PTP 810 Sales Guide - DoubleRadius€¦ · PTP 810 Sales Guide from Release 01-00 – This document is intended for use by only 2 Cambium Networks employees and authorized ConnectedPartner

Cambium PTP 810 Series Sales Guide From Release 01-00

PTP 810 Sales Guide from Release 01-00 – This document is intended for use by only 2 Cambium Networks employees and authorized ConnectedPartner program members.

KEY SELLING POINTS

Operating in the 6 to 38 GHz licensed bands, our Cambium PTP 810 Series Solutions give your customers native Ethernet and native TDM on one platform. • Compelling reasons to purchase the PTP 810:

– Carrier-grade licensed microwave with native Ethernet and TDM on one platform – T1/E1 and STM-1/OC-3 interfaces – XPIC support in 64, 128 and 256 QAM modulation modes at 28 MHz or above channel widths – Highly-scalable throughput up to 700 Mbps full duplex with XPIC – Configurable channel widths from 7 to 80 MHz – Choice of Split-Mount or All-Indoor architectures – Built-in T1/E1 cross-connection switch – Built-in L2 Ethernet switch – Supports non-protected, HSB protected, and ring configurations – Supports spatial and frequency diversity – Supports both Fast Ethernet and Gigabit Ethernet – Deploys quickly and easily, typically installed in a day or two

• With a PTP 810 solution your customers can:

– Cost-effectively and smoothly migrate existing TDM traffic to an IP-based Ethernet network – Leverage the existing TDM investment while supporting IP-based devices and applications – Migrate from TDM to an IP-based network without communication interruptions – Backhaul LTE, 4G and WiMAX networks – Deliver high capacity over a single port with true link aggregation – Replace or supplement T1/E1 and/or STM-1/OC-3 leased lines – Backhaul data, voice and video as well as Voice-over-IP (VoIP) – Provide reliable network redundancy for wired or fiber networks – Extend voice and video beyond the confines of a wired network – Connect locations where wired service does not exist such as on protected lands – Grow subscriber networks by establishing service in unserved locations

• Why should you choose the PTP 810 solution?

– Hybrid solution leveraging your TDM investment while furthering a smooth, cost-efficient migration to IP-based Ethernet

– Highly expandable, modular modem unit – Wide array of frequencies available – Highly-scalable user throughput up to 700 Mbps with XPIC – True link aggregation supplying very high capacity over a single port – T1/E1 and STM-1/OC-3 interfaces make it easy to leverage the TDM investment – Wide variety of configuration options including non-protected, HSB and ring – Enhanced QoS protects voice and high-priority traffic – Embedded L2 Ethernet switch and embedded TDM switch saves the cost of purchasing

external switches and the associated cabling – All-Indoor alternative offering easy, convenient system management and upgrades without a

tower climb – Cambium PTP LINKPlanner tool allows you and your customers to plan and optimize link

performance prior to purchase – Extremely durable outdoor radio units that withstand the rigors of outdoor conditions

More information about our PTP 810 solutions is available at cambiumnetworks.com.

http://www.cambiumnetworks.com/products/index.php?id=ptp810�


TABLE OF CONTENTS

1.0 EXECUTIVE SUMMARY ................................................................................................................. 5

2.0 PTP 810 PRODUCT OVERVIEW ................................................................................................... 6

2.1 HIGH-LEVEL FEATURE SET ..................................................................................................... 6

2.2 PTP 810 AND 810i OVERVIEW ................................................................................................. 9

2.3 SYSTEM CONFIGURATIONS .................................................................................................. 10

2.4 MMU CONFIGURATIONS ........................................................................................................ 12

2.5 AES ENCRYPTION .................................................................................................................. 12

2.6 CROSS POLARIZATION INTERFERENCE CANCELLATION (XPIC) .................................... 12

2.7 PTP LIGHTNING PROTECTION UNIT (PTP-LPU) .................................................................. 12

2.8 PTP LINKPLANNER ................................................................................................................. 13

2.9 WIRELESS MANAGER ............................................................................................................ 15

2.10 FCC LICENSE COORDINATION SERVICES ........................................................................ 15

3.0 CONFIGURATION AND ORDERING ...........................................................................................16

3.1 ORDERING A PTP 810 ............................................................................................................ 16

3.2 SPLIT-MOUNT CONFIGURATIONS ........................................................................................ 18

3.3 SPLIT-MOUNT DEPLOYMENT ................................................................................................ 20

3.4 ALL-INDOOR CONFIGURATIONS .......................................................................................... 21

3.5 PTP 810 AND PTP810i FAMILY OF PRODUCTS ................................................................... 22

4.0 PTP 810 SERIES SALES TOOLS ................................................................................................23

4.1 BENEFITS – WHO BENEFITS FROM A PTP 810 PURCHASE DECISION? ......................... 23

4.2 NEED – WHAT ARE THE COMMUNICATION PRIORITIES? ................................................. 24

4.3 VISION – WHAT CAN I DO WITH A PTP 810 OR A PTP 810i SOLUTION? .......................... 25

4.4 OVERCOMING OBJECTIONS ................................................................................................. 26

4.5 COMPETITION ......................................................................................................................... 27

5.0 FREQUENTLY ASKED QUESTIONS ..........................................................................................28

APPENDIX: PTP 810 SPLIT-MOUNT SPECIFICATIONS .................................................................30

APPENDIX: PTP 810i ALL-INDOOR SPECIFICATIONS ..................................................................38


ACM Adaptive Coding and Modulation AES Advanced Encryption Standard BOM Bill of Materials FIPS Federal Information Processing Standard HSB Hot Standby (redundancy) IRFU Indoor Radio Frequency Unit LOS Line-of-sight (clear line-of-sight and Fresnel zone is clear) MMU Modular Modem Unit NMS Network Management System OC Optical Carrier ODU Outdoor Unit (Integrated or Connectorized radio) PDH Plesiochronous Digital Hierarchy PMP Point-to-Multipoint PoE Power-over-Ethernet PTP Point-to-Point QAM Quadrature Amplitude Modulation RF Radio Frequency RSTP Rapid Spanning Tree Protocol SNCP Sub-Network Connection Protection SNMP Simple Network Management Protocol STM Synchronous Transport Module TDM Time Division Multiplexing XPIC Cross Polarization Interference Cancellation

ACRONYM REFERENCES


1.0 EXECUTIVE SUMMARY OPPORTUNITY: Smooth, cost-efficient migration to an IP-based Ethernet network while protecting the existing TDM investment To meet the ever-increasing demands for converged voice, video and data services, service providers and network operators worldwide are transitioning their existing TDM networks to IP-based systems and extending Ethernet technology across the entire network. The objectives of these migrations are to lower operational and maintenance costs while supporting new packet-centric applications. However, migrating from TDM to IP-based Ethernet without experiencing communication interruptions is extremely challenging. The TDM-based and Ethernet-based systems need to functionally co-exist to enable a seamless migration. Employing a hybrid approach often can be an excellent answer. SOLUTION: Point-to-Point (PTP) 810 Series Licensed Microwave Solutions Our Cambium Point-to-Point (PTP) 810 Solutions are designed to help you support IP-based devices and applications while still using elements of your legacy TDM systems. So, you can leverage your TDM investment while gaining the cost-saving and performance-boosting advantages of packet-based transport. Operating in the 6 to 38 GHz bands, PTP 810 systems support T1/E1, STM-1/OC-3, and Ethernet on a single platform, delivering up to 700 Mbps full duplex with XPIC enabled. PTP 810 systems provide true link aggregation, allowing you to deliver high capacity over a single port for applications such as: • Video surveillance • Voice-over-IP • Streaming video • Network redundancy Within the PTP 810 family of products, you have two architectures, the PTP 810 Split-Mount solutions and the PTP 810i All-Indoor solutions. A PTP 810 Split-Mount link consists of Outdoor Radio Units (ODUs), Modular Modem Units (MMUs), antennas, and the appropriate accessories. The ODUs and antennas are deployed on towers or rooftops while the MMUs are rack-mounted inside your building or equipment housing structure. A PTP 810i All-Indoor link consists of Indoor Radio Frequency Units (IRFUs), Modular Modem Units (MMUs), antennas, and the appropriate accessories. Both the IRFU and MMU are rack-mounted inside your building or equipment housing structure.

PTP 810 ARCHITECTURES


2.0 PTP 810 PRODUCT OVERVIEW

PTP 810 systems are ideal choices when you want to leverage your existing TDM investment as you transition to an IP-based, Ethernet network.

2.1 HIGH-LEVEL FEATURE SET

Key Features for PTP 810 Solutions

Hybrid System Native Ethernet and native TDM on one platform: • Use elements of your legacy TDM systems as you integrate new IP-

based services • Smoother more cost-efficient transition from TDM to IP-based Ethernet

RF Bands

• 6 to 38 GHz radio frequencies: – With ODU-A, FCC/ETSI 6 ~ 38 GHz – With ODU-B, FCC/IC 11, 18, 23 GHz – With IRFU, FCC/IC 6 and 11 GHz, plus FCC 7 GHz

Exceptional Scalability • Capacity-as-you-grow throughput allows you to purchase only what you need now and increase throughput capacity as your needs grow.

