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Chapter 4:  Feature Description 

Ethernet Features 

 

 

Note 
An additional state, Signal Degrade (SD), is planned for future release. The SD state is 
similar to SF, but with lower priority. 

Users can configure up to 16 ERPIs. Each ERPI is associated with an Ethernet service defined in the 
system. This enables operators to define a specific set of G.8032 characteristics for individual 
services or groups of services within the same physical ring. This includes a set of timers that 
enables operators to optimize protection switching behavior per ERPI: 

•

 

Wait to Restore (WTR) Timer – Defines a minimum time the system waits after signal failure is 
recovered before reverting to idle state. 

•

 

Guard Time – Prevents unnecessary state changes and loops. 

•

 

Hold-off Time – Determines the time period from failure detection to response. 

Each ERPI maintains a state machine that defines the node’s state for purposes of switching and 
convergence. The state is determined according to events that occur in the ring, such as signal 
failure and forced or manual switch requests, and their priority. Possible states are: 

•

 

Idle 

•

 

Protecting 

•

 

Forced Switch (FS) 

•

 

Manual Switch (MS) 

•

 

Pending 

As shown in the following figure, in idle (normal) state, R-APS messages pass through all links in 
the ring, while the RPL is blocked for traffic. The RPL can be on either edge of the ring. R-APS 
messages are sent every five seconds. 

Figure 66  G.8032 Ring in Idle (Normal) State 

 

 

Page 4-88 

Summary of Contents for PTP 820S

Page 1: ...Cambium PTP 820S Technical Description System Release 7 9 ...

Page 2: ...gly any copyrighted material of Cambium its licensors or the 3rd Party software supplied material contained in the Cambium products described in this document may not be copied reproduced reverse engineered distributed merged or modified in any manner without the express written permission of Cambium Furthermore the purchase of Cambium products shall not be deemed to grant either directly or by im...

Page 3: ...1 Product Overview 1 2 Unique PTP 820S Feature Set 1 3 System Configurations 1 4 Chapter 2 PTP 820S Hardware Description 2 1 PTP 820S Unit Description 2 2 Hardware Architecture 2 3 Interfaces 2 4 Management Connection for Protection Configurations 2 5 PoE Injector 2 7 PoE Injector Interfaces 2 7 Chapter 3 Licensing 3 1 Working with License Keys 3 2 Demo License 3 3 Licensed Features 3 4 Chapter 4 ...

Page 4: ...us Ethernet SyncE 4 96 IEEE 1588 Transparent Clock 4 97 SSM Support and Loop Prevention 4 99 Chapter 5 PTP 820S Management 5 1 Management Overview 5 2 Management Communication Channels and Protocols 5 3 Web Based Element Management System Web EMS 5 6 Command Line Interface CLI 5 7 Configuration Management 5 8 Software Management 5 9 Backup Software Version 5 9 In Band Management 5 11 Local Managem...

Page 5: ...ications 7 43 Antenna Specifications 7 43 Power Specifications 7 44 PoE Injector Specifications 7 45 Cable Specifications 7 46 Glossary I List of Figures Figure 1 PTP 820S Rear View Left and Front View Right 2 2 Figure 2 Cable Gland Construction 2 2 Figure 3 PTP 820S Block Diagram 2 3 Figure 4 PTP 820S Interfaces 2 4 Figure 5 Protection Signalling Cable Pinouts 2 5 Figure 6 PoE Injector 2 7 Figure...

Page 6: ...Figure 35 Ethernet Virtual Private Tree Example 4 28 Figure 36 Mobile Backhaul Reference Model 4 29 Figure 37 Packet Service Core Building Blocks 4 29 Figure 38 PTP 820S Services Model 4 32 Figure 39 PTP 820S Services Core 4 33 Figure 40 PTP 820S Services Flow 4 34 Figure 41 Point to Point Service 4 35 Figure 42 Multipoint Service 4 36 Figure 43 Management Service 4 38 Figure 44 Management Service...

Page 7: ...igure 2 Cable Gland Construction 2 2 Figure 3 PTP 820S Block Diagram 2 3 Figure 4 PTP 820S Interfaces 2 4 Figure 5 Protection Signalling Cable Pinouts 2 5 Figure 6 PoE Injector 2 7 Figure 7 PoE Injector Ports 2 8 Figure 8 Header De Duplication 4 3 Figure 9 Header De Duplication Operation on Frame Structure 4 5 Figure 10 Propagation Delay with and without Frame Cut Through 4 6 Figure 11 Frame Cut T...

Page 8: ... Figure 47 SAP SNP and Pipe Service Points in a Microwave Network 4 42 Figure 48 Service Path Relationship on Point to Point Service Path 4 47 Figure 49 Physical and Logical Interfaces 4 49 Figure 50 Grouped Interfaces as a Single Logical Interface on Ingress Side 4 50 Figure 51 Grouped Interfaces as a Single Logical Interface on Egress Side 4 50 Figure 52 Relationship of Logical Interfaces to the...

Page 9: ... Figure 70 SOAM Maintenance Entities Example 4 93 Figure 71 EFM Maintenance Entities Example 4 94 Figure 72 Transparent Clock Delay Compensation 4 98 Figure 73 Integrated PTP 820S Management Tools 5 2 Figure 74 Security Solution Architecture Concept 5 16 Page vii ...

Page 10: ...ure Description Chapter 5 PTP 820S Management Chapter 6 Standards and Certifications Chapter 7 Specifications Contacting Cambium Networks Support website http www cambiumnetworks com support Main website http www cambiumnetworks com Sales enquiries solutions cambiumnetworks com Support enquiries support cambiumnetworks com Telephone number list http www cambiumnetworks com support contact support ...

Page 11: ...mer or anyone acting on the customer s behalf to abide by the instructions system parameters or recommendations made in this document Cross references References to external publications are shown in italics Other cross references emphasized in blue text in electronic versions are active links to the references This document is divided into numbered chapters that are divided into sections Sections...

