Evolution Series Long Haul - Squarespacestatic1.squarespace.com/static/519f78cae4b0cc7b837... · Evolution Series Long Haul Long distance high capacity system 15.07.2011 ... Ceragon

Evolution Series Long Haul

Long distance high capacity system

15.07.2011

Designed for easy migration to all-IP

Proprietary and Confidential

Largest specialist

Unique expertise in Long Haul

Trusted solution

• Unique expertise – SDH Long Haul since 1993

• Over 60,000 units installed base

• Holistic approach to network design

• Turnkey specialists

2

Where knowledge and experience matter

Proprietary and Confidential 3

Market share : Total Trunk Radio

Source: SLR Microwave PTP Market Share Report 1Q 2011

Alcatel-Lucent 27%

NEC 16%

Ceragon 13%

Ericsson 13%

Aviat Networks 13%

Fujitsu 6%

Others 5%

NSN 6%

Proxim 1%

Trunk Radio Market Share: Transceivers Rolling 4Q 2Q10-1Q11

Ceragon is the 3rd largest vendor in

the total trunk radio segment!


Long Haul deliveries – major customer wins

4

Ceragon - a leading specialist in the LH market, with over 60.000 units installed

base in mobile, offshore, utilities and defense sectors


Evolution IP Long Haul

5

High Capacity Multicarrier 8+0

High Spectral Efficiency ACM/512 QAM/XPIC

Low Power Consumption ~70W per carrier

Risk-free Migration From TDM to all-IP

using the same platfom

Unique Configurations LH split-mount and all-indoor


All-IP Long Haul – field proven, available today

• High capacity

Unique multicarrier ABC, up to 2 Gb, aggregating up to 8 carriers

• High spectral efficiency

High modulation 512 QAM with ACM and XPIC

• Designed for migration, field-proven

Successfully deployed to provide migration from legacy to all-packet.

Provides native support for both SDH/SONET and Ethernet transport.

• Lowest power consumption in the market ~70W per carrier - energy savings of up to $8,000 per site per year

• Flexible deployment options All-indoor and unique long haul split-mount

6

Product available today First vendor in the industry to ship and deploy all-IP long haul systems


Any network – Easy migration to all-IP

8

From TDM to all-Packet,

no need for external TDM crossconnect or Ethernet switches

SDH/SONET Hybrid (TDM, Ethernet) All Packet

• STM-1/OC-3 and STM-4/OC-12 interface

• N+1 protection switching (N≤7)

• Embedded ADM mux / X-connect

• Ethernet over SDH/SONET

• Native Ethernet up to 2 Gb/s per Link

• Multicarrier ABC (Adaptive Bandwidth

Control) and ACM

• L2 switch with carrier Ethernet features

• TDM transport

• Ethernet and TDM X-connect


Evolution Transceiver

Designed to ease migration and reduce OPEX

• Same unit for All-Indoor, Split Mount

and all-outdoor configurations

• Same unit for SDH, hybrid and all-IP

• 28, 40 and unique 56 MHz

• Transceiver convers complete

frequency band – single spare!


• SW-package defines Native Ethernet or SDH/SONET transport

• Plug-in Units – replace SDH unit with Native Ethernet unit to enable all-IP

• 2 carriers per each Universal IFU

• IFUs connected via back-panel

• XPIC interconnection for Co-channel operation

SU Controller STM-1 STM-4 Ethernet DXC 25xE1 3XE3

SDH/SONET main interfaces

Ethernet 25xE1 STM-1 (channelized)

Native Ethernet & TDM interfaces

Baseband – modular and scalable

Enables single-step migration

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_Opt_S-4-1_OC-12_IR-1.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_EL_STM-1_3.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_25XE1_2.JPG

http://tp/Nera_Pictures/NG_Pictures/IFU/Gigabit_Ethernet_2.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/DXC_Unit_1.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_25XE1_2.JPG

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_EL_STM-1_3.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/GIC_1.jpg

http://tp/Nera_Pictures/NG_Pictures/IFU/LIU_3xDS3_2.jpg


Large System IFU

• Larger IFU systems for:

