pmp 450 sales guide

CN PMP 450 OG 01192014

PMP 450 Sales Guide

PMP 450 Remote Module PMP 450 Access Point

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Ordering Guide: 1000 Integrated Radio & 1000 Connectorized Radio with Sync

Key Selling Points

Operating in the 2.4 GHz, 3.5 GHz, 3.65 GHz and 5 GHz frequencies, the PMP 450 platform gives

service providers and private network operators the speed, reliability and cost-efficiency needed to

help them achieve more profitable growth.

Compelling reasons to purchase the PMP 450:

• Over 700 Mbps throughput per AP ring on a tower and more than 1 Gbps throughput with two

stacked AP rings

• Choose from 2.4 GHz, 3.5 GHz, 3.65 GHz, or 5 GHz (5.4 & 5.8 GHz) to utilize any available

spectrum

• 2 x 2 MIMO technology enabling higher spectral efficiency, throughput and/or link budgets

• Range of synchronization options, Autosync will utilize CMM, UGPS or the embedded GPS

• Low latency –3 to 5 ms

• LOS and nLOS connectivity over distances up to 40 miles (64 km)

• Dynamic bandwidth allocation that maximizes the capacity of each sector

• Fast, easy deployment – typically within hours

• Integrated network management with Cambium’s PMP 450 Wireless Manager

With a PMP 450 platform your customers can:

• Support tiered service models from 4 Mbps to 55 Mbps at the SM, 125 Mbps capacity for each AP

• Provide high-speed services such as on-demand video, VoIP and real-time data access

• Reduce time-to-market and deliver in-demand services before the competition

• Serve more customers with fewer modules

• Grow subscriber networks by supplying services to underserved customers in rural and remote

locations

• Enable mission-critical applications such as video conferencing and video surveillance to

government and enterprise customers

• Supply movie and streaming video services to residential customers

Why should you choose the PMP 450 platform?

• Consistent, reliable coverage across large service areas

• Significantly increased capacity with a graceful migration over time; no fork-lift replacement

• Higher spectral efficiency than other MIMO alternatives

• Greater hardware reliability with our high-quality components

• Enables more services to more customers, more profitably

• More densely packed towers with virtually no self-interference

• Compatibility with existing PMP 430 systems

• Access to new features and functions with software-defined radios

More information about this platform is available at PMP 450.

PMP 450 Sales Guide: PMP 450

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TABLE OF CONTENTS

1.0 EXECUTIVE SUMMARY 5

2.0 PMP 450 6

2.1 HIGH-LEVEL FEATURE SET 6

2.2 PMP 450 OVERVIEW 6

2.3 THROUGHPUT CAPACITIES 10

2.4 TIME DIVISION DUPLEXING (TDD) 10

2.5 ADAPTIVE MODULATION 11

2.6

2.7

2.8

2.9

ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM)

MULTIPLE-INPUT, MULTIPLE-OUTPUT (MIMO)

ENCRYPTION

SYSTEM MANAGEMENT

11

11

12

12

3.0 CONFIGURATION AND ORDERING 14

3.1 ORDERING A PMP 450 14

3.2 PMP 450 DEPLOYMENTS 17

4.0 PMP 450 SERIES SALES TOOLS 20

4.1 BENEFITS – WHO BENEFITS FROM A PMP 450 PURCHASE DECISION? 20

4.2 NEED – WHAT ARE THE COMMUNICATION PRIORITIES? 21

4.3 VISION – WHAT CAN I DO WITH A PMP 450 SOLUTION? 22

4.4

4.5

OVERCOMING OBJECTIONS

COMPETITIVE POSITIONING

23

25

5.0 FREQUENTLY ASKED QUESTIONS 26

APPENDIX: PMP 450 SPECIFICATIONS 27


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ACRONYM REFERENCES

AP Access point

CLIP Cassegrain Lens for Improved Performance

CMM Cluster Management Module

CNUT Cambium Network Updater Tool

FEC Forward Error Correction

HTTP Hypertext Transfer Protocol

LOS Line-of-sight (clear line-of-sight between the AP and SM, and the first Fresnel zone is clear)

MIMO Multiple-Input, Multiple-Output

nLOS Near-line-of-sight (can see the AP from the SM, but a portion of the first Fresnel zone is blocked)

NLOS Non-line-of-sight (cannot see the AP from the SM, and some or much of the first Fresnel zone is blocked, but subsequent Fresnel zones are open)

NMS Network Management System

PMP Point-to-Multipoint

PoE Power-over-Ethernet

PTP Point-to-Point

QAM Quadrature Amplitude Modulation

RF Radio Frequency

SM Subscriber Module

SNMP Simple Network Management Protocol

SNTP Simple Network Time Protocol

TDD Time Division Duplex

UGPS Universal Global Positioning Systems


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1.0 EXECUTIVE SUMMARY

OPPORTUNITY: Profitable growth to meet customer demand and remain competitive

Residential, government, and business customers continue to call for greater speeds, more

functionality, and lower costs to support a wide variety of applications such as on-demand video,

Voice-over-IP (VoIP), video conferencing, video monitoring, streaming movies, interactive gaming,

and IPTV. This has placed increasing pressure on carriers, service providers, and private network

operators to provide more capacity and throughput while ensuring the highest levels of reliability.

In response, wireline and wireless service providers are broadening their coverage areas and service

offerings and deploying higher-capacity, converged networks while striving to remain profitable.

Simultaneously, wireline carriers are experiencing continued commoditization of voice services while

their customers shift to VoIP and mobile phone services. As these carriers evolve their networks, they

have to support the growth of more expansive service offerings while balancing capital expenditures

and operational costs to achieve a more profitable bottom line. In private networks, organizations

are in the process of migrating their legacy TDM systems to IP-based, converged networks to meet

ever-increasing user demands.

Clearly, there is an opportunity for the right technology to help them achieve these business-building

objectives.

SOLUTION: Point-to-Multipoint (PMP) 450

Our Point-to-Multipoint (PMP) 450 Series platform can enable carriers, service providers, and enter-

prises to deliver high performance, reliable, and profitable services that supply customer and user

demands for more and faster communications. The PMP 450 offers several key advantages to help

these organizations achieve their connectivity objectives, including:

• High throughput – more than 1 Gbps per tower

• Exceptionalspectralefficiency

• EfficientGPSsynchronization

• Lowlatency

• Excellentequipmentreliability

• Software-definedradios

• InteroperabilitywithexistingPMP430OFDMsystems

The PMP 450 platform now includes 2.4 GHz, 3.5 GHz, 3.65 GHz and 5 GHz products to enable the

use of any available sprectrum. The systems can provide LOS, nLOS and often NLOS connectivity.

