9500 MPR Installation Test and Turn Up_R4.2

8/10/2019 9500 MPR Installation Test and Turn Up_R4.2

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9500 MPR R4.2

Installation & Commissioning

Concepts, Equipment Description an Installation !ig"lig"ts

#PEC $ptics %eruar' 20()



Agenda

1. Introduction

2. System Description

3. Boards Description

4. SW installation & NE Connection

5. SW uprade

!. "icense

D * +

(

2

Cop'rig"t 20() *lcatel-ucent. *ll rig"ts reser/e.Installation test an turn up MPR 4.2 %eruar' 20()

#. $adio C%annels Coniuration'. (D) Coniurations & *Connections

+. SD) Coniurations & *Connections

D *

+



Agenda

1,.Et%ernet Coniurations

11.NE Sync%roni-ation

12.NE anaement

13./oS

14.$"0 & "0

15.(IC & $in coniurations

D * +

)

D * +

4


1!.(acet t%rou%put oost

1#.Stacin Coniuration

1'.SS1c

1+.($e

2,.C6 (ro7isionin ool

21.E7aluation

D

* +

5



Agenda

1.1. IntroductionIntroduction




5. SW uprade

!. "icense






What is the product ?

PD!1D!PD!1D!

Et"ernetEt"ernet

*3M1IM**3M1IM*Mo&ile2#, )#, 4#

Pri/ateBusiness office

Et"ernet

*3M

3DM

%rom 6ac7"aul Hybrid operational mode

PD!1D!PD!1D!

Et"ernetEt"ernet

*3M1IM**3M1IM*

PD!1D!PD!1D!

Et"ernetEt"ernet

PD!1D!PD!1D!

Et"ernetEt"ernet

PD!1D!PD!1D!

Et"ernetEt"ernet

*3M1IM**3M1IM*Mo&ile2#, )#, 4#

Pri/ateBusiness officeBusiness office

Et"ernet

*3M

3DM

%rom 6ac7"aul Hybrid operational mode


Et"ernetEt"ernet

PD!1CEPD!1CE

9500 MPR

at HUB site

*3M1P8*3M1P8

settings

%i9e

Phone

DSL

Packet operational mode

Et"ernetEt"ernet

PD!1CEPD!1CE

9500 MPR

at HUB site

9500 MPR

at HUB site

*3M1P8*3M1P8

settingssettings

%i9e

Phone

DSL

Packet operational mode

9500 MPR can operate in !'&ri or Pac7et Moe it" same "arare

Ena&ling possi&ilit' 4or smoot" migration 4rom !'&ri moe to Pac7et moe



ENABLES THE TRANSFORMATION TO PACKET

One Product Family – All Microwave Applications

Minimi:e sparing & operations costs ' using common raios acrosstail, point-to-point, noal, ull-outoor an long-"aul applications

Native Packet Networking Support

Enale legac' to pac7et transormation "ile capitali:ing ont"e eneits o nati/e pac7et transport


Fle"ible Networking

%acilitate transition to "ig"er-capacit', loer 3C$ M8 netor7arc"itectures using Et"ernet, MP-3P, or IP1MP

g apac y an g va a y

*ress groing anit" eman "ile impro/ingcustomer ;ualit' o Eperience

Ed!to!ed Ser"ice!A#are Maa$e%et

"o8er 6(E t%rou% simpliied pro7isionin9 assurance and maintenance



Agenda

1. Introduction

2.2. System DescriptionSystem Description



5. SW uprade

!. "icense






MSS Microa/e er/ice itc"

M<= M-4


M-(c M-(



MSS &'(') lot assignment


shel#



PDHcardPDHcard

$thernet Switch

SDHcardSDHcard

MPT

access card

MPT

access card%&"$'

&"S(M'

)"*$

S*ste% Architecture +MSS('MSS),


A T M

c a r d

A T M

c a r d

8 G E

c a r d

8 G E

c a r d

+"*$ ')"$'



MSS!) 6loc7 iagrams

Cop'rig"t 20() *lcatel-ucent. *ll rig"ts reser/e.Installation test an turn up MPR 4.2 %eruar' 20()(( Presentation 3itle Mont" +ear



