ALCATEL-LUCENT 9500 MPR - Amk Services · PDF fileZero footprint configurations with 9500 MPR -e Reduces power consumption and amount of EQ needed Optimized for tail applications Alcatel-Lucent

COPYRIGHT © 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED. ALCATEL-LUCENT — INTERNAL PROPRIETARY — USE PURSUANT TO COMPANY INSTRUCTION

Wireless Transmission Group

ALCATEL-LUCENT 9500 MPR PRODUCT OVERVIEW

2 COPYRIGHT © 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED. ALCATEL-LUCENT — INTERNAL PROPRIETARY — USE PURSUANT TO COMPANY INSTRUCTION

• #1 WW Packet MW

• #1 WW Full Indoor MW

• #1 North America MW

• More than 160 customers worldwide

• Over 100,000 MPR transceivers shipped to date

WORLD LEADERSHIP IN PACKET MICROWAVE ALCATEL-LUCENT 9500 MPR DEPLOYMENTS (2012)

APAC 21 Customers

Europe, MEA 62 Customers

Americas 81 Customers

Source: Dell’Oro 3Q11

Publically announced customer logos


Data services Mixed services Nodal sites High capacity Ring sites

MSS-4 MSS-8

- Single converged microwave packet transport layer - Single system for all applications: all-outdoor, split-mount, all-indoor & integrated

No IDU

- Complete family of IDU, with highest density in the market - Best space consumption with Zero-Foot-Print and ½ RU

ONE PORTFOLIO SOLUTION

MPT MPT-HL

MSS-1


Flexible Networking Facilitate transition to higher-capacity, lower TCO MW network architectures using Ethernet or IP/MPLS

One Product Family – All Microwave Applications Minimize sparing & operations costs by using common radios across tail, point-to-point, nodal, full-outdoor and long-haul applications

High-Capacity and High-Availability Address growing bandwidth demand while improving customer Quality of Experience (reduce customer churn)

End-to-end Service-Aware Management Lower OPEX through simplified provisioning, assurance and maintenance

Native Packet Microwave Enable TDM to packet transformation while capitalizing on the benefits of native packet transport

9500 MICROWAVE PACKET RADIO ENABLES THE TRANSFORMATION TO PACKET


PACKET MICROWAVE OPTIMIZE FOR A DATA-DRIVEN WORLD

ALCATEL-LUCENT PACKET MICROWAVE

• 16Gbps protected Ethernet switching matrix

• Switch, aggregate and handle any of the possible incoming traffic types with virtually no capacity limits (up to 10 GB/s)

• Fully protected node with NO single point of failure

Address new data services in the most efficient way: Native packet


ONE PRODUCT FAMILY – MULTIPLE APPLICATIONS REDUCE SPARING & OPERATIONS COSTS

MSS-1 MSS-4 MSS-8

MPT Indoor and Outdoor Transceivers

Indoor Units

9500 MPR

LONG HAUL NODAL POINT-TO-POINT TAIL

APPLICATIONS

MPT-HL


MICROWAVE PACKET TRANSPORT (MPT)

COMMON RADIO FOR STANDALONE, SPLIT-MOUNT AND INTEGRATED MICROWAVE

MPT with IDUs Highest nodal capacity in the market (12 directions in 2U) Multi service aggregation (TDM,SONET, Ethernet) Multi service packet ring (ITU-T G.8032v2)

STANDALONE

Zero footprint configurations with 9500 MPR-e Reduces power consumption and amount of EQ needed Optimized for tail applications Alcatel-Lucent is only vendor to offer XPIC on full-outdoor unit

Connect to 7705 SAR to address MPLS converged networks Multiple radio links Ring/meshed topology Fast MW link fault detection

INTEGRATED SPLIT-MOUNT


MICROWAVE PACKET TRANSPORT (MPT)

HIGH-POWERED TRANSCEIVERS FOR ALL-INDOOR CONFIGURATIONS

ALL-INDOOR • Optimized for long-haul paths • 5.8 GHz to 11 GHz supported • Industry leading rack density • Same shelf for all configurations (1+0, 1+1, 2+0) • GigE connection to MSS shelf

• Supports any mix of indoor and outdoor MPTs

• Terminals, repeaters, hub sites • Less equipment and cabling • Traffic management via one network element

NODAL

MPT-HL


HIGH CAPACITY & HIGH AVAILABILITY ADDRESS BANDWIDTH DEMAND, IMPROVE QoE

*R4.0 July 2012 (Target)

ANY AND ALL FEATURES CAN BE COMBINED


HIGH CAPACITY & HIGH AVAILABILITY ADAPTIVE MODULATION

• Adaptive Modulation exploits available radio bandwidth increasing overall throughput, guaranteeing committed services.