They are highly scalable, allowing you to add sector capacity without replacing your existing

equipment. Plus, the software-defined radios let you upgrade your existing hardware as system

enhancements become available.


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2.0 PMP 450

2.2 HIGH-LEVEL FEATURE SET

Key Features for PMP 450 Solutions

Multiple Frequency Options

Platform now covers:

•2.4GHz(2400–2483.5MHz)

•3.5GHz(3300–3600MHz)

•3.6GHz(3550–3800MHz)

•5.4GHz(5470–5725MHz)

•5.8GHz(5725–5875MHz)

MIMO

•Multiple-InputMultiple-Output(MIMO)

•Higherspectralefficiency,throughputand/orlinkbudget

• 2x2 MIMO provides two transmitters and two receivers at each link end

High Spectral Efficiency

• MIMO and our best-in-class transmitters and receivers deliver

higher spectral efficiency than comparable systems

•Example:Upto125Mbpsina20MHzchannelwhenmany

comparable systems require 40 or 50 MHz of spectrum for

similar throughput

Scalable Throughput

•AP–Upto125Mbpspersector(over700MbpsperAPring

on a tower)

•AP–Morethan1.5Gbpsthroughputpertowerwithtwo

stacked AP rings

•SM–Customerscalable4,10and20Mbpsaswellas

uncapped throughput which provides up to 55 Mbps

•FlexibletieredSMsprovidearangeofpricesand

performance to meet specific requirements


PMP 450 Subscriber Module (SM) PMP 450 Access Point (AP)

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Ordering Guide: 1000 Integrated Radio & 1000 Connectorized Radio with SyncPMP 450

Compatible with PMP 430•Providesmigrationpathtonewtechnologyandincreasedcapacity

•Doesnotrequiretotalequipmentreplacement

Efficient Synchronization

Options

Time and synchronize transmit and receive frames – all radios send at one end of the link while all receive at the opposite end via:

• Cluster Management Module (CMM)

•UniversalGlobalPositioningSystem(UGPS)

•EmbeddedGPS

LOS, nLOS, and NLOS

Connectivity

•CanprovideLOSandnLOSconnectivity

•With ODFM, strong signals can wrap around many obstacles over a

short-distance, NLOS path

Adaptive Modulation Levels

Automatically selects QPSK, 16 QAM, 64 QAM or 256 QAM based on RF conditions:

•1xQPSK-SISO

•2xQPSK-MIMO

•4x16QAM-MIMO

•6x64QAM-MIMO

•8x256QAM-MIMO

Tiered Subscriber Options

Four choices for subscriber module throughput:

•4,10,20Mbpsoruncapped(upto55Mbps)

•Fieldupgradeableviasoftwarekey

Dynamic Bandwidth

Allocation•Maximizes capacity of sector with mixed products

Low Latency•3to5ms

Network loading does not affect performance

1000 BaseT (Gig-E) Interface

on AP

•Allowsfutureplatformenhancements

•Protectsagainstobsolescence

Built-In Surge Suppression •SavescostofpurchasingexternalunitsforAPs

Mean Time Between Failure

(MTBF)•Calculated at > 40 years (based on 2006 Telcordia SR-332, Issue 2)

Flexible Network Management

•Embedded SM Management Agent connects management

workstations, network management systems, or PC using Ethernet

port or over-the-air

•Managementoptions:

•WebaccessviaHTTP

•YourexistingNMSviaSNMP

•CambiumWirelessManager

Cambuim Network Updater Tool (CNUT), 4.5 or higher

Sales Guide: PMP 450

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2.3 PMP 450 OVERVIEW

PMP 450 Series access networks consist of Access Point (AP) Modules and Subscriber Modules

(SM). Each AP sector operates over a single-frequency channel using Time Division Duplex (TDD) in

each direction. In a typical deployment, the AP communicates with each SM individually, and each

AP can support up to 238 SMs. In synchronized operation, all APs transmit at the same time.

Subsequently, all SMs transmit at the same time. GPS synchronization technology times all

access-network traffic, virtually eliminating self-interference.

PMP 450 Access Point Modules: APs are self-contained, connectorized outdoor transceivers that

contain all the radio, networking, antenna, and surge suppression electronics. APs are designed for

use with external antennas, enabling the radios to cope with more difficult radio conditions. Units

can be rooftop or tower mounted, and each AP uses an indoor power supply module to provide

power-over- Ethernet (PoE). Cat 5e cabling connects the power supply to the outdoor AP.

Each AP provides a specified sector of coverage and has up to 125 Mbps maximum throughput

capacity. You can choose to deploy an AP with any appropriate antenna to satisfy your coverage

needs. Cambium offers several options, including 60-degree or 90-degree sector antennas. Up to

six APs can be deployed in a single ring on a tower. A second AP ring can be installed on the same

tower at a different frequency to achieve more than 1 Gbps throughput. As an example, if you de-

ploy six 5.8 GHz, 60- degree APs on a tower and need additional coverage and/or capacity, you can

deploy another six 60- degree APs at 5.4 GHz on the same tower. In fact, when using our high-per-

formance sector antennas, careful frequency planning, and a clean RF environment, you can re-use

frequencies from sector to sector, allowing you to most effectively use the spectrum that is available

to you.

12-Month Standard Warranty

•WiththepurchaseofeachPMP450system,wepro-vide a 12-month (one- year) limited warranty on hardware components. The Standard Warranty includes software updates as available and 24x7 telephone technical support.

PMP 450 Extended Warranties

Multiple Frequency Options

• At time of purchase or any time prior to the end of the 12-month standard warranty, we recommend that you purchase an Extended Warranty to extend equipment coverage and protect your investment.

•TwoseparateExtendedWarrantiesareavailable–oneforAPs and a second one for SMs. You may purchase Extended Warranties for one, two or four additional years of equipment coverage. Software updates and 24x7 telephone technical support are also included.

Three APs with antennas deployed on a rooftop


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PMP 450 Subscriber Module: SMs are integrated outdoor transceivers containing radio, antenna,

and networking electronics. SMs can be rooftop or tower mounted, and each SM requires a

power supply unit. The indoor-deployed power supply provides PoE to the subscriber module. Cat

5e cable connects the indoor power supply to the outdoor-mounted SM. SMs do not include

embedded surge suppression. So, we recommend that you add an external surge suppression

device for protection from the harmful effects of power surges induced into the electronics as a

result of nearby lightning strikes. The SM is offered as an integrated or connectorized model. The

gain of the integrated version can be augmented using a CLIP or reflector dish to extend the range

of the units, if desired. The connectorized version has two male N-type cables that can be added to

any appropriate antenna.

