3G Overview Presentation

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Vodafone

Overvie

w

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Agenda

A

genda



Definitions



Introduction



Node B Overview



RBS Element Manager Overview

Vodafone



Step by step



RBS !!! "roducts

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 UMTSUMTSUMTSUMTS #niversal Mobile $elecommunication %ccess_{#niversal Mobile $elecommunication %ccess}  CDMACDMACDMACDMA &ode Division Multiple %ccess&ode Division Multiple %ccess

 ATATMATATMMM %sync'ronous $ransfer Mode %sync'ronous $ransfer Mode  IPIPIPIP Internet "rotocolInternet "rotocol

 RANRANRANRAN Radio %ccess Networ(Radio %ccess Networ(  RNCRNCRNCRNC Radio Networ( &ontroller _{Radio Networ( &ontroller}  IMTIMTIMTIMT International Mobile $elep'ony_{International Mobile $elep'ony}

 ITUITUITUITU International $elecommunication #nion_{International $elecommunication #nion}  UTRANUTRANUTRANUTRAN _{#$MS $errestrial Radio %ccess Networ(}_{#$MS $errestrial Radio %ccess Networ(}  RNSRNSRNSRNS Radio Networ( Subsystem_{Radio Networ( Subsystem}

Abbreviaion! Abbreviaion!

Abbreviaion!

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* is a world trend t'at we s'ould consider

WH

Y

* structure allows t'e servers and

M*+s to wor( in pool, t'is saves a lot

of un-utili.ed resources on t'e networ(

level compared to 2* networ(/

In a * networ(, t'e transcoders are

placed at t'e edge of t'e "S$N rat'er

t'an on t'e Radio side li(e 2*

networ(s/ $'is leads to a dramatic 01

reduction of transmission

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&ommon use of one bac(bone

for data and voice saves

investment since t'e two types of

traffic never pee( at t'e same

traffic never pee( at t'e same_time/ time/

77 Dynami"ally !harin# re!o$r"e! be%een voi"e an Dynami"ally !harin# re!o$r"e! be%een voi"e and daa &d daa & red$"in# re'$ired "apa"iy

red$"in# re'$ired "apa"iy

Mo

Morrnininngg AfAfterternoonoo nn Time of dayTime of day Mb/s

Mb/s

Capacity without convergence Capacity without convergence

Mo

Morrnininngg AfAfterternoonoo nn Time of dayTime of day Mb/s

Mb/s

Capacity with convergence Capacity with convergence

Evening Evening Evening Evening Required capacity Required capacity Required capacity Required capacity Saved capacity Saved capacity (orld Trend (orld Trend

* is a world trend t'at

we s'ould consider

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$'e

$'eUMTSUMTSUMTSUMTS is one of t'e ma3or new t'ird generation mobile communicationsis one of t'e ma3or new t'ird generation mobile communications systems being developed wit'in t'e framewor( w'ic' 'as been defined systems being developed wit'in t'e framewor( w'ic' 'as been defined

by I$# and (nown as

by I$# and (nown asIMT & )***IMT & )***IMT & )***IMT & )*** networ(/networ(/

$'e

$'e UMTS UMTSUMTSUMTS will accommodate t'e growing number of interconnectionswill accommodate t'e growing number of interconnections between a 4arity of networ(s circuits and pac(et switc'ed narrowband between a 4arity of networ(s circuits and pac(et switc'ed narrowband and broadband, voice, data, fi)ed and mobile/ 5or t'e operator t'e and broadband, voice, data, fi)ed and mobile/ 5or t'e operator t'e #M$S networ( means continuity of services, optimi.ed end-user #M$S networ( means continuity of services, optimi.ed end-user application portfolios and significant cost reductions in transmission, application portfolios and significant cost reductions in transmission, operation and maintenance/ operation and maintenance/

$'e

$'eUMTSUMTSUMTSUMTS 'as potential to provide end users wit' data rates up to'as potential to provide end users wit' data rates up to2 Mb6s2 Mb6s,, and it lends itself to give individuals t'e freedom to c'oose among a and it lends itself to give individuals t'e freedom to c'oose among a wide range of services currently in e)istence or soon to e)ist/ wide range of services currently in e)istence or soon to e)ist/