• Benefit from full available bandwidth under normal conditions

• Priority traffic determined by QoS function

• Traffic with high priority, like voice, will always have bandwidth available


HITLESS ADAPTIVE MODULATION

- Error free Modulation changes without bit errors, whatever the service: TDM OR Ethernet

- Adaptive Modulation cope not only with rain (flat) fading, but also with complex Selective/Multipath fading

- It is error free with fading speed up to 100 dB/sec (normally fading speed are far below this value)

- PTx of MPT-HC/HL is changed according to selected modulation scheme so maximizing system gain and overall availability

9500 MPR’s ERROR FREE ADAPTIVE MODULATION PROVIDES THE EASIEST WAY TO INCREASE CAPACITY IN CARRIER ETHERNET

NETWORKS


HIGH CAPACITY & HIGH AVAILABILITY XPIC: EFFICIENT SPECTRUM USAGE

• Available for all types of services: TDM, Ethernet, SONET

• Available for channel spacing 30, 40, 50 MHz

- 5, 10 MHz in future release

• Available for all the frequency bands covered by MPT-HC (from 5.8 to 38 GHz)

L1 Throughput with header compression [Mbit/s] Cross Polar Interference Cancellation (XPIC)

DOUBLE CAPACITY WITH XPIC; SAVE SPECTRUM AND ANTENNA COST

1 x 50 MHz channel

2 x 500 = 1 Gb/s

H Polarization

V Polarization

RF channels

500Mb/s

500 Mb/s


MULTISERVICE RING PROTECTION SIMULTANEOUSLY PROTECT TDM AND ETHERNET

One physical ring can simultaneously protect TDM and Ethernet traffic using both directions of the ring.

Traffic in handoff point is double the traffic of a legacy UPSR ring. TDM and Ethernet can be mixed in the ring

30xDS1 + 100 Mb/s VoIP + 167 Mb/s HSDPA 100 Mb/s VoIP + 215 Mb/s HSDPA 30xDS1 + 582 Mbit/sec = 630 Mbit/s

Example: 50MHz/256QAM, 2 x 315 Mbit/sec RF pipe

Ethernet/TDM

Ethernet

Ethernet


MULTISERVICE RING PROTECTION DOUBLES CAPACITY

If one ring direction fails, all the traffic is re-routed on the remaining direction. If the traffic exceeds the available radio bandwidth, TDM traffic and Ethernet high priority traffic are transmitted and best effort traffic dropped

Traffic CoS ensures high priority traffic is always delivered.

Example: 50MHz/256QAM, 1 x 315 Mbit/sec RF pipe 30xDS1 + 100 Mb/s VoIP + 100 Mb/s VoIP + 67 Mb/s HSDPA 30xDS1 + 267 Mbit/sec = 315 Mbit/s

Ethernet/TDM

Ethernet

Ethernet


HIGH CAPACITY & HIGH AVAILABILITY RADIO LINK AGGREGATION (LAG)

In this example, user traffic is split-up into radio channels. Advantages are:

1. Throughput. The overall radio Ethernet throughput is more than 900Mb/s ( 3x 300 Mbit/s, being this the value for 256QAM@50 MHz)

2. Protection. In case of a failure of one of the three channels, all the traffic is redirected on the remaining two links (with a throughput of around 600 Mb/sec). The discarded or dropped traffic is the one with lower priority: high priority traffic is still running on the remaining active channels

Traffic Link Aggregation can be applied to radio ports – AKA “Radio LAG”

Ch1 Ch2 Ch3

User traffic


Ethernet Network Ethernet Network

T1/D

S3

Ethernet Ethernet

T1/D

S3

Packet Traffic

TDM Traffic Enters Node A and Exits Node B as Ethernet

9500MPR A

9500MPR B

TDM Traffic Enters Node A and Exits Node B as TDM

TDM Traffic Enters Node A and Exits Node A as Ethernet Ethernet Traffic Enters Node A and Exits Node B as Ethernet Ethernet Traffic could be native Ethernet or TDM encapsulated Into Ethernet frames

Service Flow Options


• Compact, Modular Chassis:

• MSS8: 2RU high, 19” width and 10” (300mm) depth, 8 flexible slots

• MSS4: 1RU high, 19” width and 10” (300mm) depth, 4 flexible slots

• 2 control module slots, 6 (or 2) half-wide I/O slots

• Two feeds: -48/-60V DC, or optional integrated +24V DC/DC

• Up to 24 radio directions for MSS8 and up to 12 radio directions for MSS4

• High service reliability: - Fully protected, no single point of failure

- Redundant core/switch modules

- Redundant access cards

- Distributed architecture for DC/DC converter (each card has its own DC/DC converter)

• -40C to +65C operating temperature range

MSS-8 and MSS-4


• Derived from MSS4/8 and with the same level of feature set, it is a ½ U pizza box, 16DS1 + 6 Gbit/s interfaces