Each AP can support up to 238 SMs. SMs offer scalable capacities of 4, 10, and 20 Mbps plus an

uncapped capacity. The capacity you select is a capacity cap that determines the maximum

achievable sustained throughput for each SM. You can begin with a 4 or 10 Mbps and upgrade to

20 Mbps or uncapped capacity at any time without changing your equipment. Uncapped capacity

gives you up to 55 Mbps throughput.

2

•Power Supplies: Depending on your system configuration, you will need to deploy a power supply

with each AP and SM. The following are the approved power supply options:

PMP 450

SM equipped with a reflector dish

This power supply is model number

ACPSSW-20A which should be used for a

PMP 450 AP in a standalone configuration.

This power supply is model N000900L001A and

can be used for a standalone Access Point, where

1000BaseT connection is required.


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2.4 THROUGHPUT CAPACITIES

All APs have a throughput capacity of up to 125 Mbps per sector. SMs have scalable throughput

capacities at 4, 10 and 20 Mbps as well as “uncapped” capacity. Uncapped capacity allows the SM

to provide up to 55 Mbps. A capacity cap sets the maximum throughput achievable for that device.

It is important to remember that the total capacity of the SMs linked to a particular AP sector share

the 125 Mbps capacity provided by the AP per sector. As an example, if you have one AP with a

60-degree sector connected to 10 SMs, the average throughput capacity of each SM would be 12

Mbps. Although that is the average throughput, the throughput capacity mix for your SMs can vary.

You might have 5 SMs at 4 Mbps maximum capacity, three SMs at 15 Mbps, and two at 30 Mbps for

a 125 Mbps total capacity spread across the 10 SMs. While the top speed limit is set by the SM

model you purchase or by the upgrade license key that has been applied, the throughput to each

radio can be fully managed through Quality-of-Service settings in the subscriber software.

When you order an SM, you need to specify the throughput capacity you require for the

deployment. You can begin with a lower capacity and increase capacity up to the uncapped

maximum any time after deployment without changing equipment. For example, you could order

an SM with 10 Mbps capacity and a year later upgrade the SM’s capacity to 20 Mbps. After that,

you could also upgrade the 20 Mbps capacity to “uncapped” capacity as your throughput needs

increase.

Capacity upgrades are supplied via an Upgrade License Key which can be purchased from your

authorized Cambium Connected Partner distributor or solutions provider. The upgrade is applied by

entering the supplied URL in a PMP 450 module-connected Web browser address bar. Once this is

done, the additional capacity is available immediately.

2.5 TIME DIVISION DUPLEXING (TDD)

PMP 450 systems use TDD. This means that one channel alternately transmits and receives, rather

than using one channel for transmitting and a second channel for receiving. To achieve this, each AP

provides synchronization to its SMs, synchronizing transmit and receive signals so that all APs

transmit at the same time and all APs receive at the same time. When an AP is transmitting, the SMs

are receiving. Conversely, when the SMs are transmitting, the AP is receiving. To synchronize the

signals, the PMP 450 offers a choice of GPS synchronization options, including:

PMP 450

For AP clusters, you will need this power supply,

model number ACPS120WA, for connecting to a

CMM3 or CMM4.

For your SMs, you will use the standard

ACPSSW-09B or ACPSSW-13B (shown here).


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•ClusterManagementModule(CMM)

•UniversalGlobalPositioningSystem(UGPS)

•EmbeddedGPS

In addition, within a specific geographic area, APs that can “hear” each other can use a common

synchronization scheme to further reduce self-interference with the network. The advantage is

that GPS synchronization allows you to densely pack radios on a rooftop or tower with virtually no

self-interference.

The PMP 450 platform utilizes the Autosync feature, which will automatically manage the source

of the GPS synchronization signal to the network and apply the appropriate one. If, for any reason,

that signal is no longer usable, it will automatically switch to a working source, or generate its own

sync pulse (should you choose this option).

2.6 ADAPTIVE MODULATION

PMP 450 units can transport data over a wireless link using a number of different modulation

modes. The radio will automatically select QPSK (Quadrature Phase Shift Keying), 16 QAM, 64 QAM,

or 256 QAM based on the RF conditions to provide 1x/2x, 4x, 6x, 8x operation, respectively.

Please see the PMP 450 Planning Guide for performance charts for all models.

2.7 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM)

PMP 450 systems transmit using OFDM. The channel bandwidth of the OFDM signal can be set to

5, 10 or 20 MHz. OFDM sends transmissions over multiple frequencies, or sub-carriers. The multiple

sub-carriers result in higher spectral efficiency and higher resistance to:

•Multi-pathinterferencewhichoccurswhenobjectsintheairgapsplitabeamintopartsthattravel

different paths and interfere with each other at the receiver.

•Frequencyselectivefadingwhichoccurswhenamplitudesofarrivingsignalscanceleachother

out at the receiver.

2.8 MULTIPLE-INPUT, MULTIPLE-OUTPUT (MIMO)

PMP 450 systems use MIMO technology. The coding schemes employed in this platform send

different data streams simultaneously over the two polarities, allowing the PMP 450 to double the

throughput of a radio transmission during good RF conditions (a high signal-to-noise, or SNR, ratio).

When the effects of MIMO are combined with those of OFDM and a high link budget, there is a high

probability that the link can reliably communicate over an nLOS, and, in many cases, over an NLOS

path.


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2.9 ENCRYPTION

PMP 450 solutions include options for 56-bit Data Encryption Standard (DES) or FIPS 197 128-bit

AES encryption. When you install the system, you can choose the encryption method that best

meets your infrastructure and application requirements. Neither method adversely affects the

performance or throughput of the system.

For countries that have restrictions on AES encryption equipment, there is an Access Point model

available without AES present in the software.

2.10 SYSTEM MANAGEMENT

PMP 450 systems can be managed through an embedded Management Agent which supports the

following interfaces:

•HTTP

•RADIUSauthentication

•TELNET

•SNMP

•SNTP

•Syslog

•CambiumWirelessManagersoftware

•CNUTsoftware

You can connect management workstations, network management systems, or PCs to this agent using the module’s Ethernet port or over the air (SMs).

Web Server: The PMP 450’s Management Agent contains a web server which supports access via HTTP interface. Requiring no special management software, the Management Agent gives you a convenient method to manage PMP 450 equipment from a locally connected computer or from a network-management workstation. The web-based management interfaces provide compre-hensive web-based fault, configuration, performance, and security management functions for AP and SM modules.

•Identity-Based User Accounts: When identity-based user accounts are configured, a security officer can define up to four user accounts, each of which may have one of the four possible roles:

– Administrator: An administrator has full read-and-write permissions.