• Traffic Node with traffic L2

switch and TDM x-connect function

• Multicarrier ABC for Native Ethernet

• RPS (n+1) bus for SDH/SONET

• Easy implementation by frame with rear

interconnection panel

PCB rear panel

mounted within the

frame. 2 and 4 IFU

variants

Connectors for

rear panel

IFUs are

mounted into

frame


Migrate from SDH/SONET to IP

Flexible migration


7+1 6+1

Mixed system – easy migration

13

STM-1

Ethernet 1+0 2+0

5+1 3+1

4+0 8+0

Bra

nch

ing

Ch 1

Ch 6

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

6 + 1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet Ch2

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

5 + 1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet Ch 1

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

3 + 1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet Ch 3

Ch 2

Ch 1

Ch 8

ABC

Ethernet Ch 7

Ch 6

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch 7

Ch 6

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

SU

7+ 1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

0


Any configuration – All-indoor, split-mount, all-outdoor

14

Flexibility in configurations to suit your network and budget

All - Indoor Split-mount

• Easy maintenance

• No tower climbing

• Minimum cabling

• 60% savings on installation

material cost

• Power savings

• 12 dB improved system gain

over cascaded couplers*

• Less footprint


Ceragon LH all-indoor vs. LH split-mount

15

Baseband

Branching and Radio Units

Antenna

Branching and Radio Units

Baseband

• Large footprint

• Complex installation • Small footprint – ¼ rack

• Easy installation

Coax cables – inexpensive, easy to install

Waveguide - expensive

Less heat

Less Investment

Less is

Smaller antenna


Lowest power consumption ~70W/channel

18

Energy savings. Minimized OPEX.

30% - 44% lower power consumption than competitors

• Full output power with 70W per carrier for a complete system

• Reduced OPEX - cost of electricity, power and heat management

• Allows for outdoor installation

A typical site with 10 TRX:

• saves 700 USD* per year in electricity cost

• saves 350 liters of diesel per year

• saves about 1 ton of CO2 emission per year

Less is

* for the avg. price of 0.2 USD per kwh

For a solar powered site the difference in CAPEX is 22,400 $


• Direct RF modulation with adaptive

power amplifier control

• No FANs – convection cooling only

Lowest power consumption - ~70W/channel

Smart transceiver design

Fixed supply

voltage

Dissipated

as Heat

Transmitted

Supply

voltage

Dissipated as Heat

Transmitted

Without dynamic biasing

With dynamic biasing

Proprietary and Confidential 20 20

Long Haul OPEX Reductions Total Annual saving of $19,676

Typical Long

Haul

all-indoor

all-indoor

Ceragon

outdoor split-mount

* 20% lower power consumption system enables solar powered sites: $22,400 less in CAPEX

Typical all-indoor

Ceragon LH all-indoor

Ceragon LH split-mount

Power consumption

800W

560W • 440W outdoor part • 120W (serving

baseband part only).

Direct electricity savings

- 240W 240W

HVAC power consumption 272W 190W 41W

HVAC electricity savings - 82W 231W

Total savings radio link - 322W (30% less) 471W (44% less)

Total yearly electricity savings in USD* per site

- 563 USD 826 USD

Total savings per year of diesel fuel

- 280 litres 413 litres


High spectral efficiency

21

Best value for money – unrivalled capacity per channel

• Flexible branching to meet RF spectrum

congestion challenges

• Adjacent channel operation

• Efficient spectrum utilization with co-channel

configurations with XPIC

• Unique 56/60 MHz option

3+0 for transparent Gigabit Layer 1

• Common branching for SDH/SONET and

IP/Ethernet

• Unrivalled capacity per channel

• 28 MHz - 250 Mbps@512QAM

• 40 MHz - 370 Mbps@512QAM

• 56 MHz - 444 Mbps@256QAM

1 3 5

2 4 6

V

H

28/30/40 MHz

1 2 3 4 5 6V

H

28/30/40 MHz

1 3 5

2 4 6

V

H

28/30/40 MHz

V

H

2 x 28/30 MHz

1 3

2


CO-channel operation with XPIC


Evolution LH vs. other competitors

23

• The only product in its class to offer all-indoor, split-mount and all-

outdoor installation types - all with the same hardware

• Lowest power consumption on the market

(~70 W) – patented technologies

• Unrivalled capacity per channel

• 155 (STM-1)