Page 12: ...from date of shipment from Cambium Networks or a Cambium distributor Cambium Networks warrants that hardware will conform to the relevant published specifications and will be free from material defects in material and workmanship under normal use and service Cambium shall within this time at its own option either repair or replace the defective product within thirty 30 days of receipt of the defec...

Page 13: ...ctices Security aspects to be considered are protecting the confidentiality integrity and availability of information and assets Assets include the ability to communicate information about the nature of the communications and information about the parties involved In certain instances Cambium makes specific recommendations regarding security practices however the implementation of these recommenda...

Page 14: ...mat Warning Warning text and consequence for not following the instructions in the warning Cautions Cautions precede instructions and are used when there is a possibility of damage to systems software or individual items of equipment within a system However this damage presents no danger to personnel A caution has the following format Caution Caution text and consequence for not following the inst...

Page 15: ...U countries Disposal of Cambium equipment European Union EU Directive 2002 96 EC Waste Electrical and Electronic Equipment WEEE Do not dispose of Cambium equipment in landfill sites For disposal instructions refer to http www cambiumnetworks com support Disposal of surplus packaging Do not dispose of surplus packaging in landfill sites In the EU it is the individual recipient s responsibility to e...

Page 16: ...PTP 820S supports cutting edge capacity boosting techniques such as QPSK to 2048 QAM and Header De Duplication to offer a high capacity solution for every network topology and every site configuration Its green compact all outdoor configuration makes PTP 820S ideal for any location This chapter includes Product Overview Unique PTP 820S Feature Set System Configurations Page 1 1 ...

Page 17: ...nt scenarios including macrocell backhaul small cell aggregation and emerging front haul applications PTP 820S is easily and quickly deployable compared with fiber enabling operators to achieve faster time to new revenue streams lower total cost of ownership and long term peace of mind PTP 820S is an integral part of the family of high capacity wireless backhaul products Together the product serie...

Page 18: ...feature set Table 1 PTP 820S Feature Set Extended Modulation Range ACM 4 2048 QAM 11 ACM points Frequency Bands 6 38 GHz Wide Range of Channels 28 30 40 50 56 60 80 MHz Power over Ethernet PoE Proprietary Small Form Factor H 230mm x W 233mm x D 98mm H 9 06in x W 9 17in x D 3 86in Durable All Outdoor System IP66 compliant Page 1 3 ...

Page 19: ...Chapter 1 Introduction System Configurations System Configurations PTP 820S is designed to support the following site configurations 1 0 Direct Mount 1 1 HSB Direct Mount 2 0 Direct Mount Page 1 4 ...

Page 20: ...Chapter 2 PTP 820S Hardware Description This chapter describes the PTP 820S components interfaces and mediation devices This chapter includes PTP 820S Unit Description PoE Injector Page 2 1 ...

Page 21: ...PTP 820S features an all outdoor architecture consisting of a single unit directly mounted on the antenna Note The equipment is type approved and labelled according to EU Directive 1999 5 EC R TTE Figure 1 PTP 820S Rear View Left and Front View Right Figure 2 Cable Gland Construction Page 2 2 ...

Page 22: ...chitecture The following diagram presents a detailed block diagram of the PTP 820S Figure 3 PTP 820S Block Diagram The PTP 820S combines full system capabilities with a very compact form fit For a detailed description of the system interfaces see Interfaces on page 2 4 Page 2 3 ...

Page 23: ...tional Data Port 2 for GbE traffic o Electric10 100 1000Base T o Optical 1000Base X optional Data Port 3 for GbE traffic o Electric 10 100 1000Base T o Optical 1000Base X optional Note For more details see Interface Specifications on page 7 39 Power interface 48VDC Management Port 10 100Base T 1 RF Interface Standard interface per frequency band RSL interface BNC connector Grounding screw Page 2 4...

Page 24: ...Signalling Cable Pinouts CAT5E cable 2 4 6 8 RJ 45 connector male Port1 TX Port1 TX Port1 RX Port1 RX Port2 TX Port2 TX Port2 RX Port2 RX 1 3 5 7 2 4 6 8 RJ 45 connector male Port1 TX Port1 TX Port1 RX Port1 RX Port2 TX Port2 TX Port2 RX Port2 RX 1 3 5 7 4 ó 7 5 ó 8 Bl W O G W G Br W Br O W Bl Bl O W G G W Br Br W O Bl W Color Abbreviations W White G Green O Orange Bl Blue Br Brown Connecting a Pr...

Page 25: ...hree ports System plug Sys The system plug must be connected to the PTP 820S s management port Management port Mng A standard CAT5E cable must be connected to the splitter s management port in order to utilize out of band external management Protection signalling port Prot A standard CAT5E cable or a Protection signalling cable must be connected between this port and the other Prot port of the sec...

Page 26: ...proprietary Cambium Networks design The PoE injector can be ordered with a DC feed protection and with 24VDC support as well as EMC surge protection for both indoor and outdoor installation options It can be mounted on poles walls or inside racks Figure 6 PoE Injector PoE Injector Interfaces DC Power Port 1 40V to 60V Note A PoE supporting two redundant DC feeds each supporting 18 60 V is also ava...

Page 27: ...Chapter 2 PTP 820S Hardware Description PoE Injector Figure 7 PoE Injector Ports Page 2 8 ...

Page 28: ...ing concept in which future capacity growth and additional functionality can be enabled with license keys For purposes of licensing each PTP 820S unit is considered a distinct device Each device contains a single license key This chapter includes Working with License Keys Demo License Licensed Features Page 3 1 ...

Page 29: ...r to upgrade a license the license key must be entered into the PTP 820S The system checks and implements the new license key enabling access to new capacities and or features In the event that the licensed capacity and feature set is exceeded a License Violation alarm occurs After a 48 hour grace period all other alarms are hidden until the capacity and features in use are brought within the lice...

