Overview 9500MPR

Wireless transmission Product Portfolio

Overview

All Rights Reserved © Alcatel-Lucent 2008, #####

Overview

June 2013

1 MDR 8000

All Rights Reserved © Alcatel-Lucent 20082 | 9500 MPR | May 2008

1 MDR 8000

MDR-8000 Packet Plus – Leader in North American Long Haul Backhaul

Most versatile frequencies

� 1700 MHz (NTIA)

� 1900 MHz (PCS in-band)

� 2 GHz (FCC broadcast, NTIA & ITU)

� 2.3 GHz (WCS band)

� 2.47 GHz (FCC licensed)

� Upper 4 GHz (NTIA, ITU)

� 5.8 GHz (Unlicensed ISM band)

� Lower & upper 6 GHz (FCC, ITU)

� 7 GHz (FCC broadcast auxiliary)

All Rights Reserved © Alcatel-Lucent 2008

� 7 GHz (FCC broadcast auxiliary)

� 7 & 8 GHz (NTIA, ITU)

� 10.5 & 11 GHz (FCC, ITU)

Most Widely Deployed All indoor radio

� 55,000 TR’s in North America

� Installed based in every major Wireless Carrier,

� Packet Plus allowed upgrade to 10/100/1000BaseT + 32 T1’s

MDR-8000 Packet Plus

The MDR-8000 Packet plus offers the same great performance, features and

options as the MDR-8000:

� Common Network Management platforms

� Common maintenance, common spares

� Easy migration from TDM to Data services

� Choices of power options in all frequency bands


� Choices of power options in all frequency bands

� Greatest system gain ranges in all bands

Universal Platform for All Bands and Capacities

10/100/1000bTEthernet I/O


Ethernet LIC

2 9500 MPR Overview


2 9500 MPR Overview

9500 MPR - Microwave Packet Radio

Product Overview

Main Equipment Components

Outdoor Radio UnitODU


Microwave Service SwitchMSS

Microwave Packet Transport – Long HaulMPT-HL

Industry leading Design

Industry leading rack density2 TR’s, 32 T1’s, 2 DS3, and 8

GigE’s in 4.5RU

Enables Efficient 3G and 4G Networks

Repeater, dual terminal, ring, protected 6 way junction

in one MSS chassis

Highest Integration to reduce Spares and improve reliability

Next Generation Packet Based Microwave Radio


One MSS chassis supports up to twelve transceivers

Fully Redundant Modules

improve reliability

Superior hardware platformSuperior hardware platformSuperior hardware platformSuperior hardware platform

All in-door and Split-mount from the same shelf

Temperature Hardened MSS shelf

9500 MPR Architecture

10 GB/s MW ODUMW ODU

Patented data-aware algorithms:�Service type is recognized�Bandwidth Optimization�Latency control�BER improvement

ATMPeripheral

ATMPeripheral

ATM PseudoWire

Any-Service Any-Port (ASAP)

board In common with 7705

SAR from IPD

NxT1 ATM-IMA

MW indoor RFMW indoor RF

EthernetEthernet


10 GB/s Ethernet Switch

MW ODUPeripheralMW ODU

Peripheral

TD

MPeri

phera

lT

DM

Peri

phera

l

NxT1/DS3 TDM Stream

TDM over Ethernet standard mapping

Standard Gigabit Ethernet

Signal MO-demodulation

Microwave Transport

EthernetPeripheralEthernet

Peripheral NxEthernet

9500 MPR - Microwave Packet Radio

Mechanical Arrangement Split Mount/Full Indoor

Frequency Range 5.8 GHz, 6 GHz, 11GHz, 18 GHz

Modulation schemes 4 QAM /16 QAM /32 QAM /64 QAM /128 QAM /256 QAM with Adaptive Modulation

Interfaces 10/100/1000 Ethernet, T1, DS3

Throughput Up to 350 Mb/s per carrier

Up to 10 GB/s switching capacity


Configurations 1+0, 1+1 HSB, 2+0, Frequency Diversity, Space Diversity, Nodal configurations up to 12 radio paths per shelf

Features Full equipment protection

Packed-based internal cross connect based on VLAN

MEF-8 Circuit Emulation Service

Synchronization distribution for packet traffic

9500 MPR

Product Overview

Feature List:

� DS1, DS3 and 10/100/10000 Ethernet interfaces

� CESoETH MEF8

� 300 Mbps full-duplex Ethernet transport Capacity

� Flexible aggregate capacity sharing DS1/DS3 and Ethernet

Feature List:

� MXC ODU Support:

� 11 and 18 GHz

� Supported modulations

� 32/128/ 256QAM

� Channel Spacing:

� 10, 30, 40, 50 MHZ


� 10Gb Packet Based Node

� Microwave uplink (ODU V2)

� Ethernet uplink with VLAN

� IEEE 802.1p and Diffserv QoS

� Queue Management & Flow control ability

� DS1/DS3 Protection

� 1+1 EPS on All Cards

� 10, 30, 40, 50 MHZ

� Unprotected, 1+1 HSB & SD/FD Radio Protection

� Node, up to 12 radio directions supported

� SW License control

� SNMP v2/V3

� TSM8000 Support

� 5620SAM Support

9500 MPR

Shelf Overview

9500 MSS: Microwave Service Switch

2x CORE board with embedded 5x Gigabit Ethernet access ports

2x DS3


2x 32T1 Access Board

2x DS3

FAN Unit

Example of a fully protected (no single point of failure) 32 T1 + 2 DS3 + 9 Gigabit Ethernet

(13 Gigabit Ethernet in Ethernet Aggregation Application, No Microwave) Terminal

2x 8Ethernet Access Board

Control and Switching Module (CSM or CORE)

9500 MPR

Product Overview

Characteristics

Main System Controller

10Gbs Ethernet Switch for traffic routing

Synchronization processor

Removable CF card for NE configuration

Embedded Web Server


Interfaces

4x Ethernet 10/100/1000 Base-T (traffic)

1x Ethernet SFP (traffic)

1x Ethernet 10/100 Base-T (Craft Terminal)

1x 2.5,10MHz synch-in

1x 2.5,10MHz synch-out

System

Up to 2 units per shelf

1+1 EPS protection

MODEM BOARD

9500 MPR

Product Overview

Characteristics

4/16/32/64/128/256 QAM Modem

4/16/64 Errorless Adaptive modulation

10/30/40/50 MHz channels

Connects 9500MXC Outdoor Units

Data-aware pre-processing algorithms


Data-aware pre-processing algorithms

Interfaces

1x IF over COAX cable

System

Up to 6 units per shelf

1+1 EPS and RPS protection

32xDS1 Access Board

9500 MPR

Product Overview

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

2xDS3 Access Card

9500 MPR

Product Overview

Characteristics

1 or 2 DS3

MEF-8 SAToP Circuit Emulation

Interfaces


Interfaces

2 Mini-BNC Connectors

System

Up to 6 units per shelf (12 DS3)

1+1 EPS protection

9500 MPR

Product Overview

Full Indoor RF Transceiver Package

� MPT-HL

� Frequency Bands

– Lower 6GHz

– Upper 6GHz

– 5.8GHz – Unlicensed

� Channel Bandwidth:

– 5, 10, 30 MHz

� Modulation Schemes:


� Modulation Schemes:

– 32, 128, 256 QAM

8xEthernet Access Switch Card

� Provides 4x 10/100/1000 BaseT and 4x SFP Connections

� Used for either Customer Add/Drop traffic and/or Connection to the MPT-HL

Up to 8 Radio Directions, Mixed between ODU and Indoor Transceivers

9500 MPR

Product Overview

8xEthernet Access Card

Characteristics

10/100/1000 Ethernet

Ethernet Add/Drop or Connection to MPT

Interfaces




4x Ethernet SFP (Traffic/MPT Connection)

System

Up to 2 units per shelf (16 Ethernet ports)

1+1 EPS protection

9500MPR Web Interface Screen Shot


9500MPR WebEML Craft Terminal


ANSI 9500 MPR Transceiver Roadmap & Configurations

MPR R1.0 MPR R3.00 MPR R4.00

MPT-MS

MSS-8 variant (2U)•Packet Nodes up to 6 directions

MSS-4 variant (1U)•Unprotected 2way repeater•Protected Radio Terminal•Indoor and/or Outdoor

MSS-1 variant• 1+0 or 1+1• Support of MPT only

ODU300ODU300

MPR R2.0

MSS-8 variant (2U)•Indoor and/or outdoor configurations•Up to 12 direction NSB•6 Directions HSB