• 250 Mbps@512QAM – 28 MHz BW

• High system gain - in both SDH (105@28 MHz; 108@40 MHz for 6 GHz )

and all-packet (104 for 6 GHz, 128 QAM@28 MHz)

• Best spectrum utilization – technology to maximize capacity

XPIC, ATPC, MultiCarrier ABC, ACM

Evolution Series IP Long Haul

24


Evolution IP Long Haul

• Ethernet and TDM

• Native Ethernet up to 2 Gb/s per Link with Multicarrier

ABC (Adaptive Bandwidth Control)

• 1+0 to 8+0 and HSB configuration

• Embedded L2 switch

• Adaptive Coding and Modulation (ACM)

• TDM transport (E1/DS1)

• STM-1/OC-3 and nxE1/nxT1 interface

• “SNCP” ring protection

• 75 E1s and 96DS1s per link

• 1+1 protection of TDM

• Ethernet and TDM X-connect, 4 directions

25


Ethernet features - IP Long Haul

• Ethernet Interface: 4 x 1000BASE-TX + 2 x SFP (6 ports)

Synchronous Ethernet support

• Mapping: Native mapping into radio frame

• Throughput Scalable up 440 Mb/s per XCVR

L1 aggregation for up to 2 Gb/s throughput

• Header optimizing: IFG & Preamble/SF removal

• Functionalities: VLAN (access/trunk/swap), Provider VLAN

Advanced QoS, RSTP, LAG

SFP Module


Multicarrier Adaptive Bandwidth Control (ABC)

• Multicarrier ABC - effective technology for transporting packets over multiple

dynamic “links”

• Works on layer 1 and is independent of frame types and packet flows

• Automatically scales with available channels/links

• Aggregated payload (Layer2) up to 8 channels ~ 2 Gb/s

+

Degraded channel, remove from “mapper” Adaptive

Modulation Channel

Failure

Dynamic channel capacity

Capacity


Multicarrier ABC – traffic distribution

P1 P3

Incoming Packet Flow – GBE port

P2 P4

4 5 3 2 1 6 7 4 5 3 2 1 6 7 8 9

Bytes of P1 Bytes of P2

4 5 3 2 1 6 7 8

Bytes of P3

6

5

2

1 6

7

2

3 6

5

2

1

370Mbps@512QAM

per carrier

P1 P3

Outgoing Packet Flow – GBE port

P2 P4

4 5 3 2 1 6 7 4 5 3 2 1 6 7 8 9


4 5 3 2 1 6 7 8

Bytes of P3

7 3 8

5

4

1 9 8

7

4

3

4

Ch1

Ch2

Ch3

Ch4

4x40 MHz: aggr. 1.48 Gbps


Multicarrier ABC + ACM: one degraded channel

P1 P3


P2 P4

4 5 3 2 1 6 7 4 5 3 2 1 6 7 8 9


4 5 3 2 1 6 7 8

Bytes of P3

5 1 6 2

370Mbps@512QAM

per carrier

Ch2: 143Mbps@16QAM

P3


P2 P4

4 5 3 2 1 6 7 8 9

Bytes of P2

4 5 3 2 1 6 7 8

Bytes of P3

6

7

3

4

9

5 8 1

4

8

7

Ch1

Ch2

Ch3

Ch4


2 3

Low priority traffic


Multicarrier ABC + ACM: channel failure

P1 P3


P2 P4

4 5 3 2 1 6 7 4 5 3 2 1 6 7 8 9


4 5 3 2 1 6 7 8

Bytes of P3

4 1 4 1

370Mbps@512QAM

per carrier

P3


P2 P4

4 5 3 2 1 6 7 8 9

Bytes of P2

4 5 3 2 1 6 7 8

Bytes of P3

5

6

2

3

8

6

8

3

2

7

5

Ch1

Ch2

Ch3

Ch4


Low priority traffic

9

7


Increased avalability with ABC+ACM+QoS

protection

SDH n+1 protection

• One dedicated carrier for protection

• May be used for low priority traffic

• Scales in steps of complete 155 Mb/s

Evolution Long Haul – all-packet with ABC+ACM+QoS protection

• All carriers protect each other

• One pipe which scales

• with ACM

• number of carriers

31

Increased flexibility

Improved availability

Higher aggregated capacity (all channels are used)

