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PTP 550: Getting Gigabit+ capacity using Channel Bonding

PTP 550: Getting Gigabit+ Channel Bonding

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Page 1: PTP 550: Getting Gigabit+ Channel Bonding

PTP 550: Getting Gigabit+ capacity using Channel Bonding

Page 2: PTP 550: Getting Gigabit+ Channel Bonding

AGENDA

• Backhaul Evolution

• Sub 6 GHz PTP Portfolio

• Why PTP550 ?

• How Channel Bonding works ?

• Roadmap & Features

• Case Study and Reference material

• Summary and Conclusion

Page 3: PTP 550: Getting Gigabit+ Channel Bonding

Backhaul Evolution...

2018 Copyright Cambium Networks, Ltd. All Rights Reserved3E

xa

byte

per

month

• Data consumption is growing at 25% every year

• Backhaul needs to be strengthened by providing more throughput

• Licensed Microwave

• Unlicensed Microwave

• Interference Mitigation: 5 GHz Band getting increasing polluted

Page 4: PTP 550: Getting Gigabit+ Channel Bonding

PTP550

Reliable and Affordable productGigabit solution Mitigate Channel interference

Page 5: PTP 550: Getting Gigabit+ Channel Bonding

Sub 6GHz PTP Portfolio

PTP

450i

300+ Mbps

ARQ

ATEX/HAZLOC

PTP

550

1.4+ Gbps

Channel Bonding

DCS

PTP

670

450+ Mbps

HCMP

DSO

ePMP

Force 300

600+ Mbps

20/40/80 MHz

2018 Copyright Cambium Networks, Ltd. All Rights Reserved5

Page 6: PTP 550: Getting Gigabit+ Channel Bonding

Force 200

Bridge-in-a-Box F300-25 PTP 450 PTP 450i PTP 550 (Dual Carrier) PTP 670

Technology 802.11n 802.11ac Wave 2 Proprietary Proprietary 802.11ac Wave 2 Proprietary

Unique Selling Point • Low Cost Short Distance

• Ideal for DIY Projects

• High Throughput

• Online Spectrum Analyzer

• Narrow Channel Size

• Robust Connectivity

• 3 GHZ & 5 GHZ Solution

• Narrow Channel Size

• Aux Port

• Superior Dynamic Filtering

• Asymmetric Channel Bonding

• Ideal Backhaul solution

• Dynamic Spectrum Optimization*

• HCMP

• Dynamic Spectrum optimization

• Over The Air-Rekeying

Typical/Max Range 1-2 Miles/ 12 Miles 2-4Miles/ 40 Miles 1-3 Miles/ 40 Miles 3-5 Miles/ 122 Miles 1-5 Miles/ 122 Miles 1-15 Miles/ 155 Miles

Max Throughput 200 Mbps 600 Mbps 200 Mbps 300 Mbps 1.4 Gbps 450 Mbps

Frequency Range (GHz) 4.9 to 5.97 5.15 to 5.97 3.5 /3.65/ 5.4 to 5.8 GHz 4.90 to 5.925 5.15 – 5.97 4.9 to 6.05

Channel BW (MHz) 5/10/20/40 20/40/80 5/10/20/30 5/10/15/20/30/40 2x 20/40/80 5/10/15/20/30/40/45

Integrated Antenna 16 dBi 25 dBi 14 dBi 23 dBi 23 dBi 23 dBi

Spectral Efficiency 5 bit/Hz 7.5 bit/Hz 6.5 bit/Hz 7.5 bit/Hz 8.5 bit/Hz 10.1 bit/Hz