Page 30: ...s The demo license expires 60 days from the time it was activated and the most recent valid license goes into effect The 60 day period is only counted when the system is powered up 10 days before the demo license expires an alarm is raised indicating to the user that the demo license is about to expire Page 3 3 ...

Page 31: ... Header De Duplication N000082L042A Enables the use of an Ethernet port for traffic A license is required for each traffic port that is used on the device Any of these licenses can be installed multiple times with dynamic allocation inside the unit Interfaces See Edge CET Node Licenses on page 3 5 Enables Carrier Ethernet Transport CET and a number of Ethernet services EVCs depending on the type o...

Page 32: ... use Synchronous Ethernet SyncE Synchronization N000082L041A Enables Frame Cut Through Frame Cut Through N000082L051A Enables secure management protocols SSH HTTPS SFTP SNMPv3 and RADIUS Secure Communication Channels Table 3 Capacity Licenses Table 4 Edge CET Node Licenses Part Number Description N000082L037A PTP 820 Act Key Edge CET Node mode N000082L030A PTP 820 Act Key Agg Lvl 1 CET Node mode N...

Page 33: ...apter describes the main PTP 820S features The feature descriptions are divided into the categories listed below This chapter includes Innovative Techniques to Boost Capacity and Reduce Latency External Protection Synchronization Page 4 1 ...

Page 34: ...of innovative features is Frame Cut Through which provides unique delay and delay variation control for delay sensitive services Frame Cut Through enables high priority frames to bypass lower priority frames even when the lower priority frames have already begun to be transmitted Once the high priority frames are transmitted transmission of the lower priority frames is resumed with no capacity los...

Page 35: ...c Users can configure the depth of Header De Duplication up to Layer 4 Note Even without Header De Duplication PTP 820S removes the IFG and Preamble fields This mechanism operates automatically even if Header De Duplication is not enabled Figure 8 Header De Duplication Header De Duplication identifies traffic flows and replaces the header fields with a flow ID This is done using a sophisticated al...

Page 36: ...ollowing types of header stacks Ethernet MAC untagged o IPv4 TCP UDP o IPv6 TCP UDP o MPLS Ethernet MAC VALN o IPv4 TCP UDP o IPv6 TCP UDP o MPLS Ethernet MAC with QinQ o IPv4 TCP UDP o IPv6 TCP UDP o MPLS PBB TE The following is a summary of the header elements at each network layer L2 o Ethertype 2 bytes o MAC SA 6 bytes o MAC DA 6 bytes o Outer VLAN header 4 bytes o Inner VLAN header 4 bytes o ...

Page 37: ... Header De Duplication may add up to 200ns latency Header De Duplication Counters In order to help operators optimize Header De Duplication PTP 820S provides counters when Header De Duplication is enabled These counters include real time information such as the number of currently active flows and the number of flows by specific flow type This information can be used by operators to monitor networ...

Page 38: ...priority frames has already begun Once the high priority frame has been transmitted transmission of the lower priority frame is resumed with no capacity loss and no re transmission required This provides operators with Immunity to head of line blocking effects key for transporting high priority delay sensitive traffic Reduced delay variation and maximum delay over the link o Improved QoE for VoIP ...

Page 39: ... Frame Cut Through applies to all high priority frames i e all frames that are classified to a CoS queue with 4th highest priority Figure 12 Frame Cut Through Adaptive Coding Modulation ACM Related topics Quality of Service QoS PTP 820S employs full range dynamic ACM PTP 820S s ACM mechanism copes with 100 dB per second fading in order to ensure high transmission quality PTP 820S s ACM mechanism i...

Page 40: ...ments ACM works as follows Assuming a system configured for 128 QAM with 170 Mbps capacity over a 28 MHz channel when the receive signal Bit Error Ratio BER level reaches a predetermined threshold the system preemptively switches to 64 QAM and the throughput is stepped down to 140 Mbps This is an errorless virtually instantaneous switch The system continues to operate at 64 QAM until the fading co...

Page 41: ...mode can be chosen without an ACM license Adaptive Mode In this mode the ACM engine is running which means that the radio adapts its profile according to the channel fading conditions Adaptive mode requires an ACM license The user can define a maximum profile For example if the user selects a maximum profile of 9 the system will not climb above the profile 9 even if channel fading conditions allow...

Page 42: ...tch level Port 1 on each PTP 820S is connected to an external switch or an optical splitter Both ports on each PTP 820S unit belong to a LAG with 100 distribution to port 1 of the respective PTP 820S unit If traffic is routed to the PTP 820S units via an external switch the switch is configured as a static LAG This is called Line Protection mode In Line Protection mode Port 2 on each PTP 820S is c...

Page 43: ...forwarding between the units freeing the second Ethernet interfaces on each unit for traffic Figure 16 Multiple Traffic Interfaces with Optical Splitters A protection cable connects the two PTP 820S units via their management ports This cable is used for internal management By placing an Ethernet splitter on the protection port the user can add another cable for local management for a detailed des...

Page 44: ...ent Switchover Triggers In the event of switchover the standby unit becomes the active unit and the active unit becomes the standby unit Switchover takes less than 50 msec The following table lists the switchover triggers for HSB protection according to their priority with the highest priority triggers listed first Page 4 12 ...

Page 45: ... LOC in the local active unit or an Ethernet fault in the remote unit 5 Change Remote due to Radio LOF Caused by radio loss of frame LOF in the remote active radio 6 Local Radio Excessive BER Caused by an excessive BER level in the local active radio The user can configure whether or not excessive BER triggers switchover Irrelevant in ACM adaptive mode 7 Change Remote due to Radio Excessive BER Ca...

Page 46: ...his can cause a higher level of interference with other systems until the failure is corrected Note ATPC Override Timer is planned for future release In order to minimize this interference some regulators require a timer mechanism which will be manually overridden when the failure is fixed The underlying principle is that the system must start a timer from the moment maximum power has been reached...