MSS!( 6loc7 iagrams

Cop'rig"t 20() *lcatel-ucent. *ll rig"ts reser/e.Installation test an turn up MPR 4.2 %eruar' 20()(2 Presentation 3itle Mont" +ear



MSS!& 6loc7 iagrams

Cop'rig"t 20() *lcatel-ucent. *ll rig"ts reser/e.Installation test an turn up MPR 4.2 %eruar' 20()() Presentation 3itle Mont" +ear



From left to right:

2xRJ45 (PoE)

2xRJ45 (no PoE)

2xSFP

Flash card

window

TMN

+

RS232

Reset

button

MSS!& %ront panel


16xE1/DS1

SCSI

HSK

Sub-D15

7 HSK4 Inputs

3 Ouputs

Batteries

MSS1c connector type

Terminal Block

7 LEDs

4 summarizing

1 Card Fail

2 PoE



Deri7ed rom SS4:' and 8it% t%e same le7el o eature set

> ? @t"in crust pi::a oA

(BD(1E( B #it1s interaces

;ull Interoperaility 8it% SS4:' since sot8are is common

Support o up to - (<)C:(

./00 MPR ! MSS!&


• ono<oard de7elopped in = >

• $a8 material used or mec%anical o* is Stainless steel

ully compliant 8it% $<31,' Class 2



;an<less Desin9 Te%perature hardeed !(0 1C to 2-/ 1C

Desined to meet elecordia $31,' Class 2 and IEEE 1!13

1?, coniuration@ up to !*A1?,

1?1 radio protection A$4.2@ up to 3*A1?1 t%rou% SW uprade

ultiser7ice $in protection ',32 72 support or access rins

./00 MPR MSS!& Feature List


2 (;oE interaces a7ailale or (<)C:C po8erin

2?, "0 "1@ supported A)W $eady

;ully $edundant attery9 supportin 2, < #2 DC

)ouseeepin IN:6> manaement A$4.2



3"e M-( pro/ies t"e same application leiilit' as t"e M-4 an M-=.

3"e M-( an t"e M-41= "a/e %? interoperailit' eteen t"e ) ierent

oes rom a Raio, Et"ernet, an D(1E( prospecti/e.

3'pical applications inclue, ut not limite to t"e olloing

./00 MPR MSS!& T*pica3 App3icatios


ast Mile access point

*ccess Ring Foes

Repeater Foes



Agenda

1. Introduction


3.3. Boards DescriptionBoards Description


5. SW uprade

!. "icense






CORE card MSS(')


• Control module interated 8it% Et%ernet s8itc% asedaric pro7idin 1! it:sec matri*

• 1?1 %ot redundant s8itc% aric protection

• 1?1 C(> and controller protection

• 1?1 sync%roni-ation input and output ports• umo rame support

Interaces

• 4 * 1,:1,,:1,,, Base Et%ernet dataport 8it% sync%ronous Et%ernet support

• 2 * S;( 6ptical E) AS or " S;(

8it% sync%ronous Et%ernet support

• 1 * 1,:1,, Base< "0N or +5,, ($Crat erminal or NS

• 1 * Sync<in port

• Sync out port



Core Board Protectio MSS(')

Main CORE Stby CORE


Peripheral UnitPeripheral Unit Peripheral UnitPeripheral Unit

'stem 6ac7plane

( #6E ac7plane connections



P4H Board MSS (')• Pro/ies t"e eternal interaces or up to )2 E( triutaries

• Manages t"e encapsulation1Recontruction o PD! ata to1rom stanar Et"ernet pac7etst"at are orare to t"e main an spare core oars

• EP sitc"e an DC1DC con/erter are implemente insie t"e moule.


G Pac7eti:er H

Equipment protection sitc"ing

)2 E( per oar

5 $"m or (20 $"m conigurale

?p to B oars on M-= s"el



S4H card MSS (')


• SD) access card supports t8o dierent applications Aonly SW c%ane9 same )W

• ransparent transport o up to 2*S<1 o7er t%e radio A8it% mi*ed E1:Et%ernet:0 traictransmission

• ultiple*in up to !3*E1 o7er 1*S<1 stream ASD) mu*:demu*

• "ine coniurations@

• >n<protected 1*S1 : 2*S1

• (rotected 1?1 E(S

• 2 * 6ptical or Electrical S1 interaces



ASAP card MSS (')


• 1! E1 0 I0 Aersion 1.1 0;<()F<,,'!

