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PTP 670

Fixed Wireless Backhaul

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Service providers, government public safety agencies, and critical infrastructure operators such as utilities and energy companies have experienced massive growth in bandwidth demands for reliableand secure broadband connectivity and backhaul.

KEY FEATURES

Fixed Wireless Backhaul

 
PTP_670_HERO
 
Service providers, government public safety agencies, and critical infrastructure operators such as utilities and energy companies have experienced massive growth in bandwidth demands for reliableand secure broadband connectivity and backhaul. The nature of these deployments for small-cell backhaul, disaster recovery, video surveillance and Wi-Fi backhaul drive variety of deployment topologies.

Now with the Point-to-Point (PTP) 670 Series solution, Cambium Networks combines best-in-class spectral efficiency and reliability with high-capacity multipoint (HCMP) deployment flexibility. With up to 450 Mbps aggregate throughput, PTP 670 systems let you flexibly, reliably and securely handle today’s needs.
 

FLEXIBLE, SPECTRALLY-EFFICIENT, SELF-OPTIMISING SUB-6 GHz SOLUTION

 
Based on our widely deployed, field-proven non-line- of sight (NLOS) technology, PTP 670 wireless Ethernet bridges offer an array of features that give you more capacity, greater operational flexibility, and the highest spectral efficiency in the industry. PTP 670 systems provide 4.9 to 6.05 GHz, multi- band flexibility in a single radio and operate in channel sizes from 5 to 45 MHz.

With Dynamic Spectrum Optimisation (DSO), PTP 670 systems are constantly optimising the channel of operation to maximise link reliability and performance. The systems can provide up to 99.999% availability in virtually any environment, including non-line-of-sight, long-distance line-of-sight, high interference, over water and desert, and through extreme weather conditions. As a result, you can deliver more throughput with less spectrum and less investment in even the most challenging environments
 

HIGH-CAPACITY MULTIPOINT AND POINT-TO-POINT IN SINGLE SOLUTION

 
With the PTP 670, operators now have the flexibility to deploy not only in Point to Point topologies but also in High-Capacity Multipoint (HCMP) Applications. HCMP allows for up to 8 remote nodes to connect to a single master radio opening up new deployment models that enable rapid deployment, simplify planning and by using the same hardware regardless of topology a rapid return on investment in equipment and training.

Whether your organisation is an enterprise, government agency, or service provider, PTP 670 systems are ideal solutions for a wide array of applications such as T1/E1 and fiber replacements or extensions; video surveillance backhaul; LTE, macro-cell, and small-cell backhaul; last- mile access; disaster recovery; network redundancy; and building-to-building campus connectivity.

SPECIFICATIONS

RADIO

RF Bands: Wide-band operation 4.9 to 6.05 GHz (Allowable frequencies and bands are dictated by individual country regulations)
Channel sizes: 5, 10, 15, 20, 30, 40, and 45 MHz channels, Channel sizes depend on individual country regulations
Spectral Efficiency: 10 bps/Hz maximum
Channel selection: By Dynamic Spectrum Optimisation or manual intervention, Automatic selection on start-up and continual self-optimisation to avoid interference
Maximum Transmit Power: Up to 27 dBm
System Gain: Up to 164 dB with Integrated antenna
Modulation / Error Correction: Fast Preemptive Adaptive Modulation featuring 13 modulation / FEC coding levels ranging from BPSK to 256 QAM dual payload MIMO
Duplex Scheme: Time Division Duplex (TDD), Adaptive or fixed transmit/receive duty cycles, Split frequency operation allows separate transmit and receive frequencies where allowed by regulation, Optional TDD synchronisation using PTP-SYNC Module
Antenna: Integrated Flat panel: 23 dBi, Connectorised: operate with a selection of separately-purchased single and dual polarity antennas through 2 x N-type female connectors
Range: Up to 155 miles (250 km)
Security: FIPS-197 compliant 128/256-bit AES Encryption (optional) HTTPS and SNMPv3 Identity-based user accounts, Configurable password rules, Event logging and management; optional logging via syslog Disaster recovery and vulnerability management
 

