are inter-fre>ueny

easureents! The easureent is gap assisted for 8s with one $ reei=er! The

easureent is triggered 4y an e=ent %2 and stopped 4y an e=ent %1" 4ased on theonitoring on the =alue of $.$P or $.$9!

In inter-fre>ueny hando=er" the 8 sends easureent reports to the e&ode+ when the$.$P or $.$9 eets the riteria set in the easureent onfiguration!


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8pon reei=ing a easureent report fro the 8" the e&ode+ a;es a hando=er deision!If the easureent eets the hando=er riteria" the e&ode+ will perfor the orresponding

inter-fre>ueny hando=er as speified in T. 3'!300!

The following inter-fre>ueny hando=er senarios are applia4le6

Hando=er 4etween two ells onfigured in the sae e&ode+! In this ase" the 8 perfors the hando=er 4etween two ells onfigured in the sae e&ode+ and no

e@ternal interfae is re>uired! This senario is not applia4le to 5iro e&ode+ 4eause

5iro e&ode+ only supports one ell!

Hando=er 4etween two ells onfigured in different e&ode+s with an <2 interfae

a=aila4le! In this ase" the soure e&ode+ sends a H%&*AB$ $98.T essageo=er the <2 interfae!

Hando=er 4etween two ells onfigured in different e&ode+s with no <2 interfae

a=aila4le! In this ase" the soure e&ode+ sends a H%&*AB$ $98I$* essage

o=er the .1 interfae!

1.1.1.1.1$7 (n)ancement

In e$%&2!2" eah P#5& id of e&ode+ will ha=e its own P#5& listL eah P#5& list an

ontain at ost P#5& IdentitiesL P#5& list is used as an aess list for ser=ing ell to

Gudge whether 8 ould hando=er to target ell in Inter-P#5& hando=erL Ather ell" whoseP#5& ids are all different with ser=ing ell P#5& id in whih 8 is loated and at sae

tie are not in its P#5& list" will not 4e onsidered as target ell in hando=er proess for this

8!

In e$%&3!0" the inter-fre>ueny hando=er 4ased on 8# power is supported! It guarantees

ser=ie ontinuity in uplin; liited power when a 8 o=es to the ell edge!

In e$%&'!0" the urgent rediretion funtion has 4een pro=ided 4y this feature! %fter a 8

aesses a ell" the e&ode+ deli=ers two sets of e=ent %2 onfigurations! Ane is used fortriggering easureents" and the other is used for triggering urgent rediretion! Thetriggering of e=ent %2 for urgent rediretion indiates that the signal >uality in the ser=ing ell

has 4eoe too poor to pro=ide ser=ies for the 8! In this ase" the e&ode+ 4lindly redirets

the 8 to a neigh4oring ,$%&" 8T$%&" or -8T$%& ell!


&one

1.27.3 BF640020103 Ce"" !e"ection and e4

se"ection

1.1.1.1.1$ Avai"abi"ity


1.1.1.1.170 !ummary

Cell seletion7reseletion is a ehanis for 8 in idle ode to selet7reselet a ell to ap

on and to reei=e the ost appropriate ser=ie support upon session ati=ation in #T

systes!


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1.1.1.1.171 Bene'its

This feature pro=ides a ehanis for 8 in idle ode to selet7reselet a ell to ap on 4ysuppleentary o=erage in #T systes!

This feature failitates the autoati seletion of the networ; for 8 in idle ode and a=oidsthe ople@ity of anual operations!

The 8 is always 4ound to a relati=ely good ell to o4tain 4etter ser=ie >uality!


?hen 8 selets a P#5& or transition fro $$C-CA&&CT* to $$C-I*#" ell

seletion is re>uired! The &on-%ess .tratu (&%.) an deterine the $%T(s) in whih theell seletion should 4e perfored" for instane" 4y indiating the $%T(s) assoiated with the

seleted P#5& and 4y aintaining a list of for4idden registration areas and a list of

e>ui=alent P#5&! The 8 shall selet a suita4le ell 4ased on idle ode easureents and

ell seletion riteria!

8 in $$CKI*# an perfor ell reseletion if 8 find a ell with a 4etter radio

en=ironent! ?hen aping on a ell" 8 shall regularly searh for a 4etter ell aording tothe ell reseletion riteria! If a 4etter ell is found" that ell is reseleted!

%4solute priorities of different -8T$%& fre>uenies an 4e pro=ided to the 8 in thesyste inforation and optionally in the $$C essage releasing the $$C onnetion!

Copared with 5aro e&ode+s" higher priorities will 4e set for fre>uenies of 5iro

e&ode+s so that the 8 prefers to ap on 5iro e&ode+ ells!

In ase a 5iro ell is on the sae fre>ueny with a 5aro ell" the e&ode+ onfiguration

also a;es the ell seletion or reseletion to the 5iro ell easier than to the 5aro ell!

1.1.1.1.173 (n)ancement

&one

1.1.1.1.17- 6eendency

&one

1.27.- BF64002010- 6istance Based /nter4'reuency >andover



1.1.1.1.17$ !ummary

Huawei #T e&ode+ supports distane 4ased inter-fre>ueny hando=er!

1.1.1.1.177 Bene'its

+etter nd user @periene (%lways +est Conneted)


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?hen o=ing around away fro the ser=ing e&ode+ with fre>ueny 1" the user ay stille@periene a relati=ely strong signal fro 1 so that the ondition of %2 e=ent anOt 4e

satisfied to trigger an inter-fre>ueny hando=er" e=en though the neigh4oring inter-fre>ueny

e&ode+ signal is uh 4etter than 1! In order to a;e the user always ;eep the 4estonnetion" a distane 4ased inter-fre>ueny hando=er is eployed!

?hen distane 4ased HA algorith is used" e&ode+ should ontinuously easure the

distane to eah 8 4ased on the T% easureent" one the distane e@eeds an operatoronfigured distane threshold" inter-fre>ueny gap easureents of neigh4oring e&ode+ will

4e triggered to find an optial hando=er andidate to ipro=e user perforane


&one

1.1.1.1.10 6eendency8 should support for inter-fre>ueny ,ap easureents

This feature is only applia4le to 5aro e&ode+!

1.27.5 BF640020105 !ervice Based /nter4'reuency >andover



1.1.1.1.12 !ummary

Huawei #T e&ode+ supports ser=ie 4ased inter-fre>ueny hando=er! 8 with speifi

ser=ie would 4e o=ed to the ell of the onfigured fre>ueny!

1.1.1.1.13 Bene'its

.er=ie +ased Inter-fre>ueny Hando=er is used to ipro=e effiieny and apaity of whole

syste!

1.1.1.1.1- 6escritionThe operator ould onfigure speifi group of poliies for ser=ie-4ased inter-fre>uenyhando=ers! ah group will 4e assoiated with a 9CI! The default poliy is to prohi4it

hando=ers! % 4earer of 9CI and 9CIs of default 4earers are not reoended to 4e

onfigured to allow hando=ers!

?hen ser=ie 4ased Inter-fre>ueny hando=er algorith is used" e&ode+ should ontinuously

onitor the 8 ser=ie state! If 9CI (eah type of ser=ie is apping to a 9CI inde@) is

hanged" inter-fre>ueny easureents of onfigured group will 4e triggered to find anoptial hando=er andidate!


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&one

1.1.1.1.1$ 6eendency8 should support for inter-fre>ueny ,ap easureents


1.2 BF64002020 Antenna Con'iguration

1.2.1 BF6400202001 24Antenna eceive6iversity



1.1.1.1.1 !ummary

$eei=e di=ersity is a oon type of ultiple antennas tehnology to ipro=e signal

reeption and to o4at signal fading and interferene! It ipro=es networ; apaity and data

rates! Huawei e&ode+ supports 4oth $< di=ersity ode and no $< di=ersity ode!

1.1.1.1.1 Bene'its

This feature an ipro=e the reei=er sensiti=ity and uplin; o=erage!


$eei=e di=ersity is a tehni>ue to onitor signals at ultiple fre>uenies fro the saesignal soure" or to onitor tie di=ision signals at the sae fre>ueny fro the sae signal

soure" in order to o4at signal fading and interferene!

$eei=e di=ersity is one way to enhane the reeption o=er uplin; hannels" inluding

P8.CH" P8CCH" P$%CH" and .$.!

Huawei e&ode+ supports 4oth $< di=ersity ode and no $< di=ersity ode! In $< di=ersity

ode" the e&ode+ an 4e onfigured with 2 antennas (2-way) through the %ntenna5agnitude paraeter!

In $< di=ersity ode" the e&ode+ does not re>uire additional de=ies and wor;s with the

5a@iu-$atio Co4ining (5$C) or Interferene $eGetion Co4ining (I$C) algoriths!