• Impedance #5:12, 6%m SW selectale

• )yrid mode and (acet mode supported A0 (W accordin to $;C 4#1#

• >p to 1! I0 roup per card

• >p to 4' (:C per I0 roup

• >p to 12' (W per I0 roup

• Connector@ 1*!'<pin SCSI



EAS Board MSS (')


0dditional Etheret user interaces

• 4* 1,:1,,:1,,, Base

• 4 * S;( 6ptical et%ernet interacesA" and S S;(

• Emedded "2 Et%ernet s8itc%

0dditional MPT interaces

• >p to 4 ( support Aoptical

• ultic%annel "0 "1 or2?,:3?,:4?, coniurations

• >p to 24 (s supported in asinle SS'

8o dierent ;unctions@



MPT access card MSS(')


• Support up to t8o ( A 1?,9 2?, or 1?1 protection

• 2 * 1,:1,,:1,,, Base (ort or electrical data to:rom ( and (o8er eed o7er Et%ernet

• 2 * S;( 6ptical E or optical data connecti7ity to:rom ( AS;( S

• Doule 5,G /0 Connectors as an option or ( (o8er eedin in case o optical connecti7ity

• Interated li%tenin protection Acompliant to I>< H44:H2,

MP3 (MP3 (



Fe /ariant o M-4 is a/ailale

%anless M-4 s"el

%anco/er


ale to or7 up to 45JC it"out an car or all M-4 conigurations Ktemperature range

rom -40 JC to 45 JCL

Etene temperature range or all conigurations up to B5JC "en %an Car is inserte

Ktemperature range rom -40 JC to B5 JCL

%ull' compatile it" eisting oars.



Iter5aces

• 1,,, Base 8it% (o8er ;eed o7er Et%ernetAup to 1,,mt

• 6ptical iait Et%ernet Aao7e 1,,mt

MPT!HC


iait Et%ernet

• Electrical 8it% (o8er ;eed o7er Et%ernAC05

• 6ptical 8it% (o8er eed o7er separateCoa*



Optical RPS Port

XPIC or RPS module ($ptionalL

LEMO Connector

MPT!HC Iter5aces


Electrical Ethernet Port(RJ-45)

Optical EthernetPort



MPT!MC


Iter5aces

• 1,,, Base 8it% (o8er ;eed o7er Et%ernetAup to 1,,mt

iait Et%ernet

• Electrical 8it% (o8er ;eed o7er Et%ernetAC05



E6teded Po#er "ersio o5 MPT

is introuce aressing split mount long"aul application

MPT!7P


Fre8uec* a"ai3a9i3it*:

•B?

•B• #!:

•= #!:




E#EFDMain C"annel Et"ernet connection

t' C"annel Et"ernet connection



Agenda

1. Introduction



4.4. SW installation & NE ConnectionSW installation & NE Connection5. SW uprade

!. "icense






Agenda

1. Introduction




5.5. SW upradeSW uprade

!. "icense






F3ash card cotets

8 6an7 28 6an7 (


%las" car

MI6 M*C aress icense



SW do#3oad

8 6an7 28 6an7 (

8P ).08P ).0 8P ).4

S, -ownload


%las" car

MI6

M*C aress icense



SW Acti"atio

8 6an7 28 6an7 (

8P ).08P ).0 8P ).4

8P ).48P ).48P ).0

..N$ /estart..

Cop'rig"t 20() *lcatel-ucent. *ll rig"ts reser/e.Installation test an turn up MPR 4.2 %eruar' 20()Installation test an turn up MPR ).4 ?+ 20(2

%las" car

MI6

M*C aress icense



Agenda

1. Introduction




5. SW uprade

!.!. "icense"icense






0nderstanding the 1icense String

MPR capacit' is limite ' a license 7e'.

Eample o icense string R14Cap04012Cap(5013DM2Et"1Bmo*p

4Cap040 4 Directions, ma 40Mits per a'

2Cap(50 2 irections, ma (50Mits par a'


3DM2Et" er/ice *ggregator capailit'

Bmo*p *apti/e Moulation capailit'



0nderstanding the Flash !ard mnemonic

3"e lael on t"e %las" loo7s li7e B3D-((0, N2*-((0*, ...

