ZXWR RNC (V3[1].09.30) Commissioning Guide — Integration Manual_R1.0

8/13/2019 ZXWR RNC (V3[1].09.30) Commissioning Guide Integration Manual_R1.0

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ZXWR RNC (V3.09.30)Commissioning Guide

Integration Manual


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ZXWR RNC (V3.09.30) Commissioning Guide Internal Use Onl !

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Re ision istor*

%rodu+t Version ,o+ument Version -erial Num'er Reason or Re ision

V3.09.30 R


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!'out $/is ,o+ument

-ummar*C/a ter ,es+ri tion

< Introdu#tion to RNC ; stem

Integration

Introdu#tion to RNC s stem integration

Node" Integration Fes#ri$tion o& Node" integration

3 Iu:C; Integration Fes#ri$tion o& Iu:C; integration

D Iu: ; Integration Fes#ri$tion o& Iu: ; integration

8 Iur Integration Fes#ri$tion o& Iur integration

! li+a'le to& RNC +ommissioning engineers ('ot/ Z$ ngin rs and ZTEssubcontractors)



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'*" OE CON' N';

2 Introdu+tion to RNC -*stem Integration................... .............. .............. ............. ..... ..... 2


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.D.9 N"* a er...................... .............. .............. .............. .............. .............. ............ 30

.8 I o er E ................................................................................................................... 30

.8.< Iu1 Inter&a#e Integration arameters....................... .............. ......... ..... ..... ..... ..... 30

.8. Iu1 Integration Fes#ri$tion............. .............. .............. .............. .............. .......... ... 3uest Num'er and t%eRe+ei e Re l* Num'er s%ould 1e t%e same.



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Eigure : D ; * test

.7.; -C$% La*er

C%e#2 t%e state o& t%e Node" ;C' in t%e RNC.

'o 4uer t%e state, #li#2 RNC Managed lement(%) Q RNC +on iguration +entrali edmanagement Q ,*nami+ data management o'?e+t Q 4asi+ Conne+tionCon iguration In ormation o -C$% .

In t%e normal state, !sso+iated -tate s%ould 1e -$!4LI- , MCongestion "lags%ould 1e Not +ongestion M and--M state s%ould 1e !+ti ated .



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Eigure : 8 ;C' status

.7.< #MC4

ing t%e Node" o$eration and maintenan#e address on t%e OBC" ser er. '%e lin21et+een t%e OBC" and t%e Node" s%ould 1e a1le to 1e esta1lis%ed.

.7.9 N4!% La*er

Eor t%e integration met%od, $lease see ;e#tion .


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%roto+olla*er %arameter

RNC de aultalue

$ransmissionnet1or:

Node4 de aultalue

Negotiation mode

(o1ligation, sel&:negotiate)

Negotiationmode(o1ligation, sel&:negotiate)

Fu$le/ mode (&ulldu$le/ mode,%al& du$le/mode)

I la er

B'U

I VD@I VH

I $a#2age&ragmenting andde&ragmentingsu$$ort

;C'la er

Eour $arameterso& ;C' (RNC Iand $ort, NOF "I and $ort)

I address in Itransmission $at%

N"*

Node" IF

CC $ort No.

o#al #ell No.

'/ and R/&re4uen# $oints

.6. Iu' Integration ,es+ri tion

Eollo+ t%e 1ottom:u$ order on t%e $roto#ol sta#2 to integrate $% si#al la er, IB* la er, *'B la er and N*" la er in turn.

.6.3 %/*si+al La*er


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'o 4uer t%e state, #li#2 -/o1 4oard %ro erties %ages Q -u'unitCon iguration Q -u'unit ,etail Q -tate in ormation Q -tate Buer* .

Eigure : > GI I su1unit state

. C%e#2 +%et%er t%ere is an $ro1lem +it% t%e e/ternal net+or2 $ort o& GI I, In t%enormal state, t%ere s%ould 1e no su#% an alarm as ternal %ort o 4oard is,o1n .



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Eigure : = *larm o& GI I e/ternal $ort

.6.7 I% La*er

Eor t%e integration met%od, $lease see ;e#tion .D.H.

.6.6 -C$% La*er

Eor t%e integration met%od, $lease see ;e#tion .D.>.

.6.8 N4!% La*er



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.8 !$M and I% Mi ed $ransmission

Inter#onne#t t%e *'B lin2 and t%e I lin2 $er#e$ti el M t%e s%ould 1e 1ot% un1lo#2ed.