• Single-step capacity upgrades can be purchased in the following increments: X ► 20 Mbps (per unit) X ► 30 Mbps (per unit) X ► 40 Mbps (per unit) X ► 50 Mbps (per unit) X ► 100 Mbps (per unit) X ► 150 Mbps (per unit) X ► 200 Mbps (per unit) X ► 300 Mbps (per unit) X ► 400 Mbps (per unit) X ► 600 Mbps (per unit)

• Flexible stepped upgrades let you match throughput requirements to applications and budget by upgrading your capacity in steps over time: 10 ► 20 Mbps (per unit) 20 ► 30 Mbps (per unit) 30 ► 40 Mbps (per unit) 40 ► 50 Mbps (per unit) 50 ► 100 Mbps (per unit) 100 ► 150 Mbps (per unit) 150 ► 200 Mbps (per unit) 200 ► 300 Mbps (per unit) 300 ► 400 Mbps (per unit) 400 ► 600 Mbps (per unit)

XPIC Support • Double throughput with XPIC: – Up to 700 Mbps for PTP 810 and up to 477 Mbps for PTP 810i – Supported in 64, 128, and 256 QAM modulation – Requires 28 MHz or higher channel width – Different data is transmitted simultaneously on the horizontal and

vertical polarizations over the same channel • Enabled by obtaining a license key



Configurable Channel Widths

• PTP 810: 7 to 80 MHz • PTP 810i: 10 to 40 MHz

Architectures • Split-Mount configuration with Modular Modem Unit (MMU), Outdoor Unit (ODU), antenna, and appropriate accessories

• All-Indoor configuration with MMU, Indoor Radio Frequency Unit (IRFU), antenna, and appropriate accessories

Link Aggregation • PTP 810 systems support “true” link aggregation, enabling very high capacity over a single port

• Many comparable systems claim link aggregation, but actually require two ports to achieve the same throughput as our PTP 810

Interfaces • T1/E1 • STM-1 / OC-3 • Ethernet

ACM • Fixed or adaptive modulation based on your specific requirements and traffic patterns

• Adaptive QPSK and 16 to 256 QAM

System Configurations • 1+0 Non-Protected: No hardware protection in the event of a hardware failure; can upgrade a 1+0 link to 1+1 if desired

• 1+1 Protected: Single link with HSB redundancy protection, without spatial or frequency diversity

• 1+1 Protected-Spatial Diversity: HSB redundancy protection with spatial diversity; one transmitter and two receivers are active to provide HSB protection – switching is hitless

• 1+1 Protected-Frequency Diversity: HSB redundancy protection with frequency diversity; two radio frequencies are used; both radios are active – both receive and transmit switching are hitless

• 2+0 (East/East) for Link Aggregation: Each MMU is connected to two ODUs; both ODUs transmit and receive in the same direction to the ODU at the opposite end of the link

• 2+0 Ring (East/West): Each MMU is set up in an East/West configuration and is connected to two ODUs – one ODU transmits and receives in one direction of the ring, and the other ODU transmits and receives in the other direction

• SNCP-Like Protected T1/E1: Ideal for ring deployments with both wireless and wired segments; enables interoperability between PTP 810 and third-party equipment

• Protected Ethernet Ring: Protects the network management and the payload Ethernet network; can perform self-healing operations; if an outage occurs, RSTP (Rapid Spanning-Tree Protocol) restores communications



Enhanced QoS • Prioritizes mixed traffic to protect voice and high-priority traffic • Implemented using weighted priority queues (WFQ), Strict Priority

Scheme, or Pre-empt with WFQ based on one or more of the following: – Port Priority – 802.1Q VLAN Tag – IPv4 TOS – DiffServ

Switches

• Embedded L2 Ethernet switch • Embedded TDM switch • Saves you the cost of purchasing external switches and the associated

cabling

Highly Modular MMU • Hybrid TDM and Ethernet support • Field-upgradable components • Configurable to operate within your existing infrastructure • Scalable to meet communication network objectives

Flexible Network Management Options

• Web-based management using a standard browser • Integrates with existing NMS via SNMP and our PTP MIB • Use our Cambium Wireless Manager, version 4.1 or higher, as the NMS

Link Planning Our Cambium PTP LINKPlanner is a free system-design tool that enables accurate performance planning prior to purchase based on variables specific to the deployment. The tool allows you to plan multiple links simultaneously and provides a comprehensive view of the wireless network via Google™ Earth. LINKPlanner is available as a stand-alone tool and can be downloaded from our web site at PTP LINKPlanner.

12-Month Standard Warranty

With the purchase of each PTP 810 system, we provide a 12-month (one-year) limited warranty on hardware components with repair-and-return terms for damaged units. Typical turn-around time for repair and return of a damaged unit is less than 30 days. This Standard Warranty also includes minor software enhancements as available and 24x7 telephone technical support. Each new hardware device must be registered online at cambiumnetworks.com/registration to activate the free 12-month warranty period and receive notification of software updates.

Extended Warranties

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 upgrade and/or extend equipment coverage and protect your investment.

Extended Warranty with All Risks Advanced Replacement: This warranty upgrades and extends the initial 12-month Standard Warranty to include All Risks equipment coverage and the Advanced Replacement Program. The All Risks feature provides coverage for virtually all types of equipment damage, including lightning, dropped units, vandalism, fire and hardware failure. Replacement units are shipped from Cambium Networks the next business day after receipt of a confirmed Cambium RMA, and we pay shipping costs. Delivery time is dependent on the ship-to location and customs. This warranty also includes minor software enhancements as they become available and 24x7 telephone technical support.

http://www.cambiumnetworks.com/support/ptp/software/index.php�

http://www.cambiumnetworks.com/support/ptp/registration.php�



Extended Warranties (Continued)

Extended Warranty with Repair-and-Return: This warranty extends the term of the initial 12-month Standard Warranty with repair-and-return terms through the second, third or fifth years of ownership. Typical turn-around time for repair and return of a damaged unit is less than 30 days. This option is beneficial when your organization purchases one or more spare PTP links for use as replacement units and, therefore, fast replacement is not necessary. Minor software enhancements and 24x7 telephone technical support are also included with this warranty. NOTE: After purchasing an Extended Warranty, you need to ACTIVATE your Extended warranty online at PTP Warranty Activation.

2.2 PTP 810 AND 810i OVERVIEW PTP 800 and 810 Split-Mount systems share the same Outdoor Units (ODUs), cable, antennas, and accessories. The only component which is different is the Modular Modem Unit (MMU). By replacing a CMU with an MMU, you can easily transition from a PTP 800 system to a PTP 810 to achieve greater capacity, add TDM, and/or support XPIC.

The PTP 810 Modular Modem Unit (MMU) is frequency independent and operates reliably in temperatures from 23° to +131° F (-5° to +55o C). The MMU is designed to be installed inside your building or equipment housing structure.

PTP 810 Split-Mount systems include an ODU and MMU. Based on local regulatory conditions, you may choose between two ODUs – ODU-A which is available for 6 to 38 GHz frequencies and ODU-B which is available for the 11, 18 and 23 GHz frequencies (FCC/IC only). The ODU and MMU are connected by a single IF cable. PTP 810 ODUs are frequency dependent and operate reliably in temperatures from -27° to +131° F (-33° to +55o C).

<< OR >>

Outdoor Unit (ODU-A) Outdoor Unit (ODU-B)

PTP 810 Modular Modem Unit (MMU)

http://www.cambiumnetworks.com/support/ptp/warranty/activate.php�


A typical PTP 810 Split-Mount 1+0 link consists of two ODUs and two MMUs, with one ODU and MMU at each end of the link. In addition to the ODUs and MMUs, a link will require antennas (one at each end of the link), plus the appropriate cables and accessories. A typical PTP 810i All-Indoor 1+0 link consists of two IRFUs and two MMUs, with one IRFU and MMU at each end of the link. The IRFU is the same IRFU as is used with the PTP 800i All-Indoor system. PTP 810i All-Indoor systems operate in the 6 and 11 GHz radio frequencies (FCC/IC only) and the FCC 7 GHz frequency. IRFUs are frequency dependent and operate reliably in temperatures from 23° to +122° F (-5° to +50o C). The IRFU and MMU are connected by a single IF cable. In addition to the IRFUs and MMUs, a link requires antennas (one at each end of the link), plus the appropriate cables and accessories. A waveguide connects the IRFU to the antenna.

2.3 SYSTEM CONFIGURATIONS

PTP 810 and 810i systems offer you a wide array of configurable link-protection options, so you can enable the alternative that best meets your infrastructure, applications, and budgetary requirements. Options include: • 1+0 Non-Protected: A 1+0 link is a single link with no redundancy protection. In the event of a

hardware failure, the link would incur an outage until the failed unit is replaced. Non-redundant links are good choices where you would not incur significant consequences in the event of a communication outage. After deployment, you can upgrade a 1+0 link to a 1+1 link by installing the standby modem and power supply.

• 1+1 Protected with No Diversity: A 1+1 link is a single link with HSB redundancy protection. In the event of a hardware failure, the link will continue working while the failed unit is being replaced. The PTP 810 supports 1+1 protection, with or without spatial or frequency diversity.