Page 47: ... 0 100 Radio Traffic Throughput Measures the total effective Layer 2 traffic sent through the radio Mbps and used to generate the following PMs for every 15 minute interval o Peak Throughput o Average Throughput o Over Threshold Utilization seconds The threshold is defined as 0 Radio Traffic Capacity Measures the total L1 bandwidth payload plus overheads sent through the radio Mbps and used to gen...

Page 48: ...k requirements This section includes Ethernet Services Overview PTP 820S s Ethernet Capabilities Supported Standards Ethernet Service Model Ethernet Interfaces Quality of Service QoS Global Switch Configuration Automatic State Propagation Adaptive Bandwidth Notification EOAM Network Resiliency OAM Ethernet Services Overview The PTP 820S services model is premised on supporting the standard MEF ser...

Page 49: ...e services are defined from the point of view of the network s subscribers users Ethernet services can be supported over a variety of transport technologies and protocols in the MEN such as SDH SONET Ethernet ATM MPLS and GFP However from the user s perspective the network connection at the user side of the UNI is only Ethernet EVC Subscriber services extend from UNI to UNI Connectivity between UN...

Page 50: ...ad upon ingress to the service In other words the frame must be unchanged from source to destination in contrast to routing in which headers are discarded Based on these characteristics an EVC can be used to form a Layer 2 private line or Virtual Private Network VPN One or more VLANs can be mapped bundled to a single EVC The MEF has defined three types of EVCs 1 Point to Point EVC Each EVC contain...

Page 51: ...omply with the bandwidth profile are dropped at the ingress interface The MEF has defined the following three bandwidth profile service attributes Ingress BW profile per ingress UNI Ingress BW profile per EVC Ingress BW profile per CoS identifier The BW profile service attribute consists of four traffic parameters CIR Committed Information Rate CBS Committed Burst Size EIR Excess Information Rate ...

Page 52: ...ommon attributes but there are also differences as explained below Ethernet service types are generic constructs used to create a broad range of services Each Ethernet service type has a set of Ethernet service attributes that define the characteristics of the service These Ethernet service attributes in turn are associated with a set of parameters that provide various options for the various serv...

Page 53: ...rnet physical interfaces Traffic parameters Performance parameters Class of service Service frame delivery VLAN tag support Service multiplexing Bundling Security filters E Line Service The Ethernet line service E Line service provides a point to point Ethernet Virtual Connection EVC between two UNIs The E Line service type can be used to create a broad range of Ethernet point to point services an...

Page 54: ...dwidth profile of the service to prevent the traffic from being discarded by the service The EPL is a port based service with a single EVC across dedicated UNIs providing site to site connectivity EPL is the most popular Ethernet service type due to its simplicity and is used in diverse applications such as replacing a TDM private line Figure 25 EPL Application Example Ethernet Virtual Private Lin...

Page 55: ...om the point of view of a customer using an E LAN service the MEN can be viewed as a LAN Figure 27 E LAN Service Type Using Multipoint to Multipoint EVC The E LAN service type can be used to create a broad range of services In its basic form an E LAN service can provide a best effort service with no performance assurances between the UNIs In more sophisticated forms an E LAN service type can be de...

Page 56: ...N service it is only necessary to add the new UNI to the multipoint EVC No additional EVCs are required since the E LAN service uses a multipoint to multipoint EVC that enables the new UNI to communicate with each of the others UNIs Only one EVC is required to achieve multi site connectivity as shown in the following figure Figure 29 Adding a Site Using an E LAN service The E LAN service type can ...

Page 57: ...ernet Virtual Private LAN Service Customers often use an E LAN service type to connect their UNIs in an MEN while at the same time accessing other services from one or more of those UNIs For example a customer might want to access a public or private IP service from a UNI at the customer site that is also used to provide E LAN service among the customer s several metro locations The Ethernet Virtu...

Page 58: ...to another Leaf UNI This service can be particularly useful for Internet access and video over IP applications such as multicast broadcast packet video One or more CoS values can be associated with an E Tree service Figure 32 E Tree Service Type Using Rooted Multipoint EVC Two or more Root UNIs can be supported in advanced forms of the E Tree service type In this scenario each Leaf UNI can exchang...

Page 59: ...service EP Tree is designed to supply the flexibility for configuring multiple sites so that the services are distributed from a centralized site or from a few centralized sites In this setup the centralized site or sites are designed as Roots while the remaining sites are designated as Leaves CE VLAN tags are preserved and key Layer 2 control protocols are tunneled The advantage of such a configu...

Page 60: ...to support multiple services A good example would be a customer that has an EVP LAN service providing data connectivity among three UNIs while using an EVP Tree service to provide video broadcast from a video hub location The following figure provides an example of a Virtual Private Tree service Figure 35 Ethernet Virtual Private Tree Example PTP 820S enables network connectivity for Mobile Backha...

Page 61: ...PTP 820S addresses the customer demand for multiple services of any of the aforementioned types EPL EVPL EP LAN EVP LAN EP Tree and EVP Tree through its rich service model capabilities and flexible integrated switch application Additional Layer 1 point based services are supported as well as explained in more detail below Services support in the mobile backhaul environment is provided using the PT...

Page 62: ...e and Future Proof Network processor based services core Ready today to support emerging and future standards and networking protocols Rich Policies and Tools with Unified and Simplified Management Personalized QoS H QoS 2 Superb service OAM CFM EFM PM 3 Carrier grade service resiliency G 8032 4 PTP 820S s Ethernet Capabilities PTP 820S is built upon a service based paradigm that provides rich and...

