eRAN6.0 LTE FDD LTE-Advanced Feature Description 01 (20130220)

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

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eRAN6.0V100R006C00

eRAN6.0 LTE FDD LTE-AdvancedFeature Description

Issue 01

Date 2013-02-20

HUAWEI TECHNOLOGIES CO., LTD.



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Issue 01 (2013-02-20)

Huawei Proprietary and Confidential

Copyright © Huawei

Tehnologies Co!" #td!

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e$%&'!0

e$%&'!0 #T ** #T-%d+aned eature *esription Contents

Contents

1 LTE-Advanced Features..................................................................1

1!1 #%,*-001001 Carrier %ggregation for *ownlin 2CC in 20.H/!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!1


1!1!1 #%,*-00100101 Intra-and Carrier %ggregation for *ownlin 2CC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!1

1!1!1 #%,*-00100101 Intra-and Carrier %ggregation for *ownlin 2CC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!1

1!1!2 #%,*-00100102 Inter-and Carrier %ggregation for *ownlin 2CC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!!!3

1!1!2 #%,*-00100102 Inter-and Carrier %ggregation for *ownlin 2CC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!!!3

1!1!3 #%,*-00100103 Carrier %ggregation to a Total of 20 .H/ andwidth!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!

1!1!3 #%,*-00100103 Carrier %ggregation to a Total of 20 .H/ andwidth!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!

1!1! #%,*-0010010 Coon *$ for Coponent Carriers!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!4

1!1! #%,*-0010010 Coon *$ for Coponent Carriers!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!4

1!1!4 #%,*-00100104 Higher 5o6 for C% 7s!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!!4

1!1!4 #%,*-00100104 Higher 5o6 for C% 7s!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!! !!!4

1!1!' #%,*-0010010' Carrier .anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'

1!1!' #%,*-0010010' Carrier .anageent!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'



1!2!1 #%,*-00100201 Carrier %ggregation for *ownlin 2CC in 0.H/!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!8

1!2!1 #%,*-00100201 Carrier %ggregation for *ownlin 2CC in 0.H/!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!8

1!2!2 #%,*-00100202 6upport of 7 Category '!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!9

1!2!2 #%,*-00100202 6upport of 7 Category '!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!9

2 Try Features................................................................................10

2!1 #%,*-002001 6tati T*. eICIC (T$: eature)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!10

2!1 #%,*-002001 6tati T*. eICIC (T$: eature)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!10

2!1!1 #%,*-00200101 6yste Inforation roadast for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!12

2!1!1 #%,*-00200101 6yste Inforation roadast for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!12

2!1!2 #%,*-00200102 6heduling for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!12

2!1!2 #%,*-00200102 6heduling for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!12

2!1!3 #%,*-00200103 P*CCH $esoure %lloation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!13

2!1!3 #%,*-00200103 P*CCH $esoure %lloation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!13

2!1! #%,*-0020010 *ynai Power Control for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!1

2!1! #%,*-0020010 *ynai Power Control for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!1

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2!1!4 #%,*-00200104 C5I %d;ustent for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

2!1!4 #%,*-00200104 C5I %d;ustent for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1

2!1!' #%,*-0020010' .easureent Control for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!14

2!1!' #%,*-0020010' .easureent Control for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!14

2!1!8 #%,*-00200108 P7CCH $esoure %lloation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!1'

2!1!8 #%,*-00200108 P7CCH $esoure %lloation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!1'

2!1!9 #%,*-00200109 Hando+er for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

2!1!9 #%,*-00200109 Hando+er for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1'

2!1!< #%,*-0020010< 6ynhroni/ation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!18

2!1!< #%,*-0020010< 6ynhroni/ation for eICIC!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!18

3 Acronyms and Abbreviations........................................................19


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e$%&'!0 #T ** #T-%d+aned eature *esription igures

Figures

Subrame time oset on micro ce!!..................................................1"


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e$%&'!0 #T ** #T-%d+aned eature *esription Ta=les

Tab!es#nter-band carriers...........................................................................3

Carrier aggregation tota! band$it%...................................................&

Acronyms and Abbreviations..........................................................19


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e$%&'!0 #T ** #T-%d+aned eature *esription 2 Try eatures

1LTE-Advanced Features

About T%is C%a'ter1!1 #%,*-001001 Carrier %ggregation for *ownlin 2CC in 20.H/

1!2 #%,*-001002 Carrier %ggregation for *ownlin 2CC in 0.H/

1.1 LA(F)-001001 Carrier Aggregation or)o$n!in* 2CC in 20+,

1.1.1 LA(F)-00100101 #ntra-and CarrierAggregation or )o$n!in* 2CC

1.1.1.1.1 Avai!abi!ity

This feature is introdued in e$%&'!0!