UMTS

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I

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Evolut

Evolution

ion to

to IMT

IMT-2000

-2000/3G

/3G

Evolut

Evolution

ion to

to IMT

IMT-200

-2000/3G

0/3G

Ne% Ne% Ne% Ne% !pe"r$m !pe"r$m !pe"r$m !pe"r$m +,i!in# +,i!in# +,i!in# +,i!in# !pe"r$m !pe"r$m !pe"r$m !pe"r$m Today Today Today

)-Today )- )*** evolved )-)*** evolved )-)*** evolved )-)*** evolved )- .-.-.- .-78/2 (bps 78/2 (bps 9:;771 (bps9:;771 (bps 771;<: (bps771;<: (bps !/<:;2 Mbps!/<:;2 Mbps IMT&)*** IMT&)*** IMT&)*** IMT&)*** Capable Sy!em! Capable Sy!em! Capable Sy!em! Capable Sy!em! TDMA TDMA TDMA TDMA /IS&0.12 /IS&0.12 /IS&0.12 /IS&0.12 PDC PDC PDC PDC -SM -SM -SM -SM TDMA3 TDMA3 TDMA3 TDMA3 -PRS -PRS -PRS -PRS -PRS -PRS -PRS -PRS TDMA3 TDMA3 TDMA3 TDMA3 +D-+ +D-+ +D-+ +D-+ +D-+ +D-+ +D-+ +D-+ .-CDMA 4ne CDMA 4ne CDMA 4ne CDMA 4ne CDMA )*** CDMA )*** CDMA )*** CDMA )***

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Voi"e Voi"e Voi"e Voi"e +&Mail +&Mail +&Mail +&Mail

Daa ba!e a""e!! Daa ba!e a""e!!

informaion !ervi"e informaion !ervi"e informaion !ervi"e informaion !ervi"e Teleban5in# Teleban5in# Teleban5in# Teleban5in# finan"ial !ervi"e! finan"ial !ervi"e! finan"ial !ervi"e! finan"ial !ervi"e! Tele!hopin# Tele!hopin# Tele!hopin# Tele!hopin# Video elephony Video elephony Video elephony Video elephony Video "onferen"in# Video "onferen"in# Video "onferen"in# Video "onferen"in# +le"roni" ne%!paper +le"roni" ne%!paper +le"roni" ne%!paper +le"roni" ne%!paper

Ima#e3 So$nd file! Ima#e3 So$nd file!

UMTS:UMTS:UMTS:UMTS:

Servi"e Servi"e 6 Servi"e 6 Daa RaeServi"e 6 Daa Rae6 Daa Daa RaeRae

UMTS offer! fle,ible 6 UMTS offer! fle,ible 6 UMTS offer! fle,ible 6 UMTS offer! fle,ible 6 dynami" band%idh on dynami" band%idh on dynami" band%idh on dynami" band%idh on demand: demand: demand:

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UMTS

Architecture

UTRAN UTRAN UTRAN

UTRAN consists of one or more RANconsists of one or more RAN

which is consists of

which is consists of RNRNRNRN, several, several

N!de " N!de "

N!de "

N!de "ss (UMTS base stations)(UMTS base stations)

and user equipment (

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$MA

Separate users throuh di!erent

codes"

#are bandwidth"

$ontinuous transmission and

reception

%requenc& %requenc& $ode $ode Time Time User User User User % % % % User & User & User & User &User 'User '

User ' User 'User (User (User (User (

' M ( ) ' M ( ) )S*+, -%.&, )S*+, -%.&, )S*+, -%.&, )S*+, -%.&, MH/0 MH/0 MH/0 MH/0 $MA &111 -'.2, $MA &111 -'.2, $MA &111 -'.2, $MA &111 -'.2, MH/0 MH/0 MH/0

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$MA

M$liple Tran!mier! M$liple Tran!mier! M$liple Tran!mier! M$liple Tran!mier! M$liple daa "hannel! M$liple daa "hannel! M$liple daa "hannel! M$liple daa "hannel!