First letter inicates t"e ma capacit' O 40Mps, I O B0Mps, ! O (00Mps, * O (25Mps, N O (55Mps, E O )((Mps

Second number is t"e numer o moem oars alloe it" t"e ma capacit'.B means B moem oars at 40Mps ma.N2 means 2 moem oars at (55Mps an t"e ot"er at 40Mps ma.8arning (( coniguration use 2 moem oars.


r coup e o e ers are or

3D O 3DM23DM onl'* O er/ice *ggregator capale K3DM23DM an 3DM2Et"L

Fourth2 ) numers represent t"e sotare /ersion. E ((0 or R(.(.0

1ast letter is optional2 * stan or *apti/e Moulation capailit'.

$ course, t"is inormation is onl' /aluale "en opening t"e las" car pac7agesince icense an FE sotare can e upgrae later on.

I using t"e !O/$ protection coniguration, 'ouQll "a/e to use to las" cars.

Agenda



Agenda

1. Introduction




5. SW uprade

!. "icense


#.#. $adio C%annels Coniuration$adio C%annels Coniuration

'. (D) Coniurations & *Connections




25B ;*M)50Mps

(2= ;*M)(0Mps )2 ;*M(95Mps

Adapti"e Modu3atio


..MS$..25B ;*M )50Mps(2= ;*M )(0Mps)2 ;*M (95Mps

..MS$..

3oS 3oS



C$RE%*CIF#R*DI$%*CIF#

MPT Loop9ac;s


Remote stationocal station

ERR$R$ERR$R

$

Installation test an turn up MPR ).4 ?+ 20(2

Agenda



Agenda

1. Introduction




5. SW uprade

!. "icense


#. $adio C%annels Coniuration

'.'. (D) Coniurations &(D) Coniurations & *Connections*Connections




MP3 *CC

a'er 2 sitc"

Core-E oar

#e 6ac7 Plan

#e

P4H 9oard co5i$uratio


CE

PD! oar

Port(

E(

(00

(00 %lo ID (00



a'er 2 sitc"

Core-E oar

#e 6ac7 Plan

200

P4H to ETH 6C


CE

PD! oar

lot

E(

Port 2

%ID200

200 %lo ID 200

d i hi 3



MP3 *CC - lot )

a'er 2 sitc"

Core-E oar

#e 6ac7 Plan

#e

Core Board s#itchi$ 9ased o F3o# I4


CE

PD! oar

lot

Port (

%ID(00

E( E(

Port (

%ID200

200(00

E#EFD

100

200

Et"ernet lo (00 KE( port (L.Et"ernet lo 200 KE( port 2L.

R di t R di C



a'er 2 sitc"

#e #e

300 400

Port 2

Radio to Radio 6C


E#EFD

300

400

Et"ernet lo )00

Et"ernet lo 400

Agenda



g

1. Introduction




5. SW uprade

!. "icense


#. $adio C%annels Coniuration

'. (D) Coniurations & *Connections

+.+. SD) Coniurations &SD) Coniurations & *Connections*Connections

Agenda



1,.1,.Et%ernet ConiurationsEt%ernet Coniurations


12.NE anaement

13./oS

14.$"0 & "0



1!.(acet t%rou%put oost1#.Stacin Coniuration

1'.SS1c

1+.($e


21.E7aluation

Po t %9e s



Port u%9ers

PortS(PortS(

PortS4PortS4

PortS)PortS)


MAC 3e i +)0< &4,



MAC 3eari$ +)0<=&4,

MPTaccess card

MPTaccess card

!ore $(H port ' & % 4 5 ) D3 M*C P+DE3! P3


$thernet Switch

M*C

taleTTF$3

%$?FDTT

D P

>LAN +)0< &,



>LAN +)0<=&,

MPTaccess card

MPTaccess card

!ore $(H port ' & % 4 5 )