1.1.1.1.2 Summary

This feature supports intra-=and arrier aggregation (C%) for two downlin ontiguous or

non-ontiguous arriers of following =ands>

The 2!' ?H/ =and (=and 8)

The 1!9 ?H/ =and (=and 3)

This feature supports any o=ination of two 4.H/" 10.H/" 14.H/ and 20.H/ arriers!

1.1.1.1.3 eneits

@ith this feature" two downlin ontiguous or non-ontiguous arriers of sae =and an =e

alloated to a C% apa=le 7! %s a result" spetru fragent an =e alloated together to

sae 7 to ahie+e higher pea downlin throughput!

1.1.1.1./ )escri'tion

#T-%d+aned has higher reAuireent regarding ell total =andwidth! Intra-=and C% eets

reAuireents of the #T-%d+aned syste and =etter utili/es spetru fragents! Intra-=andC% ena=les aggregation of ultiple ontiguous or non-ontiguous arriers to pro+ide a wider

=andwidth!

@ith arriers aggregated" upper-layer data streas are apped to and transitted on eah

oponent arrier (CC) of the aggregation! This apping is perfored at the .edia %ess


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Control (.%C) layer! The e&ode onstruts one (two or ore if spatial ultipleBing isused) transport =lo per transission tie inter+al (TTI) for eah arrier" eah arrier wors

with an indi+idual hy=rid autoati repeat reAuest (H%$5) entity and uses an independent

lin adaptation ehanis! Therefore" arrier aggregation feature an inherit the single-arrier-oriented physial layer design in #T syste! urtherore" in the ase of non-

ontiguous arrier aggregation" the use of independent lin adaptation ehaniss anahie+e higher freAueny-seleti+e gain!

Inter-freAueny o=ility ehanis of C% 7 is different" %4 e+ent is used other than %

e+ent whih is for none C% 7!

1.1.1.1. En%ancement

&one

1.1.1.1. )e'endency

1! *ependeny on 77s ust oply with 3?PP $elease 10 or later release and support the intra-=and

aggregation of the arriers listed =elow>

The 2!' ?H/ =and (=and 8)

The 1!9 ?H/ =and (=and 3)

Please =e noted 3?PP still did not oplete the definition for ontiguous C% for 1!9?H/

and non-ontiguous C% for 2!'?H/! Please =e noted 3?PP still only defined

14.H/D14.H/ and 20.H/D20.H/ for 2!'?H/!

2! *ependeny on =ase=and =oards o=ination

To support C% of 2 CC" the following o=inations of =ase=and =oards are supported>

#P and #Pd1 (only 2T2$ ells supported) Two #Pd1 =oards (only 2T2$ ells supported)

@ithin or =etween #Pd3 =oards (only 2T2$ ells supported)

#P and #Pd2 (2T2$ ell D 2T2$ or 2T$ ell)

#Pd1 and #Pd2 (2T2$ ell D 2T2$ or 2T$ ell)

Two #Pd2 =oards (2T2$ or 2T$ ell D 2T2$ or 2T$ ell)

3! *ependeny on $ odule seletion

If two CC are supported =y one dual-arrier $ odule" there is no additional

reAuireent for C%!

If eah CC is ser+ed =y one $ odule" the two $ odules ust =e seleted in sae

row of the following ta=le to eet the strit tie de+iation reAuireent!

Freuency and F +odu!es

2!' ?H/ $$73221" $$7320" $$7322<" #$7e

2!' ?H/ $$73201" #$7

1!9 ?H/ $$73<29" $$73<2<" .$7d

1!9 ?H/ $$73<09

1!9 ?H/ .$7 E2


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1.1.2 LA(F)-00100102 #nter-and CarrierAggregation or )o$n!in* 2CC

1.1.1.1.& Avai!abi!ityThis feature is introdued in e$%&'!0!

1.1.1.1." Summary

This feature supports inter-=and arrier aggregation (C%) for two downlin arriers of the

following =and o=inations!

Figure 1.1 Inter-=and arriers

,ne Carrier in!!! %nd the ,ther Carrier in!!!

The 2!' ?H/ =and (=and 8) The 1!9 ?H/ =and (=and 3)

The 2!' ?H/ =and (=and 8) The 900 .H/ =and (=and 20)

The 1!9 ?H/ =and (=and 3) The 900 .H/ =and (=and 20)

The %@6 =and (=and ) The 800 .H/ =and (=and 12" 13" 1 or 18)

This feature supports any o=ination of two 4.H/" 10.H/" 14.H/ and 20.H/ arriers!

1.1.1.1.9 eneits

@ith this feature" two downlin arriers of different =ands an =e alloated to a C% apa=le

7! %s a result" spetru fragent an =e alloated together to sae 7 to ahie+e higher

pea downlin throughput!

@hen operators ha+e se+eral fragented arriers" =y using inter-=and C%" these fragented

arriers an =e aggregated to pro+ide a wider =andwidth" there=y ipro+ing the ser+ie

Auality of 7s!

