1
500 m 1 km 5 km 15 km 50 km V-Band SubLink License band E-Band 40 GHz 60 GHz 80 GHz Frequency Distance Frequency Band Feature Application Policy Easy-to-install: on poles, walls, lampposts Easy-to-maintain: configuration-free, Wi-Fi access, and co- management of base stations Easy-to-network: multiple interfaces, built-in switching units Large capacity: 400+ Mbit/s capacity Multi-service transport with throughput of 10 Gbit/s level Space diversity and IF-combination technologies, to fight against multi-path fading Expansible branching unit Tx Rx-SD Main SD Combiner 6 GHz MME/S-GW eNodeB CSG1 ASG2 CSG2 ASG1 RSG1 1 2 3 4 5 0 1 2 3 4 5 Hierarchical L3VPN protection Working Path Protection path for fault n 0 n 1 2 TE hot standby 3 4 VPN FRR 5 VRRP Protection mechanism Legend eNodeB protection Fronthaul Backhaul Backbone Spanning tree protection ERPS multi-ring protection 1+1 protection (HSB switching) protection Antenna port Cascading port Ch 1 Branching unit (BU) Ch 2 Ch 3 Ch 4 Modem/IF RF RF Modem/IF CC LM DM Throughput test Start Diagnosis Report Topology Path Report Fault management Performance monitoring Frequency Band Throughput Main Features Large Bandwidth High Reliability Small Cell Multiple Services High Precision (6-42 GHz) (6-11 GHz) Ch1: STM-1 Ch2: STM-1 Ch3: STM-1+Ethernet Ch4: Ethernet ... Ch16: Ethernet SubLink L1 L2 L3 User data frame Data frame in air interface Payload PHY header (20 bytes) MAC header (18 bytes) IP header (20-48 bytes) Payload 3G NodeB traffic model 64 128 1518 512 35% 15% 20% 30% Principle NodeB UNI Air interface UNI RNC Equivalent throughput diagram Compression indication EPLA example 800 Mbit/s service (160 Mbit/s per flow) 800 Mbit/s pipe (200 Mbit/s per link) Without drop LAG example 800 Mbit/s service (160 Mbit/s per flow) 800 Mbit/s pipe (200 Mbit/s per link) Some drop Drop TRX TRX f1 Modem Modem f2 V H 20% 35% 2048QAM 1024QAM 256QAM 64QAM 16QAM QPSK Capacity Availability 100M 500M 99.9% 99.999% TDM cross- connection Packet switching IP forwarding E1 tributary board SDH board EoS/EoP processing board Ethernet interface board CES processing board Native E1/STM-1 CES E1 ATM PWE3 Native Ethernet L3VPN IP MPLS tunnel MPLS tunnel Microwave frame V-Band V-Band V-Band V-Band Macro cell Macro cell Small cell Small cell Small cell Sublink Sublink Macro Cell f1 f2 f3 f4 f1 f2 License band Deficient resources To improve frequency utilization and total air-interface bandwidth E-Band Ultra-large bandwidth Short-distance large-capacity backhaul Link aggregation V-Band License-free Very-short distance backhaul for mass small cell deployment, with low CAPEX and low OPEX SubLink License-free N-LOS/n-LOS backhaul Universal IF board Proactive OAM On-demand OAM Continuity check (CC) Remote defect indication (RDI) Alarm indication signal (AIS) Loopback test (LB) Link trace (LT) Packet loss measurement (LM) Delay measurement (DM) Flexible Evolution Large Bandwidth Easy Maintenance TDM MW Hybrid MW Packet MW Routing MW TDM TDM Ethernet PWE3 Ethernet PWE3 IP routing 2G 2G+3G 2G+3G+LTE LTEA BU 1 BU 2 BU 3 BU 4 Aggregation Site 2048QAM 1024QAM 256QAM Principle More About E-band and Huawei MW Solutions V1.1 (2014-03-15) Copyright © Huawei Technologies Co., Ltd. All rights reserved. *: Maximum value when frame header compression is enabled AM Adaptive Modulation ASG Aggregation Site Gateway CES Circuit Emulation Service CPRI Common Public Radio Interface CSG Cell Site Gateway E2E End-to-End EPLA Enhanced Physical Link Aggregation ERPS Ethernet Ring Protection Switching IMA Inverse Multiplexing over ATM LAG Link Aggregation Group LMSP Linear Multiplex Section Protection MPLS MultiProtocol Label Switching MW Microwave PLA Physical Link Aggregation PW Pseudo Wire QAM Quadrature Amplitude Modulation QPSK Quadrature Phase Shift Keying RSG RNC Site Gateway SD Space Diversity SNCP Subnetwork Connection Protection XPIC Cross Polarization Interference Cancellation Ethernet ERPS LAG STP E-Band 71–76/81–86 GHz

Future-Oriented Microwave Transport Networkcosconor.fr/GSM/Divers/Equipment/Huawei/- RTN Microwave/Poster Microwave.pdfmanagement of base stations Easy-to-network: multiple interfaces,

  • Upload
    others

  • View
    5

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Future-Oriented Microwave Transport Networkcosconor.fr/GSM/Divers/Equipment/Huawei/- RTN Microwave/Poster Microwave.pdfmanagement of base stations Easy-to-network: multiple interfaces,