• Full Interoperability with MSS4/8 since software is common

• Not only last mile, but even “small” nodes, with management of up to 6 MPT-HC (MPT-HL in Future Release)

MSS-1


• Fan-less Design, Temperature hardened -40 °C to +65 °C

• 1+0, 1+1 radio protection, support of up to 6 MPTs

• Multiservice Ring protection 8032 v2 support for access rings

• 2 PFoE interfaces available for MPT-HC powering

• 2+0 LAG L1: supported (HW ready)

• Housekeeping IN/OUT management

MSS-1 FEATURE LIST

20 COPYRIGHT © 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED.

ALCATEL-LUCENT — INTERNAL PROPRIETARY — USE PURSUANT TO COMPANY INSTRUCTION

Control and Switching Module (CSM or CORE)

• Control module integrated with Ethernet switch based fabric providing 16 Gbit/sec matrix

• 1+1 hot redundant switch fabric protection

• 1+1 CPU and controller protection

• 1+1 synchronization input and output ports

• Jumbo frame support

• Compliancy: - 802.1p/Q VLAN tagging 802.3 10BaseT

- 802.3u 100BaseTX 802.3x Flow Control

- 802.3z 1000BaseSX/LX 802.1d Bridging

- 802.1ad link aggregation 802.3ag Ethernet OAM

- 802.3ab 1000BaseT 802.3ah (future)

- MEF 9 Y. 1731 (future)

- MEF 14 G. 8261/8262/8264 synchE

• Interfaces

- 4 x 10/100/1000 Base – T Ethernet data port (one user configurable for TMN) with synchronous Ethernet support

- 2 x SFP Optical GETH (SX or LX SFP) with synchronous Ethernet support

- 1 x 10/100 Base-T LAN for 9500 MPR Craft Terminal or NMS

- 1 x Sync CK input via 1.0-2.3 coaxial connector (2, 5 or 10 MHz)

- 1 x Sync CK output via 1.0-2.3 coaxial (2, 5 or 10 MHz)


• Support up to two MPT ( 1+0, 2+0 or 1+1 protection)

• 2 x 10/100/1000 Base – T Port for electrical data to/from MPT and Power feed over Ethernet

• 2 x SFP Optical GE for optical data connectivity to/from MPT (SFP SX)

• Double 50Ω QMA Connectors as an option for MPT Power feeding in case of optical connectivity

• Integrated lightening protection (compliant to ITU-T K44/K20)

MPT access card



TDM Access Modules

2xDS3 Access Module • Characteristics

- 1 or 2 DS3

- MEF-8 SAToP Circuit Emulation

- Differential and adaptive clock-recovery

• Interfaces

- 2 Mini-BNC Connectors

• System

- Up to 6 units per shelf (12 DS3)

- 1+1 EPS protection

32xDS1/E1 Access Modules • Characteristics

- 1 to 32 DS1

- MEF-8 SAToP Circuit Emulation

- Differential and adaptive clock-recovery

• Interfaces

- 32 DS1 ANSI T1.102 – SCSI Connectors

• System

- Up to 6 units per shelf (192 DS1)

- 1+1 EPS protection


Additional Ethernet user interfaces • 4x 10/100/1000 BaseT

• 4 x SFP Optical Gethernet interfaces (LX and SX SFP)

• Embedded L2 Ethernet switch

• Jumbo frame support

EAS (Ethernet Access Switch) card

Additional MPT interfaces • Up to 4 MPT support with optical

connectivity

• Multichannel LAG L1 for 2+0/3+0/4+0 configurations

• Up to 24 MPTs supported in a single MSS8



• SONET access card supports two different applications (only SW change, same HW)

• Transparent transport of up to 2xOC3 over the radio (with mixed DS1/DS3/Ethernet traffic transmission)

• DS1 Multiplexing (Future Software Release, No hardware change)

• Line configurations:

• Un-protected 1xOC3 / 2xOC3

• Protected 1+1 EPS

• 2 x Optical or Electrical OC3 interfaces

SONET card



Optional Modules

Auxiliary Module • One Auxiliary card per NE can be

equipped in fixed position: - Slot 8 of MSS-8 or in slot 4 of MSS-4

• Housekeeping connector - 13 Housekeeping Contacts Closures.

- 6 Input and 7 Output.