1.1.1.1.10 )escri'tion

#T-%d+aned has higher reAuireent regarding ell total =andwidth! Inter-=and C% eets

reAuireents of the #T-%d+aned syste and =etter utili/es spetru fragents! Inter-=andC% ena=les aggregation of ultiple arriers to pro+ide a wider =andwidth!

@ith arriers aggregated" upper-layer data streas are apped to and transitted on eahoponent arrier (CC) of the aggregation! This apping is perfored at the .edia %ess

Control (.%C) layer! The e&ode onstruts one (two or ore if spatial ultipleBing is

used) transport =lo per transission tie inter+al (TTI) for eah arrier" eah arrier wors

with an indi+idual hy=rid autoati repeat reAuest (H%$5) entity and uses an independentlin adaptation ehanis! Therefore" arrier aggregation feature an inherit the single-

arrier-oriented physial layer design in #T syste! urtherore" in the ase of non-

ontiguous arrier aggregation" the use of independent lin adaptation ehaniss anahie+e higher freAueny-seleti+e gain!


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1.1.1.1.11 En%ancement

&one

1.1.1.1.12 )e'endency1! *ependeny on 7

7s ust oply with 3?PP $elease 10 or later release and support the o=ination ofarriers supported =y this feature!

Please =e noted 3?PP still only defined14.H/D14.H/ and 20.H/D20.H/ for

2!'?H/!

2! *ependeny on =ase=and =oards o=ination

To support C% of 2 CC" the following o=inations of =ase=and =oards are supported>

#P and #Pd1 (only 2T2$ ells supported)

Two #Pd1 =oards (only 2T2$ ells supported)

@ithin or =etween #Pd3 =oards (only 2T2$ ells supported)

#P and #Pd2 (2T2$ ell D 2T2$ or 2T$ ell)

#Pd1 and #Pd2 (2T2$ ell D 2T2$ or 2T$ ell)

Two #Pd2 =oards (2T2$ or 2T$ ell D 2T2$ or 2T$ ell)

3! *ependeny on $ odule seletion

There is no additional $ odule seletion reAuireent for inter-=and C% as the tie

de+iation reAuireent is lower!

1.1.3 LA(F)-00100103 Carrier Aggregation to aTota! o 20 +, and$idt%



1.1.1.1.1/ Summary

This feature ena=le intra-=and or inter-=and arriers aggregation (C%) for two downlin

arriers supports the total =andwidth to up to 20 .H/!

1.1.1.1.1 eneits

@ith this feature" 7p to a 20.H/ downlin =andwidth fro two arriers an =e alloated to aC% apa=le 7! %s a result" a pea downlin throughput of 140 .=ps an =e ahie+ed in the

ase of 2B2 ultiple-input ultiple-output (.I.,)!


Copared with two separate arriers" aggregated arriers pro+ide a =andwidth of up to 20

.H/" and therefore" ipro+e user eBperiene!

1.1.1.1.1& En%ancement

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1.1.1.1.1" )e'endency

&one

1.1./ LA(F)-0010010/ Common )4 or Com'onentCarriers



1.1.1.1.20 Summary

This feature supports oon disontinuous reeption (*$) for 7s using two aggregated

downlin arriers" there=y sa+ing the power of suh 7s!

or the sae of sipliity" suh 7s are referred to as arrier aggregation (C%) 7s in thefollowing desriptions!

1.1.1.1.21 eneits

% C% 7 an support *$ in the priary ser+ing ell (PCell) and seondary ser+ing ell

(6Cell) siultaneously! %s a result" the power of the C% 7 is sa+ed!


%fter an e&ode reei+es a radio resoure ontrol ($$C) onnetion reAuest fro a C% 7"

the e&ode assigns a set of oon *$ paraeters to the 7! These paraeters are used

for the 7 in =oth the PCell and the 6Cell" inluding tiers suh as the ,n *uration tier"*$ Inati+ity tier" hy=rid autoati repeat reAuest (H%$5) round trip tie ($TT) tier"

and *$ $etransission tier!

7sing the sae set of oon *$ paraeters in the PCell and 6Cell ena=les a C% 7 to

enter or eBit *$ ode in the PCell and 6Cell at the sae tie! In this way" the power of the

7 is sa+ed!


&one

1.1.1.1.2/ )e'endencyThis feature an only =e used when *$ is =eing used on =oth oponent arriers> #*-002018 *$

1.1. LA(F)-0010010 ,ig%er 5oS or CA 6Es




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1.1.1.1.2 Summary

This feature applies differentiated sheduling to arrier aggregation (C%) 7s and non-C%7s!

1.1.1.1.2& eneits

This feature ena=les C% 7s to ahie+e =etter ser+ie Auality than non-C% 7s!

1.1.1.1.2" )escri'tion

If the 6Cell of a C% 7 has =een ati+ated and =earers for the 7 are non-?$ =earers" the

7 is alloated a set of resoure =los ($s) =y the PCell and another set of $s =y the

6Cell! The nu=er of $s alloated =y either ell is the sae as the a+erage nu=er of $sfor non-C% 7s in the ell!

