9500 MPR Highlights-r1

All Rights Reserved © Alcatel-Lucent 20111 |9500 MPR for Carriers | March 2011

9500 MPR

Microwave Packet Radio

Leading Innovation in Packet Transportwith Full Compatibility for Existing Networks

All Rights Reserved © Alcatel-Lucent 20102 |9500 MPR for Carriers | March 2011 All Rights Reserved © Alcatel-Lucent 2011

Alcatel-Lucent’s Wireless Transmission Product Group

* according to Skylight Research 4Q 2010 Report

FranceUS Italy

China

Four R&D centers

Over 500K transceivers shipped

Over 150 customers in 120 countries

Aviat Networks18%

Ceragon7%

Dragonwave29%

Ericsson7%

NEC2%

Others7%

Alcatel-Lucent30%

North American Market 2010$508M

Leadership in long-haul #1

Leadership in US/Canada market #1


Network transformation for efficient data transportNetwork evolution in the backhaul

Access type

Mobile2G,3G,4G

Fixed

PrivateBusiness office

Phone

DSL

Packet microwave transport

Best use of existing infrastructure

Freedom in planning network resources

Cost-optimized network consolidation

Operates as TDM in existing PDH backhaul network

Integrates MPLS and Carrier Ethernet, with deterministic performance

Single network evolution, no overlay of multiple technologies

9500 MPR

9500 MPR

9500 MPR

GigE GigE

nxT1/E1nxT1/E1IMA/nxT1/E1IMA/nxT1/E1

Microwave Packet RadioMicrowave Packet Radio

TDMTDMEth

ATMATM

Native hand-offNative hand-off

GigE hand-offGigE hand-off

EthernetATM

TDM

Eth

ATM

TDM

GigE

Traffic type

PacketMode

Present Mode


Alcatel-Lucent 9500 MPRPure-Packet Microwave Packet Radio

Synchronization distribution for TDM, hybrid and full Ethernet networksSynchronization distribution for TDM, hybrid and full Ethernet networks

Multiservice AggregationMultiservice Aggregation

Maximizing the available bandwidth

TDM networking Packet networking

Stacking Converging

Service-Driven Adaptive Service-Driven Adaptive ModulationModulation

Optimizing the air channel usage

Service AwarenessService Awareness

Ethernet

TDM NxE1/T1

ATM NxE1/T1

Packets

Enabling service discrimination

Multi-Reach Packet NodeMulti-Reach Packet NodeFull Packet Traffic

Local Traffic

Optimizing site configuration


Multi-Service AggregationIntegrated Layer 2 Multiservice Switch

Packet Backhaul Network

Ethernet Convergence Layer

Gb-Ethernet

Mobile2G,3G,4G

Fixed

PrivateBusiness Office

Phone

DSL

Access Type Traffic Type

Ethernet

ATM

TDM

TDM/ATM/Packet Mixed Traffic

9500 MPR

Sharing a common packet infrastructure regardless of connectivity type Service are discriminated based on their quality of service and priority Standard protocol used to map TDM and ATM into packet

Converged

Packet networking

9500 MPR

No external, 3rd party devices for managing multiple servicesNo external, 3rd party devices for managing multiple services

TDM networking

Stacking


Service AwarenessMaximizing Bandwidth Use

Bandwidth is assigned to traffic with the higher priority regardless of the connector Deterministic performance even in the packet network to guarantee voice quality Broadband services can be overbooked to maximize use of bandwidth

High-priority queue,guaranteed bit rate

Low-priority queue,remaining bit ratePacket

ATM

TDM

8 queues

9500 MPR

Packet microwav

e transport

WirelineDeterministic performance

Overbooked broadband traffic

Converged

ATM/pseudowir

eTDM/CES

Ethernet

Optimized use of bandwidth with voice quality always guaranteedOptimized use of bandwidth with voice quality always guaranteed

CES/PW mapping FragmentationQueue management


Service-Driven Adaptive ModulationOptimizing Link Performance and Quality of Service

Traffic with high priority will always have bandwidth available, like voice (deterministic approach)

Broadband traffic is discriminated by QoS dynamically, with modulation scheme changes driven by propagation conditions

9500 MPR 9500 MPRMobile2G,3G,4G

Guarantee 100%

Fully exploit the air bandwidth – Ensure mobile subscriber’s satisfactionFully exploit the air bandwidth – Ensure mobile subscriber’s satisfaction