MPT-MS

MPT-HL


MSS-8 MSS-4

MSS-1(or Some Name)• 8xT1• 6xGB

ODU300

MSS-8

ODU300

MPT-HL

MPT-HL

9500 MPR

Possible Combinations – No Stranded Investment

MSS-4

MPT-X/Y

ODU300


MSS-1 (pizza box)

MSS-4

MSS-8MTP-HL MSS-4

MPT-HL

150MB/s

Eth

TDM over Packet transport challenges

1. BER degradation

1. Ethernet will have degraded BER due to random errors in the Ethernet frame on radios

2. ALU patented solution to this phenomenon

2. Latency vs Transport Efficiency

1. Latency goes up for better efficiency in the Ethernet stream

2. ALU Patented solution to maximize efficiency while maintaining low latency

3. Synchronization


3. Synchronization

1. Wander

1. Caused by mixing TDM traffic with other packet size data streams

2. ALU provides solution to minimize the wander

2. Clock recovery

1. ALU patented solution to allow synchronization of the Tx and Rx ends

Why Microwave Packet Radio

Drawbacks of Combining TDM Microwave and an external Ethernet switch :

� Solution introduces all the impairments listed on previous slide (e.g.: BER, efficiency, synchronization)

� Native Ethernet usually mapped into TDM buckets reducing the usable throughput of the radio

� Nodal configurations require multiple boxes to manage, buy, provide power, and provide space

9500 MPR µwave and Ethernet switch


Ethernet SwitchIDU

Node configuration with 6 radio directions

To achieve this …

… fault isolation becomes more difficult

6 Future Backhaul


6 Future Backhaul

Alcatel-Lucent Value proposition and Summary

The 9500MPR is the ONLY true packet radio on the market today. IT’S

NOT A TDM RADIO IN DRESSED TO LOOK LIKE PACKET.

As mobile networks move toward increased data rate statistical

multiplexing of data services will be required to manage cost. The

9500MPR enable this within the microwave backhaul and fiber hand-

off.

The 9500MPR allows users to migrate from TDM to mixed TDM/packet


The 9500MPR allows users to migrate from TDM to mixed TDM/packet

all the way to 100% packet aggregation within the same product.

The 9500MPR is part of the overall Alcatel-Lucent end-to-end packet

migration plan. This includes end-to-end services management with

the 5620SAM. No other radio vendor can offer this type of network

control and capacity planning.

www.alcatel-lucent.com


T1 DELAY (latency test)

Calculated value

T1 Delay = Tx latency + PSN latency + Rx latency

Where:

Tx latency = (TDM to packet)+ (#T1 frames)*125µs

Rx latency = (Packet to TDM)+(Jitter Buffer delay)

TDM to packet < = 125 µs ( x )

Packet to TDM < = 250 µs ( y )

Jitter Buffer delay ≈ 1000 µs ( our setting )


PSN latency = z

Packet payload of 64 bytes:

T1 Delay = x+250+z+y+1000 < = 1625+z µs

Packet payload of 128 bytes:

T1 Delay = x+500+z+y+1000 < = 1875+z µs

T1 DELAY TEST ( measurement interval of 5 s )

# Test Packet Payload Size Network Configuration PSN load T1 Delay

5 64 2 0% 1.3 ms6 64 2 45% 1.3 ms


6 64 2 45% 1.3 ms7 128 2 0% 1.6 ms8 128 2 45% 1.6 ms

OUTPUT JITTER TESTS ( measurement interval of 60 s )

# Test64B &128B

Network Configuration PSN load Bandwidth Output Jitter [ Uipp ]

20 Hz 100 KHz 0.011

Clock Recovery

0%19 & 23 2


20 Hz 100 KHz 0.01118 KHz 100 KHz 0.00920 Hz 100 KHz 0.011

18 KHz 100 KHz 0.00920 Hz 100 KHz 0.011

18 KHz 100 KHz 0.00920 Hz 100 KHz 0.011

18 KHz 100 KHz 0.009

0%

45%

19 & 23

20 & 24 2Adaptive

0%

45%

2

2

21 & 25

22 & 26

2

Differential

WANDER TEST ( measurement interval of 1000 s )*Before starting measurement we wait about 10 Mn

Traffic interfaces# Test

64B &128B

Networkconfiguration

PSN load MTIE mask

25 & 29 2 0% PassedAdaptive

Clock Recovery


25 & 29 2 0% Passed

26 & 30 2 45% Passed

27 & 31 2 0% Passed

28 & 32 2 45% Passed

Adaptive

Differential

Documents

Overview 9500MPR