The throughput of a C% 7 is the su of its throughput in the PCell and 6Cell" and therefore"

is signifiantly greater than the throughput of any non-C% 7 on either arrier! %s a result"differentiated sheduling ena=les C% 7s to ahie+e =etter ser+ie Auality than non-C% 7s

also in high load!


&one

1.1.1.1.30 )e'endency

This feature depends on #,*-00101402 *ynai 6heduling!

1.1. LA(F)-0010010 Carrier +anagement



1.1.1.1.32 Summary

e&odes support arrier anageent for two aggregated downlin arriers! @ith this feature"

an e&ode proptly ati+ates the seondary ser+ing ell (6Cell) of a C% 7 if the data+olue is too large for the 7 or the load is too hea+y in the priary ser+ing ell (PCell) of

the 7! The e&ode proptly deati+ates the 6Cell if the data +olue is too sall for the

7!

1.1.1.1.33 eneits

This feature redues power onsuption of C% 7s and uplin signaling o+erhead!

1.1.1.1.3/ )escri'tion

7sing the arrier anageent algorith" the e&ode deides whether to ati+ate or

deati+ate the 6Cell of a C% 7 as follows>

@hen the data +olue of the 7 is sall" the arrier anageent algorith starts! If the

orresponding onditions are et" the e&ode aes a deati+ation deision and


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deati+ates the 6Cell in 9 s! This redues the 7 power onsued =y datatransissionFreeption and =lind onitoring (=ased on estiated data positions without

nowing the P*CCH forat)! This also redues uplin signaling" suh as essages

ontaining the hannel Auality indiators (C5Is)" preoding atriB indiations (P.Is)" orran indiators ($Is) reported fro the 6Cell! 6eondary Coponent Carrier (6CC) is

only ati+e when %.$ has not =een reahed for the 7!

@hen the data +olue of the 7 is large" the arrier anageent algorith starts! If the

orresponding onditions are et" the e&ode aes an ati+ation deision and

ati+ates the 6Cell in 9 s to pro+ide ore physial resoure =los (P$s)!


&one

1.1.1.1.3 )e'endency

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1.2 LA(F)-001002 Carrier Aggregation or)o$n!in* 2CC in /0+,

1.2.1 LA(F)-00100201 Carrier Aggregation or)o$n!in* 2CC in /0+,

1.1.1.1.3& Avai!abi!ityThis feature is introdued in e$%&'!0!

1.1.1.1.3" Summary

This feature supports arrier aggregation (C%) for two downlin arriers that eet any of thefollowing arrier o=inations!

Figure 1.1 Carrier aggregation total =andwith

,ne Carrier in!!! %nd the ,ther

Carrier in!!!

Indi+idual

andwidth

$eAuireent

Total andwidth

$eAuireent

The 2!' ?H/ =and

(=and 8)

The 2!' ?H/ =and

(=and 8)

G 4 .H/ 0 .H/

The 1!9 ?H/ =and

(=and 3)

The 1!9 ?H/ =and

(=and 3)

G 4 .H/ 0 .H/

The 2!' ?H/ =and

(=and 8)

The 1!9 ?H/ =and

(=and 3)

G 4 .H/ 0 .H/

The 2!' ?H/ =and(=and 8)

The 900 .H/ =and(=and 20)

G 4 .H/ 30 .H/

The 1!9 ?H/ =and The 900 .H/ =and G 4 .H/ 30 .H/


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(=and 3) (=and 20)

The %@6 =and(=and )

The 800 .H/ =and(=and 12" 13" 1 or

18)

G 4 .H/ 20 .H/

1.1.1.1.39 eneits

@ith this feature" 7p to a 0.H/ downlin =andwidth fro two arriers an =e alloated to a

C% apa=le 7! %s a result" a pea downlin throughput of 300 .=ps an =e ahie+ed in the

ase of 2B2 ultiple-input ultiple-output (.I.,)!

1.1.1.1./0 )escri'tion

Copared with two separate arriers" aggregated arriers pro+ide a total =andwidth whih is

up to 0 .H/" and therefore" ipro+e user eBperiene!

1.1.1.1./1 En%ancement

&one

1.1.1.1./2 )e'endency

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1.2.2 LA(F)-00100202 Su''ort o 6E Category

1.1.1.1./3 Avai!abi!ity


1.1.1.1.// Summary

e&odes support arrier aggregation (C%) for 7s of ategory ' as defined in 3?PP $elease

10!

1.1.1.1./ eneits

@ith this feature" one single 7 of ategory ' an reah a pea data rate of 300 .=ps in thedownlin and 40 .=ps in the uplin if 1' Auadrature aplitude odulation (1'5%.) is used

in uplin and 2B2 .I., in downlin is used!