– Installer: An installer has full read-and-write permissions, except that an installer can not add or delete users or change the password of any other user.

– Technician: A technician has permissions to modify basic radio parameters and view web pages generated by the Web server.

– Guest: A guest has no write permissions and only a limited view of general status information.

•Remote Authentication Dial-In User Service (RADIUS): PMP 450 systems support RADIUS functionality, including

– Authentication: This function allows only known SMs onto the network to block rogue SMs. You also can configure Authentication to ensure that SMs are connected to a known network and prevent SMs from connecting to a rogue AP.


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– SM Configuration: This activity lets you configure authenticated SMs when an SM is

registered to an AP.

– Centralized AP and SM User Name and Password Management: With this feature, you can

manage AP and SM user names and access levels (Administrator, Installer, Technician, and

Guest) and track access events (logon/logoff) for each user name on the RADIUS server.

– Framed IP Address: You can use the RADIUS server to assign management IP addresses

to SM modules.

•SNMP: The Management Agent supports fault and performance management through an SNMP

interface using SNMP v1, v2c and PMP MIBs.

•Cambium Wireless Manager (WM): Our Wireless Manager software, version 4.0 or higher, is

recommended for managing PMP 450 networks. Wireless Manager (WM) helps organizations

manage their wireless networks for maximum reliability and uptime. With WM, Point-to-Point and

Point-to- Multipoint sites as well as any other SNMP-enabled devices can be monitored and

managed from one live Google™ map-based view. Real-time polled network performance metrics

and alarms shown on a unified map enable faster and more efficient issue response. Some key

features of WM are:

– Template-Based Configuration: WM’s user-defined templates provide an automated way to

configure a number of network devices with just a few mouse clicks, and configurations can be

scheduled to occur at any time via the WM’s Task Scheduler.

– Ultra-Light Thin Client: With WM, you can view the status and performance of your entire wire

less network accessible from your smart phone.

– Map-Based Visualization: WM overlays real-time information about your network elements

onto building layouts and dynamic Google™ maps. You can view information for an entire city,

building, or for a specific area, floor, or link.

– High-Availability Architecture Support: WM’s high-availability option offers you a highly

reliable and redundant network management solution that ensures you always have

management access to your network.

•Network Updater Tool (CNUT): CNUT 4.5 or higher is our stand-alone software update tool for

PMP 450 products. The tool:

– Automatically discovers all network elements

– Executes a UDP command that securely and conveniently initiates and terminates the auto-up

date mode with APs

– Allows you to choose your update method: entire network, elements that you select, or net

work branches that you select

– Provides a script engine that you can use with any script that you define or Cambium supplies


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3.0 CONFIGURATION AND ORDERING This section of the Sales Guide gives you information to help you plan for purchasing and installing a

PMP 450 system.

3.1 ORDERING A PMP 450

There are several key issues involved in configuring and ordering a PMP 450 system. This Sales

Guide provides an overview of the ordering process. Detailed ordering procedures with part

numbers and descriptions can be found in the PMP 450 Ordering Guide.

Regulatory Planning

To begin, you should contact the applicable radio regulator in your area to identify any restrictions

or limitations imposed on radio equipment operating in your chosen RF band and to find out

whether or not you will need to register your PMP network. It is the user’s responsibility to make

sure that the system complies with any restrictions that may be imposed by the local regulator.

Certain regulators may restrict frequency usage and channel width, and may limit the amount of

conducted or radiated transmitter power. Many countries impose EIRP limits on products operating

in the bands used by the PMP 450 Series radios. Other countries such as the US impose power limits

on products operating in the 5.8 GHz band. When using connectorized APs with external antennas,

regulations may require that the maximum transmit power be reduced

If, after obtaining the regulatory requirements, you need assistance in planning your system to

comply with the regulations, contact your local Cambium area manager or an authorized Cambium

ConnectedPartner for guidance with system compliance.

Site Planning

There are many factors to be considered when choosing sites for the APs and SMs, power supplies,

CMM (if applicable), and GPS antenna (if applicable). Some key considerations for site selection

include:

•HeightandlocationoftheAPsandSMstoensurethatpeoplecannottamperwiththeequipment

•HeightandlocationoftheAPsandSMstoprovidethebestpossibleradiopathconditions;APsshould be positioned:

– Where there is available tower or rooftop space

– Where a grounding system is available

– With hardware that the wind and ambient vibrations cannot flex or move

– At a height that is higher than the tallest point of objects immediately around the APs

– At least 2 feet (0.6 meters) below the tallest point on the tower, pole, or roof (for lightning protection)


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– With lightning arrestors to transport lightning strikes away from the equipment

– Away from high RF-energy sits such as AM and FM stations, high-powered antennas, and live AM radio towers

– In LOS paths to the SMs; will not be obstructed by growing trees or later building of structures

•Abilitytomeetthegroundandlightningprotectionrequirements

•Aestheticsandotherpermission-basedissues

•Maximumcablelengths–themaximumpermittedlengthofthecopperEthernetinterfacecableis

330 feet (100 meters)

•Effectofstrongwindsontheinstallationtoensurethatthesitewillwithstandtheforceofwinds

at the chosen deployment site

The structure and mounting brackets of PMP 450 APs and SMs are capable of withstanding wind

speeds up to 118 mph (190 kph). In addition to the PMP 450 equipment, you need to ensure that the

structures to which the APs and SMs will be fixed are also capable of withstanding prevalent wind

speeds and loads for the location. You can obtain the wind speeds prevalent at the proposed

location by contacting:

•USNationalWeatherServiceat:http://www.nws.noaa.gov/

•UKMeteorologicalOfficeat:http://www.metro.gov.uk

We recommend that you also conduct a site survey to analyze factors impacting the potential site,

including:

•Whatpre-existingwirelessequipmentexistsatthesite

•WhetherornotavailablemountingpositionsexistnearthelowestelevationthatsatisfiesLOS

coverage and other link criteria

•Whetherornotyouwillalwayshavetherighttodecidewhoclimbsthetowertoinstalland

maintain your equipment, and whether nor not that person or company can climb at any hour of

any day

•Whetherornotyouwillhavecollaborativerightsandvetopowertopreventinterferencetoyour

equipment from wireless equipment that is installed at the site in the future

•Whethernornotapre-existinggroundingsystem(pathtoProtectiveEarth)exists,andwhatis

required to establish a path to it

•Whoispermittedtorunanyindoorlengthsofcable


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Link Planning

Factors such as range, path loss due to obstacles, and throughput need to be considered when

planning links. So, we recommend that you perform a site survey to identify all the obstructions in

the path and to assess the risk of interference. This information is necessary to achieve an accurate

link feasibility assessment. In addition, you will need to calculate the range or reach of the link to

determine whether or not your proposed system will be able to span the distance reliably. Other

factorsthatshouldbeidentifiedinclude:•Pathloss–theamountofattenuation,orlossofsignal

intensity, between the two ends of the link

•MaximumpowerlevelforConnectorizedAPs–ifaConnectorizedAPwillbeusedinacountry that imposes an EIRP limit in the selected band, you need to calculate the highest setting of maximum power level that will be permitted

•Linkloss–thetotalattenuationofthewirelesssignalbetweentwopoint-to-multipointunits

•Rxsignallevel–theRxsensitivityofeachmodule

•Fademargin–freespacepathloss,thedifferencebetweenthereceivesignal’sstrengthandthe strength that the receiver requires for maintaining a reliable link; a high fade margin is characteristic of a more reliable link.