Page 63: ... Strict priority and shaping at each level 1K hierarchical two rate three Color policers Port based Unicast Multicast Broadcast Ethertype Service based CoS based Up to four link aggregation groups LAG Hashing based on L2 L3 MPLS and L4 Enhanced 50msec network level resiliency G 8032 for ring mesh support Supported Standards PTP 820S is fully MEF 9 and MEF 14 compliant for all Carrier Ethernet serv...

Page 64: ...that defines the connectivity and behavior among the network element interfaces for the specific virtual bridge In addition to user defined services PTP 820S contains a pre defined management service Service ID 257 If needed users can activate the management service and use it for in band management To define a service the user must configure virtual connections among the interfaces that belong to...

Page 65: ...and Services Each arriving frame is classified to a specific service point based on a key that consists of The Interface ID of the interface through which the frame entered the PTP 820S The frame s C VLAN and or S VLAN tags If the classification mechanism finds a match between the key of the arriving frame and a specific service point the frame is associated to the specific service to which the se...

Page 66: ... SAP P2P Service Multipoint Service GE FE GE FE Port User Port GE FE Port Network Port Ethernet Radio Ethernet traffic Ethernet Radio Ethernet traffic Service Types PTP 820S supports the following service types Point to Point Service P2P MultiPoint Service MP Management Service Point to Multipoint Service E Tree Note Support for E Tree services is planned for future release Page 4 34 ...

Page 67: ... SAP SP P2P Service SAP SP SAP SP SAP SP Port 1 Port 2 Port 3 Port 4 Port 5 P2P Service P2P services provide the building blocks for network services such as E Line EVC EPL and EVPL EVCs and port based services Smart Pipe Multipoint Service MP Multipoint services are used to provide connectivity between two or more service points When traffic ingresses via one service point it is directed to one o...

Page 68: ...urable per service in granularity of 16 entries When a frame arrives via a specific service point the learning mechanism checks the MAC forwarding table for the service to which the service point belongs to determine whether that MAC address is known to the service If the MAC address is not found the learning mechanism adds it to the table under the specific service In parallel with the learning p...

Page 69: ... entries from the MAC forwarding table The MAC forwarding table can be cleared on three levels Global Switch Flush All dynamic entries for all services are erased Service Flush All dynamic entries for a specific service are flushed 7 Port Flush All dynamic entries associated with a specific interface are erased 8 Users can also delete static entries per service The system also provides an automati...

Page 70: ...not be disabled The following figure illustrates a management service Figure 43 Management Service SAP SP Management Service Port 1 Port 2 Port 3 SAP SP SAP SP SAP SP SAP SP Local Management Port 4 Port 5 SAP SP CPU Management services can provide building blocks for network services such as E LAN EVCs EP LAN and EVP LAN as well as E Line EVCs EPL and EVPL EVCs in which only two service points are...

Page 71: ...efined for the service For more details on PTP 820S s hierarchical classification mechanism see Classification on page 4 60 Default CoS The default CoS value at the service level If the CoS Mode is set to overwrite previous classification decisions this is the CoS value used for frames entering the service xSTP Instance 0 46 4095 The spanning tree instance ID to which the service belongs The servi...

Page 72: ...point traffic services Service Network Point SNP Service Point An SNP is equivalent to an NNI or E NNI in MEF terminology and defines the connection between the network elements in the user network SNPs are used for Point to Point and Multipoint traffic services The following figure shows four network elements in ring An MP Service with three service points provides the connectivity over the netwo...

Page 73: ...ased manner Smart Pipe In other words all the traffic from one port passes to the other port Pipe service points are used in Point to Point services The following figure shows a Point to Point service with Pipe service points that create a Smart Pipe between Port 1 of the network element on the left and Port 2 of the network element on the right Figure 46 Pipe Service Points Pipe Pipe Pipe Pipe Pa...

Page 74: ...tween elements that require port based connectivity Figure 47 SAP SNP and Pipe Service Points in a Microwave Network SAP SAP SNP SNP SNP SNP SNP SNP SNP SNP SNP Base Station Microwave Network NOC SAP Fiber Aggregation Network SAP PIPE SNP SNP SAP SNP PIPE The following table summarizes the service point types available per service type Table 9 Service Point Types per Service Type Service Point typ...

Page 75: ... A single C VLAN is classified to the service point QinQ A single S VLAN and C VLAN combination is classified to the service point Bundle C Tag A set of multiple C VLANs are classified to the service point Bundle S Tag A single S VLAN and a set of multiple C VLANs are classified to the service point SNP classification SNPs can be used with the following Attached Interface Types Dot1q A single C VL...

Page 76: ... allowed per interface Yes Yes Yes SAP SP Yes Yes No No SNP SP Yes No Yes No PIPE SP Yes No No Only one Pipe SP is allowed per interface The table on the next page explains which service point Attached Interface Type combinations can co exist on the same interface Page 4 44 ...

Page 77: ...es No No No No No Bundle C Tag Yes Yes No No No No No Bundle S Tag No No Yes No Yes No No All to One No No No Only 1 All to One SP Per Interface No No No QinQ No No Yes No Yes No No SNP 802 1q No No No No No Yes No S Tag No No No No No No Yes Pipe 802 1q Only for P2P Service Only for P2P Service No No No Only for P2P Service No S Tag No No No No No No Only for P2P Service MNG 802 1q Yes Yes No No ...

Page 78: ...802 1q Only for P2P Service No Yes No No Bundle C Tag Only for P2P Service No Yes No No Bundle S Tag No No No Yes No All to One No No No No No QinQ No No No Yes No SNP 802 1q Only for P2P Service No Yes No No S Tag No Only for P2P Service No No Yes Pipe 802 1q Only one Pipe SP Per Interface No Yes No No S Tag No Only one Pipe SP Per Interface No No Yes MNG 802 1q Yes No No No No QinQ No No No No N...

Page 79: ...tes Service Point ID Users can define up to 32 service points per service except for management services which are limited to 30 service points in addition to the pre defined management system service point Service Point Name A descriptive name which can be up to 20 characters Service Point Type The type of service point as described above S VLAN Encapsulation The S VLAN ID associated with the ser...