This feature an ena=le =ase station to support 7 ategory '! 7 of ategory ' supports a

pea data rate of 300 .=ps in the downlin and 40 .=ps in the uplin if 1' Auadratureaplitude odulation (1'5%.) is used in uplin and 2B2 .I., in downlin is used!

1.1.1.1./& En%ancement

&one


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1.1.1.1./" )e'endency

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2 Try Features

The try features ean no need to pay for their liense fee in this +ersion" when in neBt+ersion" if the try features are hange to optional feature" then the liense fee for the is

needed!

Custoers need to sign a paper of .,7 to agree the organi/ation as a=o+e!

About T%is C%a'ter1!3 #%,*-002001 6tati T*. eICIC (T$: eature)

2.1 LA(F)-002001 Static T)+ e#C#C 7T8Feature

1.1.1.1./9 Avai!abi!ity


1.1.1.1.0 Summary

The full nae of stati T*. eICIC is stati tie di+ision (T*.) enhaned inter-ell

interferene oordination (eICIC)!

@ith downlin (*#) stati T*. eICIC" a aro e&ode sends only neessary C$6s" P66s"

666s" PCHs" or PHICHs (rather than P*6CHs or P*CCHs) in statially onfigured

su=fraes! The su=fraes ounterparts in the ell under a neigh=oring iro e&ode are

alloated to 7s at the ell edge! In this way" *# stati T*. eICIC redues *# interferenefro aro ells (under aro e&odes) to iro ells (under iro e&odes)!

&,T>

P*6CH> physial downlin shared hannel

P*CCH> physial downlin ontrol hannel


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C$6> ell-speifi referene signal

P66> priary synhroni/ation signal

666> seondary synhroni/ation signal

PCH> physial =roadast hannel

PHICH> physial H%$5 indiator hannel

1.1.1.1.1 eneits

*# stati T*. eICIC redues *# interferene fro aro ells to iro ells! Therefore" it

allows eBtending iro-ell ranges to aoodate ore 7s and inreases *# throughput

at the iro ell edges!


@hen a iro e&ode is deployed near the o+erage area of an intra-freAueny aro ell at

a hot spot" the iro e&ode generally eBperienes interferene fro the aro ell! Thisinterferene inreases with the signal strength in the aro ells! In this ase" the o+erage of

the iro ell shrins" the perforane of the P*6CH and P*CCH in the iro ell

deteriorates" and the nu=er of 7s that an =e ser+ed =y the iro ell dereases! %s aresult" the resoures in the iro ell are not fully utili/ed!

In suh a senario" *# stati T*. eICIC an =e used to ipleent inter-su=frae eICIC to

redue interferene fro the aro ells to the P*6CH and P*CCH in the iro ell!

@hen *# stati T*. eICIC is used" su=fraes in the aro and iro ells ust =e tie-

synhroni/ed" whih is ipleented =y using a ?lo=al Positioning 6yste (?P6) orI1499 E2 lo!

@ith *# stati T*. eICIC" a aro ell does not send the P*6CH or P*CCH in a reser+ed proportion of su=fraes! These su=fraes are alled alost-=lan su=fraes (%6s) for the

aro ell! In %6s" the interferene fro the aro ell to the iro ell greatly dereases"

and the iro ell an pro+ide ser+ies in areas that pre+iously had interferene! In addition"

the iro ell an pro+ide ser+ies in ore areas through ell-speifi offset ad;ustents forhando+ers fro the aro ell to the iro ell!

7sers need to set a proportion of %6s and ell-speifi offsets" =ased on inter-ellinterferene and ell loads" to fully utili/e the resoures of the iro ell! e$%&'!0 supports

the stati onfiguration of these paraeters!


&one

1.1.1.1./ )e'endency

2 interfae is needed!

Huawei aro and iro e&odes are reAuired!

6oe 7s ust oply with 3?PP $elease 10 for =est perforane

.aro and iro ells ust =e tie-synhroni/ed!


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e$%&'!0


2.1.1 LA(F)-00200101 System #normationroadcast or e#C#C

1.1.1.1. Avai!abi!ityThis feature is introdued in e$%&'!0!

1.1.1.1. Summary

This feature allows resoure apping for syste inforation =roadast in iro e&odes

when *# stati T*. eICIC is ena=led!

1.1.1.1.& eneits

@ith this feature" 7s under the eBtension o+erage of iro ells an =etter reei+e syste

inforation that is =roadast =y the iro ells!

1.1.1.1." )escri'tion

@hen the ell-speifi offsets are used to eBtend the iro-ell range" 7s under theeBtension o+erage of the iro ell will typially run ser+ies in the %6s ounterparts in

this iro ell! To ensure that these 7s an reei+e and update syste inforation" the

iro ell =roadasts the syste inforation in these su=fraes" as far as possi=le!