Analyze the RF Environment

An essential element in RF network planning is the analysis of spectrum usage and the strength of

the signals that occupy the spectrum you are planning to use. You can measure and chart the results

by using the Spectrum Analyzer feature in SMs or by using a spectrum analyzer. Regardless of which

method you use, you should analyze spectrum usage at various time of the day, on various days of

the week, and periodically into the future. Then, as new RF neighbors move in or consumer devices

proliferate in your spectrum, the spectrum analysis will keep you aware of the potential for

interference with your network.

Ordering your PMP 450 System

When you are ready to order your PMP 450 system, you will need to order the required components

to meet your customers’ or users’ needs. Typical system components include:

•APsrequiredtoprovideadequatecoverage

•Sectoralignmentrequirements

•NewandexistingSMstobeconnectedtotheAPs

•CapacitiesforeachoftheSMs

•Powersupplies

•Antennas/reflectorsneeded

•Surgesuppressor

•Accessoriesandcabling

The PMP 450 Ordering Guide provides detailed instructions on how to prepare an order and gives

you a complete list of part numbers and product descriptions.


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3.2 PMP 450 DEPLOYMENTS

The following illustrations show proper installation parameters for PMP 450 APs and SMs.

PMP 450

INSTALLATION EXAMPLE – AP ON A TOWER


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Ordering Guide: 1000 Integrated Radio & 1000 Connectorized Radio with SyncPMP 450 Sales Guide: PMP 450

CN PMP 450 SG 02022014

INSTALLATION EXAMPLE – AP OR SM ON A RESIDENTIAL OR COMMERCIAL BUILDING

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Ordering Guide: 1000 Integrated Radio & 1000 Connectorized Radio with SyncPMP 450 Sales Guide: PMP 450

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INSTALLATION EXAMPLE – AP ON A ROOFTOP

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4.0 PMP 450 SERIES SALES TOOLS

4.1 BENEFITS – WHO BENEFITS FROM A PMP 450 PURCHASE DECISION?

The information below describes how organizations such as carriers, service providers, government

agencies and a wide variety of enterprises can benefit from our PMP 450 platform.

How can I cost-justify the purchase of a PMP 450 solution?

If using a 5 GHz system, a prominent financial benefit when evaluating a PMP 450 solution is that

you can greatly increase throughput to more than 1 Gbps per tower while interoperating with your

existing PMP 430 OFDM system simultaneously over a single channel. In addition, there several other

opportunities to improve efficiency, reduce costs, and/or increase revenues, including:

•Increaserevenuesbysupplyinghigh-speedconnectivitytounservedandhard-to-reachlocations and customers

•Eliminateorreducemonthlyleased-linechargesbyreplacingoraugmentingleasedlines

•Enablehigh-throughputapplicationsandservicesforvideoconferencing,VoIP,on-demandvideo, gaming, HDTV, video monitoring, and many other high-bandwidth requirements

•Scalethroughputtomeetincreasingcustomeroruserdemand

•IncreasethecapacityofexistingPMP430systemswithoutreplacingequipment

•Doublethroughputoverasinglechannel–PMP450canachieveupto125Mbpsthroughputina 20 MHz channel

•Collocatemoduleswithotherequipmentonasingletowerorrooftopwithvirtuallyno self- interference

•Takeadvantageofnewfeaturesandfunctionalityastheybecomeavailablethroughasimplesoft ware upgrade

•AddWi-Fitoresidentialandenterpriselocationstoaugment3G/4Goff-loadnetworks

•Servemorecustomers/userswithfewermodules

Configure denser networks with virtually no interference

Can you meet our very demanding training needs?

We provide training on how to configure, install, manage and operate PMP 450 links, including sup-

port for site, sector and configuration planning before deployment. Our illustrated Installation and

User Guides provide easy-to-understand installation, operation and management instructions.


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We’re so overstretched now. How much are we going to have to learn?

PMP 450 systems are optimized for fast and easy deployment, reducing deployment man-hours and

stress. Operation is easy with our intuitive user interface, and the systems work with your existing

PMP 100 and PMP 430 systems. A system can literally be installed in a matter of hours.

How will this help us grow the network?

Our PMP 450 is designed for growth. By delivering more than 700 Mbps per AP ring and more than

1 Gbps per tower with two AP rings, you can give your customers or users all the speed they need

for everything from streaming video and gaming to real-time data access, video conferencing, HDTV

and more. Plus, growth is faster and simpler. Because the PMP is wireless, there are no trenches to

dig and no copper or fiber to put down. With GPS synchronization, you can scale from small to re-

gion- wide coverage. The system deploys quickly and works with your existing systems. So, there are

no expensive, labor-intensive and time-consuming fork-lift replacements.

What design and deployment assistance can we get?

Working with our authorized partners, we provide a variety of pre-sales, post-sales, and technical support services to our customers globally. We can help you design the system, plan the modules, and install the system. After installation, we can work with you to ensure smooth network operations and management.

4.2 NEED – WHAT ARE THE COMMUNICATION PRIORITIES?

The need for a PMP 450 solution may be directly tied to a specific plan, priority, goal or initiative. One way to identify these initiatives is to ask the relative priority of the following areas of the com-munications network (critical, high, medium, low priority or no priority). Indicating a priority in any of these areas can open a discussion about managing the network and, ultimately, the need for a PMP 450 solution.

Typical Communication Priorities

•Expandingnetworkreach

•Relievinginterferenceinadensenetwork

•Reducingoreliminatingleased-linecharges

•Expandingthroughputcapacitytomeetcustomer/userdemands

•Improvingspectralefficiency

•Supplyingconnectivityforbandwidth-intensiveapplications

•Supportingusersorsubscribersinunservedandremoteareas

•Offeringnewservicestousersorsubscribers

•Provisioning,configuring,andmanagingthewirelessnetwork


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4.3 VISION – WHAT CAN I DO WITH A PMP 450 Solution

How will a PMP 450 solution enhance our current communications capabilities?