500 m 1 km 5 km 15 km 50 km

V-Band

SubLink

License band

E-Band

40 GHz

60 GHz

80 GHz

Frequency

Distance

Frequency Band Feature Application Policy

Easy-to-install: on poles, walls, lamppostsEasy-to-maintain: configuration-free, Wi-Fi access, and co-

management of base stationsEasy-to-network: multiple interfaces, built-in switching unitsLarge capacity: 400+ Mbit/s capacity

Multi-service transport with throughput of 10 Gbit/s level

Space diversity and IF-combination technologies, to fight against multi-path fading

Expansible branching unit

Tx Rx-SD

Main

SD

Combiner

6 GHz

MME/S-GW

eNodeB

CSG1

ASG2CSG2

ASG1

RSG11 2

3 4

5

0

1

2

34

5

Hierarchical L3VPN protection

Working Path

Protection path for fault

n

0

n

1 2 TE hot standby

3 4 VPN FRR

5 VRRP

Protection mechanism

Legend

eNodeB

protection

Fronthaul Backhaul Backbone

Spanning tree protection

ERPS multi-ring protection 1+1 protection (HSB switching)

protection

Antenna port

Cascading port

Ch 1

Branching unit (BU)

Ch 2 Ch 3 Ch 4

Modem/IF RF RF Modem/IF

CCLMDMThroughput test

Start Diagnosis Report Topology

Path

Report

Fault management

Performance monitoring

Frequency Band

Throughput

Main Features

Large Bandwidth

High Reliability

Small Cell

Multiple Services High Precision

(6-42 GHz)

(6-11 GHz)

Ch1: STM-1

Ch2: STM-1

Ch3: STM-1+Ethernet

Ch4: Ethernet

...Ch16: Ethernet

SubLink

L1

L2

L3

User data frame

Data frame in air interface

Payload

PHY header

(20 bytes)

MAC header

(18 bytes)

IP header

(20-48 bytes)

Payload

3G NodeB traffic model

64 128

1518512

35%

15%20%

30%

Principle

NodeB UNIAir

interface UNI RNC

Equivalent throughput diagram

Compression indication

EPLA example

800 Mbit/s service(160 Mbit/s per flow)

800 Mbit/s pipe(200 Mbit/s per link)

Without drop

LAG example

800 Mbit/s service(160 Mbit/s per flow)

800 Mbit/s pipe(200 Mbit/s per link)

Some drop

Drop

TRX

TRX

f1

Modem

Modem

f2

V

H

20%

35%

2048QAM

1024QAM

256QAM

64QAM

16QAMQPSK

Capacity Availability

100M

500M

99.9%

99.999%

TDMcross-

connection

Packet switching

IPforwarding

E1 tributary board

SDH board

EoS/EoPprocessing board

Ethernet interface board

CES processing board

Native E1/STM-1

CES E1

ATM PWE3

Native Ethernet

L3VPN IP

MPLS tunnel

MPLS tunnel

Microwave frame

V-B

and

V-B

and

V-B

and

V-B

and

Macro cell

Macro cell

Small cell

Small cell

Small cell

Su

blin

k

Su

blin

k

Macro Cell

f1

f2

f3

f4

f1 f2

License band

Deficient resourcesTo improve frequency utilization and total air-interface bandwidth

E-BandUltra-large bandwidth

Short-distance large-capacity backhaul Link aggregation

V-Band License-freeVery-short distance backhaul for mass small cell deployment, with low CAPEX and low OPEX

SubLink License-free N-LOS/n-LOS backhaul

Universal IF board

Proactive OAM

On-demand OAM

Continuity check (CC)

Remote defect indication (RDI)

Alarm indication signal (AIS)

Loopback test (LB)

Link trace (LT)

Packet loss measurement(LM)

Delay measurement (DM)

Flexible Evolution

Large Bandwidth

Easy Maintenance

TDM MW Hybrid MW Packet MW Routing MWTDM TDM

EthernetPWE3Ethernet

PWE3IP routing

2G 2G+3G 2G+3G+LTE LTE‐A

BU 1

BU 2

BU 3

BU 4

Aggregation Site

2048QAM1024QAM

256QAM

Principle

More About E-band and Huawei MW Solutions

V1.1 (2014-03-15)Copyright © Huawei Technologies Co., Ltd. All rights reserved.

*: Maximum value when frame header compression is enabled

AM Adaptive ModulationASG Aggregation Site GatewayCES Circuit Emulation Service CPRI Common Public Radio InterfaceCSG Cell Site GatewayE2E End-to-EndEPLA Enhanced Physical Link AggregationERPS Ethernet Ring Protection Switching IMA Inverse Multiplexing over ATM LAG Link Aggregation Group LMSP Linear Multiplex Section Protection

MPLS MultiProtocol Label SwitchingMW MicrowavePLA Physical Link AggregationPW Pseudo WireQAM Quadrature Amplitude Modulation QPSK Quadrature Phase Shift KeyingRSG RNC Site GatewaySD Space Diversity SNCP Subnetwork Connection ProtectionXPIC Cross Polarization Interference

Cancellation

EthernetERPSLAGSTP

E-Band71–76/81–86 GHz