6 6 6 6 #ach transmissi!n #ach transmissi!n #ach transmissi!n #ach transmissi!n has a uni3ue has a uni3ue has a uni3ue has a uni3ue scrambling scrambling scrambling scrambling c!de c!de c!de c!de

#ach data channel #ach data channel

has a uni3ue has a uni3ue has a uni3ue has a uni3ue channelisati!n channelisati!n channelisati!n channelisati!n c!de c!de c!de c!de

Many users share Many users share

the same the same the same the same 4re3uency and 4re3uency and 4re3uency and 4re3uency and time time time time )S*+, )S*+, )S*+, )S*+, $MA $MA $MA $MA &111 &111 W$M W$M W$M W$M A A A A

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*S+Spread Spectrum

In DS-&DM% t'e carrier is modulated =spread> wit' a digital

In DS-&DM% t'e carrier is modulated =spread> wit' a digitalCode9Code9Code9Code9

Eac' bit is coded wit' a ?

Eac' bit is coded wit' a ?ChipChipChipChip@ seAuence of a c'ip rate@ seAuence of a c'ip rate ==Rc  7 6Rc  7 6 $&

$&>>muc' greater t'an bit ratemuc' greater t'an bit rate ==Ri  7 6 $iRi  7 6 $i>/>/

$'e radio between &'ip rate and information bit rate determines

t'e spreading ratio or Spreading 5actor

S5

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Spread principles

$'e spread-spectrum transmission is a uniAue in w'ic' t'e users

srcinal signal

srcinal signal is transformed into anot'er form t'at occupies a largeris transformed into anot'er form t'at occupies a larger

bandwidt' t'an t'e srcinal signal would normally need/

$'e bits in t'e spreading code are called

$'e bits in t'e spreading code are calledc'ipsc'ips to differentiate t'emto differentiate t'em

from t'e bits in t'e data seAuence, w'ic' are called symbols/ $'e

term ?

term ?c'ipc'ip@ describes 'ow t'e spreading operation c'ops up t'e@ describes 'ow t'e spreading operation c'ops up t'e srcinal data stream into smaller parts or c'ips/

srcinal data stream into smaller parts or c'ips/

$'e user information bits are spread into a number of c'ips w'en it is

?multiplied@ wit' t'e spreading code/ $'e

?multiplied@ wit' t'e spreading code/ $'ec'ip ratec'ip rate for t'e system isfor t'e system is

constant /<: Mc'ip6s and t'e signal is spread into a

constant /<: Mc'ip6s and t'e signal is spread into abandwidt'bandwidt' ofof

appro)imately

appro)imately1 M.1 M.

$'e

$'eSpreading factor Spreading factor =S5> is t'e ratio between t'e=S5> is t'e ratio between t'ec'ip ratec'ip rate and t'eand t'e

symbol rate

symbol rate/ $'is is eAual to t'e spreading processing gain =t'at is/ $'is is eAual to t'e spreading processing gain =t'at is

t'e protection against interface>/

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Spread principles

$'e

$'esame codesame code is used foris used forde-spreadingde-spreading t'e information after itt'e information after it

is sent over t'e air interface, t'at is, bot' t'e #E and t'e BS use

t'e same codes/

% wideband signal can

% wideband signal canresist narrowbandresist narrowband interface especiallyinterface especially

well/ +'ile t'e demodulation process will

well/ +'ile t'e demodulation process willde-spread t'e srcinalde-spread t'e srcinal signal

signal, it will also, it will alsospread t'e interfering signalspread t'e interfering signal at t'e same time/at t'e same time/

If t'ere are too many users in t'e cell generating too muc'

interface, t'en t'e signal may get bloc(ed and t'e

communication becomes impossible/

+'en information from various subscribers is sent over t'e air, it

can be sent at different

can be sent at differentbit ratesbit rates depending on w'at service t'edepending on w'at service t'e

subscribers is using at t'e time =speec', video conferencing>

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W$MA

T

Technical echnical characteristicharacteristicscs T

Technical echnical characteristicharacteristicscs

' M carriers"

%requenc& ivision uple

%**"