Automatic scaling with failures or fading

Ch1

Ch2

Ch3

ChP

Ch1

Ch2

Ch3

ChP


Increased Capacity and Availability

• N+0 systems provides added

capacity (+1) for 99+ % of the

time

• Graceful degradation versus

hard threshold (STM-1 pipe)

• Additional upside is non-

correlation between multipath

occurrence vs. traffic busy hour

• Link which is not fully utilized

may operate without loss of

traffic at lower modulation.

32

150 300 450 600 750

1

1e-2

1e-4

1e-8

1e-10

1e-12

1e-14

1e-6

p [%]

Mb/s

Capacity vs. cumulative probability

More capacity

Less outage

N+0 Native Ethernet

N+1 SDH

4 carrier LH system – 6 GHz 45 km link – 2.4m antennas 3+1 SDH vs. 4+0 Native Eth


Unrivalled capacity per channel Capacity*, Bandwidth & Modulation Matrix (ETSI - BWs)

Packet Max throughput [Mbps]

MHz 28 40 56

4QAM 43 63 109

16QAM 104 143 249

32QAM 135 184 307

64QAM 167 226 369

128QAM 201 284 420

256QAM 230 324 444

512 QAM 250 370 -

SDH Mbps

MHz 28 40 56

32QAM - - 155

64QAM - 155 -

128QAM 155 - -

256QAM - - 311

* Ethernet throughput with 64 byte packets

Aggregated throughput – packet [Gbps]

MHz 28 40 56

4+0 ABC 1.0 1.5 1.8

8+0 ABC 2.1 2.1 -


Adaptive Modulation principle

• With adaptive modulation, the microwave link can scale down modulation

under reduced conditions

• Acts “early” - before errors are introduced

• Protects long data flows for time-out, but with reduced speed

• Adaptive Modulation acts only about for one hour a year

• The availability gain is depending on certain pre-conditions


Priority

queue

1 - 8

Scheduler Mixed ingress traffic

Classifier

Quality of Service (QoS) - GbE interface

Selectable priority schemes (with 8 traffic queues)

• IP header DSCP/TOS

• VLAN (802.1p user priority)

• MPLS TC (formerly EXP)

• Port (Ethernet ingress ports)

Scheduling Modes

• Strict Queuing

- All top priority packets are send before next queue is served

• Fair Queuing

- An weighting is applied to the eight queues.

• Mixed Mode Queuing

- Strict queues + two DWRR groups


Synchronous Ethernet

SDH/SONET

IP/MPLS

SyncE

2MHz

• Uses well proven synchronisation principles from the SDH networks

• Timing information carried on the “physical media”

• Timing quality unaffected by network load and packet delay variations

• SSM (Sync Status Messages) are used to control timing loops

• Evolution Series can handle Synchronous Ethernet , 2 MHz, 2 Mb/s and

STM-1 timing input and output

2Mb/s

STM-1

eNodeB

SyncE

2MHz

2Mb/s

STM-1


XPAND IP

Native Ethernet and protected TDM

37


Native Ethernet frame

• Dynamic frame size

• Can accomodate E1 frames

• From 0 to 75xE1

• The mix of TDM and Ethernet is configurable

38


Mixed Ethernet and TDM traffic STM-1 TDM interface

39

NOH

E1 Ethernet E1 E1 E1

STM-1

Ethernet

E1 (VC-12)

E1 (VC-12

E1 (VC-12

E1 (VC-12

STM-1

OH

• Only VC-12 (E1s) will be trasferred from the STM-1 frame


4+0 terminal, Ethernet and TDM with 1+1

protection


8+0 Long Haul – 28 and 40 MHz BW

Link capacity

- 28 MHz channel

8x230 Mb/s = 1.840 Gb/s

- 40 MHz channel

8x260 Mb/s = 2.080 Gb/s

- 56 MHz channel

4x450 Mb/s = 1.776 Gb/s


4+0 Add/drop repeater

42

Ethernet switch

E1/T1

Ch4

PXC

SF

P

SF

P

Gigabit Ethernet ports TDM ports

. . .