Multi-Reach Packet NodeMaximizing Network Flexibility While Minimizing Equipment

Wireline EthernetNetwork

Eth

Eth

ATM

TDM

MSS 1c

Eth

MSS-8

MPT HC

MPT HC

MSS-4

MPT HC/GC

MPT HC/GCor ODU300

Eth

MPT HC/GC or ODU300

MPT HC/GC

MPT-HL

MPT-HL

Mobile Antenna

Mobile Antenna

Mobile AntennaMobile Antenna

Eth

ATM

TDM

MSS-8

Up to 12 radios connected to a single node, with over 4 Gb/s aggregated radio throughput

Single packet matrix provides 16 Gb/s switching capacity, with no need for an external switch

Fully redundant. No single point of failure Any traffic mix in any direction, with no duplicate I/O cards

Nodal solution − Minimize equipment, and reduce power consumption and cabling Nodal solution − Minimize equipment, and reduce power consumption and cabling


Microwave “Sweet Spots” Covered by 9500 MPR

Frequency Band

Wide Band RF ChannelsTypical

Path Distance

*

FCC Minimum

Antenna Size***Channel

Size

# of WB channel

pairs

Link Capacity(1-Way)

5.8 GHzUnlicensed, no channel

plan(125 MHz)

180 Mb/s< 10 miles

**1 foot

6 GHz & 6.7

GHz30 MHz 13 180 Mb/s ~25 miles 6 foot

10.5 GHz 5 MHz 11 25 Mb/s ~12 miles 2 foot

11 GHz 30 & 40 MHz 12 240 Mb/s ~12 miles3 foot

(2-foot waiver)

18 GHz 50 MHz 8 320 Mb/s < 5 miles 2 foot

23 GHz 50 MHz 24 320 Mb/s < 2 miles 1 foot

38 GHz 50 MHz 14 320 Mb/s < 1 mile 1 foot

70/80 GHz

1 GHz 5 1.2 – 2.5 Gb/s < 1 mile 1 foot

* Typical path distances are based on U.S. averages of existing licensed microwave paths (typically designed for better than 99.999%)

** Unlicensed radio performance is similar to licensed 6 GHz radios; however, path distances are typically reduced to limit interference.

*** Note that larger antennas may be required to achieve the typical path distances


How much can you carry?A sampling of modulation & channel options

Ethernet Layer 2 Throughput (Mbps)

Ethernet Layer 1 Throughput (Mbps)

RF Channel Bandwid

th

Modem Profile

Radio Capacit

y (Mbps)

Air bit rate

(Mbps)

64 Byte

Packets

512 Byte

Packets

1518 Byte

Packets

64 Byte Packets

64 Byte Packets +Header

compression

30 MHz

4QAM 45 54 43 44 44 57 69

32QAM 112 136 107 110 110 141 170

128QAM 167 190 161 164 164 211 255

256QAM 190 217 183 187 187 240 290

40 MHz

4QAM 61 73 59 60 60 77 93

16QAM 122 147 117 120 120 154 185

64QAM 192 220 185 189 189 242 293

256QAM 258 293 248 253 253 325 393

50 MHz

4QAM 77 92 74 75 75 97 117

32QAM 190 229 182 186 186 239 289

128QAM 284 321 273 279 279 358 432

256QAM 323 366 310 317 317 407 492


Radio Frequency UnitsAll-Indoor Radios for Long Haul Applications

Indoor Transceiver (MPT-HL) Microwave Packet Transceiver High Power, Long Haul

Licensed or unlicensed spectrum 6, 6.7 & 10.5-11 GHz 5.8 GHz unlicensed (FCC Part 15, “ISM band”)

High-power transmitters +30 dBm & +33 dBm @ 6 GHz +28 dBm @ 11 GHz

Robust receivers Modulation scheme up to 256-QAM 5 MHz, 10 MHz, 30 MHz channel width options Hitless adaptive modulation

Two radio transceivers per shelf monitored hot-standby or independent 2+0

Gigabit Ethernet connection to 9500 MSS indoor unit using standard SFPs Single management port on MSS for craft access to both MSS and Radio