-"./ Mcps chip rate

0ariable spreadin codes

1ptimied pac2et access on

common or dedicated channel"

ih spectrum e3cienc&

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A

ATM

TM

A

ATM

TM

A!yn"hrono$! Tran!fer Mode A!yn"hrono$! Tran!fer Mode

A!yn"hrono$! Tran!fer Mode

A!yn"hrono$! Tran!fer Mode////AATMAATMTMTM2222 is ais acell relaycell relay,,&ircuit switc'ing&ircuit switc'ing networ(

networ( andanddata lin( layer data lin( layer protocol w'ic' encodes data traffic intoprotocol w'ic' encodes data traffic into

small =1 bytesF

small =1 bytesF:< bytes:< bytes of dataof data andand1 bytes of 'eader 1 bytes of 'eader information>information>

fi)ed-si.ed cells/

A ATMTM

A

ATMTM provides data lin( layer services t'at run overprovides data lin( layer services t'at run overSONE$SONE$=Sync'ronous=Sync'ronous Optical Networ(ing> Gayer 7 lin(s/ $'is differs from ot'er tec'nologies

Optical Networ(ing> Gayer 7 lin(s/ $'is differs from ot'er tec'nologies

based on pac(et-switc'ed networ(s =suc' as t'e Internet "rotocol or

Et'ernet>, in w'ic' variable si.ed

Et'ernet>, in w'ic' variable si.ed packets packets =sometimes (nown as=sometimes (nown as

frames

frames> are used/> are used/ A

ATMTM

A

ATMTM is a connection-oriented tec'nology, in w'ic' a logical connection isis a connection-oriented tec'nology, in w'ic' a logical connection is

establis'ed between t'e two endpoints before t'e actual data

e)c'ange begins/

e)c'ange begins/  Bye! ;Header<

 Bye! ;Header<

 Bye! ;Header< 87 Bye 87 87 Bye 87 Bye ;NBAP< Bye ;NBAP< ;NBAP< ;!i#nal daa<;NBAP< ;!i#nal daa<;!i#nal daa<;!i#nal daa< NB%"C

NB%"C Node B application partNode B application part

. Bye! . Bye!

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RN

R"S

R"SR"SR"SR"SR"SR"SR"SR"SR"SR"SR"SR"S

R"S

RN& can control as ma)/ 901 RBSs ?Node B@

E _1” I _u_b ” _- E _1” I _u_b ” _- W C D M A “ U u ” W C D M A “ U u ” M# M# M# M# A _T_M A _T M - -

The

Architecture

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Moderni=ed !ie Moderni=ed !ie Moderni=ed !ie Moderni=ed !ie >ayo$ >ayo$ >ayo$ >ayo$ PBC 1** PBC 1** PBC 1** PBC 1** RBS RBS RBS RBS RBSRBSRBSRBS Co!ie Co!ie Co!ie

Co!ie Node BNode BNode BNode B

T? Cab9 T? Cab9 T? Cab9 T? Cab9 R Reett R Reett A ASSCC A ASSCC A Anntt.. A Anntt.. S Siite , te , CCoo S Siite , te , CCoo 33G33GGG R B S 3 2 0 6 R B S 3 2 0 6 R B S 3 2 0 6 R B S 3 2 0 6 R B S 3 2 0 6 R B S 3 2 0 6 R RNNCC R RNNCC PBC 1** PBC 1** PBC 1** PBC 1**

(23)

Conne"ion Conne"ion @ield /C@2 for @ield /C@2 for +0! +,ernal +0! +,ernal alarm alarm @an @an @CU @CU @iler !$bra"5 @iler !$bra"5 Radio !$bra"5 Radio !$bra"5 Di#ial !$bra"5 Di#ial !$bra"5

Spa"e for opional Spa"e for opional B$!bar

B$!bar

N

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RU "ard RU "ard RU "ard RU "ard @U "ard @U "ard @U "ard @U "ard CPU "ard CPU "ard CPU "ard

CPU "ard _{@UI@ "ard}_{@UI@ "ard}_{@UI@ "ard}_{@UI@ "ard}

RBS

3206

Spa"e for any Spa"e for any

e'$ipmen e'$ipmen

(25)