Page 80: ...ttributes are attributes that operate upon frames egressing via the service point C VLAN ID Egress Preservation If enabled C VLAN frames egressing the service point retain the same C VLAN ID they had when they entered the service C VLAN CoS Egress Preservation If enabled the C VLAN CoS value of frames egressing the service point is the same as the value when the frame entered the service S VLAN Co...

Page 81: ...being at the same time Once the interface is created the user configures both the physical and the logical interface In other words the user configures the same interface on two levels the physical level and the logical level The following figure shows physical and logical interfaces in a one to one relationship in which each physical interface is connected to a single logical interface without gr...

Page 82: ...hysical Interface 4 Logical Interface Logical Interface Note For simplicity only this figure represents a unidirectional rather than a bi directional traffic flow The following figure shows the logical interface at the egress side In this case the user can configure the egress traffic characteristics such as scheduling for the group as a whole as part of the logical interface attributes Figure 51 ...

Page 83: ... mode 14 IFG The physical port Inter frame gap Although users can modify the IFG field length it is strongly recommended not to modify the default value of 12 bytes without a thorough understanding of how the modification will impact traffic Permitted values are 6 to 15 bytes Preamble The physical port preamble value Although users can modify the preamble field length it is strongly recommended no...

Page 84: ...ames with length 1518 bytes 1522 for VLAN tagged frames with errors Frames with length 64 bytes good or bad Frames with length 65 127 bytes good or bad Frames with length 128 255 bytes good or bad Frames with length 256 511 bytes good or bad Frames with length 512 1023 bytes good or bad Frames with length 1024 1518 bytes good or bad Frames with length 1519 1522 bytes good or bad The following rece...

Page 85: ...cy attributes are configured and implemented on the logical interface level in contrast to attributes such as interface speed and duplex mode which are configured on the physical interface level It is important to understand that the user relates to logical interfaces in the same way in both a one to one scenario in which a single physical interface corresponds to a single logical interface and a ...

Page 86: ...t mode and the arriving packet has IP priority bits the interface performs QoS and Color classification according to a user configurable DSCP bit to CoS and Color classification table 802 1p classification has priority over DSCP Trust Mode so that if a match is found on the 802 1p level DSCP bits are not considered MPLS Trust Mode When this attribute is set to Trust mode and the arriving packet ha...

Page 87: ... value to which the user wants to apply the rate meter policer The field length is 4 nibbles for example 0x0806 ARP Inline Compensation The logical interface s ingress compensation value The rate meter policer attached to the logical interface uses this value to compensate for Layer 1 non effective traffic bytes Egress Path Shapers at Logical Interface Level Logical Port Shaper Profile Users can a...

Page 88: ...policer at the logical interface level users can view the following statistics counters Green Frames Green Bytes Yellow Frames Yellow Bytes Red Frames Red Bytes Note Rate meter policer counters are 64 bits wide Link Aggregation Groups LAG Link aggregation LAG enables users to group several physical interfaces into a single logical interface bound to a single MAC address This logical interface is k...

Page 89: ...roups can be created LAG groups can include interfaces with the following constraints Only physical interfaces including radio interfaces not logical interfaces can belong to a LAG group Interfaces can only be added to the LAG group if no services or service points are attached to the interface Any classification rules defined for the interface are overridden by the classification rules defined fo...

Page 90: ...rected to the most appropriate output queue via the egress path Figure 53 QoS Block Diagram Optional Egress Port Scheduler Shaper Standard QoS H QoS Queue Manager Marker Optional Egress Port Scheduler Shaper Standard QoS H QoS Queue Manager Marker Optional Egress Port Scheduler Shaper Standard QoS H QoS Queue Manager Marker CET Pipe Services Rate Limit Policing Classifier Optional Ingress Port Rat...

Page 91: ...or The following two modes of operation are available on the egress path Standard QoS This mode provides eight transmission queues per port Hierarchical QoS H QoS In this mode users can associate services from the service model to configurable groups of eight transmission queues service bundles from a total 2K queues In H QoS mode PTP 820S performs QoS in a hierarchical manner in which the egress ...

Page 92: ...the system via the port depicted on the left and enters the service via the SAP depicted on the upper left of the service The classification can take place at the logical interface level the service point level and or the service level Figure 55 Hierarchical Classification SAP SAP Service SAP SNP SAP SNP Logical Interface Port SNP SNP Logical interface level VLAN ID 802 1p based CoS DSCP based CoS...

Page 93: ...for example if the required classification is based on DSCP priority bits If no match is found at the logical interface level the default CoS is applied to incoming frames at this level In this case the Color of the frame is assumed to be Green The following figure illustrates the hierarchy of priorities among classification methods from highest on the left to lowest on the right priority Figure 5...

Page 94: ...w 2 0 2 Green 2 1 2 Yellow 3 0 3 Green 3 1 3 Yellow 4 0 4 Green 4 1 4 Yellow 5 0 5 Green 5 1 5 Yellow 6 0 6 Green 6 1 6 Yellow 7 0 7 Green 7 1 7 Yellow Table 14 S VLAN 802 1 UP and DEI Default Mapping to CoS and Color 802 1 UP DEI CoS Configurable Color Configurable 0 0 0 Green 0 1 0 Yellow 1 0 1 Green 1 1 1 Yellow 2 0 2 Green 2 1 2 Yellow 3 0 3 Green 3 1 3 Yellow 4 0 4 Green 4 1 4 Yellow 5 0 5 Gr...