Latency 3-6 ms 3-6 ms 3-5 ms 3-5 ms 3-5 ms 1-3 ms

Top Modulation 64 QAM 256 QAM 256 QAM 256 QAM 256 QAM 256 QAM

Packets per second 45,000 80,000 45,000 80,000 120,000 850,000

Max Frame Size 1700 Bytes 1700 Bytes 1700 Bytes 1700 Bytes 1700 Bytes 9600 Bytes

Encryption AES 128 AES 128 AES 128 AES 128 AES 128 AES 128/AES 256

QOS 3 Level 3 Level 2 Level 4 Level 3 Level* 8 Levels

DSO — — — — √ √

IEEE 1588v2 & SyncE — — — — — √

TDD Sync — — √ √ √ √

IP Rating IP55 IP55 IP 66/67 IP66/67 IP66/67 IP66/67

Tx Power 20 dBm 27 dBm 22 dBm 27 dBm 27 dBm 27 dBm

Power Consumption 7W 12 W 12 W < 25 W < 25 W <30 W

2018 Copyright Cambium Networks, Ltd. All Rights Reserved

Point to Point Sub 6 GHz: Product at a Glance www.cambiumnetworks.com

EOL

Page 7: PTP 550: Getting Gigabit+ Channel Bonding

Why PTP 550

❑ 5170 MHz to 5980 MHz

❑ 1.4 Gbps Headline Data Rate

❑ 2 x 20/40/80 MHz with 256 QAM

❑ Asymmetric Non-Contiguous Channel Aggregation (ANCCA)

❑ Fix mode for channel selection, with UL/DL ratio 50/50, 75/25 and 30/70

❑ 2-6ms Latency

❑ Live Spectrum Analyzer

❑ Dynamic Channel Selection* (DCS)

❑ SFP Port

❑ Metal Enclosure, IP66/67 rated

2018 Copyright Cambium Networks, Ltd. All Rights Reserved

* Future roadmap7

PTP 550 KIT:

1. 1 Radio (Connectorized or Integrated)

2. 1 AC Power : 30 W /56 V

3. 1 Mounting Bracket

4. 1/0 Line Cord

Page 8: PTP 550: Getting Gigabit+ Channel Bonding

Antenna Pattern

o

23 dBiANTENNA

GAIN

ANTENNA

BEAMWIDTH8

ANTENNA

DIMENSIONS12”x12”

Page 9: PTP 550: Getting Gigabit+ Channel Bonding

5 GHz Analysis: Channel Size

5.1 GHz Band: 5.150 – 5.250 GHz : 100 MHz

5.2 GHz Band: 5.250 – 5.350 GHz : 100 MHz

5.4 GHz Band: 5.470 – 5.725 GHz : 255 MHz

5.8 GHz Band: 5.725 – 5.850 GHz : 125 MHz

PTP 550 RADIO CAPABILITY

5.85.1 5.35.2 5.95.4 5.5 5.75.6

5.2 5.4 5.85.1

FCC REGUALTIONS

6.0

Page 10: PTP 550: Getting Gigabit+ Channel Bonding

Asymmetric Non-Contiguous Channel Aggregation

CHANNEL A

20 8040

CHANNEL B20 8040

CHANNEL A CHANNEL B EXAMPLE SCENARIO THROUGHPUT

20 20 HIGH INTERFERENCE 280 Mbps

20 40 ONLY ONE CLEAN CHANNEL 465 Mbps

80 20 ONLY ONE CLEAN CHANNEL 840 Mbps

40 40 TWO CLEAN CHANNEL 650 Mbps

40 80 TWO CLEAN CHANNEL 1.025 Gbps

80 80 TWO FULL CLEAN CHANNEL 1.4 Gbps

TH

RO

UG

HT

PU

T

TH

RO

UG

HT

PU

T

PT

P 5

50

PT

P 5

50CHANNEL A

CHANNEL B

2018 Copyright Cambium Networks, Ltd. All Rights Reserved10

Page 11: PTP 550: Getting Gigabit+ Channel Bonding

Resilient Network & Aggressive Network

PT

P 5

50

PT

P 5

50CHANNEL A

CHANNEL B

CHANNEL A: SAFE and STABLE

RELIABLE/GURANTEED LINK to customers

CHANNEL B: AGGRESSIVE

Strive for better throughput for customers

RELIABLE AGGRESSIVE20 MHz 40 MHz

CHANNEL BCHANNEL A

Page 12: PTP 550: Getting Gigabit+ Channel Bonding

DFS Network & Non-DFS Network

PT

P 5

50

PT

P 5

50CHANNEL A

CHANNEL B

CHANNEL A: DFS NETWORK

CHANNEL B: NON-DFS NETWORK

DFS NETWORK NON DFS NETWORK80 MHz 40 MHz

CHANNEL A CHANNEL B

NO LINK DOWNTIME IN CASE OF DFS HIT

Page 13: PTP 550: Getting Gigabit+ Channel Bonding

How Channel Bonding works ?