&one


&one

2.1.2 LA(F)-00200102 Sc%edu!ing or e#C#C



1.1.1.1.2 Summary

This feature allows %6 =ased sheduling when *# stati T*. eICIC is ena=led!

1.1.1.1.3 eneits

This feature uses %6s to redue *# interferene fro aro ells to P*6CHs in iro ells

and therefore allow eBtending iro-ell with $ange Bpantion to aoodate ore 7s!


@ith this feature" a aro ell does not shedule 7s for 7-speifi data and signaling

transission or retransission in the %6s! %ordingly" the aro ell does not send the

P*6CH in the %6s! This sheduling redues the interferene fro the aro ell to the


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e$%&'!0


P*6CH in the iro ell!

7s under the eBtension o+erage of the iro ell are sheduled in the %6s ounterparts in

the iro ell to ensure that the 7s an run ser+ies!

1.1.1.1. En%ancement

&one

1.1.1.1. )e'endency

&one

2.1.3 LA(F)-00200103 :)CC, esource A!!ocationor e#C#C

1.1.1.1.& Avai!abi!ity


1.1.1.1." Summary

This feature allows %6 =ased P*CCH resoure alloation when *# stati T*. eICIC isena=led!

1.1.1.1.9 eneits

This feature uses %6s to redue *# interferene fro aro ells to P*CCHs in iro ells

and therefore eBtends iro-ell ranges to aoodate ore 7s!

1.1.1.1.&0 )escri'tion

@ith this feature" a aro ell does not shedule 7s for 7-speifi data and signaling

transission or retransission in the %6s! %ordingly" the aro ell does not alloateP*CCH resoures in the %6s! This redues the interferene fro the aro ell to the

P*CCH in the iro ell!

%fter *# stati T*. eICIC is ena=led" 7s eBperiene different le+els of interferene in the

%6s and non-%6s ounterparts in the iro ell! P*CCH resoures are dynaially

alloated to the 7s =ased on the two types of su=fraes! The dynai P*CCH resoure

alloation is also nown as ontrol hannel eleent (CC) aggregation le+el adaptation!

1.1.1.1.&1 En%ancement

&one

1.1.1.1.&2 )e'endency

&one


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e$%&'!0


2.1./ LA(F)-0020010/ )ynamic :o$er Contro! ore#C#C

1.1.1.1.&3 Avai!abi!ityThis feature is introdued in e$%&'!0!

1.1.1.1.&/ Summary

This feature allows *# dynai power ontrol when *# stati T*. eICIC is ena=led!

1.1.1.1.& eneits

%fter %6s are onfigured for a aro e&ode" dynai power ontrol at a iro e&ode

an further ipro+e the P*CCH perforane of the iro ell and eBtend the iro-ell

range to aoodate ore 7s!

1.1.1.1.& )escri'tion

%fter *# stati T*. eICIC is ena=led" 7s eBperiene different le+els of interferene in the%6s and non-%6s ounterparts in the iro ell! P*CCH power is dynaially ontrolled

for the 7s =ased on the two types of su=fraes!

1.1.1.1.&& En%ancement

&one

1.1.1.1.&" )e'endency,nly %pplia=le for $10 7!

2.1. LA(F)-0020010 C5# Ad;ustment or e#C#C

1.1.1.1.&9 Avai!abi!ity


1.1.1.1."0 Summary

This feature allows hannel Auality indiator (C5I) ad;ustent when *# stati T*. eICIC isena=led!

1.1.1.1."1 eneits

This feature ensures that the initial =lo error rate (I#$) of the P*6CH in iro ells

approahes the target +alue!

1.1.1.1."2 )escri'tion

@ith *# stati T*. eICIC" a aro ell does not send the P*6CH or P*CCH in a reser+ed

proportion of su=fraes! These su=fraes are alled alost-=lan su=fraes (%6s) for the

aro ell! In %6s" the interferene fro the aro ell to the iro ell greatly dereases"


Copyright © Huawei


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e$%&'!0


and the iro ell an pro+ide ser+ies in areas that pre+iously had interferene!

@hen $10 7s attahed to iro ell" this feature aes 7s easure and report hannel

state inforation (C6I) for %6 and non-%6 su=fraes of aro ell respeti+ely!

ased on following inforation iro ell an identify if the 7s whih are sheduled in thenon-%6 su=fraes of aro ell has intereferene>

I#$

%ount of C5I ad;ustent

$etransission ties

or the 7s whih has interferene in the non-%6 su=fraes" the iro ell perfors *#

C5I ad;ustent and shedules the in the %6 su=fraes only!

1.1.1.1."3 En%ancement

&one

1.1.1.1."/ )e'endency

,nly applia=le to $10 7!

This feature depends on #,*-00101401 C5I %d;ustent!

2.1. LA(F)-0020010 +easurement Contro! ore#C#C

1.1.1.1." Avai!abi!ity


1.1.1.1." Summary

This feature allows easureent ontrol when *# stati T*. eICIC is ena=led!