Flexible powering options -48 VDC, +24 VDC


Radio Frequency UnitsOutdoor Unit (ODU) for Split-Package Configurations

Capacity-independent RF transceiver

Licensed spectrum (FCC) 6, 6.7, 10.5-11, 18, 23 & 38 GHz

Modulation scheme up to 256-QAM 5 MHz, 10 MHz, 30 MHz, 40 MHz and

50 MHz channel-spacing Hitless adaptive modulation

Integrated antenna mounts Simple ‘slip-fit & clip’ attachment, no

special tools, all captive hardware

Coaxial or Gigabit Ethernet connection Either to MSS indoor unit or to other

device (ex. 7705 SAR)


Radio Frequency Units Millimeter Wave Radios

1 Gigabit per second transmission rates Future expansion to 2.5 Gb/s

E-band (70-90 GHz) Authorized under FCC rules Part 101 Light licensing process (2-3 days)

Enhances the end-to-end solution Interworks with 9500 MPR Gigabit Ethernet interface to MSS

Ideal for metro applications US average at 1 mile for 99.995% Interference tolerant due to

extremely narrow beamwidth Small antennas (1- or 2-foot) Practical installation requirements

1 foot

2 foot


MSS – Microwave Service Switch

Fully configurable Layer 2 switch, Integration of Ethernet, DS1 and DS3 services over Fully configurable Layer 2 switch, Integration of Ethernet, DS1 and DS3 services over Radio,Radio,

Full redundancy capabilities for no single point of failureFull redundancy capabilities for no single point of failure

Any module may be positioned side-by-side for optional 1+1 redundancy

Core Module16 Gigabit Layer 2 switch fabric

6x Gigabit Ethernet ports for local interface)

Ethernet Access4x 10/100/1000

base-T4x SFP (for optical

GE)

32 x DS1 Interface

1-16 DS1 on 1st port

17-32 DS1 on 2nd port

2 x DS3 InterfaceMini BNC connector

Fan UnitRedundant fan units on card

Dual Power FeedsPower regulation on

each module

Craft & Sync Ports

Craft (Rj45)Sync input & output

Craft & Sync Ports

Craft (Rj45)Sync input & output


14

16

Microwave Service Switch (MSS) Options


9500 MPR Managed by 5620 SAM

5620 SAM provides end-end element and service management

EMS for the 9500 MPR Ethernet capabilities

Service management capabilities for the 9500 MPR include: Control plane for service creation –

eliminates operator intervention at transit nodes

End-end composite service creation Service CAC over MW segments End-end Ethernet OAM over composite

service

9500 EMS will be used for managing MW aspects of platform – GUI accessible from SAM GUI

True end-end service provisioning and assurance spanning different network technologies

IP/MPLS

2G

/3G

M-C

ore

9500 MPR

S-GW P-GW

Packet

Core

POC 2/3

7705 SAR

9500 MPT

5620 SAM

9500 MPR

IP/MPLS

2G

/3G

M-C

ore

9500 MPR

7705 SAR

9500 MPT

9500 MPR


Multi-Reach Packet Node High power all-indoor transceiver Temperature hardened ODU 12 outdoor radios or 8 indoor

radios Up to 2 Gbps radio capacity per

node

Multi-Reach Packet Node High power all-indoor transceiver Temperature hardened ODU 12 outdoor radios or 8 indoor

radios Up to 2 Gbps radio capacity per

node

9500 MPRInnovative Integration of Microwave and Packet Technology

9500 MPRMicrowave

Packet Radio

Service-Driven Adaptive Modulation: Capacity vs availability

determined by Quality of Service Maximize spectrum usage Reduced antenna sizes without

sacrificing critical circuit availability

Service-Driven Adaptive Modulation: Capacity vs availability

determined by Quality of Service Maximize spectrum usage Reduced antenna sizes without

sacrificing critical circuit availability

Multi-Service Aggregation Layer: 16 Gbps switching capacity Bandwidth efficient transport

for both packet and TDM traffic End-to-end service management

Multi-Service Aggregation Layer: 16 Gbps switching capacity Bandwidth efficient transport

for both packet and TDM traffic End-to-end service management

TDM environment

Packet environment

Service Awareness Unique integration of

microwave and packet management

Prioritize critical traffic and sync

Optimize microwave bandwidth

Service Awareness Unique integration of

microwave and packet management

Prioritize critical traffic and sync

Optimize microwave bandwidth

Long Haul Short-Medium Haul

Packet Node


www.alcatel-lucent.com/microwave

9500 MPR Highlights-r1

Documents

Transcript of 9500 MPR Highlights-r1