Copared with 1-way reeption without $< di=ersity" 2-way $< di=ersity re>uires twie thenu4er of $< hannels! The nu4er of $< hannels depends on the settings of the antenna

onnetors! The antennas to 4e used an 4e spae-interlae antennas or ross polariDation

antennas!


&one


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1.2.2 BF6400202102 Ce"" e4bui"d Bet&eenBaseband #rocessing nits

1.1.1.1.1 Avai"abi"ityThis feature was a=aila4le fro e$%&2!0!

1.1.1.1.200 !ummary

In Huawei e&ode+" ultiple #T +ase4and Proessing (#++P) 4oards an 4e onfigured to

ser=e ultiple ells! ?hen an #++P fails" the ell7ells ser=ed 4y the failed #++P an 4e

re4uilt on another operating #++P with spare resoures or on a 4a;up #++P if a=aila4le!

1.1.1.1.201 Bene'its

This feature ensures the ell o=erage 4y ell re-esta4lishent and ipro=es the systerelia4ility in ase of an #++P failure!


,enerally an e&ode+ is e>uipped with ultiple #++P 4oards that ser=e ultiple ells! The

following figures show the e@aple of onfigurations of 3R105 2T2$ with CP$I interfae

4a;up respeti=ely!


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e$%&'!0


Figure 1.1 3*10M 2T2R

?hen an #++P 4oard fails due to a hardware fault" ouniation interfae failure" et!" the

e&ode+ is a4le to detet and loate the failure and tries to hoose a target #++P 4oard on

whih the ell7ells are to 4e re4uilt! The target #++P should ha=e a CP$I onnetion withthe $$8 ser=ing the ell7ells in=ol=ed" as shown in the preeding figures! The seletion of a

target #++P 4oard ainly depends on the spare resoures at the potential target #++P 4oard!

1.1.1.1.203(n)ancement &one

1.1.1.1.20- 6eendency

The e&ode+ should 4e e>uipped with at least two #++P 4oards!



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1.2.3 BF6400202103 !CT# Mu"ti4)oming



1.1.1.1.20$ !ummary

.trea Control Transission Protool (.CTP) is the signaling 4earer protool of the .17<2interfae! It pro=ides the siilar ser=ie features of TCP and 8*P" 4ut ensures relia4ility" in-

se>uene transport of essages with ongestion ontrol" and offers ulti-hoing support for

fault reo=ery 4y failo=er 4etween redundant networ; paths!

1.1.1.1.207 Bene'its

This feature pro=ides relia4ility of signaling 4earers!


Figure 1.1 .trea Control Transission Protool

.CTP is the signaling 4earer protool of the .17<2 interfae! ?ith this funtion" one .CTP

assoiation has two paths (IP-ouple)! %n .CTP assoiation is the logial hannel 4etween

two .CTP ends! The two paths in one .CTP assoiation are a aster path and a sla=e path!,enerally" the aster path is ati=e! ?hen the aster path fails" the sla=e path is ati=ated!


&one

1.1.1.1.210 6eendency

&one


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1.2.- BF640020210- /ntra4baseband Cardesource #oo" @user "eve"ce"" "eve"

1.1.1.1.211 Avai"abi"ityThis feature was a=aila4le fro e$%&2!0!

1.1.1.1.212 !ummary

In this feature" the proessing resoures in a 4ase4and proessing 4oard of Huawei e&ode+

are aggregated into a 4ase4and resoure pool in whih all they are shared for the load

proessing!

1.1.1.1.213 Bene'its

This feature ensures the sta4ility and ro4ustness of e&ode+" in whih the proessing resouresare aggregated into a pool to share all load and thus to pre=ent indi=idual resoure fro

outage due to o=erload! The feature also ipro=es the a=erage ell apaity of e&ode+!


The 4ase4and proessing 4oard of Huawei e&ode+ onsists of se=eral proessing resoures! %

4ase4and proessing 4oard is apa4le of supporting ultiple ells depending on the 4andwidths! In this feature" the proessing resoures are aggregated into a resoure pool to 4e

shared for user data proessing 4y ultiple ells! % new user will 4e assigned to a resoure

whih has the least load! In an oasional situation" if a resoure should 4e o=erloaded or in

outage" the e&ode+ an redue the load of the indi=idual resoure or o=e its e@isting usersto other resoures!

1.1.1.1.215 (n)ancement

&one

1.1.1.1.21$ 6eendency


1.30 BF64002022 !tatic /nter4Ce""/nter'erence Coordination

1.30.1 BF6400202201 6o&n"in+ !tatic /nter4Ce""/nter'erence Coordination




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1.1.1.1.21 !ummary

The downlin; stati inter-ell interferene oordination funtion is used to redue thedownlin; inter-ell interferene! The 4asi priniple is that the ell edge users of different

neigh4oring ells are alloated with non-o=erlapping fre>ueny 4ands 4y stati onfiguration

so as to itigate fre>ueny interferene!

1.1.1.1.21 Bene'its

The downlin; ICIC feature redues the downlin; inter-ell interferene" therefore ipro=es

ell edge userOs throughput!


In a #T syste" a ell an use the entire syste fre>ueny 4and and therefore it is ine=ita4le

to ause inter-ell interferene for a ulti-ell deployent" partiularly at the ell edge area! It

is iportant to de=elop an effiient solution to itigate the inter-ell interferene in the ulti-

ell en=ironent in order to ahie=e the perforane target! % oon solution is tooordinate the transission fre>ueny 4ands aong neigh4oring ells to redue the inter-ell

interferene!

In Huawei downlin; stati ICIC solution" for eah ell" a fi@ed portion of the syste

fre>ueny 4and is alloated to the ell edge users (C8s)! +etween neigh4oring ells" the

alloation of the stati C8 fre>ueny 4and is arefully planned to a=oid o=erlapping! Thetransitting power for ell enter users are liited 4elow a ertain threshold" 4ut no suh

liit for ell edges users! +y doing so" the interferene aong the ell edge users within

neigh4oring ells an 4e redued" whih is the aGor soure of the inter-ell interferene! %siple e@aple of the stati ICIC solution is the so-all fre>ueny reuse 3! %ong three

neigh4oring ells" eah ell will use different 173 of the fre>ueny 4and for the C8s!

1.1.1.1.221 (n)ancement

&one

1.1.1.1.222 6eendency

This feature is only applia4le to 5aro e&ode+

1.30.2 BF6400202202 "in+ !tatic /nter4Ce""/nter'erence Coordination



1.1.1.1.22- !ummary

The uplin; stati inter-ell interferene oordination funtion is used to redue the uplin;

inter-ell interferene! The 4asi priniple is that the ell edge users of different neigh4oring

ells are alloated with non-o=erlapping fre>ueny 4ands 4y stati onfiguration so as toitigate fre>ueny interferene 4etween ell edge users in neigh4oring ells!


Copyright © Huawei


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e$%&'!0


1.1.1.1.225 Bene'its

8plin; ICIC redues inter-ell interfereneL therefore ipro=e ell edge users as well as theell o=erage!


The uplin; Inter-ell interferene oordination (ICIC) is a tehni>ue to o4at the inter-ellinterferene for a #T syste 4y oordinating transitting power ontrol and resoure

alloation in fre>ueny doain 4etween neigh4oring ells! It an ipro=e the throughput of

ell edge users and redue ipat of interferene on syste perforane!

In Huawei uplin; stati ICIC solution" the oordination is ahie=ed at the fre>ueny doain"

where the ell edge users are gi=en non-o=erlapping fre>ueny 4ands! That is" the fre>ueny

4and alloation for stati 8# ICIC is per ell 4asis!

+etween the neigh4oring ells" the alloation of the stati C8 fre>ueny 4and of neigh4or

ells is arefully planned to a=oid o=erlapping! +y doing so" the interferene aong the elledge users in neigh4oring ells an 4e redued" whih is the aGor soure of the inter-ell

interferene!

1.1.1.1.227 (n)ancement

&one



1.31 BF64002027 !uort o' ( Category 1



1.1.1.1.230 !ummary

-8T$%& needs to respet the signaled 8 radio aess apa4ility paraeters when

onfiguring the 8 and when sheduling the 8! There are fi=e ategories defined in the

protool! This feature an ena4le 4ase station to support 8 ategory 1!

1.1.1.1.231 Bene'its

This feature an ena4le 4ase station to support 8 ategory 1!


-8T$%& needs to respet the signaled 8 radio aess apa4ility paraeters whenonfiguring the 8 and when sheduling the 8! There are fi=e ategories defined in the

protool! This feature an ena4le 4ase station to support 8 ategory 1!


