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FibeAir IP-40 Introduction

Ing. Martin Buro

VUMS DataCom

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12. Partnersk den VUMS DataCom, Praha, 9.12.2010

Introducing: FibeAir IP-40

FibeAir IP-10

FibeAir IP-40

Integrated nodal solution (L2) & pipes (L1)

All-packet & Native2 (Packet + TDM)

Purpose built for high capacity (Full GE) packet pipes only (L1)

Optimized for access

Optimized for aggregation

Replace

FibeAir IP-MAX2

Purpose built for packet pipes only (L1)

Carrier Density

Jumbo frames

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FibeAir IP-40 highlights

Purpose built for high capacity (Full GE) aggregation wireless links

Any network topology and technology (Ethernet, MPLS, etc.)

Ideal for Short-haul and Long-haul/Trunk applications coupled withCeragons market leading RFU portfolio

Ultra flexible & modular design with built-in redundancy

Optimized value proposition with seamless scalability

Jumbo frames support

Availability Mid-2011

GE

(With optional LAG)

Main supported radio configurations:

4 x 1+0

2 x 1+1 HSB (optional SD/FD)

2 x 2+0 East/West (XPIC optional)

2+2 HSB (XPIC, SD/FD optional)

3+0/2+1 (XPIC optional)

4+0/3+1 (XPIC optional)

Ultra modular & compact design up to 4 carriers in 1RU

Highly flexible, Fully redundant

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FibeAir IP-40 Main innovations

Unique True 4+0 multi-radio Full GE native packet solutionusing 28MHz channels

Unique Full high availability (no SPoF) in 1RU

Highest capacity and spectral efficiency

Advanced Multi-Layer header compression

Advanced traffic optimization

Lowest latency frame cut-through for delay sensitive traffic(VoIP, PWE3, etc.)

Highest synchronization performance optimized LTE readysync solution including ACM and narrow channels support

SyncE regenerator with PRC (G.811) grade performance

Optimized PTP transport (IEEE-1588, NTP, etc.)

Integrated AES256 encryption option

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RU height , rack width modules

Up to 4 carriers in 1RU

FibeAir IP-40

Split-mount architecture - Compatible with all Ceragon RFUs.

Dimensions: Height 1RU , width fits 19" rack, Depth 248mm (ETSI)

Fans

drawer

Craft

Terminal(RJ45)

1 x GE combo

Electrical (RJ45)or Optical (SFP)

2 x FE for

management

(RJ45)

Power feed,

-48V DC

Radio

interface

(TNC)

Alarms

(DB9)

EOW

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RFUs support

FibeAir IP-40 works with:

FibeAir RFU-HP FibeAir RFU-HS FibeAir RFU-P FibeAir RFU-C

High power Standard power

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IP-40 High Capacity scripts - ETSI

* Ethernet capacity depends on average packet size. MAC header compression enabled

ACM

PointModulation

Ethernet

Capacity

(Mbps)

1 QPSK 40 - 58

2 8 PSK 54 - 78

3 16 QAM 78 - 111

4 32 QAM 105 - 151

5 64 QAM 131 - 188

6 128 QAM 160 - 229

7 256 QAM 178 - 255

8 256 QAM 188 - 268

ACM

PointModulation

Ethernet

Capacity

(Mbps)

1 QPSK 76 - 109

2 8 PSK 114 - 163

3 16 QAM 151 - 217

4 32 QAM 202 - 288

5 64 QAM 251 - 358

6 128 QAM 301 - 430

7 256 QAM 343 - 490

8 256 QAM 372 - 532

7MHz

ACM

PointModulation

Ethernet

Capacity

(Mbps)

1 QPSK 56 - 80

2 8 PSK 83- 119

3 16 QAM 122 - 174

4 32 QAM 153 - 218

5 64 QAM 191- 274

6 128 QAM 214 - 305

7 256 QAM 243 - 347

8 256 QAM 259 - 370

ACM

PointModulation

Ethernet

Capacity

(Mbps)

1 QPSK 9.5 13.5

2 8 PSK 14 20

3 16 QAM 19 28

4 32 QAM 24 34

5 64 QAM 28 40

6 128 QAM 32 46

7 256 QAM 38 54

8 256 QAM 42 60

ACM

PointModulation

Ethernet

Capacity

(Mbps)

1 QPSK 20 - 29

2 8 PSK 29 - 41

3 16 QAM 42 - 60

4 32 QAM 49 70

5 64 QAM 57 82

6 128 QAM 69 - 98

7 256 QAM 81 - 115

8 256 QAM 87 - 125

14MHz

28MHz 40MHz 56MHz

ACM

PointModulation

Ethernet

Capacity

(Mbps)

16 QAM 9.5 13.5

64 QAM 14 20

3.5MHz

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FibeAir enhanced radio efficacy and capacity for

Ethernet traffic

Intelligent Ethernet header compression mechanism No affect on user traffic

Ethernet

Frame size (bytes)

Capacity increase by compression

MAC header

compression

Multi-Layer header

compression*

64 45% 250%

96 29% 84%

128 22% 55%

256 11% 23%

512 5% 10%

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FibeAir Radio Latency Innovation

Best in class latency (RFC-2544) for all channels ready for LTE!

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Gigabit EthernetMulti Radio

v

h

N+0 Ethernet Traffic (XPIC supported)

Graceful degradation ability in case of one or more carriers fail Multi Radio & Adaptive modulation

Independence behavior for each radio carrier Maximize spectrum efficiency

Optimal data split between two carriersAchieving 100% utilization of radio resources

Load balanced based on instantaneous radio capacity per carrier

NOT according to Link Aggregation, so not dependent on number of MAC addresses

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FibeAir packet synchronization solution

Unique PTP optimized transport

Support IEEE-1588, NTP, etc.

Guaranteed ultra-low PDV (

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FibeAir synchronization solution

Unique - PRC grade (G.811) performance for pipe applications

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CoreSite

HubSite

Tail site FibeAirIP-10

RNC

BSC/MSCIP-10 used for

transporting both Ethernetand DS1 services natively

using the integrated

switching, XC and nodal

capabilities

Both Ethernet and

E1 services are

mapped over MPLS

using pseudo-wires.

Native DS1s

Native Ethernet

Native

2

(MW links)

FibeAir

IP-10

n x DS`

FE/GEGE

GE

OC3

STM1/

OC3

IP-40 used as high-capacity

"MPLS-aware" Ethernet

MW radio where fiber

connections are not

available

FibeAir IP-40 & IP-10 PositioningIP-10 terminal/nodal at the access, IP-40 pipes at the aggregation

MPLS

Router

MPLS (Fiber/MW mix)

MPLS

Router

TDM/ATM PWs

Ethernet PWs

IP/MPLS edge router acts

as gateway between the

Native2 and IP/MPLS

based networks.

IP-40 pipes (L1)IP-10 Nodal (L2)

IP-10 Terminal (L2)

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Thank you!

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