ETHERNET BRIDGING

Protocol Latency: IEEE 802.3, 1-3 ms one direction
QoS: Extensive QOS supporting up to 8 Queues
Packet Classification: Layer 2 and Layer 3 IEEE 802.1p, MPLS, Ethernet priority
Packet Performance: Line rate ( >850K packets per second)
Timing Transport Frame Support:
Synchronous Ethernet; IEEE 1588v2
PTP Mode: Jumbo frame up to 9600 bytes; HCMP Mode: 2000 bytes per frame
Flexible I/O:
2 x Gigabit Ethernet copper ports:
Gigabit Port 1: Data + PoE power input,
Gigabit Port 2: 802.3at PoE output port,
1 x SFP port: single-mode fiber, multi-mode fiber or copper Gigabit Ethernet options available
T1/E1 TDM Support: 8 x T1/E1 TDM (Network Indoor Unit (NIDU)) G.823-compliant timing, DC power input (compatible with AC+DC Power Injector output)
 

MANAGEMENT

Network Management: In-band and out-of-band management (OOBM)
System Management: IPv6/IPv4 dual-stack management support, Web access via browser using HTTP or HTTPS/TLS3 SNMP v1, v2c and v3, MIB-II and proprietary PTP MIB, Online spectrum analyser (no impact on payload traffic or network operation
Installation: Built-in audio and graphical assistance for link optimisation
 

HIGH CAPACITY MULTI-POINT

Remote Modules Master: Up to 8 Nodes
Channel Bandwidth: 20 MHz and 40 MHz
Spectral Efficiency in HCMP: 8 bps/Hz Max
Line Rate Packet per Second: 850K pps
Latency in HCMP Mode: 2 to 4 ms one way (typically)
Data Capacity per Remote Module in 1:1: Number of Remote: 2, 3, 4, 5, 6, 7, 8, Module @ 40 MHz
Symmetry: Mbps 162, 106, 80, 66, 56, 46, 42
 

MECHANICAL SPECIFICATIONS

Dimensions: Integrated Outdoor Unit (ODU): Width 305 mm (12 in), Height 305mm (13.5”), Depth 81mm (3.2”),
Connectorised Outdoor Unit (ODU): Width 204 mm (8.0”), Height 318mm (12.5”), Depth 90mm (3.5”)
Weight:
Integrated ODU: 4.1 kg (8.95 lbs) including bracket Connectorised ODU: 3.1 kg (6.8 lbs) including bracket
Operating Temperature: -40° to 75°C (-40° to 168.8°F)
Environmental Training: IP66 and IP67
Wind Speed Survival: 322 kph (200 mph)
Power Supply: 1. AC power injector: 32° to 104° F (0° to +40° C); 35 W; 90-240 VAC, 50/60Hz Dimensions: Width 5.2”(132mm), Height 1.4”(36mm), Depth 2”(51mm)
2. AC + DC power injector: -40° to 140° F (-40° to +60° C); 70 W; 90-240 VAC, 50/60 Hz Dimensions: Width 9.75” (250 mm), Height 1.5” (40 mm), Depth 3” (80 mm)
Power Consumption: 30W maximum (up to 70W with 802.3at device on auxiliary port)
 

ENVIRONMENTAL AND REGULATORY

Protection and Safety: UL60950-1; IEC60950-1; EN60950-1; CSA-C22.2 NO. 60950-1; CB approval for Global
Radio: 4.9 GHz: FCC Part 90Y, RSS-111,
5.x GHz: FCC Part 15, sub-parts 15C and 15E; RSS 210 Issue 8;
EN 302 502; EN 301 893 Eire ComReg 02/71R1, UK Approval to IR2007
EMC: Europe – EN 301 489-1 and -4