Page 95: ...n 12 001100 AF12 1 Yellow 14 001110 AF13 1 Yellow 18 010010 AF21 2 Green 20 010100 AF22 2 Yellow 22 010110 AF23 2 Yellow 26 011010 AF31 3 Green 28 011100 AF32 3 Yellow 30 011110 AF33 3 Yellow 34 100010 AF41 4 Green 36 100100 AF42 4 Yellow 38 100110 AF43 4 Yellow 46 101110 EF 7 Green 8 001000 CS1 1 Green 16 010000 CS2 2 Green 24 011000 CS3 3 Green 32 100000 CS4 4 Green 40 101000 CS5 5 Green 48 1100...

Page 96: ... preserve previous CoS decision the CoS and Color are taken from the classification decision at the logical interface level If the service point CoS mode is configured to default service point CoS mode the CoS is taken from the service point s default CoS and the Color is Green Service Level Classification Classification at the service level enables users to provide special treatment to an entire ...

Page 97: ...of eight policers for a variety of traffic flows within a single service point in a service Another important function of rate metering is to protect resources in the network element from malicious users sending traffic at an unexpectedly high rate To prevent this the rate meter can cut off traffic from a user that passes the expected ingress rate TrTCM rate meters use a leaky bucket mechanism to ...

Page 98: ...tted values are 2 to 128 Kbytes with a minimum granularity of 2 Kbytes Excess Information Rate EIR Frames within the defined EIR are marked Yellow and processed according to network availability Frames beyond the combined CIR and EIR are marked Red and dropped by the policer Permitted values are 0 to 1 Gbps with a minimum granularity of 32 Kbps Excess Burst Size EBS Frames within the defined EBS a...

Page 99: ...affic at Layer 1 is equal to 760 Mbps if the frame size is 64 bytes but 986 Mbps if the frame size is 1500 bytes This demonstrates that counting at Layer 2 is not always fair in comparison to counting at Layer 1 that is the physical level Rate Metering Policing at the Logical Interface Level Rate metering at the logical interface level supports the following Unicast rate meter Multicast rate meter...

Page 100: ...ependently The total amount of memory dedicated to the queue buffers is 2 Gigabits The following considerations must be taken into account in determining the proper buffer size Latency considerations If low latency is required users would rather drop frames in the queue than increase latency small buffer sizes are preferable Throughput immunity to fast bursts When traffic is characterized by fast ...

Page 101: ...e ingress path For example if the calculated CoS is 6 the traffic is sent to queue 6 and so on Before assigning traffic to the appropriate queue the system makes a determination whether to forward or drop the traffic using a WRED algorithm with a predefined green and yellow curve for the desired queue This operation is integrated with the queue occupancy level The 2K queues share a single memory o...

Page 102: ...zed Packet Loss WRED eliminates the occurrence of traffic congestion peaks by restraining the transmission rate of the TCP flows Each queue occupancy level is monitored by the WRED mechanism and randomly selected frames are dropped before the queue becomes overcrowded Each TCP flow recognizes a frame loss and restrains its transmission rate basically by reducing the window size Since the frames ar...

Page 103: ...profile that defines a tail drop curve This profile is assigned profile number 31 and is configured with the following values 100 Yellow traffic drop after 16kbytes occupancy 100 Green traffic drop after 32kbytes occupancy Yellow maximum drop is 100 Green maximum drop is 100 A WRED profile can be assigned to each queue The WRED profile assigned to the queue determines whether or not to drop incomi...

Page 104: ...f the user enters a value below the lowest granular value except 0 the software adjusts the setting to the minimum For each curve frames are passed on and not dropped up to the minimum Green and Yellow thresholds From this point WRED performs a pseudo random drop with a ratio based on the curve up to the maximum Green and Yellow thresholds Beyond this point 100 of frames with the applicable Color ...

Page 105: ...led and represent eight CoS priority levels One or more service points can be attached to a specific bundle and the traffic from the service point to one of the eight queues is based on the CoS that was calculated on the ingress path Note With standard QoS users can assign the egress traffic to a single service bundle Service Bundle ID 1 The service bundle level represents the groups of eight prio...

Page 106: ...the Queue Level The egress service point points to a specific service bundle Depending on the user application the user can connect either a single service point or multiple service points to a service bundle Usually if multiple service points are connected to a service bundle the service points will share the same traffic type and characteristics Mapping to the eight priority queues is based on t...

Page 107: ...hether to work in Standard QoS mode or H QoS mode If the user configured all the egress service points to transmit traffic via a single service bundle the operational mode is Standard QoS In this mode only Service Bundle 1 is active and there are eight output transmission queues If the user configured the egress service points to transmit traffic via multiple service bundles the operational mode i...

Page 108: ... o 16 000 32 000 000 bps granularity of 16 000 bps o 32 000 000 1 000 000 000 bps granularity of 64 000 bps Note Users can enter any value within the permitted range Based on the value entered by the user the software automatically rounds off the setting according to the granularity If the user enters a value below the lowest granular value except 0 the software adjusts the setting to the minimum ...

Page 109: ...r scans all the queues over all the service bundles per interface and determines which queue is ready to transmit If more than one queue is ready to transmit the scheduler determines which queue transmits first based on Queue Priority A queue with higher priority is served before lower priority queues Weighted Fair Queuing WFQ If two or more queues have the same priority and are ready to transmit ...

Page 110: ...s profile is also used as the default interface priority profile Table 17 QoS Priority Profile Example Profile ID 1 9 CoS Green Priority user defined Yellow Priority read only Description 0 1 1 Best Effort 1 2 1 Data Service 4 2 2 1 Data Service 3 3 2 1 Data Service 2 4 2 1 Data Service 1 5 3 1 Real Time 2 Video with large buffer 6 3 1 Real Time 1 Video with small buffer 7 4 4 Management Sync PDUs...

Page 111: ...tion field up to 20 characters CoS 6 Priority CoS 6 queue priority from 4 highest to 1 lowest CoS 6 Description CoS 6 user description field up to 20 characters CoS 7 Priority CoS 7 queue priority from 4 highest to 1 lowest CoS 7 Description CoS 7 user description field up to 20 characters Users can attach one of the configured interface priority profiles to each interface By default the interface...