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e$%&'!0


Figure 1.1 *ownlin; physial layer paraeter =alues set 4y the field UE-Category

8 Category 5a@iu

nu4er of *#-

.CH transport

4lo;s 4itsreei=ed within

a TTI

5a@iu

nu4er of 4its

of a *#-.CH

transport 4lo;reei=ed within

a TTI

Total nu4er of

soft hannel

4its

5a@iu

nu4er of

supported layers

for spatialultiple@ing in

*#

Category 1 102' 102' 203' 1

Category 2 102 102 123/2 2

Category 3 1020 /3/' 123/2 2

Category 10/2 /3/' 12/0/2 2

Category 22 1//' 3''/200

Figure 1.2 8plin; physial layer paraeter =alues set 4y the field UE-Category

8 Category 5a@iu nu4er of 4its ofan 8#-.CH transport 4lo;

transitted within a TTI

.upport for '9%5 in 8#

Category 1 1'0 &o

Category 2 2' &o

Category 3 102 &o

Category 102 &o

Category /3/' Ses

Figure 1.3 Total layer 2 4uffer siDes set 4y the field UE-Category

8 Category Total layer 2 4uffer siDe :+ytesU

Category 1 10

Category 2 /00

Category 3 100

Category 100

Category 300

1.1.1.1.233 (n)ancement

&one


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e$%&'!0


1.1.1.1.23- 6eendency

8 should support the sae ategory as e&ode+!

1.32 BF6400202 (mergency Ca""


This feature was a=aila4le fro e$%&2!1

1.1.1.1.23$ !ummary

The eergeny all ser=ie is an operator-assisted ser=ie that onnets a aller in a life-

threatening or tie-ritial situation to an eergeny ser=ie organiDation!

1.1.1.1.237 Bene'its

This feature pro=ides all users" e=en those without .I5" a prioritiDed onnetion to an

eergeny ser=ie organiDation!


The eergeny Call ser=ie is an operator-assisted ser=ie that onnets a aller in a life-

threatening or tie-ritial situation to an eergeny ser=ie organiDation suh as polie"

hospital and fire station!

&ew features in -8T$%& to support eergeny all are as follows6

.upport of identifying eergeny all users

.upport of speial proessing suh as aess lass 4arring and priority handling for the

networ; aess and o4ility anageent

.upport of loation ser=ie for eergeny all users! This funtion depends on the

feature #A*-0010/ #oCation .er=ies (#C.)!

%dission of an eergeny all is prioritiDed o=er other ongoing sessions in the e&ode+ to

ena4le all opletion! $egardless of networ; features7ser=ies ati=ated in the networ; (e!g!"

unonditional all-forwarding" inoing all 4arring" et!)" the Pu4li .afety %nswering Point(P.%P" used in 8.)7 ergeny Centre (C" used in urope) is a4le to get eergeny

allerOs loation 4y eans of #C. and all 4a; the aller one an eergeny all has 4een

plaed! The eergeny all" ser=ed on #T with ulti-ode terinal" fall4a;s to 85T. or,.5 depending upon #T BoIP support!

our types of users are peritted to initiate an eergeny all6

Coon user6 noral su4sri4er

Coon restrited user6 noral su4sri4er" whose alls are restrited for soe reasons

(for e@aple" out of o=erage of own P#5&" et)

$estrited user with .I5 ard6 8ser" whose .I5 ard fails to authentiate" uses I5I

(International 5o4ile >uipent Identity) to initiate an eergeny all!

$estrited user without .I5 ard6 8ser" without .I5 ard" uses I5I to initiate aneergeny all

This feature supports 11 ergeny Calls (&orth %eria) 7 112 ergeny Calls (urope)


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e$%&'!0


in its .%7#T networ; as defined 4y 3,PP speifiation!


&one

1.1.1.1.2-0 6eendency

8 should support I5. 4ased =oie ser=ie on #T or =oie ser=ie on 2,73,!

The loation ser=ie for eergeny all users funtion depends on the optional feature

#A*-0010/ #oCation .er=ies (#C.)!

The eergeny all should 4e supported in the ore networ;!

If I5. is not deployed" the support of the optional feature C. all4a; to

,$%&78T$%&7C*5%2000 will 4e needed!

1.33 BF6400202 (art)ua+e and Tsunami,arning !ystem @(T,!



1.1.1.1.2-2 !ummary

?hen an e=ent ours e!g! an arth>ua;e" ?arning &otifiation Pro=iders produe ?arning

&otifiation to P#5& operator" P#5& operators distri4ute ?arning &otifiations to users 4yutiliDing arth>ua;e and Tsunai ?arning .yste(T?.)!

1.1.1.1.2-3 Bene'its

9ui; ?arning &otifiation deli=ery after the ourrene of arth>ua;e or Tsunai!

%urate ?arning &otifiation deli=ery!

1.1.1.1.2-- 6escrition

?hen the ourrene of a disaster e!g! an arth>ua;e" is deteted" ?arning &otifiation

Pro=ider e!g! loal go=ernent" is responsi4le for notifying the pu4li as soon as possi4le!

Figure 1.1 A=er=iew of arth>ua;e and Tsunai ?arning .yste

?arning &otifiation Pro=ider ay pu4lish Priary &otifiation to P#5& firstly" the ontentof the Priary &otifiation only inludes the ost urgent inforation related to the disaster!


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2



e$%&'!0


The &otifiation %rea where the ?arning &otifiation is e@peted to 4e distri4uted is alsospeified 4y ?arning &otifiation Pro=ider! ?hile the Priary &otifiation is deli=ered 4y

P#5& to users in the &otifiation %rea" The 8 whih detets the deli=ery of the Priary

&otifiation alerts the user e!g! 4y sound and =i4ration!

?arning &otifiation Pro=ider ay pu4lish a .eondary &otifiation to P#5& seondly! Theontent of the .eondary &otifiation ay inlude additional inforation" suh as instrutionson what to do 7 where to get help as long as the eergeny lasts! The &otifiation %rea is also

speified 4y ?arning &otifiation Pro=ider! ?hile the .eondary &otifiation is deli=ered 4y

P#5& to users in the &otifiation %rea" The 8 whih detets the deli=ery of the .eondary

&otifiation alerts the users e!g! 4y speified 4uDDer and =i4ration!

?hile ?arning &otifiation Pro=ider speifies that the &otifiation should 4e deli=ered

periodially" ?arning &otifiation Pro=ider ay re>uest the P#5& to stop to disseinate thenotifiation!

1.1.1.1.2-5 (n)ancement

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1.1.1.1.2-$ 6eendency

+oth 8 and 55 ust support T?.

1.3- BF64002031 !uort o' aeriodic C8/reorts



1.1.1.1.2- !ummary

%periodi C9I is reported on P8.CH and the 8 an 4e onfigured to report periodi C9I

and aperiodi C9I together or indi=idually!

1.1.1.1.2- Bene'its

%periodi C9I an offer ore detailed hannel >uality inforation whih ay a;e the

downlin; spetru effiieny 4etter!


%periodi C9I is triggered 4y the 8# sheduler periodially when needed and the C9I

$e>uest field in the 8# grant is used to indiate the aperiodi C9I report! Higher layer-

onfigured reporting odes will 4e supported" and the gi=en ode is onfigured 4y the $$C!

Higher layer-configured

5ode 3-06 % wide4and C9I and one su4-4and C9I for eah su4-4and are reported!

5ode 3-16 % wide4and C9I and one su4-4and C9I for eah su4-4and per odeword are

reported! % wide4and P5I is also reported!


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e$%&'!0


Huawei e&ode+ supports aperiodi C9I reporting " the reporting inter=al depends on the 8#load! The inter=al will 4e lengthened adapti=ely when the 8# load is high!

1.1.1.1.251 (n)ancement

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1.1.1.1.252 6eendency

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1.35 BF64002032 (tended48C/



1.1.1.1.25- !ummary

Huawei support e@tended 9o. Class Identifier (e@tended 9CI) (2 9CI inluding standard9CI defined in 3,PP)! @tended 9CI an 4e used as operator defined 9CI to support

ustoer Ded non-,+$ ser=ie! @tended 9CI inde@ an 4e defined 4y operator and need

.% to support it!

1.1.1.1.255 Bene'its

It an 4e onfigura4le fle@i4ly 4y operator and eet ulti need of operator who wants tooperate the differentiated ser=ie!


This feature supports e@tended 9CI）whih eans that 55 send one e@tended 9CI inde@ in

$%+ assignent essage! The e&ode+ an onfigure these e@tended 9CI and an 4e

assigned radio resoure differently aording to the different 9CI nu4er and different

sheduling weight fator!

The e@tended 9CI an 4e onfigura4le with ,old" .il=er" and +ronDe" whih is the sae as

the %$P!

Huawei urrently support e@tended non-,+$ 9CI" and the onfigura4le senario is thate&ode+ get the 9CI inde@ firstly" set the %$P and 9o. paraeter ( P*+" P#$" shedule

weight) related with 9CI inde@!

1.1.1.1.257 (n)ancement

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It relates with .%!


