RBS 6000 Series

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Presentation Confdential between MTN Presentation Confdential between MTN

INTRODUCING THE

ERICSSON RBS 6000 SERIES

BTS Field & Radio High Level Suppor

BTS Field & Radio High Level Suppor Fe!" #0$$

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CONTENT

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E%ECUTIE SU''(R)

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INTRODUCTION

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H(RD+(RE O*TIONS (ND R(DIO

H(RD+(RE O*TIONS (ND R(DIO CONFIGUR(TIONS

CONFIGUR(TIONS

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H(RD+(RE CO'*(RISON +ITH RBS,000 SERIES

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H(RD+(RE CO'*(RISON +ITH RBS#000 SERIES

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O*ER(TION (ND '(INTEN(NCE

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E%ECUTIE SU''(R)

This document describes the new Ericsson RBS 6000 series being

implemented for the 3G Phase ! roll out in "T## Ericsson regions$

This presentation amongst others helps to also identif% &perations

and "aintenance challenges and e'tra e(uipment)tool re(uirements

that ma% be re(uired to ensure proper adaptabilit% on the e'isting

networ* $

t e(uall% describes the modules that are different in the

RBS 6000 series cabinet+ both for ,-."/ and GS"+ compared to

the RBS 3000 and RBS 000 series cabinet

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INTRODUCTION

RBS 6000 is a multi1standard RBS famil% that can be e(uipped with

2irtuall% an% combination of GS"+ ,-."/ and TE+ which are a2ailable

for an% common fre(uencies to match different capacities and co2erage

re(uirements$

RBS 6000 macro configurations are a2ailable in two different cabinets$

• RBS 604 5 ndoor macro

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INTRODUCTION

RBS 604

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R(DIO ST(ND(RD O*TIONS

The following options are possible

• GS" onl%

• ,-."/ onl%

• TE onl%

• GS" 7 ,-."/

• ,-."/ 7 TE

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H(RD+(RE O*TIONS (ND R(DIO

CONFIGUR(TIONS

The solution that is being implemented on the "T## networ* at the

comprises of one RBS 604 macro indoor RBS in 384 radio configuration$

The cabinet9s la%out is in four sections

• Two radio shel2es 5 combination of the Radio :nits ;R:< and .igital

:nits ;.:<

• Power shelf 5 PS: and P.:$ The PS: is not implemented as e'isting

rectifiers and)or the h%brid power solutions are being used to power

the cabinets

• Transport shelf 5 for transport networ* e(uipment up to =: high+

though not used in this solution$

• Enclosure 5 including climate s%stem$

&ne radio shelf is e(uipped with 384 ,-."/+ 400">? implemented in

three radio units$ "a'imum power ;/RP< for each R: is 60,atts$ The

power is licensed in steps of 0,atts using >ardware /cti2ation @e%s$

Each R: is capable of =0,atts)cell carrier with 60,atts hardware$

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

Besides the fact that the RBS 6000 series is a multi1standard RBS famil% while RBS 3000 series is a ,-."/ standard famil%+ the cabinet comes with entirel% all new modules apart from the Aumper cables and the antenna s%stem$

RBS 604

RBS 346

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

 _{T>E R/.&)TER :#T}

,hile the Radio :nit ;R:< is separate from the ilter :nit ;:< in the RBS3000 series the% are fused into a singe unit referred to as the R:, ;Radio :nit for ,-."/< in the RBS 6000 series which performs the combined function of the R: and :$

The R:, is a combined radio and filter unit containing a TR8 board+ power amplifier and filter unit$

C

7

RBS 6000 R:, RBS 3000 : /#. R:

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

T>E .GT/ S:BR/-@

/s against the digital cassette of the RBS 3000 series which contain the -B:4+ R/8 board+ T8 board and the R: board+ all the baseband functions including =E4 circuit termination capabilit% on the -B:4 are now handled b% a single unit

referred to as .:, ;.igital :nit for ,-."/<

.igital Subrac* ;-B:4+ ET"+ R/8+ T8+ R:<

C

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

DU+ INTERF(CES

Marking Connector Description Optical Indicator PWR (1) -48 V(2) ET20 A -48 V DC Power No GPS RJ-45 GPS Externa !nter"a#e No EC RJ-45 EC$%& 'nterna !nter"a#e e&(2)

A* RJ-45 A%x!!ar+ ,%& 'nterna !nter"a#e No .T A RJ-45 Con&oe 'nterna !nter"a#e No .T , RJ-45 S!te AN Externa !nter"a#e e& TN A RJ-45 Tran&/!&&!on Eternet Externa !nter"a#e ee#tr!#a e& ET A RJ-45 Tran&/!&&!on 2xE1T1J1 Externa !nter"a#e e& ET , RJ-45 Tran&/!&&!on 2xE1T1J1 Externa !nter"a#e e&

Marking Connector Description Optical Indicator 3(1)

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- 3a%t

t!#a !n6!#ator re6

e& (1)

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- erat!on

t!#a !n6!#ator 7reen

e& '(1)

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- .a!ntenan#e

t!#a !n6!#ator +eow(1)

t!#a !n6!#ator $%e(2)

e&

.a!ntenan#e $%tton(2) _No

'D S' 'nter-D !n9

'nterna !nter"a#e D to D

No TN , S3P Tran&/!&&!on EternetAT.

Externa !nter"a#e ot!#a

e& R' A - R' 3(1)

A - 3(2)

: x S3P Ra6!o 'nter"a#e x :

'nterna !nter"a#e $etween D an6 R ee#tr!#a

Externa !nter"a#e $etween D an6 RR ot!#a

e&

;$- DU+ er/io $ 1#- DU+ er/io #

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

*DU 5 Power .istribution :nit

P.: pro2ides 1=D !.- power through multiple fuses to cabinet boards and au'iliar% e(uipment

SHU 5 Support >ub :nit

>ub unit for collection of alarms to the -B:$ t replaces the /u'iliar% :nit >ub ;/:>< in the RBS 3000 series

SCU 5 Support -limate :nit

-ontains internal and e'ternal fan groups and e'ternal alarms $ -ontrols and super2ises up to ten fans$ This replaces the an -ontrol :nit ;-:< and

-limate :nit;-: <in the RBS 3000 series

S(U 5 Support /larm :nit

/ common e'ternal alarm unit that replaces the 8/" card in the RBS 3000 series$ The S/: is an alarm super2ision unit that can be placed either inside an outdoor RBS or

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H(RD+(RE CO'*(RISON +ITH

RBS ,000 SERIES

BFU 5 Batter% use :nit

The B: is located in the power subrac*$ The main function of the B: is super2ising and disconnecting or connecting the batter% bac*up$

*CF 5 Power -onnector ilter

The P- is used for 1=D ! .- incoming power+ /- power with e'ternal batter% bac*up and an e'ternal B:$

*SU 5 Power Suppl% :nit

The PS:s are located in the power subrac*$ The main function of the PS: is con2erting incoming 2oltage to 1=D ! .- s%stem 2oltage$

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H(RD+(RE CO'*(RISON +ITH

RBS #000 SERIES

or GS"+ RBS 6000 cabinet is the same as used for ,-."/$ /ll the power and s%stem control units remain the same$ The radio and digital units are howe2er different ;R:G 5 Radio :nit for GS" and .:G 5 .igital :nit for GS"<+ though there is the multi1standard units which can implement all standards within a common fre(uenc% band including GS"+ ,-."/ and TE ;R:S 5 Radio :nit for "ulti1Standard and .:G 5 .igital :nit for "ulti1 Standard<

Radio Ui 2or GS'