Radio Radio S$b Ra"5 S$b Ra"5

Downlink and

Downlink and Uplink T

Uplink Trafi !RBS

rafi !RBS

Downlink and

Downlink and Uplink T

Uplink Trafi !RBS

rafi !RBS

3"#$

CBU CBU Di#ial S$b Ra"5 Di#ial S$b Ra"5 +T&MC0 +T&MC0 T?B T?B $ransmission Board RUI@ RUI@ RU RU @U@U RA?B RA?B Random %ccess Board A ASSCC AnAneennnnaa RU RU @@UU AASSCC AnAneennnnaa RU RU @@UU AASSCC AnAneennnnaa @iler @iler S$b Ra"5 S$b Ra"5 0 !e"or 0 !e"or 0 !e"or 0 !e"or 0 !e"or 0 !e"or E76IM% E76IM%

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F

Fiilltter suer subrackbrack

F

Fiilltter suer subrackbrack

R

Radiadio subracko subrack

R

Radiadio subracko subrack

D

Diigigital tal susubracbrackk

D

Diigigital tal susubrackbrack

Confi#$raion: Vodafone 0 /0002

- &'annel &oding - &'annel &oding - Spreading - Spreading - *amma cable - *amma cable

Radio Modula tion H

%mpli fica tion

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%BU

&oard

TUB Board TUB Board TUB Board TUB Board Data synchronization Data synchronization Data synchronization Data synchronization functionality functionality functionality functionality SCB Board SCB Board SCB Board SCB Board ATM S

ATM Switching & Power distributionwitching & Power distribution

ATM S

ATM Switching & Power distributionwitching & Power distribution

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GPB Board GPB Board GPB Board GPB Board T! T!MC" BoaMC" Board rd T!MC" Board T!MC" Board

"s interface# $MA Grou% "s interface# $MA Grou%

Used as individual Used as individual Used as individual Used as individual in the !ld R"S in the !ld R"S in the !ld R"S in the !ld R"S '&1& '&1& '&1& '&1& &B# in RBS 2!9C % merge &B# in RBS 2!9C % merge between S&B, *"B, $#B, between S&B, *"B, $#B, and E$B and E$B

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"U

!ntr!l "ase

Unit

_{CBU: A mer#e be%een SCB -PB TUB and +TB}_{CBU: A mer#e be%een SCB -PB TUB and +TB}_{CBU: A mer#e be%een SCB -PB TUB and +TB}_{CBU: A mer#e be%een SCB -PB TUB and +TB}

Conainin# Conainin#

Conainin Conainin##

"ower distribution to bac( plane/"ower distribution to bac( plane/

"ac(et switc' 2: units in bac( plane/"ac(et switc' 2: units in bac( plane/

$iming unit for networ( H radio sync' wit' e)tended$iming unit for networ( H radio sync' wit' e)tended

'oldover time

*"S interface for sync' and positioning/*"S interface for sync' and positioning/

: ) E7 ports/: ) E7 ports/

Et'ernet interface for site-G%N/Et'ernet interface for site-G%N/

RS:<1 interface for control of fan and au)iliary eAuipmentRS:<1 interface for control of fan and au)iliary eAuipment

Main processor for RBS wit' 172Mbyte R%M and 5las' dis(

N

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RA5 "!ard

Power Power ATM ATM Clocks/BFN Clocks/BFN TX gamma TX gamma RX gamma RX gamma

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2, 9: or 72< &E D& 2, 9: or 72< &E D& R88 ="ea(-rateC <: (bps R88 ="ea(-rateC <: (bps D&>/ D&>/  R%& R88 =support up  R%& R88 =support up to )7>/ to )7>/

Resources for Softer O

included/ included/ Support SD"% Release Support SD"% Release 1 =2 ms $$I>/ 1 =2 ms $$I>/

+ prepared for E-#G

Release 9 =7! ms $$I, Release 9 =7! ms $$I, "ea( rateC 7/:1 Mbps "ea( rateC 7/:1 Mbps E-D&> D&>

(29)