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e$%&'!0


1.3$ BF64002033 !CT# Congestion Contro"


This feature is introdued in e$%&'!0

1.1.1.1.2$0 !ummary

If a networ; has hea=y traffi" .trea Control Transission Protool (.CTP) ongestion

ontrol an 4e used to pre=ent .CTP assoiation e@eptions aused 4y .CTP signalingongestion! .CTP ongestion ontrol is triggered when the .CTP resoures" inluding the

entral proessing unit (CP8) and 4uffer resoures" are insuffiient!

1.1.1.1.2$1 Bene'its

This feature enhanes the signaling essage handling ro4ustness in senarios where the

networ; is hea=ily loaded!

1.1.1.1.2$2 6escrition

In an #T syste" ontrol plane essages are used to ensure that the -8T$%& runs properlyand ser=ie onnetions are set up and released properly! The relia4ility of ontrol plane

essages plays a fundaental role in the #T syste! .1 signaling essages 4etween an

e&ode+ and an 55 and <2 signaling essages 4etween e&ode+s are transitted in

opliane with .CTP!

%s sartphones and appliations suh as instant essaging (I5) are populariDed" signaling

traffi inreases sharply! .CTP resoures" inluding the CP8 and 4uffer resoures" 4eoe a

4ottlene; in senarios where the ser=ie traffi and signaling traffi are hea=y! In suhsenarios" .CTP ongestion ontrol helps to aintain signaling transission ro4ustness and

redue ipats on ser=ie ;ey perforane indiators (:PIs)!

The .CTP ongestion ontrol proedure inludes .CTP ongestion detetion" 4a;-pressure"

and signaling ongestion ontrol at the appliation layer! The e&ode+ deterines whether

.CTP signaling is ongested 4ased on the .CTP resoure usage! If downlin; .CTP signalingis ongested" the e&ode+ infors PC 4y noral .CTP ehanis! PC side dereases

signaling traffi to redue signaling load of e&ode+ 4y ongestion ontrol proedure! If

uplin; .CTP signaling is ongested" the e&ode+ infors the appliation layer of theongestion 4y 4a;-pressure!

1.1.1.1.2$3 (n)ancement &one

1.1.1.1.2$- 6eendency

*ownlin; .CTP ontrol depends on the support of ongestion ontrol proedure in PC side

as defined in $C '0!


Copyright © Huawei




e$%&'!0


1.37 BF6400203- C)anne" CrossConnection nder M/M%


This feature was a=aila4le fro e$%&2!0! This feature is hanged to 4asi feature fro

optional feature sine e$%&'!0!

1.1.1.1.2$$ !ummary

This feature ena4les e&ode+ pro=ides ser=ie to one setor through two $$8s! ?hen one

$$8 fails" it will not lead to the total outage of that setor!

1.1.1.1.2$7 Bene'its

?hen deployed in the field" perhaps the $$8 is installed on top of the tower or the 4asestation is installed in inaessi4le area! The e>uipent annot 4e easily aintained! In this

ase" if one $$8 or $8 fails" the setor will 4e out of ser=ie for a long tie! Howe=er" withthis new shee" one $$8 or $8 failure will not ause the outage of the whole setor so

that the ser=ie o=erage an 4e ensured!

+y relia4ility predition" the a=aila4ility of $$8 will inrease fro nineVs (0!) to '

nineVs (0!32)! In addition" this shee does not inrease any hardware ost!


This shee an greatly inrease e>uipent relia4ility with no additional hardware ost! +y

utiliDing the independeny of the 5I5A hannels" the setor ser=ie an 4e proessed

through different $$8s! ?hen one $$8 fails" the other $$8 an still proess the ser=ie dataof that setor so the total outage of that setor will not our! 5eanwhile" the perforane of

that faulty setor will 4e dereased! This shee an 4e applied in ultiple setors

onfiguration and 5I5A arhiteture!

Ta;ing 2T2$ $$8 for e@aple" there are three $$8s (fro left to right whih are $$81"

$$82 and $$83) The left hart is for the legay shee and the right one is for the load

sharing shee! %ntenna 1 is onneted to $$81 and $$82! %ntenna 2 is onneted to$$82 and $$83! %ntenna 3 is onneted to $$83 and $$81! In the legay shee" when

one $$8 fails" the setor onneted is totally out of ser=ie! ?hile applying 5I5A load

sharing shee" when one $$8" for e@aple $$81 fails" the other antenna of that setor is

onneted to $$82" ser=ie in that faulty setor an still 4e proessed! In the eanwhile" that

operation ode is hanged fro 2T2$ to 1T1$ and the perforane dereases (suh aso=erage area" throughput" et)! An the other hand" as setor 3 uses one transit7reei=e

hannel of $$81" the perforane dereases as well! 5oreo=er" 4eause the antenna odehas hange for 4oth setor1 and setor3" it is neessary to reonfigure the ell data" whih will

ause 20s outage of ser=ie!


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e$%&'!0


Figure 1.1 $$8 hannel ross onnetion under 5I5A

Figure 1.2 Coparing with no 5I5A load .haring

1.1.1.1.2$ (n)ancement

&one

1.1.1.1.270 6eendency

This feature is ore suita4le for $$8s installed on top of the tower!



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e$%&'!0


1.3 BF64003001 Transmission :et&or+ing

1.3.1 BF6400300101 !tar Too"ogy



1.1.1.1.272 !ummary

.tar topology is easy to ipleent and anage with high relia4ility! It pro=ides sipletopology 4etween e&ode+ interfaes!

1.1.1.1.273 Bene'its

The siplest topology

.iple anageent and high relia4ility


Figure 1.1 .tar topology

The e&ode+ supports star topology! e&ode+s onnet to the ore networ; 4y layer2 or layer3data networ;! The interfae 4etween the e&ode+ and ore networ; eleent is the .1

interfae!

There are also onnetions 4etween e&ode+s 4y the <2 interfae" whih ena4le inforation

e@hange 4etween the e&ode+s

1.1.1.1.275 (n)ancement

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Copyright © Huawei




e$%&'!0


1.1.1.1.27$ 6eendency

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1.3.2 BF6400300102 C)ain Too"ogy1.1.1.1.277 Avai"abi"ity


1.1.1.1.27 !ummary

e&ode+s an 4e onneted in hain topology applied to the strip-shape areas of sparse

population!

1.1.1.1.27 Bene'its

Chain networ;ing an redue osts of transission e>uipent" engineering" onstrution" and

transission lin; lease!


e&ode+s an 4e onneted in hain topology! This networ; topology is applia4le to the strip-

shape areas of sparse population" suh as e@pressways and railways! In these areas" the hain

topology an eet the re>uireent with uh less transission e>uipent! Howe=er" hainnetwor;ing redues relia4ility 4eause signals are transferred aross any interediate

systes!

The following figure shows the hain topology!

Figure 1.1 Chain topology


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Copyright © Huawei




e$%&'!0


1.3.3 BF6400300103 Tree Too"ogy



1.1.1.1.2- !ummary

e&ode+s an 4e onneted in tree topology applied to irowa=e transission networ;s!

1.1.1.1.25 Bene'its

Tree networ;ing is suita4le for irowa=e transission networ;s! Tree topology re>uires

fewer transission lin;s than star networ;ing!


The e&ode+ an 4e onneted in tree topology! In ost senarios" the 5? (5irowa=e)

networ; is typially in tree topology! It is suita4le for the 5? networ;!

The use of transport lines is less than that for star networ;ing! Howe=er" tree onnetions

redue relia4ility 4eause signals are transferred aross any interediate systes! % fault

ourring in the upper-le=el e&ode+ ay affet the operation of the lower-le=el e&ode+s!The networ;ing topology is applia4le to a large" sparsely populated area! Capaity e@pansion

ay result in reonstrution of the networ;!

The following figure shows the tree topology!

Figure 1.1 Tree topology


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Copyright © Huawei


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e$%&'!0


1.1.1.1.2 6eendency

This feature re>uires 17T1!


1.3 BF64003002 Basic 8os Management

1.3.1 BF6400300201 6i''!erv 8o! !uort



1.1.1.1.20 !ummaryHuawei supports *iff.er= (*ifferentiated .er=ies) to pro=ide 9o. guarantee 4y lassifying

and anaging different traffi in the networ;!

1.1.1.1.21 Bene'its

This feature pro=ides a ;ind of 9o. guarantee ehanis! It is a standard ehanis used 4y

5ainstrea =endors!


*iff.er= an pro=ide 9o. in the networ;! It is a ;ind of 9o. guarantee ehanis that

lassifies and anages different traffi with paraeters of IP pa;ets" suh as *.CP (*iff.er=

Code Point) or TA. (Type of .er=ie)!

There are three iportant onepts in the *iff.er= ehanis" inluding Classifiation"

5ar;ing" and PH+ (Per-Hop +eha=ior)! The relationship 4etween the is that 5ar;ing ar;s

different traffi with different PH+s 4y Classifiation!