1.1.1.1."& eneits

@ith this feature" 7s under the o+erage of aro and iro ells an orretly perfor

easureents for hando+ers!

1.1.1.1."" )escri'tion

@hen *# stati T*. eICIC is ena=led" $10 7s in a aro ell perfor radio resoure

anageent ($$.) easureents on a neigh=oring iro ell in %6s to ensure orret

easureent results! $$. easureents inlude those of the referene signal reei+ed power ($6$P) or referene signal reei+ed Auality ($6$5)!

7s in the iro ell perfor $$. and radio lin onitoring ($#.) easureents on theloal ell in the %6s ounterparts in this iro ell to ensure orret easureent results

and pre+ent radio lin failures! This ensures that the iro ell an pro+ide ser+ies for 7s

in the eBtension iro-ell range!


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e$%&'!0


1.1.1.1."9 En%ancement

&one

1.1.1.1.90 )e'endency,nly applia=le to $10 7!

2.1.& LA(F)-0020010& :6CC, esource A!!ocationor e#C#C



1.1.1.1.92 SummaryThis feature allows physial uplin ontrol hannel (P7CCH) resoure alloation when *#

stati T*. eICIC is ena=led!

1.1.1.1.93 eneits

This feature ensures that P7CCH resoures are suffiient for 7s in iro ells to report the

results of C6I easureents perfored in the %6s and non-%6s ounterparts in these

iro ells!

1.1.1.1.9/ )escri'tion

@hen *# stati T*. eICIC is ena=led" $10 7s in a iro ell easure C6I in %6s andnon-%6s ounterparts in this iro ell and report the C6I! Two sets of P7CCH resoures

are alloated to 7s running ser+ies in %6s and non-%6s ounterparts in this iro ell!


&one


,nly applia=le to $10 7!

2.1." LA(F)-0020010" ,andover or e#C#C

1.1.1.1.9& Avai!abi!ity


1.1.1.1.9" Summary

This feature allows the sheduling of signaling essages for hando+ers when *# stati T*.

eICIC is ena=led!


Copyright © Huawei


1'





e$%&'!0


Figure 1.1 6u=frae tie offset on iro ell

1.1.1.1.10& En%ancement &one

1.1.1.1.10" )e'endency

This feature depends on #,*-00301302I1499 E2 Clo 6ynhroni/ation whenI1499 E2 lo is used!