RECEIVER SENSITIVITY AND TRANSMIT POWER DBM @ 5.8 GHZ

Modulation Mode: BPSK 0.63 Single
5 MHz: -96.8
10 MHz: -94.8
15 MHz: -93.0
20 MHz: -91.8
30 MHz: -90.0
40 MHz: -88.8
45 MHz: -88.3
Transmit Power (dBm): 27
 
Modulation Mode: QPSK 0.63 Single
5 MHz: -93.7
10 MHz: -91.7
15 MHz: -89.9
20 MHz: -88.7
30 MHz: -86.9
40 MHz: -85.7
45 MHz: -85.2
Transmit Power (dBm): 26
 
Modulation Mode: QPSK 0.87 Dual
5 MHz: -89.7
10 MHz: -87.7
15 MHz: -85.9
20 MHz: -84.7
30 MHz: -82.9
40 MHz: -81.7
45 MHz: -81.1
Transmit Power (dBm): 26
 
Modulation Mode: 16QAM 0.63 Single
5 MHz: -87.4
10 MHz: -85.4
15 MHz: -83.6
20 MHz: -82.3
30 MHz: -80.6
40 MHz: -79.3
45 MHz: -78.8
Transmit Power (dBm): 25
 
Modulation Mode: 16QAM 0.63 Dual
5 MHz: -83.4
10 MHz: -81.4
15 MHz: -79.6
20 MHz: -78.4
30 MHz: -76.6
40 MHz: -75.4
45 MHz: -74.9
Transmit Power (dBm): 25
 
Modulation Mode: 16QAM 0.87 Single
5 MHz: -82.9
10 MHz: -80.8
15 MHz: -79.1
20 MHz: -77.8
30 MHz: -76.1
40 MHz: -74.8
45 MHz: -74.3
Transmit Power (dBm): 25
 
Modulation Mode: 16QAM 0.87 Dual
5 MHz: -79.8
10 MHz: -77.8
15 MHz: -76.0
20 MHz: -74.8
30 MHz: -73.0
40 MHz: -71.8
45 MHz: -71.2
Transmit Power (dBm): 25
 
Modulation Mode: 64QAM 0.75 Single
5 MHz: -79.8
10 MHz: -77.8
15 MHz: -76.0
20 MHz: -74.8
30 MHz: -73.0
40 MHz: -71.8
45 MHz: -71.2
Transmit Power (dBm): 24
 
Modulation Mode: 64QAM 0.75 Dual
5 MHz: -76.7
10 MHz: -74.7
15 MHz: -72.9
20 MHz: -71.6
30 MHz: -69.9
40 MHz: -68.6
45 MHz: -68.1
Transmit Power (dBm): 24
 
Modulation Mode: 64QAM 0.92 Single
5 MHz: -75.8
10 MHz: -73.8
15 MHz: -72.1
20 MHz: -70.8
30 MHz: -69.1
40 MHz: -67.8
45 MHz: -67.3
Transmit Power (dBm): 24
 
Modulation Mode: 64QAM 0.92 Dual
5 MHz: -72.5
10 MHz: -70.5
15 MHz: -68.8
20 MHz: -67.5
30 MHz: -65.8
40 MHz: -64.5
45 MHz: -64.0
Transmit Power (dBm): 24
 
Modulation Mode: 256QAM 0.81 Single
5 MHz: -72.5
10 MHz: -70.5
15 MHz: -68.7
20 MHz: -67.4
30 MHz: -65.7
40 MHz: -64.4
45 MHz: -63.9
Transmit Power (dBm): 23
 
Modulation Mode: 256QAM 0.81 Dual
5 MHz: -68.8
10 MHz: -66.8
15 MHz: -65.0
20 MHz: -63.8
30 MHz: -62.0
40 MHz: -60.8
45 MHz: -60.3
Transmit Power (dBm): 23

THROUGHPUT (MBPS @ 5 KM)