The definition of PH+ is as follows6

*efault PH+ is typially for 4est-effort traffi!

@pedited orwarding () PH+ is for low-loss and low-lateny traffi!

%ssured orwarding (%) is a 4eha=ior group!

Class .eletor PH+ is defined to aintain 4a;ward opati4ility with the IPPreedene field!

The lassifiation of #T traffi is 4ased on 9o. Class Indiators (9CIs)! ?ith Huawei

onfiguration tool" users an onfigure the relationship 4etween 9CI and *.CP" i!e! the

5ar;ing way! The *.CP is used to desri4e the priority of PH+! The ta4le 4elow is an

e@aple of relationship 4etween 9CI and *.CP!

Figure 1.1 $elationship 4etween 9CI and *.CP

*ata Type 9CI $esoure Type *.CP

8ser plane 1 ,+$ 0@2


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1



e$%&'!0


2 0@1%

3 0@22

0@1%

&on-,+$ 0@2

' 0@12

/ 0@12

0@0%

0

Control plane .CTP 0@2

0@30

0@30A5 55# 0@2

0@30

TP 0@0

IP lo; 0@2

0@30


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1.-0 BF64003003 A: !uort @/(((02.1



1.1.1.1.2$ !ummary

This feature ena4les Birtual #oal %rea &etwor; (B#%&) funtionality to pro=ide traffidifferentiation" anage data priority and seurity sheduling at the 5%C layer!

1.1.1.1.27 Bene'its

Traffi isolation at the 5%C layer

Priority at the 5%C layer


Copyright © Huawei


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e$%&'!0


.eurity at the 5%C layer


The e&ode+ supports the Birtual #oal %rea &etwor; (B#%&) funtionality" oplying with

the I 02!1p7> protool! It pro=ides traffi isolation" suh as ar;ing different B#%&s forA%5 data and traffi data" and priority and seurity at the 5%C layer!

The following two B#%& 5ar;ing ways are applia4le6

5ar;ing B#%& tag aording to *.CP

5ar;ing B#%& tag aording to the ne@t-hop IP address


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1.1.1.1.300 6eendency

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1.-1 BF6400300- Comression D Mu"ti"eingover (1T1

1.-1.1 BF6400300-01 /# >eader Comression



1.1.1.1.302 !ummary

IP header opression pro=ides a ethod to opress IP header inforation in order to

inrease the effiieny of 17T1 interfaes!

1.1.1.1.303 Bene'its

IP header opression an sa=e .17<2 IP transport resoure to pro=ide higher transporteffiieny of .17<2 IP transission!


This feature fouses on the opression tehnology in 8*P7IP layer!

?hen 8*P7IP75#PPP717T1 is used for transport" the 8*P7IP enapsulation is too large for

pa;ets of sall payloads and results in low transport effiieny!

IP header opression is adopted to enhane the transport effiieny! The 2 4ytes of 8*P7IP

header an 4e opressed into -/ 4ytes!


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e$%&'!0


1.1.1.1.305 (n)ancement

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1.1.1.1.30$ 6eendency 85PT 4oard is needed sine e$%&3!0

IP o=er 17T1 is used for transport

The peer e>uipent supported the IP header opression funtionality!


1.-1.2 BF6400300-02 ### M?



1.1.1.1.30 !ummary

PPP 58< (Point-to-Point ultiple@) pro=ides a ethod to ultiple@ the IP header in order to

inrease the effiieny of 17T1 interfaes!

1.1.1.1.30 Bene'its

PPP 58< an sa=e .17<2 IP transport resoure to pro=ide high transport effiieny for

.17<2 IP transission!

1.1.1.1.310 6escritionThis feature fouses on the ultiple@ tehnology in PPP75#-PPP layer!

?hen 8*P7IP75#-PPP71 is used for transport" the 8*P7IP75#-PPP enapsulation is too

large for pa;ets of sall payloads and results in low transport effiieny!

PPP 58< tehnology is adopted to enhane the transport effiieny! ?ith PPP 58<

ehanis" se=eral IP pa;ets an 4e ultiple@ed into one PPP frae to redue the transportonsuption of PPP!

1.1.1.1.311 (n)ancement

&one

1.1.1.1.312 6eendency

85PT 4oard is needed sine e$%&3!0

IP o=er 17T1 is used for transport

PPP or 5#-PPP is used for transport

The peer e>uipent supports PPP 58< funtion!



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e$%&'!0


1.-1.3 BF6400300-03 M4###MC4###



1.1.1.1.31- !ummary

5#-PPP75C-PPP (5ultilin; and 5ultilass Point-to-Point Protool) is the e@tend protoolsof PPP! 5#-PPP is a protool for 4inding se=eral PPP lin;s to one logi PPP lin;! The priority

is pro=ided for PPP lin; traffi =ia 5C-PPP protool!

1.1.1.1.315 Bene'its

Inrease the 4andwidth of the PPP lin;!

#oad 4alaning in ulti-PPP lin;s

nhane the relia4ility of the PPP lin;

Pro=ide priorities for traffi on PPP lin;!

Transport effiieny is enhaned when PPP header opression is used!


PPP is a point-to-point transport protool! The PPP header opression an 4e pro=ided toenhane the transport effiieny!

5#-PPP is an e@tend protool of PPP! ?hen 5#-PPP is used" se=eral PPP lin;s are 4ound toone logi PPP lin; group! The 5#-PPP inreases the 4andwidth of the PPP lin; and enhanes

the relia4ility of the PPP lin; 4etween the e&ode+ and the diretly onneted e>uipents! If

one lin; of PPP lin; group is 4ro;en" the 5#-PPP will not 4rea;! Anly thing happen is the

4andwidth dereases orrespondingly!

5C-PPP is an e@tend protool of PPP! ?hen 5C-PPP is used" the traffi on the PPP lin;s an

4e ar;ed with different priorities aording to *.CP whih is apped to 9CI in e&ode+!

The following figure shows the 5#75C-PPP

Figure 1.1 5#-PPP75C-PPP

1.1.1.1.317 (n)ancement

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e$%&'!0


.ynhroniDation with 17T1 interfae

.ynhroniDation with 1PP.

In addition to the pre=ious lo; soures" the e&ode+ an wor; with the loal osillator!

1.1.1.1.323 (n)ancement

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1.1.1.1.32- 6eendency

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1.-2.2 BF6400300502 Free4running Mode



1.1.1.1.32$ !ummary

The free-running ode is an alternati=e ode to the lo; soures if all lo;s fail!

1.1.1.1.327 Bene'its

?hen all lo; soures are lost" this feature an ;eep the e&ode+ in noral ser=ie for up to0 days!


?hen all lo; soures are lost" the e&ode+ internal lo; an wor; in the free-running odeto ;eep the e&ode+ running!

The enhaned stratu 3 A=en Controlled Crystal Asillator (AC<A) with a high auray

wor;s as the aster lo; of the e&ode+! The AC<A an ;eep the e&ode+ in noral ser=iefor up to 0 days!


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1.1.1.1.330 6eendency

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1.-2.3 BF6400300503 !ync)roniation &it) 9#!




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e$%&'!0


1.1.1.1.332 !ummary

The e&ode+ an wor; in ultiple lo; synhroniDation odes to suit different lo;topologies! ,lo4al Positioning .yste (,P.) an 4e one of the synhroniDation soures!

1.1.1.1.333 Bene'its

This feature pro=ides ,P. as one of the synhroniDation soures! The e&ode+ internal lo;an 4e synhroniDed with the transport networ; and no au@iliary lo; e>uipent is needed"

in order to redue the ost! The synhroniDed lo; is of the re>uired auray to eet 4oth

radio fre>ueny and transission networ; re>uireents!


In opliane with 3,PP" the e&ode+ lo; ust ha=e a higher lo; preision! The

fre>ueny sta4ility of the 10-5HD aster lo; of the e&ode+ should 4e lower than X0!0

pp!

It is re>uired if a ,P. lo; should 4e used as the lo; soure!

The lo; signals are proessed and synhroniDed as follows6

The ,P. antenna and feeder syste reei=es ,P. signals at 1/!2 5HD" and transits thesignals to the ,P. ard! The syste an siultaneously trae up to eight (norally three or

four) satellites! The ,P. ard proesses the signals and transits the to the ain lo;

odule!

1.1.1.1.335 (n)ancement

&one

1.1.1.1.33$ 6eendency

,P. antenna and feeder syste

1.-2.- BF640030050- !ync)roniation &it) B/T!



1.1.1.1.33 !ummaryThe e&ode+ an wor; in ultiple lo; synhroniDation odes to suit different lo;

topologies! +uilding Integrated Tiing .upply .yste (+IT.) an 4e one of thesynhroniDation soures!