(00

(00

untag

(00

AdmitAll

200

-6S!A/ -


$thernet Switch

(00

Agenda




11.11.NE Sync%roni-ationNE Sync%roni-ation

12.NE anaement

13./oS

14.$"0 & "0





1'.SS1c

1+.($e


21.E7aluation

S*c 4istri9utio



E(

S*c 4istri9utio

7A89


E#EFD

Recei/e ignalCloc7MPR s'stem Cloc7

S*c 4istri9utio



E(

7A89

:

S*c 4istri9utio




Iput S*c Sources



Sync 6N&

6nternal Oscillator

Sync$ 5

Iput S*c Sources


$' port%

4 S(M' port

)

/" symbol rate

7Slave8

S*c Source Protectio



Primar'ource

econar'ource 'stem cloc7

UNO(/evertive/evertive

83R

S*c Source Protectio


SSM %essa$es



Primar'ource

econar'ource 'stem cloc7

M

M

SSM %essa$es


Output S*c Sources



Sync O0('Sync$4

Output S*c Sources

7Master8


$' port&

% S(M' port

5

Symbol rate

7Master8



Static Routi$



Management DataDest. IP

192.168.2.2IP: 192.168.1.1Mask: 255.255.255.0

Static Routi$


Static routeDestination / Mask | Gateway192.168.2.0 / 255.255.255.0 | Radio DIR#3.1

Static route

Destination / Mask | Gateway192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

?

IP:192.168.1.2Mask: 255.255.255.0

IP: 192.168.2.2Mask: 255.255.255.0

AB

IP:192.168.3.1Mask: 255.255.255.0Static Routi$



Management Data

D e s t . I P

1 9 2 . 1

6 8 . 3 . 1192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

IP: 192.168.1.1Mask: 255.255.255.0

C

$


Destination / Mask | Gateway192.168.2.0 / 255.255.255.0 | Radio DIR#3.1Destination / Mask | Gateway

192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

?

192.168.3.0 / 255.255.255.0 | Radio DIR#3.1

?

192.168.3.0 / 255.255.255.0 | Radio DIR#6.1

IP:192.168.1.2Mask: 255.255.255.0

IP: 192.168.2.2Mask: 255.255.255.0

AB

IP:192.168.3.1Mask: 255.255.255.04e5au3t @ate#a*



139.54.16.10

IP: 192.168.1.1Mask: 255.255.255.0

192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

192.168.2.0 / 255.255.255.0 | Radio DIR#3.1

**ROUTING**

D

*

C


IP:192.168.1.2Mask: 255.255.255.0

IP: 192.168.2.2Mask: 255.255.255.0

Destination / Mask | Gateway192.168.2.0 / 255.255.255.0 | Radio DIR#3.1192.168.3.0 / 255.255.255.0 | Radio DIR#3.1

Destination / Mask | Gateway192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

192.168.3.0 / 255.255.255.0 | Radio DIR#6.1

139.54.16.5

0.0.0.0 / 0.0.0.0 | 172.16.92.10

AB

IP:192.168.3.1Mask: 255.255.255.0

OSPF



192.168.1.0 / 255.255.255.0 | Radio DIR#3.1192.168.2.0 / 255.255.255.0 | Radio DIR#3.1

IP: 192.168.1.1Mask: 255.255.255.0

C

OSPF 0.0.0.1


Destination / Mask | Gateway192.168.2.0 / 255.255.255.0 | Radio DIR#3.1Destination / Mask | Gateway192.168.3.0 / 255.255.255.0 | Radio DIR#3.1

192.168.3.0 / 255.255.255.0 | Radio DIR#6.1

IP:192.168.1.2Mask: 255.255.255.0

IP: 192.168.2.2Mask: 255.255.255.0

AB

OSPFOSPF

192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

PPP-RFPPP-RF

Address = 0.0.0.1 Address = 0.0.0.1

Maa$e%et Iter5aces



TMN ETH1

TMN P42

TMN In-Band3 Connected to a LAN

IP address

IP sub network Mask

OSPF / Static routing

DHCP

TMN OR Traffic transport

$


TMN AND Traffic transportMaa$e%et Iter5aces



TMN ETH1

TMN P42

TMN In-Band3 Connected to a VLAN

IP address per interface

IP Mask per interface


DHCP

p

2 interfaces / 6 ports


PPP-RF4

Maa$e%et Iter5aces



Connected to only one node (Remote end)

