Introducing: PTP 820! - 4Netonline · PDF file– Full Capacity Model (1+0) ... – Remote activation of the 2nd IP-20C TRX ... LINKPlanner w/ PTP 820 looks like this

Introducing: PTP 820!

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Copyright 2014 Cambium Networks, Inc. All rights reserved

Agenda

• What is PTP 820?

• PTP 820 introduction

• PTP 820 Feature description

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What is PTP 820?

3

Copyright 2014 Cambium Networks LTD. All Rights Reserved.

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PTP 820 Portfolio

PTP 820CAll-Outdoor

Dual-Core

PTP 820GSplit-Mount or

All-Indoor

Multi-Core

PTP 820SAll-outdoor

Single-Core


PTP 820 CharacteristicsA Single Platform Serving All Radio Transport Technologies

• Multi-Gigabit with High Spectral Efficiency

• Any Radio Transmission Technology Mix– MIMO, XPIC, 1+1 HSB, SD, FD, etc.

• Multi-Purpose Configurations– All packet and hybrid (Ethernet & TDM)

• High Service Granularity– Multi-tenant networks (H-QoS)

– Enable shared networks

• Common OS & Software Defined Engine– Single OS platform across PTP 820

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6

PTP 820 At A Glance

PTP 820 Introduction

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PTP 820SCompact All-Outdoor Node

• Single Core Radio, Ultra-high capacity

• Up to 2048 QAM with hitless ACM

• Two models:– Entry Basic Model – 100Mbps with ACM, upgradable to full

capacity by license key

– Full Capacity Model – 500 Mbps with ACM (or 650Mbps w/ 80MHz channel)

• Easy to install, highly reliable

• Support 1+0, 1+1 HSB

• Support 28/40/56/80 MHz

• Integrated Ethernet switch - MEF Carrier Ethernet 2.0-compliant

• Intelligent service-centric management utilizing hierarchical QoS and advanced OAM capabilities

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PTP 820SInterfaces

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BOM Example of PTP 820S (1+0)

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P/N DescriptionQty

Notes

1C110082B001A PTP 820S Radio 11GHz,TR500,Ch1W6,Hi,11185-11485MHz

1 Radio by main Freq and Sub-band

2C110082B002A PTP 820S Radio 11GHz,TR500,Ch1W6,Lo,10695-10955MHz

1 Radio by main Freq and Sub-band

3N000082L032A PTP 820S Act.Key - Capacity 100M with ACM Enabled

2 By Capacity, 1 per Radio

4N000082L022A PoE Injector all outdoor, redundant DC input, +24VDC support

2 1 per Radio

5N000082L014A PTP 820C Glands_x5_KIT

2 1 per Radio

6N000082L116A GROUND CABLE FOR IDU and ODU

2 1 per radio

7N000082L016A CAT5E_Outdoor_100m_drum

1 by length needed

8N000082L017A Grounding Kit for CAT5e F/UTP 8mm cable

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2 per radio

9N000082L073A GBE_Connector_kit

2

1 per Radio

10N110082D072A 2' ANT,SP,11GHz,RFU-C TYPE&Std UBR100 - Andrew

21 per end, could be Radiowave or Andrew or CNT


PTP 820CCompact All-Outdoor High Power Dual-Core Node

• Dual Core Radio , Ultra-high capacity

• Up to 2048 QAM with hitless ACM

• 2 Gbps in-a-box, virtual fiber in licensed frequencies

• Three options:– Entry Basic Model (1+0) - 200Mbps with ACM, upgradable to full capacity by license key

– Full Capacity Model (1+0) - 500 Mbps with ACM (or 650Mbps w/ 80MHz channel)

– Second Core Activation from 1+0 2+0, up to 2 Gbps

• Support 1+0, 2+0, 2 x Dual Core (4+0), LoS 2x2/4x4 MIMO, 1+0 SD, 1+1 HSB, 2+2 HSB

• Easy to install, highly reliable– Remote activation of the 2nd IP-20C TRX

– Future upgrades without additional sites visits

• Intelligent networking functions – H-QoS, MEF Carrier Ethernet 2.0-compliant

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BOM Example of PTP 820C (1+0)