1.1.1.1.33 Bene'its

This feature pro=ides +IT. as one of the synhroniDation soures! The e&ode+ internal lo;

an 4e synhroniDed with the transport networ; and no au@iliary lo; e>uipent is needed"in order to redue the ost! The synhroniDed lo; is of the re>uired auray to eet 4oth

radio fre>ueny and transission networ; re>uireents!


Copyright © Huawei




e$%&'!0


1.1.1.1.3-0 6escrition

In opliane with 3,PP" the e&ode+ lo; ust ha=e a higher lo; preision! Thefre>ueny sta4ility of the 10-5HD aster lo; of the e&ode+ should 4e lower than X0!0

pp!

The e&ode+ an synhroniDe its lo;s with the 2-5HD lo; signal fro an e@ternal

referene lo;! The referene lo; an 4e a +IT. or a 2-5HD lo; fro the transission

e>uipent! Through phase lo;ing and fre>ueny di=iding" the ain lo; odule on=erts

the lo; signals into =arious lo; signals re>uired 4y the e&ode+!

1.1.1.1.3-1 (n)ancement

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1.1.1.1.3-2 6eendency

Aptional 8.C8 (8ni=ersal .atellite Card and Clo; 8nit) ard! This feature is only applia4le to 5aro e&ode+!

1.-2.5 BF6400300505 !ync)roniation &it) 1##!



1.1.1.1.3-- !ummary

The e&ode+ an wor; in ultiple lo; synhroniDation odes to suit different lo;

topologies! 1PP.WTA* an 4e one of the synhroniDation soures!

1.1.1.1.3-5 Bene'its

This feature pro=ides 1PP.WTA* as one of the synhroniDation soures! The e&ode+internal lo; an 4e synhroniDed with the transport networ; and no au@iliary lo;

e>uipent is needed" in order to redue the ost! The synhroniDed lo; is of the re>uired

auray to eet 4oth radio fre>ueny and transission networ; re>uireents!

1.1.1.1.3-$ 6escrition


fre>ueny sta4ility of the 10-5HD aster lo; of the e&ode+ should 4e lower than X0!0 pp!

This feature pro=ides 1PP.WTA* as one of the synhroniDation soures!

1.1.1.1.3-7 (n)ancement

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e$%&'!0


1.-2.$ BF640030050$ !ync)roniation &it) (1T1

1.1.1.1.3- Avai"abi"ity


1.1.1.1.350 !ummary

The e&ode+ an wor; in ultiple lo; synhroniDation odes to suit different lo;topologies! .ynhroniDation with 17T1 is one option!

1.1.1.1.351 Bene'its

This feature pro=ides synhroniDation with 17T1 option! The e&ode+ internal lo; an 4esynhroniDed with the transport networ; and no au@iliary lo; e>uipent is needed" in order

to redue the ost! The synhroniDed lo; is of the re>uired auray to eet 4oth radio

fre>ueny and transission networ; re>uireents!



fre>ueny sta4ility of the 10-5HD aster lo; of the e&ode+ should 4e lower than X0!0

pp!

The lo; soure of the e&ode+ an 4e synhroniDed with the 17T1 line lo; soures!

1.1.1.1.353 (n)ancement

&one

1.1.1.1.35- 6eendency

85PT is needed sine e$%&3!0!


1.-3 BF6400300$ /#v-/#v$ 6ua" !tac+


This feature is a=aila4le fro #T e$%&2!2!

1.1.1.1.35$ !ummary

% fundaental IP=-to-IP=' transition tehnology in=ol=es the presene of two Internet

Protool software ipleentations in an operating syste" one for IP= and another for IP='!

This feature pro=ides support for IP=' protool sta;! It also ena4les IP= and IP=' protool

sta; wor; at the sae tie! %ppliation le=el protools (e!g! .1 and <2) o=er IP=' are notsupported 4y this feature!


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e$%&'!0


1.1.1.1.357 Bene'its

The ;ey to a suessful IP=' transition is opati4ility with the large installed 4ase of IP=hosts and routers! 5aintaining opati4ility with IP= while deploying IP=' will strealine

the tas; of transitioning the Internet to IP='!


The ost straightforward way for IP=' nodes to reain opati4le with IP=-only nodes is

4y pro=iding a oplete IP= ipleentation! IP=' nodes that pro=ide oplete IP= and

IP=' ipleentations are alled NIP='7IP= dual-sta; nodesN! IP='7IP= dual-sta; nodesha=e the a4ility to send and reei=e 4oth IP= and IP=' pa;ets! They an diretly

interoperate with IP= nodes using IP= pa;ets" and also diretly interoperate with IP='

nodes using IP=' pa;ets!

Huawei e&ode+ ould 4e operated in one of the three odes6

?ith IP= sta; ena4led and IP=' sta; disa4led!

?ith IP=' sta; ena4led and IP= sta; disa4led!

?ith 4oth sta;s ena4led!


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1.1.1.1.3$0 6eendency


1.-- BF6400-001 oca" Maintenance o' t)eMT



1.1.1.1.3$2 !ummary

This feature is used in loal aintenane of e&ode+!

1.1.1.1.3$3 Bene'its

#oal aintenane of e&ode+ is a=aila4le when entraliDed 52000 anageent is nota=aila4le" when the transission 4etween 52000 and e&ode+ is not a=aila4le or when faults

our and field operation is re>uired!

1.1.1.1.3$- 6escrition

The #oal 5aintenane Terinal (#5T) pro=ides the following funtions and tools6

@eution of 55# oands


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e$%&'!0


9uerying of e&ode+ alars

#oal e&ode+ oissioning funtions (applia4le" for e@aple" when the transission 4etween the Huawei i5anager 52000 and e&ode+ is not a=aila4le)" suh as download

and ati=ation of software

#oal e&ode+ e@pert fault diagnosis funtions $eal-tie perforane onitoring funtions" suh as setor perforane onitoring"

$$8 perforane onitoring" spetru detetion

1.1.1.1.3$5 (n)ancement

ro e$%&2!0" The #5T funtions an 4e ahie=ed through a we4 4rowser!

1.1.1.1.3$$ 6eendency

% we4 4rowser is re>uired to ahie=e the funtion!

1.-5 BF6400-002 Centra"ied M2000Management



1.1.1.1.3$ !ummary

The Huawei i5anager 52000 pro=ides CP.. anageent funtions for operators at theanageent enter!

1.1.1.1.3$ Bene'its

%ll #T networ; eleents an 4e anaged at the anageent enter" whih effeti=elyredues AP<!


The Huawei i5anager 52000 pro=ides all neessary fault anageent" onfigurationanageent" perforane anageent" seurity anageent and software anageent

(CP.. defined 4y 3,PP) anageent funtions to help operators to anage their networ;eleents on a su4-networ;!

CP.. in=ol=es the following ontents6

CentraliDed fault anageent

CentraliDed onfiguration anageent

CentraliDed perforane anageent

CentraliDed seurity anageent

CentraliDed software anageent


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e$%&'!0


1.1.1.1.371 (n)ancement

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1.1.1.1.372 6eendencyThe Huawei i5anager 52000 is re>uired!

1.-$ BF6400-003 !ecurity !oc+et ayer



1.1.1.1.37- !ummary.eurity .o;et #ayer (..#) is a layer 4etween the TCP layer and the A5 appliation layer!

..# pro=ides the seured data transfer funtion 4etween the e&ode+ and the Huawei

i5anager 52000

1.1.1.1.375 Bene'its

%ll reote operation and aintenane tas;s are perfored through enrypted protools!


.eurity .o;et #ayer (..#) is a layer 4etween the TCP layer and the A5 appliation layer!..# pro=ides the seured data transfer funtion 4etween the e&ode+ and the Huawei

i5anager 52000! %ll A5 appliation data transferred through ..# is enrypted! TP o=er

..# is also supported!

1.1.1.1.377 (n)ancement

ro e$%&3!0" this feature supports T#.=1!2! Transport #ayer .eurity (T#.) and its

predeessor-.eure .o;ets #ayer (..#)" are ryptographi protools that pro=ide

ouniations seurity 4etween e&ode+s and Huawei i5anager 52000 a4o=e Transport#ayer! T#.=1!2 is the latest =ersion of T#. series! %nd T#.1!2 supports stronger

authentiation algorith .H%2'!


$elated ertifiations are re>uired!

T#.=1!2 is only applia4le to 5aro e&ode+!


Copyright © Huawei


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e$%&'!0


1.-7 BF6400-00- !o't&are ersion gradeManagement



1.1.1.1.30 !ummary

This feature pro=ides effiient and orret installation and upgrade of the software and =ersion

anageent funtions!

1.1.1.1.31 Bene'its

The e&ode+ software anageent ena4les effiient and orret software installation"

upgrade" and =ersion anageent!