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3 Iu5C- Integration

3.2 !$M Mode

3.2.2 ,es+ri tion o Iu5C- Integration %arameters ( 2)

'a1le 3:> Fes#ri$tion o& Iu:C; Integration arameters (


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RNCde ault

alue

$ransmissionnet1or:

Node4de ault

alue

;CC I' message sending timer o& ;CC

I' message re#ei ing timer o& ;CC

R*N*

BN

RNC IF

*C

;*C

3.2. ,es+ri tion o Iu5C- Integration %arameters (-$M52)

In most s#enarios, ;'B:< 1earer mode is used at t%e Iu inter&a#e ( ia t%e o$ti#al $ort o&t%e * " 1oard). Onl in &e+ $ilot o&&i#es, t%e Iu inter&a#e is #onne#ted ia < $ort o& t%eF'"@IB*" 1oard.

'a1le 3:= Fes#ri$tion o& Iu:C; Integration arameters (;'B:


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Eigure 3: 9 < su1unit state 4uer

. C%e#2 +%et%er t%e < F indi#ators


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Eigure 3:30 * " su1unit state 4uer

3.2.6 IM! La*er



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Eigure 3:3< VC lin2 state

. C%e#2 t%e #orres$onding ** state in t%e RNC.

'o #%e#2 t%e state, Cli#2 RNC Managed lement(%) Q RNC +on iguration+entrali ed management Q ,*nami+ data management o'?e+t Q !!L %!$ .

In t%e normal state, t%e !dministrati e -tatus s%ould 1e An'lo+: , t%e Lo+al4lo+: -tatus and Remote 4lo+: -tatus s%ould 1e Not Congestion , and t%e%at/ resetting -tatus s%ould 1e No . I& multi ** lin2s are #on&igured, ous%ould 1lo#2 t%em one 1 one to ma2e a #all test.



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Eigure 3:3 ** lin2 status 4uer

3. Eor ** 8, it is re4uired to tra#e t%e ;;CO o& t%e ;** at t%e trans$ort net+or2la er. In t%e normal state, t%ere s%ould 1e ;;CO 2ee$:ali e messages %#LL and-$!$ sending 1et+een t%e RNC and t%e BGW.

Eigure 3:33 ;;CO lin2 signaling tra#ing

3.2.; M$%34 La*er

lin2 in t%e RNC.

'o 4uer t%e state? Cli#2 RNC Managed lement(%) Q RNC +on iguration



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+entrali ed management Q ,*nami+ data management o'?e+t Q No. ; lin: .

In t%e normal state, M$%3 Lin: -tatus s%ould 'e In -er i+eF Not Congested ,and M$%3 Lin: -tatus (tra i+) s%ould 1e No !larmF Normal .

Eigure 3:3D No. > lin2 status

. uer t%e status o& t%e ad7a#ent o&&i#e signaling $oint in RNC.

'o 4uer t%e status, Cli#2 RNC Managed lement(%) Q RNC +on iguration+entrali ed management Q ,*nami+ data management o'?e+t Q !d?a+ent# i+e signaling oint .

In t%e normal state, !++ess "lag s%ould 1e !++essi'le. Rig%t:#li#2 an o&&i#e IF,ou #an see in&ormation o& t%e #urrent route.



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Eigure 3:38 *d7a#ent o&&i#e signaling $oint status



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Eigure 3:3H O&&i#e route 4uer

3. '%e status o& ad7a#ent o&&i#e signaling $oint #an also 1e 4ueried 1 tra#ing t%esignaling o& t%e B' 3" la er in t%e RNC. In t%e normal state, ou #an see t%e RNCsend t%e -L$M message, t%e BGW re$l +it% t%e -L$! message, and t%e BGWsend t%e -L$M message, t%e RNC re$lies +it% t%e -L$! message. '%at meanst%e transmission at t%e B' 3" la er is un1lo#2ed, and t%e ad7a#ent o&&i#e signaling$oint is rea#%a1le.

Eigure 3:3> ;ignaling lin2 test result

3.2.< -CC% La*er and R!N!% La*er

Eor t%e ;CC la er, +%en t%e U lo#ation is #%anged, tra#e t%e signaling at t%e ;CCla er. I& t%ere are t%e CR and CC messages, and no alarm a1out t%e su1s stem < or


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Eigure 3:3= ;CC #onne#tion esta1lis%ment messages

*&ter t%e a1o e ste$s are $er&ormed, t%e integration o& t%e Iu:C; inter&a#e is #om$leted.

3. I% Mode

3. .2 ,es+ri tion o Iu5C- Integration %arameters

'a1le 3:9 Iu:C; Integration arameters


RNCde ault

alue

$ransmissionnet1or:

Node4de ault

alue

% si#alla er

Bedia t $e (G o$ti#al$ort, G #a1le $ort, E#a1le $ort)

Resistan#e o& RNCand Node" s%ould1e #onsistent +it%t%at o& t%etransmissionnet+or2.