P/N DescriptionQty

Notes

1 C110082B055A PTP 820C Radio 11WGHz,TR500,Ch7W13,Hi,11425-11725MHz 1 Radio by main Freq and Sub-band

2 C110082B056A PTP 820C Radio 11WGHz,TR500,Ch7W13,Lo,10915-11207MHz 1 Radio by main Freq and Sub-band

3 N000082L79APTP 820C Act.Key - Capacity 650M with ACM Enabled

2 By Capacity, 1 per Radio

4N000082L022A PoE Injector all outdoor, redundant DC input, +24VDC support

2 1 per Radio

5N000082L014A PTP 820C Glands_x5_KIT

2 1 per Radio

6N000082L116A GROUND CABLE FOR IDU and ODU

2 1 per radio

7N000082L016A CAT5E_Outdoor_100m_drum

1 by length needed

8N000082L017A Grounding Kit for CAT5e F/UTP 8mm cable 4

2 per radio

9N000082L073A GBE_Connector_kit 2

1 per Radio

10 N110082L082APTP 820C OMT KIT 10-11GHz

2 1 per Radio, by frequency

11 N110082L092A

RFU-C 10_11GHz OMT Interface-Andrew

21 per radio, need match the antenna model

12N110082D072A 2' ANT,SP,11GHz,RFU-C TYPE&Std UBR100 - Andrew

21 per end, could be Radioware or Andrew, or CNT

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PTP 820CInterfaces

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MIMO


PTP 820GMulti-Radio Technology Edge Node

• Split mount and all indoor solution

• Ultra-high capacity over using 1024 QAM– support 2048 QAM in future release

• Flexible migration path from legacy TDM to IP:– All packet mode - Eth + Psueduowire TDM

– Hybrid mode – Native Eth + Native TDM

• 1+0, 1+1HSB, 2+0, 1+0 East west in 1RU

• Easy to install, highly reliable– Low footprint, fixed design, quick, simple and reliable set up

• Intelligent networking functions – H-QoS, MEF Carrier Ethernet 2.0-compliant

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PTP 820GInterfaces

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Craft

(RJ45)

External

Alarms

(DB9)

16 x

E1/DS1s/DS1

(optional)

Sync in/out

(RJ45)

4 x GE

Electrical

(RJ45)

2 x GE

Optical

(SFP)

1 or 2 RFU

interfaces

(TNC)

Power

-48V DC

(dual-feed)

2 x FE

Management

(RJ45)

1RU


Unified PTP 820 Web GUI

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PTP 820 Network Management System- Available by Q1, 2015

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New option

Antenna

region info

LINKPlanner w/ PTP 820 looks like this…

PTP 820 Features Description

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Ultra-high Capacity at Any SpectrumMulti-Gigabits with High Spectral Efficiency

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Spectral Efficiency

2048QAM

Asymmetrical

Spatial Efficiency

4x4 LoS MIMO

Spectrum

Wide Channels

Radio Throughput without any optimization

Capacity BoostingTechniques

Network

UtilizationTraffic

Boosting

Payload Deduplication

Header Deduplication WRED

HQoS

TCP Buffers

/wikipedia/commons/4/41/BPSK_Gray_Coded.svg

/wikipedia/commons/4/41/BPSK_Gray_Coded.svg


Support high modulation – 2048 QAM

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QPSK

16QAM

256QAM

2048QAM

28 MHz

180 Mbps(256 QAM)

199 Mbps(512QAM)

Ethernet Layer 2

Throughput

225 Mbps(1024 QAM)

241 Mbps(2048 QAM)

+18M

+26M

+16M


Common Channel BW – Ethernet Capacity

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Ethernet Throughput (Mbps)