• 1+1 Protected with Spatial Diversity: This 1+1 link also provides HSB redundancy protection for the modem cards, ODU, and power supply. In the event of a hardware failure, the link will continue working while the failed unit is being replaced. With spatial diversity, one transmitter sends information to two receivers to provide HSB protection, and the switching is hitless. At the receiving end, the best data stream is chosen and forwarded.

• 1+1 Protected with Frequency Diversity: A 1+1 link with frequency diversity provides redundancy protection for the modem cards, ODU, and power supply. In the event of a hardware failure, the link will continue working while the failed unit is being replaced. When choosing frequency diversity, two radio frequencies are used, both radios at each end are active, and the receive and transmit switching are hitless.

Indoor Radio Frequency Unit (IRFU)


• 2+0 East/East Configuration: With a 2+0 configuration for link aggregation, each MMU is connected to two ODUs. Both ODUs transmit and receive in the same direction to the ODUs at the opposite end of the link to provide redundancy.

• 2+0 East/West Configuration: With this configuration, each MMU is setup in an East/West configuration with each MMU connected to two ODUs. One ODU transmits and receives in one direction of a ring or ribbon architecture, and the other ODU transmits and receives in the other direction.

• Sub-Network Connection Protection (SNCP)-Like Protected T1/E1: Ideal for ring deployments with both wireless and wired segments, this configuration enables interoperability between PTP 810 and third-party equipment.

• Protected Ethernet Ring: This configuration protects the network management system and the payload Ethernet network, and can perform self-healing operations. Rapid Spanning-Tree Protocol (RSTP) can restore connectivity in the event of an outage.

Configuration Active Tx’r

Num ODU Pairs per Hop

Num Ant. Pairs per Hop

Mounting

Num Freq. Pairs per Hop

Base Platform XPIC

Single Carrier

Dual Carrier Lic Cable

1+0 1 1 1 1 2 1+0 SD 1 2 2 1 2

1+0, in Ring 1 1 1 1 1 1+0, in Ribbon 1 1 1 1 1

1+1 HSB 1 2 1 Sym & Asym

Coupler 1 2

1+1 HSB w/SD 1 2 2 1 2 1+1 FD 2 2 2 2 2

2+0 Co-Polar 2 2 1 Sym Coupler 2 2

2+0 Cross-Polar 2 2 1 OMK 2 2 2+0 XPIC 2 2 1 OMK 1 2 2 2 2+2 XPIC 2 4 2 OMK 1 4 4 4

4+0 4 4 2 OMK 4 4 1+1 in Ring

(“Protected 1+1”) 1 2 1 Sym & Asym

Coupler 1 2

1+1 in Ribbon 1 2 1 Sym & Asym

Coupler 1 2


2.4 MMU CONFIGURATIONS In addition to the array of redundancy options, you also have several MMU configuration models to meet your specific T1/E1, fiber, and Ethernet requirements.

MMU CONFIGURATIONS

Options Standard Standard Plus GigE Super PDH

Capacity 1-16 T1/E1 + Ethernet + NMS

1-16 T1/E1 + Ethernet + STM-1

MUX/DEMUX + NMS

1-2 T1/E1 + Ethernet + NMS

1-42 T1/E1 + Ethernet + NMS

Optional Additional T1/E1 Capacity

1-16 T1/E1 or 1-21 T1/E1

1-16 T1/E1 or 1-21 T1/E1

1-16 T1/E1 or 1-21 T1/E1

1-16 T1/E1 or 1-21 T1/E1

Optional Additional STM-1 Capacity 1-3 STM-1 1-3 STM-1 1-3 STM-1 2 STM-1

2.5 AES ENCRYPTION PTP 810 and 810i systems support 128-bit AES encryption for network management. The AES is not configurable because it is auto-negotiated for SSH and HTTPS based on the setting of the network management client.

2.6 CROSS POLARIZATION INTERFERENCE CANCELLATION (XPIC) PTP 810 and 810i systems support XPIC functionality in 64, 128 and 256 QAM modulation modes at 28 MHz or above channel widths. XPIC allows you to double your throughput without increasing your channel bandwidth. To accomplish this, different data is transmitted simultaneously on the horizontal and vertical polarizations in the same channel. For an XPIC link, the PTP 810 MMU must be configured as a dual modem. To enable XPIC, you will need to purchase a license key. Two XPIC keys are required per XPIC link – one key per MMU.

2.7 PTP LIGHTNING PROTECTION UNIT (PTP-LPU) Because PTP 800 and PTP 810 systems share the same ODUs, the same lightning protection kits can be used to protect your PTP 810 outdoor radio units.


2.8 PTP LINKPLANNER Available as a standalone tool, Cambium PTP LINKPlanner makes it easy to design and optimize PTP 800 and 810 solutions operating in any RF band between 6 and 38 GHz. PTP LINKPlanner’s advanced features intuitively guide you through the link planning and optimization process, allowing you to: • Automatically load path profiles and environmental factors such as rain fade • Configure a reliable, high-performance link over a line-of-sight path • Design one link or multiple links simultaneously – a feature that is not available in many

comparable link-planning tools • Conduct “what-if” scenarios and immediately see the effects of the changes • Obtain details that accurately predict link performance • Receive information that helps to complete your licensing application • View your wireless network via Google™ Earth • Obtain a complete licensed-microwave Bill of Materials (BOM) – a real time-saver during the

purchasing process

Sample PTP 800/810 Series Path Profile


Sample PTP 800/810 Series Path Profile – Performance Information

Sample PTP 800/810 Bill of Materials

Sample PTP 800i Bill of Materials


2.9 WIRELESS MANAGER Flexibility is one of the hallmarks of our wireless solutions, especially when it comes to managing the wireless network. You can easily integrate with an existing third-party network management system; manage the wireless network over the Internet using a standard Web browser; and/or use our Wireless Manager, release 4.1 or higher as the wireless network management system. Cambium 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. When paired with our PTP solutions, WM adds these capabilities to PTP links:

• Status Monitoring: WM uses an SNMP status ping to determine if PTP devices in the WM inventory are still responsive and reachable via the network. Failed status checks result in a major alarm, which is prominently displayed. An alarm can alert you to failed, destroyed and/or stolen hardware, including problems such as denial-of-service attacks that make a device effectively offline.

• Configuration Monitoring: WM checks the configuration of each PTP device on a regular basis, and compares that configuration to the expected settings. If a discrepancy is detected – due to unauthorized tampering with the device, as an example – the system administrator is notified so that investigative and corrective action can be taken.

• Access Control: WM users can be limited in the scope of their WM activities, including limits on the devices they can view and manage as well as limits on the features they can use (e.g., read-only inventory listings versus writing configuration settings). Password access provides further control.

• Audit Trail: WM records the configuration actions of its own users, so that a history is maintained of what users changed the settings on each PTP device and when the changes were made. In the event of a problem with settings on a device, the system administrator can determine which user is responsible and assess the reasoning behind the changed configuration.

2.10 FCC LICENSE COORDINATION SERVICES For customers in the United States, we offer FCC license coordination services through our partnership with Comsearch. The service covers a link study, Prior Coordination Notification (PCN), FCC application filing, Schedule K completion, and a one-year license protection warranty. Below is an overview of these FCC licensing services:

• 6 ~ 38 GHz FCC microwave frequency coordination services include: – Frequency selection, interference analysis and engineering documentation – PCN and case resolution – FCC application preparation and filing, with Schedule-K completion

• The microwave license-coordination service fee covers: – A single path, including multiple frequency pairs within the same band, if requested – Revisions to the original order at no additional cost before the license grant is provided –

such revisions are not for new paths – One-year of frequency-protection service after the PCN is issued

• FCC licensing fee: – The license coordination service fee does NOT include the FCC licensing fee ($660 per

transmit site). – The FCC licensing fee may be waived or discounted if the customer is a local

government, municipality, educational organization, hospital, etc. – The FCC licensing fee can be paid by the customer directly through the FCC web page

or paid through Comsearch. • A dedicated support contact is provided at:

– Phone: 1-877-881-8249 – Email: Cambium MW [email protected]

mailto:Cambium%20MW%[email protected]�


3.0 CONFIGURATION AND ORDERING

This section of the Sales Guide describes the policies and procedures for ordering PTP 810 and PTP 810i solutions.

3.1 ORDERING A PTP 810 There are several key issues involved in configuring and ordering a PTP 810 or a PTP 810i system. This Sales Guide provides an overview of the ordering process. Complete ordering procedures with part numbers and descriptions can be found in the PTP 800 & PTP 810 Ordering Guide.