PMP 450 systems expand the capabilities of your communications network to efficiently and cost-

effectively offer in-demand voice, video, and data services. Typical ways that the solutions can help

you enhance communications include:

•Extendcoveragetounderservedorremoteareas

•Provideconnectivityfornewcustomers/users

•Offertieredservicemodelsfrom4Mbpsto55Mbps

•Achievemorethan700MbpsthroughputperAPringonthetower;achievemorethan1Gbps throughput with two rings

•Collocateequipmentwithdifferentfrequenciesonasingletowerorrooftopwithvirtuallynoself- interference

•Reducerecurringfeesbyreplacingleasedlines

•Provideconnectivityforhigh-bandwidthapplicationssuchasvideoconferencing,gaming,HDTV and VoIP

•SupplyconnectivityinnLOSandNLOSenvironments

•Provideconnectivitythroughoutanofficecampussetting

Can a PMP 450 solution be deployed without adding great cost or burden to my IT resources?

We have taken great care to minimize your learning curve and maximize ease of use. At the same

time, PMP 450 systems are designed to help you reduce your operating expenses and total cost of

ownership.

•Significant savings can be realized by replacing leased-lines services with our carrier-grade wire less solution.

•IncreasethroughputcapacitywithoutchangingSMs

•Denselypacktowerswithoutself-interference

•Installationeaseandflexiblenetworkmanagementoptionshelpyoureduceyourdeploymentand management man-hours.

•OurillustratedInstallationandUserGuidesprovidestep-by-stepinstructionsforinstallingand operating PMP 450 systems, helping you reduce deployment man-hours and travel costs.

PMP 450 modules are extremely durable and built to withstand the rigors of outdoor conditions,

helping to lower your troubleshooting and maintenance costs.


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Can a PMP 450 solution give me added throughput?

•PMP450APscandeliverupto125Mbpsthroughputoverasingle20MHzchannel.

•Withasix-sectorAPcluster,youcanachieveover700Mbpsthroughputpertower

With two six-sector AP clusters on the same tower, you can achieve more than 1 Gbps.

How can a PMP 450 solution maximize transmission quality?

We employ a combination of technologies that individually and together greatly improve transmis-

sion quality, including:

•MIMOwhichprovidesprotectionagainstfadingandenablespeakthroughputperformance

•OFDMwhichprovideshigherspectralefficiencyandhigherresistancetomultipathinterference and fading

•GPSsynchronizationgreatlyreducesoreliminatesself-interferencebetweencollocatedradioson

a tower or rooftop

Adaptive modulation and dynamic rate adaption enable the highest throughput possible for the

path conditions and maximize sector capacity with mixed products

Will network management be complicated with a PMP 450 solution?

You can choose the network management method that best fits your management strategy:

•UseyourexistingnetworkmanagementsystemwiththePMP450’sManagementAgent

•UsethePMP450ManagementAgentwithastandardWebbrowser

Use our Cambium Wireless Manager as your wireless NMS

4.4 OVERCOMING OBJECTIONS

PMP 450 solutions are too expensive.

PMP 450 solutions are very cost-efficient with a typical payback of about a year and can help pay for themselves by enabling cost-savings such as:

•Replacingoreliminatingleased-linecharges

•Maximizingspectralefficiencythroughourhigh-qualitytransmittersandreceivers–saveschannel space

•Softwareupgradesthatallowyoutoaddnewfunctionsandfeaturesastheybecomeavailable

•UpgradingandexpandingyourFSKandOFDMsystemswithoutatotalequipmentreplacement


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•Reducingcapitalexpendituresbysupplyingthroughputcapacityona“whenneeded”basis

•Reducingdeploymentandmanagementman-hourswithourstep-by-stepInstallationandUser Guides

Lowering your troubleshooting and maintenance costs with our highly durable equipment

My already overburdened IT staff will have to learn something new.

PMP 450 modules are optimized for easy, fast deployment and have an intuitive user interface to

simplify operations. If your staff needs assistance with the first deployments, we offer training on

how to design, install, manage and operate PMP 450 links. Our step-by-step Installation and User

Guides give you easy-to-following instructions and illustrations that walk you through deployment

and system operations. Plus, we provide customer services that can augment your capabilities and

assist with activities from design and deployment to operations and management.


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Hardware Reliability

•IP66andIP67-certifiedAPhousing–fully

weather rated

•Optimizedforoutdooroperations

•Excellentdurability,reducingtroubleshooting

and maintenance costs

•Morethan4millionunitsdeployedworldwide

– some operating reliably for a decade

Software-Defined Radios

•Allows new functionality as features become

available – protects against obsolescence

•InteroperabilitywithPMP430OFDMsystems

•Colocationadvantagesforcustomerswith

PMP 100 systems deployed (synchronization

and common GUI)

•Comparablesystemsdonotprovideseamless

operation with your existing deployments


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Key Competitive Advantages

Higher Throughput

• Up to 125 Mbps per AP sector

•Over700MbpsperAPring,pertower

•Upto1.5Gbpswithtwo6-sectorAPrings

stacked on one tower

•Highercapacityplatformthanmany

comparable systems

Excellent Spectral Efficiency

• PMP 450 can transmit 125 Mbps across a 20

MHz channel

•Manycomparablesystemsrequirea40-50

MHz channel to deliver similar throughput

•PMP450ismorethantwiceasspectrally

efficient; allowing you to find enough

spectrum to send your transmissions

•Frequenciescanbere-usedwhendeployed

with high-performance antennas

Highly Efficient GPS Synchronization

• Synchronization options: CMM, UGPS and

embedded GPS

•Enablesmaximumspectralefficiencyand

very low latency

•Greatlyreducesoreliminatesself-interfer

ence between collocated radios on a tower or

rooftop

•Allowsyoutoconfiguredensernetworks

without interference

4.5 COMPETITIVE POSITIONING

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5.0 FREQUENTLY ASKED QUESTIONS

1. WHAT SPEEDS CAN THE PMP 450 DELIVER?

Each AP can deliver up to 125 Mbps throughput. One six-sector ring of APs will deliver over 700

Mbps on a tower. When you stack two rings, the system can deliver more than 1 Gbps of through-

put from a single tower location.

2. WHAT ANTENNA CONFIGURATIONS ARE SUPPORTED BY THE PMP 450?

Cambium provides several high performance sector antenna options that optimize system perfor-

mance and spectral efficiency. Because the AP is connectorized, any regulatory approved anten-

na can be used (such as a 3-sector or Omnidirectional antenna) where required for your coverage

model. You can select the antenna option that best meets your network requirements.