RU)6

Radio Unit 4nterface 5oard

RUI@ RUI@

RUI@

RUI@C %n interface board for 9 radio unitsC %n interface board for 9 radio units

Conaini Conainin#n#

$iming distribution to base-band boards and radio units/

Distribution of up- and down-lin( gamma signals between radioDistribution of up- and down-lin( gamma signals between radio

units and base-band boards/ units and base-band boards/

Board processor for control of si) radio units and si) 5S-Board processor for control of si) radio units and si)

5S-modems =&ommunication wit' %S& and RE$>/

modems =&ommunication wit' %S& and RE$>/

Data F Data F Data E Data E Data D Data D Data C Data C Data B Data B Data A Data A R!"

N

(30)

RU&%&17&%'1 -&carrier $8 % carrier U89

&.%:h/ &1W7'1W0

R#272!627!C Radio #nit 2!+6!+ R#272!627!C Radio #nit 2!+6!+ Conainin# Conainin# Conainin Conainin##

$wo$wo transmitters and one D"Dtransmitters and one D"D

M&"% for

M&"% for%o "arrier! D>%o "arrier! D>%o "arrier! D>%o "arrier! D> "ower clipping function"ower clipping function

One 2 branc' diversity receiver forOne 2 branc' diversity receiver for

one "arrier U> one "arrier U>

D&6D& converter for R# and 5#D&6D& converter for R# and 5#

wit' 7!ms 'old-up for logic parts

One &"# =J"> for control of R#One &"# =J"> for control of R#

and filter unit =5#>

Interface for 5# control and powerInterface for 5# control and power

distribution to 5#/

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A A B B TX TX RX RX RX RX n g CP# CP# T"$"ng T"$"ng TX TX A A B B DCDC DCDC

(31)

6U%& - % T5 and & R5 antenna branches9

&.%:h/ 0

@U0): A @iler and >NA $ni for %o anenna! @U0): A @iler and >NA $ni for %o anenna!

Conainin Conainin##

One duple) filter for t'e first antenna =$J and RJ>One duple) filter for t'e first antenna =$J and RJ>

One receive filter for t'e second antenna =RJ only>One receive filter for t'e second antenna =RJ only>

One $J port and four RJ ports, two from eac' antennaOne $J port and four RJ ports, two from eac' antenna

*ain ad3ust for feeder compensation and gain select

RJ filter Splitter modem Bias -$ RJ filter Splitter Bias -$ $J filter Inerfa"e Inerfa"e lo#i" lo#i" D&D& GN% EEprom GN%

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"ower distribution to %S& and

RE$ =D&6D& and Bias $>

5S modem for %S& and RE$5S modem for %S& and RE$

communication

"arameter memory =EEprom>

(32)

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!n;gurati!n <ersi!n -<0

%fter t'e software of t'e RBS is loaded, a new configuration version =

%fter t'e software of t'e RBS is loaded, a new configuration version =CVCVCVCV> will be> will be automatically created by t'e system/

automatically created by t'e system/

$'e new directory created for t'is$'e new directory created for t'isCVCVCVCV can be c'ec(ed on t'ecan be c'ec(ed on t'eCPUCPUCPUCPU to identify t'eto identify t'e

ne% CV ne% CV

ne% CV

ne% CV directory, a few notes about t'edirectory, a few notes about t'eRBS fileRBS fileRBS fileRBS file system are included/system are included/ The vol$me! of he Hard Di!5 and %ha

The vol$me! of he Hard Di!5 and %ha i!i! The vol$me! of he Hard Di!5 and %ha The vol$me! of he Hard Di!5 and %ha i!i!