To begin, you should complete a site survey. Both a physical and a radio-frequency analysis of the area should be conducted to evaluate:

• Availability and height of antenna-supporting structures • Existence of foliage and other obstructions • Environmental and seasonal issues • Spectrum analysis for the path at desired and alternate frequencies • Anticipated changes in path conditions • Link capacity required to meet the needs:

– TDM capacity – number of T1/E1, STM1/OC-3 ports – Ethernet capacity – number of Ethernet ports and capacity requirement

Then you can use the Cambium PTP LINKPlanner tool to plan and optimize a single link or multiple links based on your specific applications and path requirements. PTP LINKPlanner greatly decreases the amount of time required to accurately predict PTP 810 link performance prior to purchase given certain assumptions about geography, distance, antenna height, transmit power, link capacity, and other factors. By changing input data, you can conduct “what if’ scenarios and instantly see the effect on performance. When you have optimized the link to meet your requirements, LINKPlanner will provide vital information that can be given to your licensing agent to assist in completing the licensing application.

Note: Path calculations for PTP 810 systems can be performed only with the Cambium PTP LINKPlanner. For that reason, you will want to attend one of the scheduled live or on-demand tutorials to begin using this tool as soon as possible.

After a PTP 810 system is configured, you will need to contact a local licensing agent for assistance in determining the RF bands available. The licensing agent will survey existing license holders to determine if your desired band will conflict with any of the existing licenses. When none of the license holders objects, you can apply for the license in the desired RF band.

After applying for your license, you will receive your license or PCN. It is important to note that you should not order your PTP 810 equipment until you have confirmation from your local regulatory agency indicating the frequency under which you will be operating. That way you will not order the wrong link components.

STEP 1: PLAN AND OPTIMIZE LINKS

STEP 2: IDENTIFY AVAILABLE LICENSED FREQUENCIES

STEP 3: RECEIVE YOUR LICENSE OR PRIOR COORDINATION NOTIFICATION (PCN)


After you have confirmation of the license frequency, use PTP LINKPlanner to configure your link. Once the link is configured to your requirements, the system will provide a detailed performance report that can be used to guide your installers through a speedy deployment. Simultaneously, LINKPlanner compiles a licensed-microwave Bill of Materials (BOM) to streamline the purchasing process.

At this point, you can order your PTP 810 system using the BOM supplied by the PTP LINKPlanner. A typical order will include many components for each link being ordered. Selecting everything that you need is a five-step process as outlined in the following table:

1 SELECT PTP 810 MMU

• Models: Standard, Standard Plus, Gig-E, or Super PDH • Modem: Single or dual modem • Capacity Key: 10 Mbps to 600 Mbps; XPIC key • MMU I/O Module: E1/T1 • Modem Accessories: SFP module, rack mount kit, AC/DC

adapter

2 SELECT RF UNIT

• Architecture: Split Mount or All Indoor • Frequency: 6 ~ 38 GHz for ODU-A; 11, 18, or 23 GHz for

ODU-B; 6, 7, or 11 GHz for IRFU • For ODU-A or B: Define the T/R and sub-band • For IRFU: Define the configuration as well as the Tx and Rx

3 SELECT ANTENNA AND ANTENNA ACCESSORIES

• Frequency: 6 ~ 38 GHz • Polarization: Single polarization or dual polarization • Mounting Type: Direct mount or remote mount • Size: 1 to 12 ft. • Accessories: Couplers, OMK, etc. • Waveguide: Waveguide, connectors, grounding, etc. • For All-Indoor: Specify dehydrator

4 SELECT CABLE AND CABLE ACCESSORIES

• Length: 75m to 500m • Cable Assembly Kit: Y/N • Lighting Protection Kit: Y/N • Extra Cable Grounding Kit: Y/N • Crimp Tool: Y/N

5 SELECT WARRANTIES, SERVICES, ETC.

• Warranty Type: Repair-and-Return or All Risk Advanced Replacement

• Extended Warranty Term: Upgrade Standard Warranty to All Risk Advanced Replacement; 1, 2, or 4 additional years of equipment coverage

• For Customers in the US: FCC License Coordination Services

STEP 4: CONFIGURE YOUR LINK AND OBTAIN A BILL OF MATERIALS (BOM)

STEP 5: ORDER YOUR PTP 810 SYSTEM


3.2 SPLIT-MOUNT CONFIGURATIONS When ordering PTP 810 Split-Mount systems, there are a few installation issues that need to be addressed to ensure that your order contains all the materials you will need for deployment. It is important to remember that the antenna must be fitted with a Cambium ODU interface as shown in the following illustrations. Nearly all antennas and ODUs can be direct mounted for both single and dual polarization. In a direct mount configuration, the ODU is attached via clips directly to the antenna which is fitted with a Cambium ODU interface.

1+0 SPLIT-MOUNT SYSTEM WITH DIRECT MOUNT

A direct-mount, dual-polarization antenna has an Orthogonal Mounting Kit (OMK) included, which can support an ODU direct mount for a 2+0 configuration. With OMK, you can turn a single-polarization Valuline series antenna into a dual- polarization, direct-mount antenna for an ODU-A or ODU-B installation.

2+0 SYSTEM WITH DIRECT MOUNT DUAL POLARIZATION ANTENNA


6 and 11-32 GHz: Polarization depends on the antenna waveguide position. To change polarization, refer to the antenna installation procedure. The ODU rectangular waveguide interface must always be in alignment with the antenna waveguide input/output.

7, 8 and 38 GHz: Polarization depends only on the ODU position. For vertical polarization, make sure the arrow on the ODU cover is vertical. For horizontal polarization, turn the ODU 90 degrees.

Horizontal Polarization Vertical Polarization

An ODU coupler-mounting kit is required for a 1+1 or 2+0 configuration (two links sharing the same antenna but running on different channels). The ODU coupler mounting kit supports direct mounting, using an Andrew-customized single-polarization antenna with a Cambium interface.

The ODU coupler mounting kit can also be remote mounted with the ODU remote mounting kit. Two different couplers are available: Symmetric 3 dB coupler and Asymmetric 6 dB coupler.

POLARIZATION

ODU COUPLER MOUNTING KIT


For a remote mount configuration, the ODU is attached to the pole with an ODU Remote Mount Kit RMK), and a waveguide is required to connect with the antenna.

3.3 SPLIT-MOUNT DEPLOYMENT The following diagram shows a typical PTP 810 Split-Mount deployment with the ODUs and antennas on a tower or rooftop and the MMUs inside a building or equipment housing structure.

PTP 810 Split-Mount Deployment

SPLIT-MOUNT WITH REMOTE MOUNT


3.4 ALL-INDOOR CONFIGURATIONS When you choose a PTP 810i All-Indoor solution, both the IRFU and MMU are installed indoors. No tower climb is required to install and maintain the radio unit (IRFU) and modem (MMU).

PTP 810i All-Indoor Deployment

• IRFU Configurations: Before ordering your IRFU, you need to determine which of the various PTP

810 radio configuration options best addresses your needs. The configuration choices are: – 1+0 non-protected – 1+1 protected – 2+0 East/East for link aggregation – 2+0 East/West or a ring or ribbon configuration – SNCP-like protected T1/E1 – Protected Ethernet ring

Detailed ordering guidance is provided in the PTP 800 – PTP 810 Ordering Guide.

• MMU Configuration: The MMU has a modular architecture; so, you need to specify which modules you will need for your deployment. The modules you select will determine your Ethernet and TDM capacities. There are four configuration options from which to choose: – Standard – Standard Plus – GigE – Super PDH

Additional ordering guidance for MMUs is provided in the PTP 800 – PTP 810 Ordering Guide.


3.5 PTP 810 AND PTP810i FAMILY OF PRODUCTS

PTP 810 Products

PTP L6810 L6 GHz PTP U6810 U6 GHz PTP 07810 7 GHz PTP 08810 8 GHz PTP 11810 11 GHz PTP 13810 13 GHz PTP 15810 15 GHz PTP 18810 18 GHz PTP 23810 23 GHz PTP 26810 26 GHz PTP 32810 32 GHz PTP 38810 38 GHz

PTP 810i Products

PTP 06810i 6 GHz PTP 11810i 11 GHz


4.0 PTP 810 SERIES SALES TOOLS

4.1 BENEFITS – WHO BENEFITS FROM A PTP 810 PURCHASE DECISION?

The information below describes how organizations such as carriers, government agencies, public safety agencies, utility companies, transportation organizations, service providers, and a wide variety of enterprises can benefit from our PTP 810 and PTP 810i solutions.

How can I cost-justify the purchase of a PTP 810 solution?

The main benefit from a PTP 810 or a PTP 810i solution is that you can leverage your existing TDM investment while gaining the cost-saving and performance-boosting advantages of an IP-based Ethernet network. In addition, there are several other opportunities to reduce your costs and improve efficiency, including: • Migrate from TDM to an IP-based Ethernet network without experiencing communication

interruptions • Eliminate or reduce monthly leased-line charges by replacing or augmenting leased lines • Provide cost-effective, high-capacity backhaul for LTE, 4G and WiMAX networks • Choose among several configurations to meet your individual infrastructure and application

requirements • Select the architecture – Split-Mount or All-Indoor – that provides you the most efficiency and cost

effectiveness • Communicate over a long distance (up to 50 miles or 80 km) in a single hop • Double throughput with XPIC – up to 700 Mbps full duplex • Save the costs of purchasing external switches and the associated cabling costs through our

embedded L2 Ethernet and TDM switches • Provide network redundancy for wired or fiber networks • Deliver very high capacity over a single port for applications such as video surveillance, VoIP, on-

demand video and network redundancy • Scale throughput to meet application and budgetary requirements

Can you meet our very demanding training needs? We provide training on how to configure, install, manage and operate PTP 810 and PTP 810i links, including support for link planning before deployment. Our illustrated Installation and User Guides provide easy-to-understand deployment, operation and management instructions.