Modulation Mode: BPSK 0.63 Single
5 MHz: 2.3
10 MHz: 4.8
15 MHz: 7.2
20 MHz: 9.6
30 MHz: 14.5
40 MHz: 19.9
45 MHz: 21.8
 
Modulation Mode: QPSK 0.63 Single
5 MHz: 4.7
10 MHz: 9.6
15 MHz: 14.5
20 MHz: 19.3
30 MHz: 29.1
40 MHz: 39.7
45 MHz: 43.5
 
Modulation Mode: QPSK 0.87 Dual
5 MHz: 6.5
10 MHz: 13.4
15 MHz: 20.2
20 MHz: 26.8
30 MHz: 40.5
40 MHz: 55.2
45 MHz: 60.5
 
Modulation Mode: 16QAM 0.63 Single
5 MHz: 6.5
10 MHz: 13.4
15 MHz: 20.2
20 MHz: 26.8
30 MHz: 40.5
40 MHz: 55.3
45 MHz: 60.6
 
Modulation Mode: 16QAM 0.63 Dual
5 MHz: 9.3
10 MHz: 19.3
15 MHz: 29.0
20 MHz: 38.5
30 MHz: 58.2
40 MHz: 79.5
45 MHz: 87.1
 
Modulation Mode: 16QAM 0.87 Single
5 MHz: 12.1
10 MHz: 25.1
15 MHz: 37.7
20 MHz: 50.0
30 MHz: 75.6
40 MHz: 103.2
45 MHz: 113.1
 
Modulation Mode: 16QAM 0.87 Dual
5 MHz: 16.7
10 MHz: 34.5
15 MHz: 51.9
20 MHz: 68.9
30 MHz: 104.1
40 MHz: 142.1
45 MHz: 155.7
 
Modulation Mode: 64QAM 0.75 Single
5 MHz: 24.2
10 MHz: 50.1
15 MHz: 50.1
20 MHz: 100.1
30 MHz: 151.1
40 MHz: 206.3
45 MHz: 226.1
 
Modulation Mode: 64QAM 0.75 Dual
5 MHz: 13.0
10 MHz: 26.8
15 MHz: 40.4
20 MHz: 53.6
30 MHz: 80.9
40 MHz: 110.5
45 MHz: 121.1
 
Modulation Mode: 64QAM 0.92 Single
5 MHz: 18.6
10 MHz: 38.6
15 MHz: 58.0
20 MHz: 77.0
30 MHz: 116.4
40 MHz: 158.9
45 MHz: 174.1
 
Modulation Mode: 64QAM 0.92 Dual
5 MHz: 24.2
10 MHz: 50.1
15 MHz: 75.4
20 MHz: 100.0
30 MHz: 151.1
40 MHz: 206.3
45 MHz: 226.1
 
Modulation Mode: 256QAM 0.81 Single
5 MHz: 33.3
10 MHz: 69.0
15 MHz: 103.8
20 MHz: 137.8
30 MHz: 208.1
40 MHz: 284.1
45 MHz: 311.3
 
Modulation Mode: 256QAM 0.81 Dual
5 MHz: 48.4
10 MHz: 100.2
15 MHz: 150.7
20 MHz: 200.1
30 MHz: 302.2
40 MHz: 412.6
45 MHz: 452.2

ORDERING INFORMATION

Product Code: C000067K001A
Description: PTP 670 High-Capacity Multipoint (HCMP) Upgrade, per Access Point

WHY CAMBIUM NETWORKS?

• High quality and worldwide longevity track record of installations across a diverse application base
• Using establish world best practices in design and materials with full support of both Australian and International Standards
• Constant evolution of hardware and improvements in firmware for the benefit of the customer
• Established interoperability with various equipment and propriety security systems
• Full portfolio of solution development services and cloud management
 
This demonstrates to Rising Connection that you will have the Quality, Reliability and Product Support.