3. CAN A PMP 450 AP BE COLLOCATED ON THE SAME TOWER WITH A 100 SERIES OR 430 SERIES AP?

Yes. PMP 450 APs can co-exist on the same AP tower with any of the following access points:

•PMP100SeriesFSK

•PMP320Series802.16e

•PMP430SeriesOFDM

4. WHAT ARE THE PMP 450 SUBSCRIBER MODULE (SM) CONFIGURATIONS?

The SM comes in two hardware flavors: an integrated patch antenna or a connectorized unit (with

2-male N-Type cables). When using the integrated version, a passive CLIP can be added to the 5

GHz version to provide additional gain, or a passive reflector dish can be used (with any frequen-

cy) to provide even more gain. These antennas extend range or enable higher speeds at the same

range.

5. WHEN WILL THE PMP 450 BE INTEROPERABLE WITH THE 430 SERIES OFDM SMS?

The PMP 450 AP is available now, and can interoperate with 430 Series OFDM SMs.

6. WHEN WILL THE PMP 450 BE AVAILABLE?

The PMP 450 AP and SM are available now. Contact your authorized Cambium Networks reseller

for more information. The 3 GHz PMP 450 covering 3.55-3.8 GHz will be available soon


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APPENDIX: PMP 450 ACCESS POINT SPECIFICATIONS

PRODUCT

MODEL NUMBERS C054045A001A, C054045A002A, C054045A003A (5 GHz)C024045A001A, C024045A003A (2.4 GHz)C035045A001A, C035045A003A (3.3 – 3.6 GHz)C036045A001A, C036045A003A (3.55 – 3.8 GHz)*

SPECTRUM

CHANNEL SPACING CONFIGURABLE ON 2.5 MHz INCREMENTS, SELECTABLE TO 50 KHz AT 3 GHz FREQUENCY

FREQUENCY RANGE 5470 - 5875 MHz 2400 - 2483.5 MHz

3300 – 3600 MHz3550 – 3800 MHz*

CHANNEL WIDTH 5 MHz, 10 MHz or 20 MHz

INTERFACE

MAC (MEDIA ACCESS CONTROL) LAYER CAMBIUM NETWORKS PROPRIETARY

PHYSICAL LAYER 2x2 MIMO OFDM

ETHERNET INTERFACE 10/100/1000BaseT, half/full duplex, rate auto negotiated (802.3 compliant)

PROTOCOLS USED 1IPv4, UDP, TCP, IP, ICMP, Telnet, SNMP, HTTP, FTP

NETWORK MANAGEMENT HTTP, Telnet, FTP, SNMP v2c

VLAN 802.1ad (DVLAN Q-inQ), 802.1Q with 802.1p priority, dynamic port VID

PERFORMANCE

SUBSCRIBERS PER SECTOR UP TO 238

ARQ YES

MODULATION LEVELS (ADAPTIVE) MCS SIGNAL TO NOISE REQUIRED (SNR, IN dB)

1X QPSK – SISO 10

2X QPSK – MIMO-B 10

4X 16QAM – MIMO-B 17



RECEIVE SENSITIVITY (PER CHAIN, IN dB)

@ 5MHZ CHANNEL

@ 10MHZ CHANNEL

@ 20MHZ CHANNEL

MAXIMUM DEPLOYMENT RANGE UP TO 40 MILES

LATENCY 3 - 5 ms, TYPICAL

GPS SYNCHRONIZATION YES, VIA AUTOSYNC (CMM3, CMM4, uGPS, iGPS)

QUALITY OF SERVICE DIFFSERVE QoS

LINK BUDGET

ANTENNA BEAM WIDTH(SEE ANTENNA SPEC SHEET FOR MORE DETAIL & RPE)

5 GHz - 60° OR 90° SECTORS (DUAL POLARITY, H + V)2.4 GHz - 60° SECTOR (DUAL SLANT)3 GHz - 90° SECTOR (DUAL SLANT)

TRANSMIT POWER RANGE -30 TO +22 dBm (COMBINED, TO EIRP LIMIT BY REGION) (1 dB INTERVAL) (+23 dBm FOR 3 GHz)

ANTENNA GAIN 5 GHz - 17 dBi H+V (SECTOR ANTENNA AVAILABLE FOR EITHER 60° OR 90°)2.4 GHz - 17 dBi DUAL SLANT (SECTOR ANTENNA AVAILABLE FOR 60°)3 GHz – 17 dBi DUAL SLANT (SECTOR ANTENNA AVAILABLE FOR 90°)

MAXIMUM TRANSMIT POWER 22 dBm COMBINED (23 dBm COMBINED FOR 3 GHz)

2.4GHz 3 GHz 5GHz

1X/2X 4X 6X 8X 1X/2X 4X 6X 8X 1X/2X 4X 6X 8X

-93 87 -78 -66 -89 -83 -76 -68 -88 -82 -75 -64

-89 -82 -75 -66 -87 -80 -74 -68 -86 -79 -71 -62

-86 -80 -73 -66 -84 -78 -71 -64 -84 -77 -70 -60


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PHYSICAL

ANTENNA CONNECTION 50 ohm, N-TYPE

SURGE SUPPRESSION IEC 61000-4-2 (ESD) 15kV (AIR), 8kV (contact)IEC 61000-4-4 (EFT) 40A (5/50ns)IEC 61000-4-5 (LIGHTNING) 25A (8/20mS)

MEAN TIME BETWEEN FAILURE > 40 YEARS

ENVIRONMENTAL IP67, IP66

TEMPERATURE -40°C TO +55°C (-40°F TO +131°F), 0-95% NON-CONDESNSING

WEIGHT 2.5 kg (5.5 lbs)

WIND SURVIVAL 190 km/hour (118 mi/hour)

DIMENSIONS (HxWxD) RADIO: 27x21x7 cm (10.6”x8.3”x2.8”)

TYPICAL POWER CONSUMPTION 11 W (5 GHz AND 2.4 GHz), 12 W (3 GHz)

MAXIMUM POWER CONSUMPTION 14 W (5 GHz AND 2.4 GHz), 15 W (3 GHz)

INPUT VOLTAGE 22 TO 32 VDC

SECURITY

ENCRYPTION 56-bit DES, FIPS-197 128-bit AES

CERTIFICATIONS

INDUSTRY CANADA 109W-0002 (5.4, 5.8 GHz)109W-0004 (2.4 GHz)109W-0010 (3.65 GHz)