One IP address for all PPP interfaces (Local IP)

No Mask (PPP interface)


TMN interface on radio port

Point-to-point interface (PPP)


PPP-RF4

PPP-RF

5

Maa$e%et Iter5aces



TMN ETH1

TMN P42

TMN In-Band3 1x TMN ETH Address1x TMN P4 address2x TMN in-band interface addresses1x Local address for all PPP interfaces

MAX 5 IP addresses


PPP-RF4

PPP-RF

5

TMN i!9ad



TMN in band portTMN in band interface

TMN in bandVLAN

MSS A


TMN in band port

TMN in band interface

Ethernet traffic

LEGEND

MSS BManagement VLAN 100

Ethernet cable

TMN i!9ad



MSS C

TMN in band portTMN in band interface

TMN in bandVLAN

MSS A


TMN in band port

TMN in band interfaceMSS B

Ethernet traffic

LEGEND

Management VLAN 100

Ethernet cable

NTP



GNE: 172.16.100.1NTP main = 10.0.100.1NTP Spare = 10.0.100.2


NTP main = 172.16.100.1NTP Spare = 10.0.100.1




Agenda





12.NE anaement

13.13./oS/oS14.$"0 & "0





1'.SS1c

1+.($e


21.E7aluation

ua3it* o5 Ser"ice +oS,




Agenda





12.NE anaement

13./oS14.14.$"0 & "0$"0 & "0





1'.SS1c

1+.($e


21.E7aluation

RA4IO LINK A@@RE@ATION +RLA@,



raic "in 0reation can e applied to radio ports 0H0 $adio "0J

ser tra55ic


In t"is eample, user traic is split-up into 4 raio c"annels. */antages are

'2 (hroughput2 3"e o/erall raio Et"ernet t"roug"put is more t"an (#1s K 4 )00 Mit1s,or 25B;*M in 5B M!: c"annelsL

&2 Protection2 In case o a ailure o one o t"e our c"annels ue to a eep ae or"arare ailure, all t"e traic is reirecte on t"e remaining lin7s Kit" a t"roug"put oaroun 900 M1secL. Priorit' queuing ensures t"at critical traic gets t"roug", "ileloer priorit' traic is pause or roppe.

Ch& Ch< Ch Ch(

RLA@ Operatio



(.05 #ps

00 Mps

)50 Mps

*# #roup

11 11

*# #roup

(.05 #ps


F$DE * F$DE 6

RLA@ Operatio



00 Mps;$ ;$(.05 #ps


F$DE * F$DE 6

LA@ & With Etheret Access card +EAS,



There are 4 Electrical 10/100/1000 base-T electrical ports and 4 optical SFP (LX and SX).

Supported eatures!

"#EEE $0%.1&

"'ser Selectable oS ! none &iSer* or $0%.1p bits

"+L, anaeent $0%.1

"-in- #EEE $0%.1

"Port sereation"Flo control $0%.2

",uto-neotiation enable/disable

"Per port policer

"Per lo policer


",5 address control list

"+L, sap

"Support o 6ubo raes (78%$ b9tes) on FE/:E interaces

E,S card can be used optionall9 as interace card to interconnect up to 4 PTs; supportin up to %4 PT ith a sinle SS$.

,dditionall9 E,S card supports ultichannel L,: L1 eature. ultichannel eature pro*ides a solution here ore traic capacit9 isneeded than can be transported o*er one ph9sical lin<. radio lin<s are areated to pro*ide one loical lin< ith a capacit9 that is

the su o the indi*idual lin<s.

LA@ & With Etheret Access card +EAS,



Core NE 0

E0S

Core NE B

E0S2E0S1

4 $;

C%annel

s

4 $;

C%annel

s

rLA@& rLA@& rLA@<


E0S2E0S1Stac3inrLA@&

rLA@<

Core NE 0

E0S2

rLA@& rLA@&

rLA@<

Core NE B

E0S1

rLA@&

4 $;C%annel

s

4 $;C%annel

s

Stac3in

Maximum number of MPTs in a LAG

group is 4.