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

Prior to purchase, you can quickly and easily plan and optimize your system with our Cambium PTP LINKPlanner tool and obtain a complete BOM to simplify ordering procedures. PTP 810 and PTP 810i systems are optimized for fast and easy deployment, reducing deployment man-hours and stress. Operation is intuitive with the industry-standard user interface, and the systems work with your existing network management systems via the User GUI or SNMP. Plus, we offer FCC license coordination services to assist with licensing procedures (available in U.S.).

How will this help us grow the network? The key factor is that with a PTP 810 or a PTP 810i solution, you can support new IP-based applications on the same platform with your TDM applications. This means you can start benefiting from the cost-savings and performance-enhancing advantages of packet transport without sacrificing your existing TDM investment. In addition: • Scalable throughput capacity allows you to add throughput (up to 700 Mbps full duplex with XPIC)

to efficiently handle high-bandwidth applications such as high-definition video, VoIP and video surveillance.

• Because the radios offer true link aggregation, you can supply very high capacity over a single channel, providing excellent productivity and flexibility over your existing RF channels.

• The PTP 810i offers high transmit power that can increase link availability and support long-distance hops of up to 50 miles (80 km).


What design and deployment assistance can we get?

Working with our authorized partners, we provide a variety of services to end customers globally. We can help you design the system, plan the links, assist with licensing, and help install the system. After installation, we can work with you to ensure smooth operations and migration from TDM to IP. With more than 60,000 PTP systems and more than 3.5 million PMP devices deployed worldwide, we have the experience and expertise to help you achieve your communication goals.

4.2 NEED – WHAT ARE THE COMMUNICATION PRIORITIES? The need for a PTP 810 or a PTP 810i 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 communications 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 PTP 810 solution.

Typical Communication Priorities

• Migrating from TDM to packet-based Ethernet • Reducing or eliminating leased-line charges • Supplying high-capacity backhaul for LTE, 4G and WiMAX networks • Providing convenient access to electronics without climbing a tower • Extending high-performance communication into areas with no fiber access • Increasing backbone capacity • Improving backhaul performance and/or removing network bottlenecks • Monitoring facilities and equipment • Supplying connectivity or backhaul for bandwidth-intensive applications • Supporting users or subscribers in remote areas • Offering new IP-based services to users or subscribers • Backhauling sensors, surveillance cameras, and/or control systems • Providing network redundancy • Provisioning, configuring, and managing the wireless network • Backhauling Land Mobile Radio (LMR) systems • Supplying connectivity and backhaul for field personnel and teleworkers


4.3 VISION – WHAT CAN I DO WITH A PTP 810 OR A PTP810i SOLUTION?

How will a PTP 810 or a PTP 810i solution enhance our communications?

• Designed as a hybrid solution, PTP 810 systems are designed to help you integrate new and existing IP-based services while still using elements of your legacy TDM systems.

• With native TDM and native Ethernet on one platform, your transition to packet-based Ethernet technology will be much smoother and more cost effective.

• A hybrid solution enables your new and legacy systems to work together seamlessly while enabling a TDM to Ethernet migration with virtually no communication interruptions.

• True link aggregation, provides much greater capacity – and ultimately greater throughput – over a single channel.

• The system’s high throughput – up to 700 Mbps full duplex with XPIC – lets you handle high-bandwidth applications such as high-definition video and video surveillance with ease.

• A PTP 810i system’s high transmit power lets you traverse a distance of up to 50 miles (80 km) in a single hop and increase link availability.

• Typically, systems can be deployed within a day or two, allowing you to respond quickly to user or subscriber requests for new services.

Can a PTP 810 or a PTP 810i 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, PTP 810 and PTP 810i systems are designed to help you reduce your capital expenditures and operating expenses. • Significant savings can be realized by replacing leased-lines services with our carrier-grade

wireless solution. • The systems include an embedded L2 Ethernet switch and embedded TDM switch, saving you the

costs of external switches and the associated cabling. • Installation ease and flexible network management options help you reduce your deployment and

management man-hours. • Our illustrated Installation and User Guides provide step-by-step instructions for installing and

operating the PTP 810 systems. • PTP 810 radios are extremely durable and built to withstand the rigors of outdoor conditions,

helping to lower your troubleshooting and maintenance costs.

Can PTP 810 solutions give me added bandwidth?

• The systems offer configurable channel widths from 7 to 80 MHz, giving you the flexibility to configure your system for maximum efficiency.

• Link aggregation offers you very high capacity operations over a single channel to maximize performance.

How can PTP 810 solutions maximize transmission quality and minimize downtime? Packet-based networks move massive amounts of information very efficiently and at much lower costs than traditional circuit-switched networks. However, migrating from TDM to an IP-based Ethernet network is a long-term process that can impose communication interruptions. Employing a hybrid approach can be an excellent solution to help you transition more smoothly and efficiently. Because our PTP 810 solutions support native TDM and native Ethernet on one platform, you can support new and expanded IP-based devices and applications while still using elements of your legacy TDM systems. In addition, the systems support both Fast Ethernet and Gigabit Ethernet, making them ideal to handle the sporadic bursts of high-volume traffic served by Internet applications.

Will network management be complicated with a PTP 810 or PTP 810i solution?

You can choose to use your existing network management system, manage your wireless network using a standard Web browser, or use our Cambium Wireless Manager, version 4.1 or higher, as your wireless NMS. The systems also support Command Line Interface (CLI).


4.4 OVERCOMING OBJECTIONS

PTP 810 solutions are too expensive.

Actually, PTP 810 and PTP 810i solutions are very affordably priced with a typical payback of about a year and can help pay for themselves by enabling cost-savings such as: • Replacing or eliminating leased-line charges • Eliminating the costs of external switches and the associated cabling with the embedded L2

Ethernet and TDM switches • Reducing capital expenditures by supplying throughput capacity on a “when needed” basis • Supplying long-distance communications (up to 50 miles or 80 km) in a single hop • Lowering operational costs by performing upgrades and maintenance without climbing a tower (PTP

810i All-Indoor solution) • Reducing deployment and management man-hours with our step-by-step Installation and User

Guides • Increasing productivity by relieving network bottlenecks • Supplying cost-effective redundancy for wired or fiber networks • Lowering your troubleshooting and maintenance costs with our highly durable radios

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

The radios 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 PTP 810 links. Our step-by-step User Guide gives you easy-to-follow instructions and illustrations that walk you through deployment and system operations. The industry-standard user interface is intuitive. We can assist you with licensing coordination if desired. Plus, we provide end-customer services that can augment your capabilities and assist with activities from design and deployment to operations and management.

I need proof that the system will perform.

Our Cambium PTP LINKPlanner tool allows you to plug in the variables for your specific system requirements, perform link calculations, and receive precise performance projections prior to purchase. Thousands of systems have been planned and configured using our PTP LINKPlanner, and the accuracy of performance projections has proven to be extraordinarily reliable.


4.5 COMPETITION

Key Competitive Advantages

Hybrid System with Native TDM and Ethernet

• Supports new and expanded IP-based devices and applications while still using elements of your legacy TDM systems

• When compared to pseudo-wire, the PTP 810’s latency is lower and clock timing is very accurate – having a synchronized clock source is very valuable for customers such as carriers

XPIC Support • Double throughput as needed • Can achieve up to 700 Mbps full duplex

Affordable Modular Modem Design

• Modular modem design allows you to add cards to change and grow your configuration; so, you can meet today’s requirements and scale to accommodate tomorrow’s growth.

• Certain comparable systems do not support modular functionality because of the increased cost to customers

• Other comparable systems support modular functionality, but are more expensive than the PTP 810 or the PTP 810i.

• PTP 810 solutions provide the flexibility and scalability advantages of a modular design in an affordable solution.

Multiple Radio Configuration Options

• 1+0, 1+1 HSB, 1+1 HSB with spatial diversity, 1+1 HSB with frequency diversity, 2+0 for link aggregation, 2+0 ring, SNCP-like protected T1/E1, and protected Ethernet ring

• Choose the configuration that is best for your infrastructure and applications

• Many comparable systems to not offer such a complete selection

Choice of Architectures You can choose to deploy a Split-Mount system or an All-Indoor system to engineer your network efficiently and cost-effectively.

True Link Aggregation Our implementation of link aggregation allows you to deliver very high capacity over a single port. Many comparable systems actually require two ports to achieve the same throughput as our PTP 810.

Built-in TDM Switch • Saves the cost of purchasing an external switch and cabling • Improves efficiency by supporting MUX/DEMUX functionality • Allows you to drop and add T1/E1 from the STM-1

Power Supply Redundancy

Because PTP 810 systems support dual power supplies, you have redundancy protection for the power source. Many comparable systems do not provide power supply redundancy without purchasing additional equipment.