2018 Copyright Cambium Networks, Ltd. All Rights Reserved13

Channel

Bonding

Configurati

on (MHz)

Radio 1

Maximal

Throughp

ut (Mbps)

Radio 2

Maximal

Throughp

ut (Mbps)

Aggregate

Throughput

(Mbps)

Minimal

recommended

streams per

link direction

20+20 160 160 320 8

20+40 160 350 510 12

40+20 350 160 510 12

40+40 350 350 700 8

20+80 160 700 860 10

40+80 350 700 1050 12

80+20 700 160 860 10

80+40 700 350 1050 12

80+80 700 700 1400 8

https://community.cambiumnetworks.com/t5/PTP-FAQ/PTP-550-Load-Balancing-and-Throughput-

Testing/m-p/91739

Table 2

Table 1

Channel

Size

Mikrotik

DeviceUL Mbps DL Mbps Total Mbps

40+40 MHz 4 Streams 260 Mbps 282 Mbps 542 Mbps

40+40 MHz 10 Streams 282 Mbps 297 Mbps 579 Mbps

40+40 MHz 300 Streams 312 Mbps 317 Mbps 629 Mbps

TCP Testing with Mikrotik

Page 14: PTP 550: Getting Gigabit+ Channel Bonding

PTP 550 vs PTP670

ATTRIBUTES PTP 670 PTP 550

Frequency Band supported 4.9 to 6.05 GHz 5.1 to 5.9 GHz

Max Throughput 450+ Mbps 1.4 Gbps

Channel Size 5/10/15/20/30/40/45 MHz 2x 20/40/80 MHz

Packet processed per second 850,000+ 120,000+

Spectral Efficiency 10.1 bit/Hz 8.75 bit/Hz

Support Multipoint Mode Yes, using HCMP No

Support Channel switching Yes

Support encryption AES 128/256 AES 128

Support IEEE 1588 and SyncE Yes, supported No

Security AES 128/256/OTAR AES 128

Antenna Gain 23 dBi Gain

Support Jumbo Frame Yes, up to 9600 Bytes No

TDD Sync Yes, supported

PTP550:

• High Throughput

• Channel Bonding

• Dynamic Channel Selection

PTP670:

• High PPS

• Narrow Channel size

• High Spectral efficiency

• 1588v2 & SyncE

• DSO

• Jumbo Frame

Page 15: PTP 550: Getting Gigabit+ Channel Bonding

Roadmap and Features

2018 Copyright Cambium Networks, Ltd. All Rights Reserved15

Page 16: PTP 550: Getting Gigabit+ Channel Bonding

PTP 550 Roadmap 2018PLAN OF INTENTSUBJECT TO CHANGE

Jan 2019

Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun

2018 2019

Rel 4.1.3 – Oct• Small packet frame optimization • Jumbo Frame• Latency enhancement• Load balancer optimizations• TCP throughput optimizations• VLAN

Rel 4.1.2• Wireless Link Test• Throughput optimization• ETSI DFS 5.4 GHz

Rel 4.4.x – Q1• QOS 3 Levels

Rel 4.1.4 – Q4• Latency Improvement• Stability and Bug Fixes

4.3.X FCC/IC DFS when we get approval

Rel 4.3.0.1 • Cambium Sync• VLAN Mapping • VLAN membership• Latency Improvement

Rel 4.4.x – Q1• DCS

4.3.X FCC/IC recertification with -9 dBm Tx Power to allow higher gain antennaFrom 3 dBm to -9 dBm = 12 dBm gain

Page 17: PTP 550: Getting Gigabit+ Channel Bonding

Features supported with 4.3.0.1

• ARQ supported

• Channel Bonding completely supported

• Improved Spectrum Analyzer fully supported

• FCC 5.1 / 5.8 GHz band supported

• ETSI 5.4 GHz band supported

• ETSI 5.8 GHz band supported

• MCS Rate adapt fully supported

• eAlign supported

• ATPC supported (Automatic Transmit Power control)