Ch3

Ch2

Ch11+1

A

B

C

Bra

nch

ing

1+1

A

B

C

Bra

nch

ing

Ch4

Ch3

Ch2

Ch1

Evolution Series Long Haul SDH/SONET

43


SDH/SONET mode

• STM-1/OC-3 and STM-4/OC-12 interface

• Ethernet over SDH/SONET

• Mapping into VC-4,VC-3,VC12,STS-3, STS-1,VT1.5

• 600 Mb/s link

• Embedded ADM mux / X-connect

• 63E1,84T1, 3xE3/DS3

• 7+1 Protection switching

• 2x(7+1) system with XPIC

• CCDP with XPIC

• 2 Mb/s Ethernet Wayside

44


SDH N+1 Terminal, mixed traffic

• STM-1/OC-3

• STM-4/OC-12

• Gigabit Ethernet

• Flexible capacity with

LCAS,

64xVC12/VT1.5,

12xVC-3

4xVC-4 (600 Mb/s)

• Common n+1 RPS


Ethernet over SDH/SONET

RIU

GbE

SU

1000BaseTX

RIU

LIU

LIU

SDH/SONET

STM-1/OC-3

RIU

GbE

SU

RIU

LIU

LIU

1000BaseTX

4xVC-4 mapper

XCVR

XCVR

B

R

A

N

C

H

I

N

G

B

R

A

N

C

H

I

N

G

XCVR

XCVR

600 Mb/s 600 Mb/s

4xVC-4 mapper

STM-1/OC-3

• Standardised Mapping of Ethernet into VC-n containers

• VC-4 containers can be mapped towards Radio or STM-1/OC-3 Line

• LCAS


Integrated DXC

48

n x 155 Mb/s n x 155 Mb/s

DXC

2x155 Mb/s

100xE1

64XT1

6xE3/DS3

Ethernet

(n-2)x155 Mb/s

• 4 way or 8 way DXC

• E1/T1, E3/DS3 Tributaries

• Mix of Ethernet and E1/E3

• SNCP


RPS – Radio Protection Switching

CH3

TX Switch

CH2

Alignment

CH1

RIU XCVR

Alignment

Alignment

RIU

RIU

RIU

XCVR

XCVR

XCVR

Tx RPS bus Rx RPS bus

CHP

DCC

Main ch.

LPT

64 kb/s NOH

SOH insert ch

Main ch.

SOH insert ch

Main ch.

SOH insert ch

64 kb/s NOH

• Hitless switching system

• Low Priority Traffic on Protection

Channel available

• DCC channel transmitted on Ch1 and

ChP

• SOH/POH Overhead traffic protected

• E1/T1 Wayside

• 64 kb/s channels

• NOH 64 kb/s not protected

• One Wayside channel per STM-1/OC-3

• 2Mb/s Ethernet wayside option or High

Speed L2 management network 3+1 Terminal


50


Mixed system

51

SDH and Native Ethernet on common brancing



52

STM-1 6+1

Ethernet 1+0

Bra

nch

ing

Ch 1

Ch 6

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

6 + 1

STM-1

STM-1

ST-1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet



53

STM-1 5+1

Ethernet 2+0

Bra

nch

ing

Ch2

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

5 + 1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet Ch 1



54

STM-1 3+1

Ethernet 4+0

Bra

nch

ing

Ch 4

Ch 3

Ch 2

Ch 1

Ch P

ABC

SU

3 + 1

STM-1

STM-1

STM-1

STM-1

STM-1

Ethernet Ch 3

Ch 2

Ch 1



55

STM-1 0

Ethernet 8+0

Bra

nch

ing

Ch 8

ABC

Ethernet Ch 7

Ch 6

Ch 5

Ch 4

Ch 3

Ch 2

Ch 1

NetMaster Network Management

56


NetMaster

Features and Benefits

• Field proven, scalable, multi-platform

• Intuitive GUI and task oriented wizards

• Pay-as-You-Grow with flexible licensing

• Supports Evolution Series and IP-10 radio

• Fault management for a wide range of third-party SNMP devices

• Northbound Interface

• Service Management under development

ITU - TMN model

Network Elements

Element Management

Network Management

Service

Management

Business

Management

Make it to own a radio network


Flexible software. Scalable hardware.