1RUG-The R:G has the following functions

_{Timing reference function b% ocal Timing :nit ;T:<}

_{Transmitter -ombining}

_{:-)>- connector super2ision}

_{&utput Power Super2ision function}

_{.-).- function}

_{Tower "ounted /mplifier -ontrol "odule ;T"/1-"< Power}

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H(RD+(RE CO'*(RISON +ITH

RBS #000 SERIES

Digial Ui 2or GS'

1DUG-_{The .: has the following functions}

_{Timing function}

oadable software ;from lash -ard<

Radio interface

_{Transmission handling}

_{E'ternal s%nchroni?ation}

Tower "ounted /mplifier -ontrol "odule ;T"/1-"< ;onl% for .:G 40 04<

Overvie3 DUG $0 0$ ad DUG #0 0$

Maintenance Buttons

Te /a!ntenan#e $%tton !& o#ate6 to te e"t o" te &+/$o

The maintenance button has different states depending on how long time the button is pressed:

Full

maintenan ce mode

When the DU is in "No maintenance" mode and the maintenance button is pressed between 2 and 7 seconds, there will be a suppression of all traffic and the DU will enter "Full maintenance" mode

HW Reset

When the maintenance button is pressed for 7 seconds or more, the DU restarts in "No maintenance" mode, "Full maintenance" mode, or "!emoing traffic" #a transient state between "No maintenance" mode and "Full

maintenance" mode$, depending on the initial state

No

maintenan ce mode

When the DU is in "Full maintenance" mode and the maintenance button is pressed a second time #for less than 7 seconds$, the DU will go bac% to "No maintenance" mode

Note: _{Use a pointed ob&ect, for instance a screwdrier or a pencil tip, to press the}

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H(RD+(RE CO'*(RISON +ITH

RBS #000 SERIES

DUG INTERF(CES

Marking Interface Description Optical

Indicator Power (1) -48 V DC(2) ET20 A -48 V DC Power No GPS RJ-45 GPS !nter"a#e !n#%6!n7 GPS ower No EC RJ-45 En#o&%re #ontro EC-$%& #o//on t!#a !n6!#ator 7reen

e&

.T A RJ-45 o#a .ana7e/ent Ter/!na (.T) A

No .T , RJ-45 S!te AN an6 .T ,

e&

ET A RJ-45 E1T1 ort

e&

ET , RJ-45 E1T1 ort

e&

Marking Interface Description Optical

Indicator

-3a%t

t!#a !n6!#ator re6

e&

-erat!on

e&

-.a!ntenan#e

t!#a !n6!#ator $%e

e&

.a!ntenan#e $%tton

No

-Stat%&

t!#a !n6!#ator +eow

e&

ES, S'

3or &+n#ron!;at!on w!t oter GS. 6!7!ta %n!t& !9e DG or D*< No R' A - R' 3(1) A - 3(2) -!n9 : x S'(1) CPR' : x S3P(2)

Ra6!o 'nter"a#e A=3 !n#%6!n7 Tower .o%nte6 A/!"!er (T.A) ower "or DG 10 01<

e&

(1) DUG 10 01 (2) DUG 20 01

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O*ER(TION (ND '(INTEN(NCE

+CD'(

The RBS 6000 series cabinet contain fewer hardware modules$ /s such+ support for them becomes simpler$ Besides the power and s%stem monitoring modules+ and the cables+ all the radio and digital modules ha2e been compacted into Aust two 5 the R:, and the .:,$ /ll the power cables and accessor% cables are also

different$ The part numbers of all these modules are listed in later slide$ or site &peration and "aintenance for ,-."/+ the RBS Element "anager

remains the same as the node is still on PF$4),40$ >owe2er+ login in to the node are now done through the "T;ocal "aintenance Terminal< / and B on the .:,$

 _{To log in through >%per1terminal for usual h%per1terminal operations+ connect}

%our straight cable to the "T/+ to the R=H1Serial adapter+ and then to %our s%stem9s -&" port+ and launch h%per1terminal as usual$ >%per1terminal settings remain the same