Built-in Ethernet Switch • Saves the cost of purchasing an external switch and cabling • Can choose to operate independent rings for TDM and Ethernet

Secure Network Management

PTP 810 systems support: • OOBM, HTTPS, SSL, and SNMP v3 • Individual role-based accounts • Syslog and Network Timing Protocol (NTP)


5.0 FREQUENTLY ASKED QUESTIONS

1. What is the TDM capacity for a PTP 810 system?

The PTP 810 is a hybrid radio with a modular design that can support up to 205 T1s/E1s. The radio can support multiple user interfaces, including Fast Ethernet and GigE, T1/E1s and STM-1/OC-3 within a single platform. In addition, the radios support: a. A 50-ms protected T1/E1 ring architecture b. Embedded TDM switch to support a relay/ring configuration

2. What is the full capacity of a PTP 810 system?

Full capacity is the maximum throughput that can be achieved over a specific PTP 810 link. Currently, full capacity for PTP 810 Split-Mount systems is 700 Mbps full-duplex using XPIC and 477 Mbps with XPIC for PTP 810i All-Indoor systems.

3. What is the difference in throughput capacity between a PTP 810 and a PTP 800?

In a PTP 810 system, the Capacity Key is controlled by a combination of the channel width and modulation mode up to 700 Mbps with XPIC. For example, a 100 Mbps key will enable MMU to support:

a. ETSI: – 7 MHz @ QPSK to 128 QAM – 14 MHz @ QPSK to 128 QAM – 28 MHz @ QPSK to 64 QAM – 40 MHz @ QPSK to 16 QAM – 56 MHz @ QPSK

b. FCC: – 10 MHz @ QPSK to 128 QAM – 20 MHz @ QPSK to 128 QAM – 30 MHz @ QPSK to 32 QAM – 40 MHz @ QPSK to 16 QAM – 50 MHz @ QPSK – 80 MHz @ QPSK

It is important to note that, after you configure your T1/E1 throughput requirements, what is left will be your Ethernet throughput. When you plan your link, LINKPlanner will give you the required Capacity Key needed for your specific requirements.

In a PTP 800 system, the Capacity Key is control by the user Ethernet port, and the maximum achievable throughput is equal to the Capacity Key you choose up to 368 Mbps full duplex. If you select a 100 Mbps Capacity Cap, the maximum user throughput will be 100 Mbps.

4. What other differences are there between PTP 800 and PTP 810 systems?

Key differences between the two systems are: a. PTP 810 systems are hybrid radios that support native TDM and native Ethernet in a single

platform. PTP 800 systems are packet-only radios. b. PTP 810 systems support XPIC with physical link aggregation, which can achieve higher

capacity than PTP 800 systems. c. PTP 810 systems have an embedded TDM switch and an embedded L2 Ethernet switch. d. PTP 810 systems use a MMU, a modular modem architecture, whereas PTP 800 systems

use a CMU, a Compact Modem design.

5. Do all PTP 810 systems have to utilize Adaptive Coding and Modulation?

PTP 810 and PTP 810i solutions allow you to configure your systems to operate in a Fixed Modulation mode or in an Adaptive Coding and Modulation (ACM) mode.


6. What are the network management options for a PTP 810 system?

The systems are engineered to integrate easily with your existing TDM and Ethernet network infrastructure as well as the other systems in our point-to-point and point-to-multipoint portfolio. Flexible management options are available to simplify your wireless network management activities, including: Option 1 – Remote management via a standard Web browser Option 2 – Integration with existing network management systems via:

– Industry-standard SNMP – User GUI

Option 3 – Our Cambium Wireless Manager, release 4.1, or higher Option 4 – Command Line Interface (CLI)

7. When should I choose a PTP 810 system rather than a PTP 800 system?

When you have any one or any combination of the following requirements, you should choose a PTP 810 solution:

a. If you want native TDM and native Ethernet operating on one platform, you should choose a PTP 810 solution. With interfaces for T1/E1, STM-1/OC-3, and Ethernet, the PTP 810 provides the flexible and scalable interface to end user. The PTP 800 does not support Ethernet and TDM together. It is a packet-based Ethernet solution.

b. When you want high capacity with link aggregation, the PTP 810 and PTP 810i support physical link aggregation for up to 700 Mbps and up to 477 Mbps respectively. The PTP 800 will require an external switch to support Ethernet link aggregation.

c. When you need XPIC, you should choose a PTP 810 or a PTP 810i since the PTP 800 does not support XPIC.

8. How does a PTP 810 solution function with the rest of my network?

PTP 810 and PTP 810i systems are designed to integrate smoothly with your existing communications infrastructure with features such as: a. Enhanced QoS: Designed to prioritize mixed traffic, QoS is implemented using weighted

priority queues (WFQ), Strict Priority Scheme, or Pre-empt with WFQ based on one or more of the following criteria.

i. Port Priority ii. 802.1Q VLAN Tag iii. IPv4 TOS iv. DifferServ

b. Ethernet Transparency c. Native TDM with low latency and precise network clocking d. Smooth migration path from TDM to IP with great flexibility to meet your individual

requirements

9. Can I re-use the radio units from a PTP 800 system to support a PTP 810?

PTP 800 and PTP 810 Split-Mount systems use the same ODUs. So, you can re-use your PTP 800 ODU with a PTP 810 system. The PTP 800i and PTP 810i All-Indoor systems use the same IRFUs. So, you can re-use a PTP 800 IRFU with a PTP 810i system. The modem is different between a PTP 800 and a PTP 810. Both the PTP 810 and PTP 810i systems require an MMU, and PTP 800 and a PTP 800i systems require a CMU.


APPENDIX: PTP 810 SPLIT-MOUNT SPECIFICATIONS

RADIO SPECIFICATIONS

RF Bands1 ODU-A: L6 GHz Band: 5.925 – 6.425 GHz 18 GHz Band: 17.7 – 19.7 GHz U6 GHz Band: 6.425 – 7.100 GHz 23 GHz Band: 21.2 – 23.6 GHz 7 GHz Band: 7.125 – 7.9 GHz 26 GHz Band: 24.25 – 26.5 GHz 8 GHz Band: 7.725 – 8.47 GHz 28 GHz Band: 27.5 – 29.5 GHz 11 GHz Band: 10.7 – 11.7 GHz 32 GHz Band: 31.8 – 33.4 GHz 13 GHz Band: 12.75 – 13.25 GHz 38 GHz Band: 37.0 – 40.0 GHz 15 GHz Band: 14.4 – 15.35 GHz ODU-B: 11 GHz Band: 10.7 – 11.7 GHz 18 GHz Band: 17.7 – 19.7 GHz 23 GHz Band: 21.2 – 23.6 GHz

Channel Size Configurable from 7 to 80 MHz

Maximum Transmit Power2 ODU-A: 30 dBm ODU-B: 24 dBm

Best Receiver Sensitivity3 ODU-A: -93.3 dBm ODU-B: -92.1 dBm

PHYSICAL

Physical Configuration Split-Mount: MMU and ODU

Dimensions ODU: Diameter 10.5” (26.7 cm), Depth 3.5” (8.9 cm) MMU: Width 17.5” (44.5 cm), Height 1.72” (4.45 cm), Depth 9.375” (23.85 cm)

Weight ODU-A: 10.0 lbs (4.6 kg) ODU-B: 8.6 lbs (3.9 kg) MMU: 7.0 lbs (3.12 kg)

Power source -48V DC

ODU power consumption ODU-A – Per Unit ODU-B – Per Unit 6 -11 GHz: 51 Watts Maximum 11 GHz: 36 Watts Maximum 13-38 GHz: 42 Watts Maximum 18, 23 GHz: 30 Watts Maximum

MMU power consumption Standard – 1-16 T1/E1 + Eth + NMS: Single Modem: 36 Watts Maximum Dual Modem: 56 Watts Maximum

Standard Plus – 1-16 T1/E1 + Eth + STM-1 MUX/DEMUX + NMS: Single Modem: 36 Watts Maximum Dual Modem: 56 Watts Maximum

GigE – 1-2 T1/E1 + Eth + NMS: Single Modem: 40 Watts Maximum Dual Modem: 58 Watts Maximum

Super PDH – 1-42 T1/E1 + Eth + NMS: Single Modem: 40 Watts Maximum Dual Modem: 61 Watts Maximum

1 Regulatory conditions for RF bands may vary by geographic location and should be confirmed prior to system

purchase. 2 Transmit power depends on frequency, modulation and regulations (FCC/ETSI). 3 Receive sensitivity depends on frequency, channel bandwidth and modulation (-93.3 dBm is based on an 18

GHz model with 7 MHz channel bandwidth and the QPSK mode; -92.1 dBm is based on an 11 GHz model with 10 MHz channel bandwidth and the QPSK mode).