LAG groups IntraEAS

LAG groups CrossEAS

Agenda





12.NE anaement

13./oS14.$"0 & "0





1'.SS1c

1+.($e

2,.C6 (ro7isionin ool21.E7aluation



XPIC C$F%I#?R*3I$F




XPIC C$F%I#?R*3I$F




&"7''8 HS9

M?3IERNICE RIF# PR$3EC3I$FIM?3*FE$?+ PR$3EC3 3DM *FD E3!ERFE3

D traic and Et%ernet Ser7ices can e estalis%ed and protected on ot% directions o t%e



prins at t%e same time. %e same p%ysical rin can simultaneously protect D and Et%ernet

traic.

Et"ernet13DM

%<"$' '<< Mb>s @o6P 'B< Mb>s HS-PA

Eample5BM!:125B;*M, 2 )50 Mit1sec R% pipe


L $0;;IC IN )0ND6;; (6IN IS D6>B"E )E $0;;IC 6; 0 "E0CF SNC( $IN.

L D 0ND E)E$NE C0N BE IED IN )E $IN

Et"ernet

'<< Mb>s @o6P &5< Mb>s HS-PA

)0E( B40 Mit1sec

M?3IERNICE RIF# PR$3EC3I$FD$?6E C*P*CI3+



I one rin direction ails9 all t%e traic is re<routed on t%e remainin direction. I t%e traic ise*ceedin t%e a7ailale radio and8idt%9 D traic and Et%ernet %i% priority traic istransmitted and est eort traic dropped

Et"ernet13DM Eample

5BM!:125B;*M, ( )50 Mit1sec R% pipe

%<"$' '<< Mb>s @o6P '<< Mb>s o6P B< Mb>s


Et"ernet

HS-PA

)0E( 290 Mit1sec

$0;;IC C6S ENS>$ES )I) ($I6$IF $0;;IC IS 0"W0FS DE"IE$ED.



ERPS Operatio



F$DE *

RP

East8est

8estEast

RP $ner

83R


F$DE 6F$DE C

East8est

ERPS Operatio



F$DE *

East8est

8estEast

RP $ner

ME# IDME# ID

RP


F$DE 6F$DE C

East8est

R-*P N*F

ME# ID

( (

( 2

( 0 0 0

2 0 0 0

E8 t

ERPS Operatio



F$DE *

RP

R-*P N*F O

ME# O )

East8est

8estEast

ME# O (RP $ner


F$DE 6F$DE C ( (

( 0 0 0

( 2

2 0 0 0

(00

East8est ME# O 2

Agenda

1, Et%ernet Coniurations





12.NE anaement

13./oS14.$"0 & "0



1!.1!.(acet t%rou%put oost(acet t%rou%put oost


1'.SS1c

1+.($e


(0CHE )$6>)(> B66S



(000M1s

)50 M1s(000M1s

3X port M8 R*DI$ RX port

Beore transmission9


3 IES 6$E $0;;IC 6N 0 $0DI6 C)0NNE"9 $E0C)IN 1 BI:S

• I;:($E0B"E are suppressed

• I(:("S:Et%ernet %eaders are compressed

W%en recei7ed9 pacet is re<uilt

9500 MPR pac7et t"roug"put oost

(0CHE )$6>)(> B66S



)5&

)C) Mbps

'<<< Mbps

2.51) compression*n' microa/e /enor


5B M!: c"annel, 25B;*M, B4 'tes long pac7ets

%4+ %4+%4+ %4+

B& B&

B+

%4+

B& B&

B+ B+44< Mbps

ps

%4+ Mbps

*ir capacit' Regular Et"ernet IP/4

K)# o/er IPL

IP/B

K3EL

M*C 2 Compression

I%#1PRE uppression

?ncompresse aircapacit'

Agenda

1, Et%ernet Coniurations





12.NE anaement

13./oS14.$"0 & "0




1#.1#.Stacin ConiurationStacin Coniuration1'.SS1c

1+.($e


9500MPRD stacking configuration

3"e a/antages o stac7ing coniguration /s non-stac7ing s"oul e quite

clear



clear

Cleanest solution in term o caling

Cost sa/ing

Stacking


tac7ing o to MPR it"out core protection



Shelf 2

$ne single cale transporting


Shelf 1

ra c

3MF Kt"roug" 3MF-in-an eatureL

'nc"roni:ation is istriute it" 'nc"E

Consequences o stac7ing MPRs in term o licenses1$

(. In a su-netor7 "ere 2 or more stac7e MPR are co-locate, 3DM2E3!proile "as to e use or E(s Kin all t"e Fes "ere 3DM traic is