No Compression

14 MHz 28 MHz 56 MHz 30 MHz 40 MHz 50 MHz 80MHz

QPSK 19.2 39.6 81.4 42.0 56.9 69.4 115.0

8 PSK 29.0 59.4 121.3 61.2 84.9 107.6 163.0

16 QAM 39.7 81.2 165.1 86.1 115.7 145.9 232.3

32 QAM 52.6 107.0 217.4 113.4 152.4 183.4 304.9

64 QAM 64.7 131.8 266.8 139.6 187.2 236.8 373.2

128 QAM 78.1 158.5 322.6 168.0 226.4 276.3 440.9

256 QAM 89.2 180.6 369.0 193.1 243.4 327.4 507.7

512 QAM 98.5 199.2 400.6 205.9 266.7 355.4 556.9

1024 QAM (Strong FEC) 104.2 211.9 435.7 224.6 302.4 386.6 605.3

1024 QAM (Light FEC) 110.5 225.0 462.4 237.8 321.1 410.7 n/a

2048 QAM 115.0 241.3 501.5 259.5 347.3 442.7 n/a


Show Me The Numbers- Ethernet Throughput (Layer 2) - Mbps

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2 Gbps in-a-box

in licensed Microwave

60 MHz

391 Mbps(256 QAM)

486 Mbps(1024 QAM)

527 Mbps(2048 QAM)

XPIC

1 Gbps

1.2 GbpsL2

Compression

+14%

Payload

Compression

+38%

1.7 Gbps

Radio

Throughput

Without

Any

Compression

+500 Mbps

+200 Mbps

Doubled

+136 Mbps


Frame Cut-Through

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– Unique - Delay and delay-variation control for sensitive services

– Lower priority frames do not effect High priority – even if started to be transmitted

• Reduced delay-variation and maximum-delay over the link:

– Reduced end-to-end delay for TDM services.

– Improved QoE for VoIP and other streaming applications.

– Expedited delivery of critical control frames.

Achieves up to 70% reduction in frame delay

vs. competitive solution


Multi-Carrier ABC

• Create logical bundles of multiple radio links

• Optimize for wireless backhaul applications

• Enable separate radio carriers to be shared by a single Ethernet port

• Provide double capacity, while still behaving as a single Ethernet interface.


Hierarchical QoS (H-QoS)

• Provides high level granularity of service

• Enables Special treatment for each service within special customers

Each service gets its own “virtual pipe” experience

• Enabler for active RAN/backhaul sharing

Each operator gets its own “virtual pipe” experience

H-QoS

Ethernet

Radio

Service 1

Service 2

Service 3

V

S

D

Service 1

Service 2

Service 3

V

S

D

V

S

D


TCP Buffer size

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• Providing high quality user experiences in a the TCP throughput is not only capacity

• As long as capacity increases TCP Buffer size should be larger

• PTP 820 Buffer size is 2 - 4GB

Network speed benchmark measurements are

done

with Single TCP Flow


PTP 820S System Configurations

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1+0 1GE interface

PTP 820S

1+1 HSB

PTP 820S


PTP 820C System Multi Core Configurations

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2x MultiCore 2+0DP

Flexible, Easy to Install direct mount options

1+0 SP

MultiCore 2+2HSB DP

MultiCore 2+2SP

2x MultiCore 2+0SPMultiCore 2+0 SP/DP

Copyright 2014 Cambium Networks, Inc. All rights reserved 30

PTP 820C - Flexibility

Double

Capacity

Same

Link

Distance

Same

Antenna

Size

Increased

Capacity

Double

Link

Distance

Same

Antenna

Size

Increased

Capacity

Same

Link

Distance

Halve

Antenna

Size

Quadruple

Capacity

Same

Link

Distance

Same

Antenna

Size

Higher

Capacity

Mbps

Double

Link

Distance

Same

Antenna

Size

Double

Capacity

Double

Link

Distance

Same

Antenna

Size

Remotely Configuring Multi Core Radio Mode

Doubling the capacity

Lowering modulation per carrier

Increasing System

Gain

Larger Link Distance

Lowering modulation per carrier

Increasing System

Gain

Half

Antenna

Size

Switching ON MIMO Switching ON MIMO

1+0 vs. 4X4

MIMO

MultiCore 2+0 XPIC vs.

4X4 MIMO

MultiCore 2+0

XPIC vs. 4X4

MIMO

Switching ON MIMO

Introducing: PTP 820! - 4Netonline · PDF file– Full Capacity Model (1+0) ... – Remote activation of the 2nd IP-20C TRX ... LINKPlanner w/ PTP 820 looks like this

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