- Connector Sub-D 15 female

Fan Alarm Module • Optional Fan Card in Place of standard Fan card

• Provides Alarm Outputs Contacts

- Summary Alarm

- Major Alarm

- Minor Alarm

• A/B Battery Status LED

• Fan Status LED

• Future Support of Alarm Input Contacts

• Fan Alarm connector

- Connector Sub-D 15 female

- 25’ and 50’ Cables Available


Microwave Packet Transport – Long Haul MPT-HL and MPT-HL Shelf Supported Features

• 5.8GHz – L6GHz

• U6GHz & UU6Ghz

• 7/8 GHz

• 10.5 GHz

• 11 GHZ

• Adaptive Modulation support up to 256QAM

• Up to +34 dBm software controlled

• Slip fit backplane connector - Eliminates customer adjusted RF cables

• GigE connection to the MSS shelf

System

• Up to 2 units per shelf

• Up to 6 shelves per system

• 1+0, 1+1, 2+0 configuration


• Frequency Band 5.8 to 38 GHz

• Modulation 4 to 256 QAM

• Channel Spacing 5 to 50 MHz

• Payload Capacity Up to 350 Mbs

• Ethernet Throughput Up to 1 Gbit/sec (*)

• XPIC support

• Extended temperature range : -40° to +65°

Interfaces

• 1000 BaseT with Power Feed over Ethernet (up to 100m)

• Optical Gigabit Ethernet (above 100m)

(*) 1 Gbit/sec reached using Packet Throughput Booster with IPv&6 64 bytes packets

Gigabit Ethernet • Electrical with Power Feed over Ethernet (CAT5e)

• Optical with Power feed over separate Coax

MPT-HC


MPT XP Radio Transceiver • Frequency Band 6GHz (3Q) 7 & 8GHz (4Q)

• Modulation 4 to 256 QAM

• Channel Spacing 3.5 to 56 MHz

• Payload Capacity Up to 350 Mbs

• Ethernet Throughput Up to 1 Gbit/sec (*)

• XPIC support

• Same radio (RF, modem and SW) as MPT-HC, but with additional 7-8 dBm of PTx

(*) 1 Gbit/sec reached using Packet Throughput Booster with IPv&6 64 bytes packets

MPT-XP (Extended power)


MPT-HC/XP Mechanical Features

RJ-45 (Data + PFoE)

XPIC Port

1+1 RPS Port (Optional)

Optical Port

Optional XPIC & RPS module Blank module shipped by default

Antenna Alignment Initial Config Port


• Supports MPRe PFoE Feature

• Supplies up to 2 MPRe RF Transceivers

MPR-e Connectivity Dual Power Injector Box and module

A & B Redundant Power Inputs

CAT5e GigE IN CAT5e GigE +

-48VDC OUT

2 MPRe Supported


MPT-HC Connectivity to MSS-1/4/8

Ethernet CAT5e

Data + PoE fiber

coaxial cable

Up to 100m Up to 450m

MSS-8

MSS-4


ALU 7705 SAR Microwave Solution • Direct connectivity of 7705 SAR to 9500 MPR-e (full outdoor packet radio)

• Unparalleled high availability IP/MPLS networking solution

- Flexible L1, L2 and L3 services with rich OAM capabilities

- High performance network synchronization over Microwave

- Single vendor relationship: Simplified project management, supply chain, services, field support, …

• Unsurpassed MW link density:

- 24 MW links plus another 24 GigE links with control redundancy in 2 RU (SAR-8)

• Consolidate End-to-End Element, Network and Service Management across IP and Microwave domains

- Single network element for SAR and MPR-e

- Leveraging 5620 SAM for point & click E2E service provisioning and OAM

7705 SAR-8/18 7705 SAR-8/18

9500 MPR-e 9500 MPR-e

5620 SAM


Packet Microwave Card (PMC) General Description

• 4 Tri-speed Microwave Ports: Key to enable microwave awareness - 2 x on-board RJ45: Copper sync Eth capable - 2 x SFP: Supports both optical and copper SFP - Support

- Up to 4 x MPR-e with copper connection - Up to 2 x MPR-e with fiber connection

- Support full feature set for IP/MPLS/Eth networking

4 Tri-speed SFP port: for regular IP/MPLS/Eth networking


FLEXIBLE NETWORKING ENABLE MORE SCALABLE, COST-EFFECTIVE ARCHITECTURES

Tree• Standard microwave

topology• Deployed everywhere

Tree• Standard microwave

topology• Deployed everywhere


SERVICE-AWARE MANAGEMENT REDUCE OPEX WITH END-TO_END SERVICE MANAGEMENT

RAPID PROVISIONING • Easy-to-use, customizable GUI

• Minimize operator errors with templates and scripts • Automate multivendor provisioning through OSS

OPERATIONAL FIT AND FLEXIBILITY

• Minimize system-integration cost/effort • Open interfaces, certified OSS integration options • Custom service portals • Modular and scalable

RELIABLE ASSURANCE

• Prevent issues before customers are affected • Quickly identify and resolve problems once they occur • Enable enhanced SLA and performance monitoring


Documents

ALCATEL-LUCENT 9500 MPR - Amk Services · PDF fileZero footprint configurations with 9500 MPR -e Reduces power consumption and amount of EQ needed Optimized for tail applications Alcatel-Lucent