NOTE4 the pin out configuration for the R=H1Serial adapter is different$ ind the pin out in the ne't  slide$

 _{To log in through RBS Element "anager+ connect %our straight cable to the}

"TB+ and to %our s%stem9s Ethernet port$ -onfigure %our s%stem9s P address to be on the same /# with cabinet and launch RBS Element manager the same wa%

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O*ER(TION (ND '(INTEN(NCE

GS'

The RBS 6000 series cabinet contain fewer hardware modules$ /s such+ support for them becomes simpler$ Besides the P.:+ S>:+ S-: and S/: modules+ which are au'iliar% modules+ and the cables+ the main modules in the cabinet are Aust the R:G and .:G$

or site GS" on1site &I"+ the &"T remains the same$ ogin in to the node is now done through the "T;ocal "aintenance Terminal< B on the .:G which consists of an R1=H connector$

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O*ER(TION (ND '(INTEN(NCE

PIN OUT CONFIGURATION FOR THE RJ45-SERIAL AAPTER RS!"! RJ-45 5 1 3 2 2 3 4 5 6 7 8

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O*ER(TION (ND '(INTEN(NCE

PROUCT NUMBERS OF IFFERING HAR#ARES HAR#ARE T$PE PROUCT NUMBER

RUW 01B1 (2100MHz) 60W,20W HW >RC 118 402 DUW >D 12? 1:11 >D 12? 1:12 >D 12? 1:1@ ASC >R 112 422 >R 112 42@ >R 112 424 RETU >R 121 :21 >R 121 :@1 >R 121 :?2 >R 121 :81 DU/RU DC CABLE RP. ??? 1@00200 PDU ,.G 80 @@:2 ,.G 80 @@:4 BFU ,.G 80 @@?1 PSU ,. 1:1 1?41 ,.R 10 42?1

PFU >3E 101 11:21 >3E 101 11:22

PCF >3E 101 115?2, >3E 101 115?4 >3E 101 115?5

PCU ,.G 80 @401 ,.G 80 @@@2 ,.G 80 @421 ,.G 80 @@42 SHU BGK90118/1,BGK90118/2 SAU B :01 1?1 SCU BGM 136 1006/1, ,G. 1@: 100:2

DIGITAL SIGAL CABLE (CPRI CABLE) RP. ??? 2??

PCF CABLE RP. ??? 1800@50 PCU DC CABLE RP. ??? 1800@50 SCU DC CABLE RP. ??? 1@00@15 (!"8#) RP. ??? 1@00:00 (AC AD $2"# DC) D1EC-S,1 RP.???0101:00 S A2 - PD 1 EC $%& RP. ??? 0100550 S ,2 - PD 2 EC $%& RP. ??? 0100?50 (-48 V DC) RP. ??? 0101000 (AC an6 24 V DC) SC EC-$%& A - S A1 RP. ??? 0100250 ,3 EC-,%& - S ,5 RP. ??? 0100550 PS1 EC-,%& - S RP. ??? 0100500 P3 Aar/ - SC Aar/ A RP. ??? 1@500?00 ,3 ,att te/ - PC3 NT. 101 1:01 GSM %!LIK CABLE RP. ??? @01

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-&#-:S&#

/s it has been highlighted+ besides the hardware modules that come in a new form in the RBS 6000 series+ the &peration and "aintenance of these cabinets are 2er% similar to the RBS 3000 series+ e'cept for the

change in the re(uired Pin &ut configuration of the R=H1Serial adapter$ #o need for different or additional software)hardware tools as these cabinets also run on the PF$4 software 2ersion and local login mode is still the same$ /nd for GS"+ &"T login is the same software through the "T B port on the .:G+ though it is now an R1=H connector as against the serial

connector on the RBS 000 .8:

The hardware modules that are different can still be obtained through the e'isting Spare Parts "anagement S%stem$

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