!ored in ea"h vol$me !ored in ea"h vol$me !ored in ea"h vol$me !ored in ea"h vol$me

(33)

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#lement

Manager

v e r v i e w v e r v i e w O v e r v i e w O v e r v i e w O v e r v i e w O v e r v i e w O v e r v i e w O v e r v i e w

(34)

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#lement manager c!mp!nent

#lement mana

(35)

0& 0&

0&

0& $itle bar $itle bar displays t'e window name H includes t'e standard Minimi.e,displays t'e window name H includes t'e standard Minimi.e,

Ma)imi.e and &lose buttons

)& )&

)&

)& Menu Bar Menu Bar displays t'e menu available in EM/displays t'e menu available in EM/

. 8& . 8&

. 8&

. 8& "anes"anes $'e RBS Element manager window consists of two panesC$'e RBS Element manager window consists of two panesC

Geft => H =:>/ $'e left pane displays a topology view, w'ic' is a

grap'ical representation of t'e RBS structure/ $'e topology is a tree

of ob3ect/ $'e rig't pane displays subordinate ob3ects of t'e ob3ect

of ob3ect/ $'e rig't pane displays subordinate ob3ects of t'e ob3ect_{selected in t'e left pane and previous information about t'em/}_{selected in t'e left pane and previous information about t'em/}

& &

&

& Information bar Information bar displaysdisplays t'e name of t'e selected ob3ect in t'e leftt'e name of t'e selected ob3ect in t'e left

pane/

1& 1&

1&

1& 4iew selector4iew selectorto select w'ic' RBS topology view to s'ow/ &'ange to ato select w'ic' RBS topology view to s'ow/ &'ange to a different view and t'e view automatically refres'es/

different view and t'e view automatically refres'es/

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(36)

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$'e figure s'ows t'e

rig't pane columns

t'at can be t'at can be displayed in t'e displayed in t'e EAuipment view/ EAuipment view/ $'e columns $'e columns displayed depend displayed depend on t'e ob3ect on t'e ob3ect selected selected

#3uipment

#

3uipment

<iew

(37)

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Radi! Netw!r=

<iew

$'e figure s'ows t'e

rig't pane columns

t'at can be displayed

in t'e Radio networ(

view/

$'e columns displayed

depend on t'e ob3ect

selected

(38)

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$'e figure s'ows

t'e rig't pane

columns t'at columns t'at can be can be displayed in t'e displayed in t'e I" view/ I" view/ $'e columns $'e columns displayed displayed depend on t'e depend on t'e ob3ect selected ob3ect selected

)> <iew

(39)

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Alarm list

(40)

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Alarm l!g

Alarm l!

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(41)

Step "y Step at the

site

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a i n t e n a n c e a i n t e n a n c e M a i n t e n a n c e M a i n t e n a n c e M a i n t e n a n c e M a i n t e n a n c e

(42)

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0& 0&

0&

0& Kou 'ave to access t'e RBS by two waysCKou 'ave to access t'e RBS by two waysC

A9 A9

A9

A9 If yo$ don 5no% If yo$ don 5no% RBS IP addre!!If yo$ don 5no% If yo$ don 5no% RBS IP addre!!RBS IP addre!!RBS IP addre!! you 'ave to accessyou 'ave to access

t'e RBS by connecting t'e Gap top on t'e

t'e RBS by connecting t'e Gap top on t'e$est port$est port ofof

t'e

t'e&"#&"# card t'en type t'e command of ?card t'en type t'e command of ?If If "onfi#"onfi#"onfi#"onfi#@@ t'roug' t'e

t'roug' t'eyper $erminalyper $erminal// B9

B9

B9 If yo$ 5no% he If yo$ 5no% he RBS IP addre!!If yo$ 5no% he If yo$ 5no% he RBS IP addre!!RBS IP addre!!RBS IP addre!!=from an E)cel s'eet=from an E)cel s'eet contains I" addresses for all * sites>, so you 'ave to

contains I" addresses for all * sites>, so you 'ave to

connect directly to t'e

connect directly to t'eEt'ernet portEt'ernet port of t'eof t'e&"#&"# card/card/

Tes Tes t t 6th 6th " "

(43)

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)& )&

)&

)& &onnect to t'e Et'ernet port and setup t'e G%N properties by&onnect to t'e Et'ernet port and setup t'e G%N properties by

t'e I" address and subnet mas( as t'e following steps

%/

%/ *o to Start*o to Start B/

B/ SettingsSettings &/

&/ Networ( H dial up connection t'en Gocal area networ( 2Networ( H dial up connection t'en Gocal area networ( 2

D/

D/ Select Internet protocol $&"6I"Select Internet protocol $&"6I" E/

(44)