The e&ode+ software anageent o=ers the following funtions6

ffiient and orret installation and upgrade of the software

%utoati opati4ility he; on the software and hardware =ersions to =erify asuessful software installation and upgrade!

%utoati data on=ersion for the software upgrade" whih re>uires no anualonfiguration updates!

.oftware download 4y onfiguration an redue 30Q of the software pa;age siDe and

shorten the download tie! or adding a 4oard" the syste supports autoati download

of software files for the 4oard fro the Huawei i5anager 52000 if the files are notdownloaded to e&ode+ pre=iously!

If the networ; reo=ers in 1 hour after 4rea;down" the syste supports resuption of the

software download with no need to download the software fro srath!

% a@iu of '00 e&ode+s an 4e seleted to download and ati=ate the software in

4athes autoatially!

Hot path an 4e upgraded together with software in Huawei i5anager 52000 software

anageent wiDard!

Bersion anageent" for e@aple" the hardware and software =ersion >uery

The proess for upgrading software at a networ; eleent in=ol=es the following twoati=ities6

*ownloading the software pa;age fro the Huawei i5anager 52000 to the e&ode+!

This ay ta;e soe tie 4eause of the liited 4andwidth of the A5 lin; 4ut does not

ha=e ipats on ser=ies!

$unning the software ati=ation oand on the Huawei i5anager 52000 lient! Thesyste will autoatially load the software to the target 4oards and ati=ate the

software! To ati=ate the software" the target 4oards will 4e reset and the ser=ie on the

4oards will 4e disrupted!

The a4o=e-entioned two ati=ities an 4e done separately! !g! downloading software

pa;age to e&ode+s at daytie and ati=ating the software at idnight! The separatesoftware upgrade proedure helps to redue the ris; of software upgrade failures and ser=ie


Copyright © Huawei


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e$%&'!0


disruption of the su4-networ;!


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The Huawei i5anager 52000 is re>uired!

1.- BF6400-005 >ot #atc) Management



1.1.1.1.3$ !ummary

This feature pro=ides hot path anageent funtions" suh as installation" uninstall and

roll4a;!

1.1.1.1.37 Bene'its

The e&ode+ supports the hot pathes so that the software 4ugs an 4e fi@ed without

interrupting the ongoing ser=ies!

1.1.1.1.3 6escrition% hot path is a path that is used to fi@ 4ugs and does not interrupt the ongoing ser=ies!

Huawei #T hot path anageent in=ol=es the following funtions6

Hot path installation!

There are two ways to install a released hot path pa;age on the e&ode+6

$unning only a single installation oand6 In this way" the path is downloaded"

loaded" ati=ated and onfired autoatially!

$unning different oands at separate steps of the path installation6 In this way" usersha=e full ontrol o=er the installation proedure6 download" load" ati=ate and onfir!

$oll4a; of the last installed hot path

8ninstall of the hot path


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Hot path anageent an 4e ipleented on the Huawei i5anager 52000 or the e&ode+

#5T!


Copyright © Huawei


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e$%&'!0


1.- BF6400-00$ Fau"t Management



1.1.1.1.32 !ummary

This feature pro=ides autoati fault super=ision and handling of e&ode+!

1.1.1.1.33 Bene'its

This feature ena4les the autoati fault super=ision of the e>uipent in the networ; eleents!

?ith real-tie alar lists and alar logs" operators an ha=e a oprehensi=e =iew of the

atual status of the networ; at any tie!


ault anageent in=ol=es fault detetion" fault handling" fault orrelation" and fault

reporting! ?ith these features" operators an 4e infored as soon as the fault ours in the

networ; and ta;e proper ations to iniiDe or pre=ent ser=ie disruption!

ault detetion

ault detetion inludes physial layer and lin; layer en=ironent onitoring and :PI alar

onitoring and other fault detetion! % sall portion of faults ay ha=e a negati=e ipat on

the traffi if self-testing" suh as $%5 self-testing and transport lin; loop4a; testing" is perfored! %ong those faults" soe are deteted autoatially in the 4oard startup phase"

and soe an 4e anually triggered 4y e@euting fault testing oands!

ault detetion ethods are arefully designed to a=oid false alars and interittent alars!

ault handling

The e&ode+ will perfor fault isolation and fault autoati reo=ery to iniiDe the ipats

on ser=ie!

ault orrelation

ault anageent supports a run-tie fault orrelation handling ehanis and a;es it possi4le to notify operators of the ost iportant alars (the root ause and ipats on the

traffi) instead of all the related ones when a fault ours! The nu4er of alars an 4e

greatly redued in this way" whih a;es it easier to loate and sol=e the networ; pro4les!

This ehanis is predefined and e4edded in the networ; eleents" and operators anustoiDe ore alar orrelation handling rules on the Huawei i5anager 52000!

ault reporting

aults are reported to users in the for of alars! +eause of the alar orrelation funtion"

the inforation of the orrelation 4etween alars is ontained in alars! If any orrelati=ealars our" operators an get the root alar 4y siply right-li;ing the ser=ie-affeting

faults!

The operators an 4rowse real-tie alar inforation" >uery history alar inforation" and

store alar inforation! The online help pro=ides detailed trou4leshooting ethods for eah

type of alar!


Copyright © Huawei


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e$%&'!0



Huawei #T e$%&2!0 supports :PI alar detetion!

In Huawei #T e$%&2!2" when $$8 power supply is %C" $$8 ould detet %C power

down and pro=ide warning signal to the e&ode+!


ault anageent an 4e ipleented on the Huawei i5anager 52000 or the e&ode+ #5T!

1.50 BF6400-007 Con'iguration Management



1.1.1.1.3 !ummary

This feature pro=ides online and offline onfiguration funtions whih support >ui;installation" e@pansion and onfiguration of the networ;!

1.1.1.1.3 Bene'its

This feature pro=ides a good o=er=iew of the urrent status of the networ; and supports fastinstallation" e@pansion and onfiguration of the networ;!


Configuration anageent pro=ides operators with a eans to ollet and anage the data ofthe networ; eleent! The anagea4le eleent data o=ers the physial aspet (e>uipent)

and logial7funtional aspet (suh as ells and lin;s)! The graphi user interfae a;es it

easy to ipleent the anageent!

To iniiDe the ipat of reonfiguration on the syste" Huawei onfiguration anageent

funtion has the following iportant features6

Physial odifiations are independent of the related logial odifiations!

%ll the re>uired odifiations to satisfy a defined tas; are opletely he;ed to ensure

their =alidity 4efore the odifiations an 4e applied to the e&ode+! Configuration data onsisteny 4etween the & and the Huawei i5anager 52000 are

always ensured!

+oth offline onfiguration and online onfiguration are supported!

Affline onfiguration

C5 (Configuration 5anageent @press) is a graphi offline onfiguration tool! In addition

to general onfiguration funtions" it pro=ides soe onfiguration teplates to ease sitedeployent Go4s! It also pro=ides soe ,8I wiDards to help user to finish apaity e@pansion

and igration Go4s!

Anline onfiguration


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e$%&'!0


%ll onfiguration data an 4e odified and >ueried online through 55# oands!

1.1.1.1.-01 (n)ancement

,8I wiDards are added to help users with apaity e@pansion and igration Go4s!

1.1.1.1.-02 6eendency

Configuration anageent an 4e ipleented on the Huawei i5anager 52000 or the #5T!

1.51 BF6400-00 #er'ormance Management



1.1.1.1.-0- !ummary

This feature pro=ides =arious perforane easureent (P5) ounters to onitor the

perforane of the e&ode+! The real-tie :PI onitoring is an enhaned feature to help userloate perforane pro4les >ui;ly!

1.1.1.1.-05 Bene'its

The perforane anageent funtion pro=ides an effiient way to onitor the networ; perforane so that networ; trou4leshooting and optiiDation an 4e ipleented" and the

real-tie :PI onitoring is a ore effiient feature!

1.1.1.1.-0$ 6escrition

Perforane easureent gi=es the detailed inforation of the networ;! .uh inforationfailitates trou4leshooting and networ; optiiDation!

P5 adinistration

The perforane easureent adinistration pro=ides operators with a eans to anage the

a=aila4le easureents!

or the new oissioning networ; eleents (e&ode+)" the predefined perforane

easureents will start after initial startup phase! The perforane easureents an 4esuspended and resued anually!

The networ; eleents (e&ode+) pro=ide ahine-ahine interfaes" allowing the Huawei

i5anager 52000 to ollet the neessary statistis and to set the related paraeters inludingstatistial ounters and the easureent period!

The statistis are o4tained 4y the Huawei i5anager 52000 in 4inary forat in e=eryeasureent period!

ah e&ode+ an store a a@iu of 2 files as 4a;ups that are useful when data transferfails" whih a;es it possi4le for the Huawei i5anager 52000 to reollet the lost data later!