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e$%&'!0

e$%&'!0 #T ** #T-%d+aned eature *esription 3 %ronys and %==re+iations

3 Acronyms and Abbreviations

Figure 1.1 %ronys and %==re+iations


Copyright © Huawei


1<



e$%&'!0


3<:: Third ?eneration Partnership Pro;et

AS %lost-=lan su=frae

AC= anowledgent

ACL %ess Control #ist

AES %d+aned nryption 6tandard

AFC %utoati reAueny Control

A, %uthentiation Header

A+ %ggregate .aBiu it $ate

A+C %dapti+e .odulation and Coding

A+ %dapti+e .ulti-$ate

A> %utoati &eigh=oring $elation

A: %lloationF$etention Priority

A5 %utoati $epeat $eAuest

C, roadast Channel

CC, roadast Control Channel

#TS uilding Integrated Tiing 6upply 6yste

LE lo rror $ate

CA Carrier aggregation

C?# Carrier-to-Interferene Power $atio

CCC, Coon Control Channel

C)+A Code *i+ision .ultiple %ess

CE6 Cell dge 7sers

C<# Cell ?roup Indiator

C: Cyli PrefiB

C:#C, Coon Pilot Channel

C5# Channel 5uality Indiator

CC Cyli $edundany Che

CS Cell-speifi referene signal

CS#-S Channel state inforation referene signal

)CC, *ediated Control Channel


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e$%&'!0


)ES *ata nryption 6tandard

),C: *ynai Host Configuration Protool

)iServ *ifferentiated 6er+ies

)L-SC, *ownlin 6hared Channel

) *ata $adio earer

)4 *isontinuous $eeption

)SC: *iff6er+ Code Point

)TC, *ediated Traffi Channel

EC+ P6 Control .anageent

eCSF nhaned C6 all=a

E)F arly *eadline irst

EF Bpedited orwarding

e,:) +ol+ed high rate paet data

e#C#C nhaned Inter-ell InterfereneCoordination

e++S e+ol+ed .ultiedia roadast .ultiedia6yste

E++ P6 .o=ility .anageent

E+S leent .anageent 6yste

e>ode e+ol+ed &ode

E:C +ol+ed Paet Core

E:S +ol+ed Paet 6yste

ES: napsulation 6eurity Payload

ET@S arthAuae and Tsunai @arning 6yste

E-6TA +ol+ed K7ni+ersal Terrestrial $adio

%ess

FC:SS ault" Configuration" Perforane" 6eurityand 6oftware .anageents

F)) reAueny *i+ision *upleB

FEC orward rror Corretion

FT: ile Transfer Protool


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e$%&'!0


< ?uaranteed it $ate

<EA> ?6.F*? $adio %ess &etwor

<:S ?lo=al Positioning 6yste

,A5 Hy=rid %utoati $epeat $eAuest

,## High Interferene Indiator

,+AC Hash .essage %uthentiation Code

,+AC+) H.%C .essage *igest 4

,+ACS,A H.%C 6eure Hash %lgorith

,( Hando+er

,:) High $ate Paet *ata

#C#C Inter-ell Interferene Coordination

#=EB Internet Ley Bhange Eersion

#+S IP .ultiedia 6er+ie

#: :+ IP Perforane .onitoring

#:sec IP 6eurity

#C Interferene $e;etion Co=ining

=:# Ley Perforane Indiator

C+E Configuration .anageent Bpress

L+T #oal .aintenane Terinal

+2000 Huawei ,.C

+AC .ediu %dission Control

+# .aster Inforation lo

+C, .ultiast Channel

+CC, .ultiast Control Channel

+CS .odulation and Coding 6hee


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e$%&'!0


+#+( .ultiple Input .ultiple ,utput

min< .iniu ?uaranteed it $ate

++E .o=ility .anageent ntity

++L .an-.ahine #anguage

+(S .ean ,pinion 6ore

+C .aBiu-$atio Co=ining

+TC, .ultiast Traffi Channel

+6-+#+( .ultiple 7ser-.I.,

>ACC &etwor %ssisted Cell Changed

>AC= &on anowledgent

>AS &on-%ess 6tratu

>T &eigh=oring $elation Ta=le

(C4( ,+en Controlled Crystal ,sillator

(F)+ ,rthogonal reAueny *i+ision

.ultipleBing

(F)+A ,rthogonal reAueny *i+ision.ultipleBing %ess

(# ,+erload Indiator

(+C ,peration and .aintenane Center

((= ,n-,ff-Leying

:C, Physial roadast Channel

:CC, Paging Control Channel

:CF#C, Physial Control orat Indiator Channel

:C, Paging Channel

:C# Physial Cell Identity

:) Paet *elay udget

:)CC, Physial *ownlin Control Channel

:)C: Paet *ata Con+ergene Protool

:), Plesiohronous *igital Hierarhy


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e$%&'!0


:)SC, Physial *ownlin 6hared Channel

:F Proportional air

:, Per-Hop eha+ior

:,#C, Physial Hy=rid %$5 Indiator Channel

:+ Perforane .easureent

:L+> Pu=li #and .o=ile &etwor

:+C, Physial .ultiast Channel

:AC, Physial $ando %ess Channel

:6CC, Physial 7plin Control Channel

:6SC, Physial 7plin 6hared Channel

5A+ 5uadrature %plitude .odulation

5C# 5o6 Class Identifier

5oS 5uality of 6er+ie

5:S= 5uadrature Phase 6hift Leying

A $ando %ess

AC, $ando %ess Channel

A+ $ando %ess .eory

AT $adio %ess Tehnology

$esoure lo

C6 $adio Control 7nit

ET $eote letrial Tilt

F $adio reAueny

LC $adio #in Control

C $adio $esoure Control

+ $adio $esoure .anageent

6 $eote $adio 7nit

S $eferene 6ignal

S: $eferene 6ignal $eei+ed Power

S5 $eferene 6ignal $eei+ed 5uality


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e$%&'!0


SS# $eei+ed 6ignal 6trength Indiator

TT $ound Trip Tie

B $edundany Eersion

$eei+e

S1 interfae =etween PC and -7T$%&

ST 6art ias Tee

SC-F)+A 6ingle Carrier-reAueny *i+ision .ultiple

%ess

SCT: 6trea Control Transission Protool

S), 6ynhronous *igital Hierarhy

SFC 6pae reAueny lo Coding

SF: 6all or K fator Plugga=le

S<@ 6er+ing ?ateway

S# 6yste Inforation lo

S#) 6ilene Indiator

S#> 6ignal to Interferene plus &oise $atio

S 6ignaling $adio earer

SS 6ounding $eferene 6ignal

SSL 6eurity 6oet #ayer

STC 6pae Tie lo Coding

ST+A 6art T.%

TAC Transport %dission Control

TC: Transission Control Protool

T)) Tie *i+ision *upleB

T+A Tower .ounted %plifier

T+F Traed .essage iles

ToS Type of 6er+ie

TT# Transission Tie Inter+al

T Transission


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e$%&'!0


6E 7ser Auipent

6L-SC, 7plin 6hared Channel

6S 7ni+ersal 6erial us

BLA> Eirtual #oal %rea &etwor

Bo#: Eoie o+er IP

@ @eighted $ound $o=in

42 interfae aong e&odes

Documents

eRAN6.0 LTE FDD LTE-Advanced Feature Description 01 (20130220)