Application Server

• Manages the interaction of all NetMaster system components.

• Handles NE communication

• Windows Server and Solaris

Clients (GUI)

• End-user application

• Handles all user access to NetMaster.

• Rich Client

• Multiple platforms

Database Server

• Storage of all network and business data

• Oracle, PostgreSQL

Case Studies

60


Case Study

MTN Cameroon

• Over 4 million subscribers

• Largest market share in Cameroon

• Network coverage of more than 84% of

the population

MTN Cameroon

• Long Haul, All Indoor & Split Mount

• 4+0/8+0/16+0 Configurations with STM-1

Interfaces

• N+0/N+1 with E1 and STM-1

• The customer migrates to all-IP

90% of the backbone – Evolution existing sdh ring

4+0

Abang Minko'o

Abong Mbang CRTV

Afambassi

Akombikak

Akonolinga

Alou Alou Rep

AtokAwae

Ayos

Ayoungom

Bachou N`tai

Bafoussam

Bakingili

Bambili Hill

Bambit

Bamenda CRTV

Bamendjing

Bana

Bata

Bekondo

Bertoua CRTV

Nguila

Bimbia

Bokwango

Bomana

Bomono Gare

BongongoBouam tower

Brigaya

Debunscha

Dimako

Doume

Ebanga Ngoulou

Ebolowa CRTV

Ebombe

Ebouyie Kribi

Ekok

Ekombe

Bonji

Eyumodjock

Ezezang

Fifinda

Fontem

Formenky

Hill

Fosset

Fundong

Gado-Badzere

Gale

Ideneau

Jakiri

Kalong

Kie

Village

Kombe

Kumba Fiango

Kumbo

Kurume Camtel

Kye-Ossi

Buea

Mah

Maloun

Maseja

Mbalamayo

Mbandjock

Mbankomo

Mbele Mbeke

Mbonguen

Meba Camtel

Mendong

Mengangme

MokundangueMoliwe MTN House

Mutenguene

Nanga Eboko

Ndji Camtel

Ndokayo

Ndop

Nguti Camtel

Nitob I

Nkambe Camtel

Nkoldong

Nkongmezap

Nkongsamba

Nkoum

Ntoumba

Nyazanga

Oku

ombessa

Ondondo

Penja Banana plant

Pouma Hospital

Santa Camtel

Sikum final

Sombo

Souza Gare

St Sebastine

Talla Kribi

Tiko

Wum

Yaounde MSC

Yassa

034 Dobiri Rep

Bankim OCM

Bidzar Camtel

Damanga

Deressalam

Dibi

Djalingo

djarako Djarako new

Dobiri

Febadi

Figuil

Garoua Camtel

Garoua Plateau Garoua W/H

Godola

Gouna

Kaladi

Katoual2

Kousseri

CRTV

Lere

Makalingai

Maltam

Mayo darle new area

Mayo

Tolere 1

Mboulai

Misseguileo

Mora Rpt

Moutourwa

Ngao new

Ngaoundal

Ngaoundere CRTV

Ngaouyanga

Ngong

orange ca

Soukounga I

Tibati CRTV

wadaC1

Wani-Banda

Waza

Zigague

Febadi

new

Ntui Camtel

Foumban

Koutaba

Magba

Banyo

Pangari

LP3

Wacs backhaul

Config LH 8+0

140-10908-72

To be build

KeyOssi-Yaounde

Config 1+1 split

140-10904-237

To be build

Yaounde-Bertoua

Config 1+0 split

140-10905-92

To be buildYaounde-Gale

Config 2+0>3+0

140-10904-235

To be build

Bafoussam-Gale

Config 3+0 split

140-10904-236

To be build

Bafoussan-Douala

Config LH 1+1

140-10904-243

To be build

South West Ring

Config LH 2+0

140-10904-234

To be build

North West Ring

Config LH 1+0

140-10904-242

To be build

Garoua W/HGaroua Plateau

Garoua Plateau-Garoua WH

Config 3+1 split

140-10906-72

To be build

spur hop

Config 1+1 HSB

140-10906-74

To be build

Bafoussam-Douala

Config 1+1>2+1

140-10904-239

To be build

West sdh upgrade ???