,proile "as to e use or E(s Kin all t"e Fes "ere 3DM traic isconsiereL

2. * $ "as to e oreseen in all t"e FEs "ere a PD! or **P car ispluggeL -Y please reer to $ selection guielines

). 8 licenses it" * capailit' "a/e to e oreseen in all t"e FEs "ere aPD! or **P car is plugge


3"e impact o t"e ao/e points in term o oer an pricing "as to managecommerciall', a/oiing to c"arge etra cost i customer is not requestingite *ggregator capailities

tac7ing o to MPR 8it" core protection



Shelf 2

$ne single cale transporting


Shelf 1

3raic

3MF Kt"roug" 3MF-in-an eatureL

'nc"roni:ation is istriute it" 'nc"E

tac7ing o to MPRs it" core protection

*cti/e



Et"ernet

Shelf 1

Shelf 2

*cti/e


3EP( main core car o s"el( an s"el2 are acti/e


*cti/e



Et"ernet

Shelf 1

Shelf 2

*cti/e


3EP2 in case o !8 ailure Kor cale isconnectionL, s"el2 coresitc"es, so t"at core spare ecome acti/e

"el( core main etects $ Koss o ignalL on its on port


*cti/e



Et"ernet

Shelf 1

Shelf 2

*cti/e


3EP) "el( core main etects $ on its on port an core spareecomes acti/e, restoring t"e traic.

Agenda





12.NE anaement

13./oS14.$"0 & "0





1'.1'.SS1cSS1c

1+.($e


MSS!&c arc"itecture K2 itc" L




MSS&!C )ard8are 7ie8






Agenda





12.NE anaement

13./oS14.$"0 & "0





1'.SS1c

1+.1+.($e($e


MP/eD MP(H! @& in stand alone

0p to '<<m 0p to %5< m



/E45N pigtail


Et"ernet C*35eier

!oa"ial cable

atter'

poer inZector o

$ptical connection

6atter' pigtaillo pass ilterlig"tning arrestor

MP/eD MP(M! connectivity in stand alone

0p to '<<m



*pplicale rom R2.2


atter'

3in poer inZector o



Agenda


11 NE S % i ti




12.NE anaement

13./oS

14.$"0 & "0





1'.SS1c

1+.($e

2,.2,.C6 (ro7isionin oolC6 (ro7isionin ool21.E7aluation

TCO Pro"isioi$ Too3

Pro/isioning tool allos preparing t"e coniguration ile or irst commissioning in

7 i K li L



ac7 oice KolineL

3o onloa t"is irst coniguration, t"e Pro/isioning 3ool or t"e 8e er/er K

*larm an ettings L, emee in t"e equipment, can e use.8E6EM K Crat 3erminal L is to e use or eisting conigurations onl'.


a n a /an a es o ro/ s on n oo

[ Reuction o commissioning time

[ It pro/ies a guie coniguration

[ It allos to re/ie an c"ec7 t"e "ole site coniguration an to perorm t"e

last c"anges, eore loaing MI6 iles on t"e equipment.

TCO Pro"isioi$ Too3 ad WEBEML

9500MPR coniguration tools

8E6EM K Crat 3erminal L



[8E6EM K Crat 3erminal L

[ Pro/isioning 3ool

Dierence eteen 8E6EM an PR$NII$FIF# 3$$

- 8E6EM nees to e connecte to t"e equipment


- 8E6EM allos t"e moiication real time o an eisting coniguration.

- PR$NII$FIF# 3$$ can e use online an o line

- PR$NII$FIF# 3$$ generates a coniguration ile it" a complete an

consistent coniguration to e onloae on site eit"er it" t"e pro/isioning

tool or it" 8e er/er Emee insie t"e equipment K*larm an ettingL.

PrePre--pro/isioning toolpro/isioning toolMCMMCM



M conigurations

?n-conigure MConigure M

6ac7 oice%iel




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Documents

9500 MPR Installation Test and Turn Up_R4.2