Negotiation mode(o1ligation, sel&:negotiate)

RNC settingss%ould 1e#onsistent +it% t%ato& t%e transmissionnet+or2.

Fu$le/ mode (&ull du$le/mode, %al& du$le/ mode)

I la er

B'U

I VD@I VH

I $a#2age &ragmentingand de&ragmentingsu$$ort

;C'la er

Eour $arameters o&;C' (RNC I and $ort,NOF " I and $ort)


;C' CRC #%e#2 mode

;C' #lient@ser er mode

B3U* Net+or2 $ro&ile

Routing CON' X'IF



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RNCde ault

alue

$ransmissionnet1or:

Node4de ault

alue

* ser er *; usage IF

*; tra&&i# mode

N alue o& load s%aringmode

;CC

I' Bessage ;ending'imer o& ;CC

I' Bessage Re#ei ing'imer o& ;CC

;u1s stem


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Eigure 3:39 GI I su1unit state

. C%e#2 +%et%er t%ere is an $ro1lem +it% t%e GI I e/ternal $ort. In t%e normal state,t%ere is no su#% an alarm as ternal %ort o 4oard is ,o1n .



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Eigure 3:D0 *larm o& GI I e/ternal $ort

3. .7 I% La*er

In t%e RNC test t%e #onne#ti it o& t%e I la er +it% t%e ; *. '%e -end Re>uestNum'er and t%e Re+ei e Re l* Num'er s%ould 1e t%e same.

'%e sour#e address o& test is t%e I address #on&igured &or t%e F; o& t%e RU",and t%e target address is t%e address #on&igured &or t%e user $lane o& B;C@BGW.

'%e sour#e address o& test is t%e I address #on&igured &or ;C' , and t%e targetaddress is t%e ;C' address #on&igured &or ;G;N.



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Eigure 3:D< ; * test

3. .6 -C$% La*er

C%e#2 t%e state o& t%e B;C ;C' in t%e RNC.

'o 4uer t%e state, #li#2 RNC Managed lement(%) Q RNC +on iguration +entrali edmanagement Q ,*nami+ data management o'?e+t Q 4asi+ Conne+tionCon iguration In ormation o -C$% .

In t%e normal state, !sso+iated -tate s%ould 1e -$!4LI- , MCongestion "lag

-tate s%ould 1e Not Congestion M and--M -tate s%ould 1e !+ti ated .



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Eigure 3:D ;C' state

3. .8 M3A! La*er


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Eigure 3:D3 *; and *; state

. In t%e RNC, 4uer t%e state o& t%e o&&i#e maintained 1 t%e B3U*.

'o #%e#2 t%e state, #li#2 RNC Managed lement(%) Q RNC +on iguration+entrali ed management Q ,*nami+ data management o'?e+t Q !d?a+ent# i+e signaling oint .

In t%e normal state, in&ormation o& t%e a#ti e route #an 1e #%e#2ed.



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Eigure 3:DD *#ti e route in&ormation

3. .; -CC% La*er and R!N!% La*er

Eor t%e ;CC la er, +%en t%e U lo#ation is #%anged, tra#e t%e signaling at t%e ;CCla er. I& t%ere are CR and CC messages, and no alarm a1out t%e su1s stem < or


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7 Iu5%- Integration

7.2 !$M Mode

7.2.2 ,es+ri tion o Iu5%- Integration %arameters ( 2)

'a1le D:


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RNCde ault

alue

$ransmissionnet1or:

Node4de ault

alue

;*C

G' :UFestination G' :U address

o#al G' :U address and mas2

7.2. ,es+ri tion o Iu5%- Integration %arameters (-$M52)

In most s#enarios, ;'B:< 1earer mode is used on t%e Iu inter&a#e (#onne#ted ia t%eo$ti#al $ort o& t%e * " 1oard). Onl in &e+ $ilot o&&i#es, t%e Iu inter&a#e is #onne#ted 1

an < on t%e F'"@IB*" 1oard.

'a1le D:


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RNCde ault

alue

$ransmissionnet1or:

Node4de ault

alue

o#al G' :U address and mas2

7.2.3 ,es+ri tion o Iu5%- Integration

'%e integration s%ould &ollo+ t%e 1ottom:u$ order on t%e $roto#ol sta#2? $% si#al la er,IB* la er, *'B la er, B' 3" la er, ;CC la er, and R*N* la er.

7.2.7 %/*si+al La*er

Eor t%e integration met%od, $lease see ;e#tion 3.


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Eigure D:DH ; * test

7. I% Mode

7. .2 ,es+ri tion o Iu5%- Integration %arameters

'a1le D:< Fes#ri$tion o& Iu: ; Integration arameters


RNC

de aultla*er

$ransmissionnet1or:

Node4

de aultla*er

% si#alla er Bedia t $e (G

o$ti#al $ort, G#a1le $ort, E#a1le $ort)

Resistan#es o& RNCand Node" s%ould1e #onsistent +it%t%ose o& t%etransmissionnet+or2.