ENVIRONMENTAL & REGULATORY

Operating temperature ODU:-27° to +131° F (-33° to +55° C) - EN 300 019-1-4 MMU: 23° to +131° F (-5° to +55° C) – EN 300 019-1-3

Humidity ODU: Up to 100% MMU: Up to 95%, non-condensing

Safety UL 60950; IEC 60950; EN 60950; CSA 22.2 No. 60950

EMC USA: FCC Part 15, Class A Europe: EN 301 489-1 and EN 301 489-4

Radio Standard ETSI Harmonized Standard EN 302 217-2-2 FCC Regulation Title 47, Part 101 Industry Canada Specification RSS-GEN and relevant SRSP Specifications

RADIO CONFIGURATION - ODU Frequency (GHz) L6 U6 7 8 11 13 15 18 23 26 28 32 38

Standard ETSI / FCC

ETSI / FCC ETSI ETSI ETSI /

FCC ETSI ETSI ETSI / FCC

ETSI / FCC

ETSI / FCC ETSI ETSI ETSI /

FCC Frequency Range (GHz)

5.925~6.425

6.425~7.10

7.125~7.9

7.725 ~8.47

10.7~11.7

12.75~13.25

14.4~15.35

17.7~19.7

21.2~ 23.6

24.25 ~26.5

27.5~ 29.5

31.8~33.4

37.0~ 40.0

F C C

T/R spacing (MHz)

252.04 160 170 490 1560 1200 800 700

Channel Bandwidth (MHz)

10 30

10 30

10 30 40

10 20 30 40 50 80

10 20 30 40 50

10 20 40

10 50

E T S I

T/R spacing (MHz)

252.04 340

154 161 168 196 245

119 208 266 311.32

490 530 266

315 420 490 644 728

1010 1008 1232 1008 1008 812 1260

Channel Bandwidth (MHz)

29.65

7 14 30 40 60

7 14 28

7 14 28 29.65

40 7 14 28

7 14 28 56

7 13.75 27.5 55

7 14 28 56

7 14 28 56

7 14 28 56

7 14 28 56

7 14 28 56

RF Channel Selection Via Web GUI (HTTP), CLI or EMS

System Configuration

Non-Protected (1+0), Protected (1+1), 2+0, XPIC Spatial Diversity (SD), Frequency Diversity (FD)

ATPC Transmit Power Control – Adaptive

ODU Support ODU-A (6 - 38 GHz) ODU-B (11, 18, 23 GHz)

MMU to ODU Connection

Coaxial IF Cable, up to 1000 ft. (300 meters) using the LMR600 cable; 630 ft. (190 meters) is achievable with the CNT400 IF cable

Antenna Connection

Direct Mount; Remote Mount with standard waveguide (frequency dependent)

Installation ODU – RSSI output assistant for link alignment


MMU CONFIGURATION

Base Model Standard Standard Plus GigE Super PDH

Capacity 1-16 E1/T1 + Ethernet +NMS

1-16 E1/T1 + Ethernet + STM-1 MUX/DEMUX + NMS

1-2 E1/T1 + Ethernet + NMS


Optional additional E1/T1 Capacity 1-16 E1/T1 or 1-21 E1/T1 1-16 E1/T1 or 1-21 E1/T1 1-16 E1/T1 or 1-21

E1/T1 1-16 E1/T1 or 1-21

E1/T1 Optional additional STM-1 Capacity 1-3 STM-1 1-3 STM-1 1-3 STM-1 2 STM-1

Modulation QPSK, 16-256 QAM Supports Both Fixed Modulation and Adaptive & Coding Modulation

Channelization 7 - 80 MHz

T1/E1 100 Ω / 120 Ω Balanced

RJ-48C Female (2) Molex High-Density 60-pin (14)

100 Ω / 120 Ω Balanced RJ-48C Female (2) Molex High-Density 60-pin (14)

100 Ω / 120 Ω Balanced RJ-48C

Female (2)

100 Ω / 120 Ω Balanced RJ-48C Female (2) Molex

High-Density 60-pin (3x14)

Ethernet 10Base-T/ 100Base-TX / RJ-45 Female (2)

10Base-T/ 100Base-TX / RJ-45 Female (2)

10Base-T/ 100Base-TX/ 1000Base-T RJ-

45 (4) SFP (1)

10Base-T/ 100Base-TX/ RJ-45 Female (2)

STM-1 Single Mode, SC Duplex Fiber 1310 nm or 75 Ohm BNC Coax or SFP

Alarm Port 2 Form C (SPDT), 2 TTL Output, 4 TTL Input, DB15HD

Auxiliary Data (64 kbps) RS422 via RJ-45

Network Management SNMP, User GUI, CLI

NMS Connector 10Base-T/ 100Base-TX/ RJ-45 Female (2)

Encryption AES for NMS (not configurable)


USER DATA THROUGHPUT FOR 1+x (1+0 or 1+1) CONFIGURATION – ETSI

Channel Size (ETSI) Modulation

Minimum Required

Capacity Key

Maximum Link Throughput4

(Eth + E1)

(Mbps)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

E1s Supported

7 MHz

QPSK 10 Mbps 10.0 9.0 4 16 QAM 20 Mbps 20.0 19.0 9 32 QAM 20 Mbps 24.6 23.0 11 64 QAM 30 Mbps 30.0 28.0 14

128 QAM 40 Mbps 35.5 34.0 16

13.75/ 14 MHz


128 QAM 50 Mbps 71.9 70.0 34

27.5/ 28/

29.65/ 30 MHz


128 QAM 150 Mbps 145.9 136.0 70 256 QAM 150 Mbps 168.3 160.0 81

40 MHz


128 QAM 200 Mbps 199.7 192.0 96 256 QAM 200 Mbps 230.4 224.0 110

55/ 56/

60 MHz


128 QAM 300 Mbps 294.2 288.0 126 256 QAM 300 Mbps 339.5 328.0 126

4 Throughput includes NMS and 64 Kbps auxiliary data.


USER DATA THROUGHPUT FOR 1+x (1+0 or 1+1) CONFIGURATION – FCC

Channel Size (FCC) Modulation

Minimum Required

Capacity Key

Maximum Link Throughput

(Mbps) (Eth + T1)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

T1s Supported

10 MHz


128 QAM 50 Mbps 49.2 47.0 31

20 MHz


128 QAM 100 Mbps 99.3 96.0 63 256 QAM 100 Mbps 114.5 104.0 73

30 MHz


128 QAM 150 Mbps 149.9 144.0 96 256 QAM 150 Mbps 173.0 168.0 110

40 MHz


128 QAM 200 Mbps 200.8 192.0 126 256 QAM 200 Mbps 231.7 224.0 126

50 MHz


128 QAM 300 Mbps 252.0 240.0 126 256 QAM 300 Mbps 290.7 280.0 126

80 MHz


128 QAM 300 Mbps 294.2 288.0 126 256 QAM 300 Mbps 339.5 328.0 126


USER DATA THROUGHPUT FOR 2+0 CONFIGURATION – ETSI


Minimum Required

Capacity Key

Maximum Link Throughput5

(Eth + E1)

(Mbps)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

E1s Supported

7 MHz


128 QAM 50 Mbps 70.9 68.0 32

13.75/ 14 MHz


128 QAM 150 Mbps 143.8 140.0 68

27.5/ 28/

29.65/ 30 MHz


128 QAM 300 Mbps 291.8 272.0 140 256 QAM 300 Mbps 336.7 320.0 162

40 MHz


128 QAM 400 Mbps 399.4 384.0 192 256 QAM 400 Mbps 460.8 448.0 205

55/ 56/

60 MHz


128 QAM 600 Mbps 588.5 576.0 205 256 QAM 600 Mbps 679.0 656.0 205

5 Throughput includes NMS and 64 Kbps auxiliary data.


USER DATA THROUGHPUT FOR 2+0 CONFIGURATION – FCC


Minimum Required

Capacity Key


(Mbps) (Eth + T1)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

T1s Supported

10 MHz


128 QAM 100 Mbps 98.3 94.0 62

20 MHz


128 QAM 200 Mbps 198.5 192.0 126 256 QAM 200 Mbps 229.1 208.0 146

30 MHz


128 QAM 300 Mbps 299.8 288.0 192 256 QAM 300 Mbps 345.9 336.0 205

40 MHz


128 QAM 400 Mbps 401.7 384.0 205 256 QAM 400 Mbps 463.5 448.0 205

50 MHz


128 QAM 600 Mbps 503.9 480.0 205 256 QAM 600 Mbps 581.4 560.0 205

80 MHz


128 QAM 600 Mbps 588.5 576.0 205 256 QAM 600 Mbps 679.0 656.0 205


USER DATA THROUGHPUT FOR XPIC CONFIGURATION – ETSI


Minimum Required

Capacity Key


(Mbps) (Eth + E1)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

E1s Supported

27.5/ 28/ 29.5/

30 MHz

64 QAM 300 Mbps 255.4 240.0 120 128 QAM 300 Mbps 301.8 288.0 146 256 QAM 300 Mbps 348.3 336.0 168

40 MHz 64 QAM 300 Mbps 347.9 336.0 168

128 QAM 400 Mbps 411.1 400.0 198 256 QAM 400 Mbps 474.4 464.0 205

55/ 56/

60 MHz

64 QAM 600 Mbps 510.7 496.0 205 128 QAM 600 Mbps 603.6 576.0 205 256 QAM 600 Mbps 696.4 672.0 205

USER DATA THROUGHPUT FOR XPIC CONFIGURATION – FCC


Minimum Required

Capacity Key


(Mbps) (Eth + T1)