FCC ID Z8H89FT0002 (5.4, 5.8 GHz)Z8H89FT0004 (2.4 GHz)Z8H89FT0010 (3.65 GHz)

CE EN 301 893 V1.6.1 (5.4 GHz)EN 302 502 V1.2.1 (5.8 GHz)EN 302 326-2 V1.2.2 (3 GHz)EN 302 326-3 V1.3.1 (3 GHz)


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PMP 450 SUBSCRIBER MODULE SPECIFICATIONS

PRODUCT

MODEL NUMBERS (-005A THROUGH -008A ARE CONNECTORIZED)

SPECTRUM

CHANNEL SPACING CONFIGURABLE ON 2.5 MHz INCREMENTS, SELECTABLE TO 50 KHz AT 3 GHz FREQUENCY

FREQUENCY RANGE 5470 - 5875 MHz 2400 - 2483.5 MHz

3300 – 3600 MHz3550 – 3800 MHz*

CHANNEL WIDTH 5 MHz, 10 MHz or 20 MHz

INTERFACE

MAC (MEDIA ACCESS CONTROL) LAYER CAMBIUM NETWORKS PROPRIETARY

PHYSICAL LAYER 2x2 MIMO OFDM

ETHERNET INTERFACE 10/100/1000BaseT, half/full duplex, rate auto negotiated (802.3 compliant)

PROTOCOLS USED 1IPv4, UDP, TCP, IP, ICMP, Telnet, SNMP, HTTP, FTP

NETWORK MANAGEMENT HTTP, Telnet, FTP, SNMP v2c

VLAN 802.1ad (DVLAN Q-inQ), 802.1Q with 802.1p priority, dynamic port VID

PERFORMANCE

ARQ YES

MODULATION LEVELS (ADAPTIVE) MCS SIGNAL TO NOISE REQUIRED (SNR, in dB)

1X QPSK – SISO 10

2X QPSK – MIMO-B 10




RECEIVE SENSITIVITY (PER CHAIN, IN dB)

@ 5MHZ CHANNEL

@ 10MHZ CHANNEL

@ 20MHZ CHANNEL

MAXIMUM DEPLOYMENT RANGE UP TO 40 MILES

LATENCY 3 - 5 ms, TYPICAL

GPS SYNCHRONIZATION YES, VIA AUTOSYNC (CMM3, CMM4, uGPS, iGPS)

QUALITY OF SERVICE DIFFSERVE QoS

LINK BUDGET

ANTENNA BEAM WIDTH 55° AZIMUTH, 55° ELEVATION (BOTH POLARIZATIONS)

ANTENNA GAIN 9 dBi H+V, INTEGRATED PATCH (5 GHz)8 dBi DUAL SLANT, INTEGRATED PATCH (2.4 GHz, 3 GHz)

TRANSMIT POWER RANGE -30 TO +22 dBm (COMBINED, TO EIRP LIMIT BY REGION) (1 dB INTERVAL) (+23 dBm FOR 3 GHz)

MAXIMUM TRANSMIT POWER 22 dBm COMBINED OFDM (+23 dBm FOR 3 GHz)

REFLECTOR GAIN +14 dBi FOR 5 GHz, +12 dBi FOR 2.4 GHz AND 3 GHz

CLIP GAIN +8 dBi (WITH CLIP (CASSEGRAIN LENS FOR IMPROVED PERFORMANCE), FOR 5 GHz ONLY)

4 Mbps 10 Mbps 20 Mbps UNCAPPED

5 GHz C054045C001AC054045C005A

C054045C002AC054045C006A

C054045C003AC054045C007A

C054045C004AC054045C008A

2.4 GHz C024045C001AC024045C005A

C024045C002AC024045C006A

C024045C003AC024045C007A

C024045C004AC024045C008A

3.3-3.6 GHz C035045C001AC035045C005A

C035045C002AC035045C006A

C035045C003AC035045C007A

C035045C004AC035045C008A

3.55-3.8 GHz* C036045C001AC036045C005A

C036045C002AC036045C006A

C036045C003AC036045C007A

C036045C004AC036045C008A

2.4GHz 3 GHz 5GHz

1X/2X 4X 6X 8X 1X/2X 4X 6X 8X 1X/2X 4X 6X 8X

-91 -86 -78 -68 -92 -86 -80 -73 -91 -85 -79 -69

-90 -83 -77 -65 -90 -83 -77 -70 -90 -83 -76 -64

-86 -80 -76 -66 -87 -80 -73 -66 -87 -80 -72 -62


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PHYSICAL

ANTENNA CONNECTION INTEGRATED PATCH ANTENNA, CONNECTORIZED VERSIONS AVAILABLE

SURGE SUPPRESSION IEC 61000-4-2 (ESD) 15kV (AIR), 8kV (contact)IEC 61000-4-4 (EFT) 40A (5/50ns)IEC 61000-4-5 (LIGHTNING) 100A (8/20mS)

MEAN TIME BETWEEN FAILURE > 40 YEARS

ENVIRONMENTAL IP55

TEMPERATURE -40°C TO +55°C (-40°F TO +131°F), 0-95% NON-CONDESNSING

WEIGHT 0.45 kg (1 lb.)

WIND SURVIVAL 190 km/hour (118 mi/hour)

DIMENSIONS (HxWxD) 30 x 9 x 9 cm (11.75” x 3.4” x 3.4”)

TYPICAL POWER CONSUMPTION 9 W (5 GHz AND 2.4 GHz), 12 W (3 GHz)

MAXIMUM POWER CONSUMPTION 12 W (5 GHz AND 2.4 GHz), 15 W (3 GHz)

INPUT VOLTAGE 20 TO 32 V

SECURITY

ENCRYPTION 56-bit DES, FIPS-197 128-bit AES

CERTIFICATIONS

INDUSTRY CANADA 109W-0002 (5.4, 5.8 GHz)109W-0004 (2.4 GHz)109W-0009 (3.65 GHz)

FCC ID Z8H89FT0002 (5.4, 5.8 GHz)Z8H89FT0004 (2.4 GHz)Z8H89FT0009 (3.65 GHz)

CE EN 301 893 V1.6.1 (5.4 GHz)EN 302 502 V1.2.1 (5.8 GHz)EN 302 326-2 V1.2.2 (3 GHz)EN 302 326-3 V1.3.1 (3 GHz)

www.cambiumnetworks.com

Cambium Networks and the stylized circular logo are trademarks of Cambium Networks, Ltd. All other trademarks are the property of

their respective owners. © Copyright 2014 Cambium Networks, Ltd. All rights reserved.

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PMP 450 Sales Guide, Release 02-00 – This document is intended for use by only

Cambium Networks employees and authorized ConnectedPartner program members.


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