• Traceroute supported

• Ping supported

• Radius Authentication

• CMM5/cnPulse support

• Scheduler Guard Interval support

• cnMaestro support

• VLAN Management

• Data VLAN

• 1700 MTU Packet size

• Watchdog

FEATURES SUPPORTED

2018 Copyright Cambium Networks, Ltd. All Rights Reserved17

Page 18: PTP 550: Getting Gigabit+ Channel Bonding

Online Spectrum Analyzer updates

2018 Copyright Cambium Networks, Ltd. All Rights Reserved18

Improvements on Spectrum

Scanning

• Scanning Mode: Light or

Detailed

• Detect other interference

• Help calculate actual SNR

• Improved Online spectrum

Analyzer accuracy

Detected Wi-Fi

Devices

Page 19: PTP 550: Getting Gigabit+ Channel Bonding

GPS sync

• Supports cnPulse, no GPS data

• For GPS data information– Use CMM5

– Login to serial port of cnPulse

2018 Copyright Cambium Networks, Ltd. All Rights Reserved19

Page 20: PTP 550: Getting Gigabit+ Channel Bonding

cnMaestro Support of PTP550

• Support PTP550 from introduction

• Unified way of network management

• Google Map support

• Hierarchical device organization

• Summary view of UP & DOWN devices

• Sticky Alarms – Critical, Major, & Minor

Page 21: PTP 550: Getting Gigabit+ Channel Bonding

Case Study and Reference Materials

2018 Copyright Cambium Networks, Ltd. All Rights Reserved21

Page 22: PTP 550: Getting Gigabit+ Channel Bonding

Customer Deployment: Argentina

Link Details

Country : Argentina

Link Distance: 49 km

2x20 MHz, TDD 30/70

2 x 31 dBi dishes

Link Performance:

UL: 148 Mbps

DL: 69 Mbps

217 Mbps in 40 MHz Channel

Case Study :CEMAFE Extends Connectivity with the

Channel Bonding PTP 550 in Rural Argentina

https://3fdumf3rqw5xx4mjgywguwz9-wpengine.netdna-

ssl.com/wp-content/uploads/2018/12/CS_RFIT_12122018.pdf

Page 23: PTP 550: Getting Gigabit+ Channel Bonding

Customer Deployment : Croatia

• Country : Croatia

• Link Distance: 5 km (3.1 miles)

• 2x40 MHz, TDD 75/25

• 2 x 29 dBi dishes

UL: 169 Mbps

DL: 490 Mbps

650 Mbps in 80 MHz Channel

Page 24: PTP 550: Getting Gigabit+ Channel Bonding

Learning materials on PTP550

• PTP 550 Installation and Configuration

– https://www.youtube.com/watch?v=E87x6PoTOIU

• PTP 550 Best Practices

– https://www.youtube.com/watch?v=BlpDKXOFnO8

• How to configure multiple streams on JDSU to test PTP550

– https://www.youtube.com/watch?v=66SnZUTE81U

• PTP550 LinkTest (using Mikrotik)

– Part 1: https://www.youtube.com/watch?v=9uQZr04QkBw

– Part 2: https://www.youtube.com/watch?v=kIoH5G3YLb8

– Part 3: https://www.youtube.com/watch?v=rjTCZNCv-UQ

– Part 4: https://www.youtube.com/watch?v=lbl5aMDkjsY

2018 Copyright Cambium Networks, Ltd. All Rights Reserved24

Cambium Community:

[PTP550] Channel Bonding: Load balancinghttps://community.cambiumnetworks.com/t5/PTP-FAQ/PTP550-

Channel-Bonding-Load-balancing/m-p/87705

PTP 550 Load Balancing and Throughput Testinghttps://community.cambiumnetworks.com/t5/PTP-FAQ/PTP-550-

Load-Balancing-and-Throughput-Testing/m-p/91739

Post any question herehttps://community.cambiumnetworks.com/t5/PTP/ct-p/forums_ptp

YouTube Blog

Page 25: PTP 550: Getting Gigabit+ Channel Bonding

Summary – Key Differentiating Features of PTP 550

• 1.4 Gbps Headline Data Rate

• Asymmetric Non-Contiguous Channel Aggregation

– DFS and Non-DFS

– Aggressive and Resilient Network

• Asymmetric modulation between two channels

• Link Resilience:

– Only one channel can move during DCS, hence link is always established

• ARQ

• Compact and Durable Metal Form Factor

• SFP Port

2018 Copyright Cambium Networks, Ltd. All Rights Reserved25

Focused solution for customers who require a 1+ Gigabit backhaul option.

PTP 550

INTEGRATED

PTP 550

CONNECTORIZED

Page 26: PTP 550: Getting Gigabit+ Channel Bonding