Gale-Kousseri

Config. 3+1 split

140-10904-244

To be build

Ntui

Yoko 140-911-125


• 425 Links

• > 2.000 TxRx

• Survey

• RF Planning

• Installation Services

• Spares Management

• Training

Case Study

Oi Brasil

MW systems in 16 States in Brazil

• SDH Backbones

• ADSL Expansion

• Satellite Replacements


Case Study

Serbia

• Swap of 5+1 Ericsson Marconi links with

Evolution LH IP with final capacity 8+0

• n+0 links also in 15-38 GHz

• Total 258 links

• 5 years frame contract

• Evolution Series IP Long Haul

• Swap, Planning and I&C services

LTE All-IP Backbone 2010

Opportunities


Case Study

Maldives - Dhiraagu

• Longest sea hop: Gadhdhoo - Fuva Mulaku

66 km from 120m towers at sea level – best

capacity compared to competition

• 35 hops total

• Configurations: 7 GHz, LH 4+1, 6+1

Links over water:

unmatched capacity vs hop length

Capacity


Case Study

Telefonica Venezuela - Movistar

• Frequency bands used: 5GHz,6L, 6U, 8GHz

• 6 hops over water total

• Configurations: 1+1 Ethernet, 1+1/3+1/7+1

STM-1 Co-channel

Links over water: longest sea hop 172 km


TampNet AS Infrastructure in the

NorthSea

Slid

e: T

am

pN

ett

Eider

Murchison

Cormorant A

N. Cormorant

Brent D

Brent C

Brent B

Brent A

Osprey

Hudson A

Pelican

Heather

N. Alwyn

Ninian C

Ninian N

Ninian S

Tern Merlin

Dunlin A

U.M.C.

Thistle A

N.W. Hutton

Magnus Don Northeast N

Statfjord B

Statfjord A

Statfjord C

Gullfaks C

Gullfaks B

Gullfaks A

Kvitebjørn

Visund

Huldra

Hudson B

Snorre TLP

Snorre B

To Kollsnes

( shore )

To Oseberg

Fibre

Radio Links

Possible newRadio Links

Summary

67


Evolution Long Haul - Summary

68

• The only LH in the market with all-indoor, split-mount and all-outdoor -

all with the same hardware

• Designed for heterogeneous networks - TDM, Hybrid and All packet • Native SDH and native packet over the same multicarrier branching network

• Embedded switch and X-connects

• Easy migration to all-IP – single step upgrade procedure

• Lowest power consumption on the market - reduced OPEX

• Exceptional radio capabilities and network performance

• Unrivalled capacity - 155 (STM-1), 230 Mbps@256QAM, 2 Gbps throughput

• High system gain (low loss branching, high Tx power), high spectral efficiency

• Wide channels support, up to 56MHz

• Best spectrum utilization – technology to maximize capacity

XPIC, ATPC, MultiCarrier ABC, ACM, QoS

Unique Benefits


Largest specialist

Unique expertise in Long Haul

69

Plan : • Network design, Service design, Radio

Design, Synchronization design, Power

Consumption, Rack Layout, Project

deployment plan

Build:

• Project Management, Site Survey,

Installation and Commissioning,

Documentation - As Built Site folder

Operate :

• Full Training Program, Expert on Site

throughout initial operation, Managed

Services - Take part in Network operation

Maintain: • Remote Technical Support 24/7, S/W Repair,

H/W Repair , Advanced Replacements, Stock

Management, On Site Support, S/W Updates,

Review and Preventive Activities

Thank You

70

Documents

Evolution Series Long Haul - Squarespacestatic1.squarespace.com/static/519f78cae4b0cc7b837... · Evolution Series Long Haul Long distance high capacity system 15.07.2011 ... Ceragon