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.& .&

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.& &onnect on t'e Internet E)plorer t'en type t'e I" address as&onnect on t'e Internet E)plorer t'en type t'e I" address as

s'own ? 'ttbC66

s'own ? 'ttbC66IP3em3inde,E!$bbed9hmlIP3em3inde,E!$bbed9hmlIP3em3inde,E!$bbed9hmlIP3em3inde,E!$bbed9hml@,@, E)ampleC 'ttbC66E)ampleC 'ttbC660*9F9*98F3em3inde,E!$bbed9hml0*9F9*98F3em3inde,E!$bbed9hml0*9F9*98F3em3inde,E!$bbed9hml0*9F9*98F3em3inde,E!$bbed9hml

%1.+.1.(+7em7inde?@stubbed7html %1.+.1.(+7em7inde?@stubbed7html

%1.+.1.(+7em7inde?@stubbed7html %1.+.1.(+7em7inde?@stubbed7html%1.+.1.(+7em7inde?@stubbed7h%1.+.1.(+7em7inde?@stubbed7h%1.+.1.(+7em7inde?@stubbed7h%1.+.1.(+7em7inde?@stubbed7h

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(45)

8& 8&

8&

8& 4iew Supervision menu4iew Supervision menu

- %larm Gist- %larm Gist

- %larm Gog- %larm Gog

- %larm event- %larm event

Alarm #ist Alarm #ist Alarm #o Alarm #o Alarm Alarm event event

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(46)

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<eri4y 8#$s

One easy met'od to ma(e sure t'e RBS is in t'e rig't status, is c'ec(ing t'e

status of t'e GEDs/

5aulty state =

5aulty state =Red Indi"aor Red Indi"aor Red Indi"aor Red Indi"aor >C>C % 'ard ware fault 'as detected/

% 'ard ware fault 'as detected/

$'ere is not enoug' power available/

Operational state =

Operational state =-reen Indi"aor -reen Indi"aor -reen Indi"aor -reen Indi"aor >C>C

&onstant lig't t'at t'e power is available and t'e board is ready for operation&onstant lig't t'at t'e power is available and t'e board is ready for operation

5las'ing slowly =!/1 .> means t'at a dependent resource missing/ % recourse

t'at is reAuired to start or maintain operation of t'e board, is missing/

5las'ing at medium rate =2 .> means t'at loading or testing in t'e progress/

5las'ing at a fast rate =79 .> means t'at an initial boot test is being performed/

Off means t'at t'e power is not available/

(48)

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<eri4y 8#$s

Information state =

Information state= Ge Gello% Ge Gello% llo% Indi"aor llo% Indi"aor Indi"aor Indi"aor >C>C &onstant lig't means t'at t'e board loc(ed or mar(ed as faulty/

&onstant lig't means t'at t'e board loc(ed or mar(ed as faulty/

5las'ing slowly =!/1 .> means t'at a s'utdown of t'e board is in progress/

5las'ing at a fast rate =79 .> means t'at t'e board is in use or active/

Off means t'at t'e board is unloc(ed/

(49)

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RBS 7!0 RBS 7!0 RBS 7!9 RBS 7!9 Mi"ro Mi"ro Mi"ro Mi"ro RRC RBS :7< RRC RBS :7< RRC RBS 17< RRC RBS 17< &oming soonC &oming soonC RBS !< RBS !<

(50)

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O v e r v i e w G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w

(51)

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O v e r v i e w G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w 3 G O v e r v i e w

$o be ready for  * site maintenance , you 'ave to be full

eAuipped by t'e following toolsC

Gap top Gocal administration/

Lava plug-in =7//7o0 , 7/:/!!7>/

%le) library installed on t'e lap top/

Ericsson &onnection &able =R"M17 7096!77!!>

Ericsson &onnection &able =R"M17 7096!77!!>  G%N connection =RL:1-RL:1>/

G%N connection =RL:1-RL:1>/

&ross &able =RL:1-RL:1>/

RL:1 Serial =RS-22> converter =optional>/

#SB serial =RS-22> converter =optional>/

RL:1 E7 loop cable =Be fabricated>/

(52)

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