Negotiation mode(o1ligation, sel&:negotiate)

RNC settings s%ould1e #onsistent +it%t%ose o& t%etransmission

net+or2.



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RNCde ault

la*er

$ransmissionnet1or:

Node4de ault

la*er

Fu$le/ mode (&ulldu$le/ mode, %al&du$le/ mode)

I la er

B'U

I VD@I VH

I $a#2age&ragmenting andde&ragmentingsu$$ort

;C'la er

Eour $arameters o&;C'(RNC I and $ort,Node" I and $ort)


;C' CRC #%e#2mode

;C' #lient@ser ermode

B3U*

Net+or2 $ro&ile

Routing #onte/t IF

* ser er as

usage IF *; tra&&i# mode

N alue o& loads%aring mode

;CC

I' messagesending timer o&;CC

I' messagere#ei ing timer o&;CC

;u1s stem


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7. . ,es+ri tion o Iu5%- Integration

'%e integration s%ould &ollo+ t%e 1ottom:u$ order on t%e $roto#ol sta#2? $% si#al la er,

I la er, ;C' la er, B3U* la er, ;CC la er, and R*N* la er.

7. .3 %/*si+al La*er


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Eigure D:D> GI I su1unit state

. C%e#2 +%et%er t%ere is an $ro1lem +it% t%e GI I e/ternal $ort. In t%e normal state,t%ere is no su#% an alarm as ternal %ort o 4oard is ,o1n .



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Eigure D:D= *larm o& GI I e/ternal $ort

7. .7 I% La*er

In t%e RNC, test t%e #onne#ti it o& t%e I la er +it% t%e ; *. '%e -end Re>uestNum'er and t%e Re+ei e Re l* Num'er s%ould 1e t%e same.

'%e sour#e address o& test is t%e I address #on&igured &or t%e F; o& t%e RU",and t%e target address is t%e address #on&igured &or t%e user $lane o& B;C@BGW.

'%e sour#e address o& test is t%e I address #on&igured &or ;C' , and t%e targetaddress is t%e ;C' address #on&igured &or ;G;N.



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Eigure D:D9 ; * test

7. .6 -C$% La*er

Eor t%e integration met%od, $lease see ;e#tion 3. .8.

7. .8 M3A! La*er

Eor t%e integration met%od, $lease see ;e#tion 3. .H.

7. .; -CC% La*er and R!N!% La*er

Eor t%e ;CC la er, +%en t%e U lo#ation is #%anged, tra#e t%e signaling at t%e ;CCla er. I& t%ere are CR and CC messages, and no alarm a1out t%e su1s stem < or


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Eigure D:80 ;CC #onne#tion esta1lis%ment

*&ter t%e a1o e ste$s are $er&ormed, t%e integration o& t%e Iu: ; inter&a#e is #om$leted.



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6 Iur Integration

6.2 !$M Mode

6.2.2 ,es+ri tion o Iur Integration %arameters

'a1le 8:


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6.2. ,es+ri tion o Iur Integration

'%e integration s%ould &ollo+ t%e 1ottom:u$ order on t%e $roto#ol sta#2? $% si#al la er,IB* la er, *'B la er, B' 3" la er, ;CC la er, and R*N* la er.

6.2.3 %/*si+al La*er

Eor t%e integration met%od, $lease see ;e#tion 3.


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6. I% Mode

6. .2 ,es+ri tion o Iur Integration %arameters

'a1le 8:


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RNC de aultla*er

$ransmissionnet1or:

Node4de ault

alue

N alue o& loads%aring mode

;CC

I' Bessage;ending 'imer o&;CC

I' BessageRe#ei ing 'imer o&;CC

R*N;*

BN

RNCIF

*C

;*C

6. . ,es+ri tion o Iur Integration

'%e integration s%ould &ollo+ t%e 1ottom:u$ order on t%e $roto#ol sta#2? $% si#al la er,I la er, ;C' la er, B3U* la er, ;CC la er, and R*N* la er.

6. .3 %/*si+al La*er

Eor t%e integration met%od, $lease see ;e#tion D. .3.

6. .7 I% La*er

Eor t%e integration met%od, $lease see ;e#tion D. .D.

6. .6 -C$% La*er

Eor t%e integration met%od, $lease see ;e#tion D. .8.

6. .8 M3A! La*er

Eor t%e integration met%od $lease see ;e#tion D H

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ZXWR RNC (V3[1].09.30) Commissioning Guide — Integration Manual_R1.0