Maximum Ethernet

Throughput (Mbps)

Maximum Number of

T1s Supported

30 MHz 64 QAM 300 Mbps 273.7 256.0 174

128 QAM 300 Mbps 310.2 288.0 198 256 QAM 400 Mbps 357.9 336.0 205

40 MHz 64 QAM 300 Mbps 349.9 336.0 205

128 QAM 400 Mbps 413.5 400.0 205 256 QAM 400 Mbps 477.4 464.0 205

50 MHz 64 QAM 400 Mbps 437.1 416.0 205

128 QAM 600 Mbps 516.8 496.0 205 256 QAM 600 Mbps 596.3 576.0 205

80 MHz 64 QAM 600 Mbps 510.7 496.0 205

128 QAM 600 Mbps 603.6 576.0 205 256 QAM 600 Mbps 696.4 672.0 205

NOTE: For transmit power and receive sensitivity details, refer to the PTP 810 Specification Sheet at cambiumnetworks.com



APPENDIX: PTP 810i ALL-INDOOR SPECIFICATIONS

RADIO SPECIFICATIONS

RF Bands6 IRFU: L6 GHz Band: 5.925 – 6.425 GHz (FCC/IC) U6 GHz Band: 6.525 – 6.875 GHz (FCC) 7 GHz Band: 6.875 – 7.125 GHz (FCC) 11 GHz Band: 10.7 – 11.7 GHz (FCC/IC

Channel Size Configurable from 10 to 40 MHz

Maximum Transmit Power7 6 GHz: 34 dBm 11 GHz: 31 dBm

Best Receiver Sensitivity86 GHz: -92-6 dBm

7 GHz: -88.8 dBm 11 GHz: -92.1 dBm

PHYSICAL

Physical Configuration All-Indoor: MMU and IRFU

Dimensions IRFU: Width 17” (43.2 cm), Height 5.25” (13.3 cm), Depth 11” (28.0 cm) MMU: Width 17.5” (44.5 cm), Height 1.72” (4.45 cm), Depth 9.375” (23.85 cm)

Weight IRFU-1+0 Configuration: 17.8 lbs (8.1 kg) IRFU-1+1 Configuration: 26.0 lbs (11.8 kg) MMU: 7.0 lbs (3.12 kg)

Connection Waveguide between antenna and Indoor Radio Frequency Unit (IRFU); IF cable between IRFU and Modular Modem Unit (MMU)

Power source -48V DC

IRFU power consumption IRFU – 1+0 Configuration: 6 GHz: 85 Watts Maximum 11 GHz: 75 Watts Maximum IRFU – 1+1 Configuration: 6 GHz: 158 Watts Maximum 11 GHz: 140 Watts Maximum

MMU power consumption Standard – 1-16 T1/E1 + Eth + NMS: Single Modem: 36 Watts Maximum Dual Modem: 56 Watts Maximum Standard Plus – 1-16 T1/E1 + Eth + STM-1 MUX/DEMUX + NMS: Single Modem: 36 Watts Maximum Dual Modem: 56 Watts Maximum GigE – 1-2 T1/E1 + Eth + NMS: Single Modem: 40 Watts Maximum Dual Modem: 58 Watts Maximum Super PDH – 1-42 T1/E1 + Eth + NMS: Single Modem: 40 Watts Maximum Dual Modem: 61 Watts Maximum

6 Regulatory conditions for RF bands may vary by geographic location and should be confirmed prior to system

purchase. 7 Transmit power depends on frequency, modulation and regulations (FCC/IC). 8 Receive sensitivity depends on frequency, channel bandwidth and modulation (-92.6 dBm is based on a 6 GHz

model with a 10 MHz channel and the QPSK mode; -88.8 dBm is based on a 7 GHz model with a 25 MHz channel and the QPSK mode; -92.1 dBm is based on an 11 GHz model with a 10 MHz channel and the QPSK mode).


ENVIRONMENTAL & REGULATORY

Operating temperature IRFU and MMU: 23° to +122° F (-5° to +50° C) – EN 300 019-1-3

Humidity IRFU and MMU: Up to 95%, non-condensing

Safety UL 60950; IEC 60950; EN 60950; CSA 22.2 No. 60950

EMC USA: FCC Part 15, Class B Europe: EN 301 489-1 and EN 301 489-4

Radio Standard FCC Regulation Title 47, Part 101 Industry Canada Specification RSS-GEN and relevant SRSP Specifications

RADIO CONFIGURATION - IRFU

Frequency (GHz) 6 11

Frequency Range (GHz) L6: 5.925 ~ 6.425 (FCC/IC)

U6: 6.525 ~ 6.875 (FCC) 7: 6.875 ~ 7.125 (FCC)

10.7 ~ 11.7 (FCC/IC)

Channel Bandwidth (MHz) 10, 30 (L6, U6) 25 (7 GHz) 10, 30, 40

Modulation QPSK to 256 QAM Adaptive Coding & Modulation Yes RF Channel Selection Via Web GUI System Configuration 1+0, 1+1, 2+0, 1+1 w/SD Antenna Port Flange WR-137 / CPR-137G WR-90 / CPR-90G


MMU CONFIGURATION Base Model Standard Standard Plus GigE Super PDH

Capacity 1-16 E1/T1 + Ethernet +NMS

1-16 E1/T1 + Ethernet + STM-1 MUX/DEMUX + NMS



Optional additional E1/T1 Capacity 1-16 E1/T1 or 1-21 E1/T1 1-16 E1/T1 or 1-21 E1/T1 1-16 E1/T1 or 1-21

E1/T1 1-16 E1/T1 or 1-21

E1/T1 Optional additional STM-1 Capacity 1-3 STM-1 1-3 STM-1 1-3 STM-1 2 STM-1

Modulation QPSK, 16-256 QAM Supports Both Fixed Modulation and Adaptive & Coding Modulation

Channelization 10 - 40 MHz

T1/E1 100 Ω / 120 Ω Balanced

RJ-48C Female (2) Molex High-Density 60-pin (14)

100 Ω / 120 Ω Balanced RJ-48C Female (2) Molex High-Density 60-pin (14)

100 Ω / 120 Ω Balanced RJ-48C

Female (2)

Molex High-Density 60-pin (3x14)

Ethernet 10Base-T/ 100Base-TX / RJ-45 Female (2)


10Base-T/100Base-TX / 1000Base-T RJ-45 (4) SFP (1)


STM-1 Single Mode, SC Duplex Fiber 1310 nm or 75 Ohm BNC Coax or SFP

Alarm Port 2 Form C (SPDT), 2 TTL Output, 4 TTL Input, DB15HD

Auxiliary Data (64 kbps) RS422 via RJ-45

Network Management SNMP, User GUI, CLI

NMS Connector 10Base-T / 100Base-TX / RJ-45 Female (2)

Encryption AES for NMS (not configurable)


USER DATA THROUGHPUT FOR 1+x (1+0 or 1+1) CONFIGURATION


Minimum Required Capacity Key

Maximum Link Throughput (Mbps) (Eth + T1)

Maximum Ethernet Throughput (Mbps)

Maximum Number of T1s Supported

10 MHz


128 QAM 50 Mbps 49.2 47.0 31

25 MHz


128 QAM 150 Mbps 124.9 120.0 79 256 QAM 150 Mbps 144.1 136.0 92

30 MHz


128 QAM 150 Mbps 149.9 144.0 96 256 QAM 150 Mbps 173.0 168.0 110

40 MHz


128 QAM 200 Mbps 200.8 192.0 126 256 QAM 200 Mbps 231.7 224.0 126


USER DATA THROUGHPUT FOR 2+0 CONFIGURATION






10 MHz


128 QAM 100 Mbps 98.3 94.0 62

25 MHz


128 QAM 300 Mbps 249.9 240.0 158 256 QAM 300 Mbps 288.3 272.0 184

30 MHz


128 QAM 300 Mbps 299.8 288.0 192 256 QAM 300 Mbps 345.9 336.0 205

40 MHz


128 QAM 400 Mbps 401.7 384.0 205 256 QAM 400 Mbps 463.5 448.0 205


USER DATA THROUGHPUT FOR XPIC CONFIGURATION






30 MHz 64 QAM 300 Mbps 273.7 256.0 174

128 QAM 300 Mbps 310.2 288.0 198

256 QAM 400 Mbps 357.9 336.0 205

40 MHz 64 QAM 300 Mbps 349.9 336.0 205

128 QAM 400 Mbps 413.5 400.0 205 256 QAM 400 Mbps 477.4 464.0 205

NOTE: For transmit power and receive sensitivity details, refer to the PTP 810i Specification Sheet at 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 2012 Cambium Networks, Ltd. All rights reserved. PTP 810-01 Sales Gd 101212

The information presented herein is, to the best of our knowledge, true and accurate. No warranty or guarantee expressed or implied is made regarding the capacity, performance or suitability of any product. Information is subject to change without notice.


PTP 810 Sales Guide - DoubleRadius€¦ · PTP 810 Sales Guide from Release 01-00 – This document is intended for use by only 2 Cambium Networks employees and authorized ConnectedPartner

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