If the easureent period is 1 inutes" an e&ode+ an store easureent results sapled

in a a@iu period of /2 hours!


Copyright © Huawei


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e$%&'!0


unauthoriDed sessions e@eeds the preset threshold

1.1.1.1.-13 (n)ancement

.eurity alars are added!

1.1.1.1.-1- 6eendency

.eurity anageent is ipleented on the Huawei i5anager 52000

1.53 BF6400-011 %timied e:odeBCommissioning !o"ution

1.1.1.1.-15 Avai"abi"ityThis feature was a=aila4le fro e$%&1!0!

1.1.1.1.-1$ !ummary

The optiiDed e&ode+ oissioning solution supports 8.+ oissioning and autoati

o4taining of software and onfiguration data fro the Huawei i5anager 52000!

1.1.1.1.-17 Bene'its

This feature siplifies the e&ode+ oissioning proedure!


This feature siplifies the on-site oissioning proedure fro the following aspets6

If e&ode+ data is ready on the Huawei i5anager 52000 and transission of this

e&ode+ is ready" Huawei on-site anual oissioning tas; is =ery siple6

Installing the hardware and powering on the e&ode+

?aiting for the e&ode+ startup

If the e&ode+ has a ,P." field engineer need do nothing 4eause e&ode+ will report theloation to i5anager 52000 and i5anager 52000 will autoatially selet the orret

onfiguration data for it!

Ar" if field engineer has a laptop" the engineer an use laptop to input =ery siplyinforation (e&ode+ I*)! i5anager 52000 an use this inforation to autoatially

selet a orret onfiguration data!

Ar " filed engineer an all the adinistration enter and report the letroni .erial &u4er (.&) of the e&ode+

In the proedure" the newly installed e>uipent will autoatially set up the onnetion

with the Huawei i5anager 52000 4y using *HCP" download software and data fro the

Huawei i5anager 52000" and install the software!

8.+ oissioning is supported! The assoiated software and data of the e&ode+ an

4e opied to a 8.+ dis; at the adinistration enter! % loal oissioning engineeronly needs to o4tain the 8.+ dis;" install the hardware" and onnet the 8.+ dis; to the

8.+ port on the e&ode+! %fter that" the e&ode+ an autoatially install the software


Copyright © Huawei


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e$%&'!0


and load data" start up" and set up the onnetion to the Huawei i5anager 52000! &oore loal onfiguration is re>uired!


This feature siplifies e&ode+ oissioning!

1.1.1.1.-20 6eendency

The optiiDed e&ode+ oissioning solution depends on the Huawei i5anager 52000!

8.+ oissioning re>uires 8.+ dis;s!

1.5- BF6400-012 (nvironment Monitoring

1.1.1.1.-21 Avai"abi"ityThis feature was a=aila4le fro e$%&1!0!

1.1.1.1.-22 !ummary

This feature pro=ides en=ironent fault alaring and ustoiDed en=ironent alars

funtions!

1.1.1.1.-23 Bene'its

This feature ena4les entraliDed en=ironent onitoring of Huawei e&ode+ e>uipent!

1.1.1.1.-2- 6escrition

This feature ena4les entraliDed en=ironent onitoring of Huawei e&ode+ e>uipent in

ters of" for e@aple" the teperature" huidity" so;e" water iersion" aess ontrol"and power supply! +esides" Huawei e>uipent an 4e onneted to third-party analog and

digital sensors" whih ena4le operators to ustoiDe en=ironent alars!

1.1.1.1.-25 (n)ancement

&one

1.1.1.1.-2$ 6eendencyThe Huawei i5anager 52000 or #5T is re>uired!

1.55 BF6400-013 /nventory Management




Copyright © Huawei


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e$%&'!0


1.1.1.1.-3$ 6escrition

The liense file is used to deterine whether the optional features are a=aila4le and how anyoptional features are a=aila4le!

The liense file an 4e downloaded reotely to the e&ode+! The operators an anage and>uery the ontents in the liense file through the #5T or the 52000 lient!

The liense file is stored in the e&ode+!

Figure 1.1 #iense file anageent

&ew or upgraded liense files an 4e ordered fro Huawei!

1.1.1.1.-37 (n)ancement

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1.1.1.1.-3 6eendency

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1.57 BF6400-015 icense Contro" 'or rgency



1.1.1.1.--0 !ummary

?ith this feature" the liense liitation is withdrawn in eergenies" so the operator an

handle the sudden inrease of networ; apaity!

1.1.1.1.--1 Bene'its

This feature helps operator to fae the situations where there is an unusual inrease of traffi(sport e=ents" &ew SearY) 4y ena4ling a teporary inrease of $%& resoure" a=oiding

peranent o=er-diensioning and thus adapting the apaity osts to the real usage!


Copyright © Huawei


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e$%&'!0


1.1.1.1.--2 6escrition

The liense liitation is withdrawn through anual e@eution of the 55# oands on the#5T or 52000! Thus" the e>uipent an 4e used effeti=ely to optiu apaity!

or eah $ =ersion" the operation personnel ha=e three hanes to withdraw the lienseliitation through the 55# oands! The operation ta;es effet iediately after the

oands are e@euted! The =alidity period is se=en days! ?hen the three hanes are used

up" a new hane an 4e o4tained only through the software upgrade!

1.1.1.1.--3 (n)ancement

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1.1.1.1.--- 6eendency

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Copyright © Huawei


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e$%&'!0

e$%&'!0 #T ** +asi eature *esription 2 %ronys and %44re=iations

2 Acronyms and Abbreviations

Figure 1.1 %ronys and %44re=iations


Copyright © Huawei


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e$%&'!0


39## Third ,eneration Partnership ProGet

AB! %lost-4lan; su4frae

AC< a;nowledgent

AC %ess Control #ist

A(! %d=aned nryption .tandard

AFC %utoati re>ueny Control

A> %uthentiation Header

AMB %ggregate 5a@iu +it $ate

AMC %dapti=e 5odulation and Coding

AM %dapti=e 5ulti-$ate

A: %utoati &eigh4oring $elation

A# %lloation7$etention Priority

A8 %utoati $epeat $e>uest

BC> +roadast Channel

BCC> +roadast Control Channel

B/T! +uilding Integrated Tiing .upply .yste

B( +lo; rror $ate

CA Carrier aggregation

C/ Carrier-to-Interferene Power $atio

CCC> Coon Control Channel

C6MA Code *i=ision 5ultiple %ess

C( Cell dge 8sers

C9/ Cell ,roup Indiator

C# Cyli Prefi@

C#/C> Coon Pilot Channel

C8/ Channel 9uality Indiator

CC Cyli $edundany Che;

C! Cell-speifi referene signal

C!/4! Channel state inforation referene signal

6CC> *ediated Control Channel


Copyright © Huawei


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e$%&'!0


6(! *ata nryption .tandard

6>C# *ynai Host Configuration Protool

6i''!erv *ifferentiated .er=ies

64!C> *ownlin; .hared Channel

6B *ata $adio +earer

6? *isontinuous $eeption

6!C# *iff.er= Code Point

6TC> *ediated Traffi Channel

(CM P. Control 5anageent

eC!FB nhaned C. all4a;

(6F arly *eadline irst

(F @pedited orwarding

e>#6 =ol=ed high rate pa;et data

e/C/C nhaned Inter-ell InterfereneCoordination

eMBM! e=ol=ed 5ultiedia +roadast 5ultiedia.yste

(MM P. 5o4ility 5anageent

(M! leent 5anageent .yste

e:odeB e=ol=ed &ode+

(#C =ol=ed Pa;et Core

(#! =ol=ed Pa;et .yste

(!# napsulation .eurity Payload

(T,! arth>ua;e and Tsunai ?arning .yste

(4TA =ol=ed M8ni=ersal Terrestrial $adio

%ess

FC#!! ault" Configuration" Perforane" .eurityand .oftware 5anageents

F66 re>ueny *i=ision *uple@

F(C orward rror Corretion

FT# ile Transfer Protool


Copyright © Huawei


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e$%&'!0


9B ,uaranteed +it $ate

9(A: ,.57*, $adio %ess &etwor;

9#! ,lo4al Positioning .yste

>A8 Hy4rid %utoati $epeat $e>uest

>// High Interferene Indiator

>MAC Hash 5essage %uthentiation Code

>MACEM65 H5%C 5essage *igest

>MACE!>A H5%C .eure Hash %lgorith

>% Hando=er

>#6 High $ate Pa;et *ata

/C/C Inter-ell Interferene Coordination

/<( Internet :ey @hange Bersion

/M! IP 5ultiedia .er=ie

/# #M IP Perforane 5onitoring

/#sec IP .eurity

/C Interferene $eGetion Co4ining

<#/ :ey Perforane Indiator

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Documents

eRAN6.0 LTE FDD Basic Feature Description 01 (20130220)