Page 112: ...820S supports the following counters per queue at the queue level Transmitted Green Packet 64 bits counter Transmitted Green Bytes 64 bits counter Transmitted Green Bits per Second 32 bits counter Dropped Green Packets 64 bits counter Dropped Green Bytes 64 bits counter Transmitted Yellow Packets 64 bits counter Transmitted Yellow Bytes 64 bits counter Transmitted Yellow Bits per Second 32 bits co...

Page 113: ...AN the egress CoS and Color are the same as the CoS and Color of the frame when it ingresses into the switching fabric Marking is performed according to a global table that maps CoS and Color values to the 802 1p UP bits and the DEI or CFI bits If Marking is enabled on a service point the CoS and Color of frames egressing the service via that service point are overwritten according to this global ...

Page 114: ...nfigurable 0 Green 0 0 0 Yellow 0 1 1 Green 1 0 1 Yellow 1 1 2 Green 2 0 2 Yellow 2 1 3 Green 3 0 3 Yellow 3 1 4 Green 4 0 4 Yellow 4 1 5 Green 5 0 5 Yellow 5 1 6 Green 6 0 6 Yellow 6 1 7 Green 7 0 7 Yellow 7 1 The keys for these tables are the CoS and Color The results are the 802 1q 802 1ad UP and CFI DEI bits which are user configurable It is strongly recommended that the default values not be ...

Page 115: ...leaky bucket Shaping at service bundle level Dual leaky bucket Dual leaky bucket Shaping at port level Single leaky bucket this level is not relevant since it is recommended to use service bundle level with dual leaky bucket Single leaky bucket Transmission queues priority Per queue priority 4 priorities Per queue priority 4 priorities All service bundles for a specific port inherit the 8 queues p...

Page 116: ...et port You can also configure ASP to close the Ethernet port based on a radio failure at the remote carrier ASP improves the recovery performance of resiliency protocols Note It is recommended to configure both ends of the link to the same ASP configuration Automatic State Propagation Operation ASP is configured as pairs of interfaces Each ASP pair includes a Monitored Interface and a Controlled ...

Page 117: ...ort because of ASP does not trigger a protection switch Preventing Loss of In Band Management If the link uses in band management shutting down the Ethernet port can cause loss of management access to the unit To prevent this users can configure ASP to operate in Client Signal Failure CSF mode In CSF mode the ASP mechanism does not physically shut down the Controlled Interface when ASP is triggere...

Page 118: ...rty Equipment The ABN entity creates a logical relationship between a radio interface called the Monitored Interface and an Ethernet interface or a logical group of Ethernet interfaces called the Control Interface When bandwidth degrades from the nominal bandwidth value in the Monitored Interface messages relaying the actual bandwidth values are periodically sent over the Control Interface A termi...

Page 119: ...signated Ethernet Ring Node the RPL Owner Node is responsible for blocking traffic at one end of the RPL When an Ethernet ring failure occurs the RPL Owner unblocks its end of the RPL allowing the RPL to be used for traffic The other Ethernet Ring Node adjacent to the RPL the RPL Neighbor Node may also participate in blocking or unblocking its end of the RPL A number of ERP instances ERPIs can be ...

Page 120: ...ter signal failure is recovered before reverting to idle state Guard Time Prevents unnecessary state changes and loops Hold off Time Determines the time period from failure detection to response Each ERPI maintains a state machine that defines the node s state for purposes of switching and convergence The state is determined according to events that occur in the ring such as signal failure and for...

Page 121: ...ate the protecting state Figure 67 G 8032 Ring in Protecting State The ability to define multiple ERPIs and assign them to different Ethernet services or groups of services enables operators to perform load balancing by configuring a different RPL for each ERPI The following figure illustrates a ring in which four ERPIs each carry services with 33 capacity in idle state since each link is designat...

Page 122: ...ere is a bridge failure or breakdown in a data path Automatically reconfigures the spanning tree to accommodate addition of bridges and bridge ports to the network without the formation of transient data loops Enables frames assigned to different services or service groups to follow different data routes within administratively established regions of the network Provides for predictable and reprod...

Page 123: ...h bridge The CIST Regional Root is identified as the one root per MST Region whose minimum cost path to the root is not through another bridge using the same MST Configuration Identifier Based on priority vector comparisons and calculations performed by each bridge for each MSTI one bridge is independently selected for each MSTI to be the MSTI Regional Root and a minimum cost path is defined from ...

Page 124: ...EF 20 MEF 30 and MEF 31 specifications define SOAM SOAM is concerned with detecting isolating and reporting connectivity faults spanning networks comprising multiple LANs including LANs other than IEEE 802 3 media IEEE 802 1ag Ethernet CFM Connectivity Fault Management consists of three protocols that operate together to aid in fault management Continuity check Link trace Loopback PTP 820S utilize...

Page 125: ... MIP or MEP Fault localization The ETH LT function can be used for fault localization When a fault occurs the sequence of MIPs and or MEP will probably be different from the expected sequence The difference between the sequences provides information about the fault location AIS AIS defined in G 8013 Y 1731O is the Ethernet alarm indication signal function used to suppress alarms following detectio...

Page 126: ...olls and benefit from OPEX savings Discovery The ability for OAM enabled devices to discover each other and notify each other of their capabilities Link Monitoring The ability to monitor link attributes and status information such as errors and events symbols frames Remote Fault Detection The ability to detect and handle link failure and the ability for OAM enabled devices to convey failure condit...

Page 127: ...erfaces Synchronous Ethernet SyncE IEEE 1588 Transparent Clock SSM Support and Loop Prevention Related topics NTP Support PTP 820S Synchronization Solution Cambium s synchronization solution ensures maximum flexibility by enabling the operator to select any combination of techniques suitable for the operator s network and migration strategy SyncE PRC Pipe Regenerator mode20 o PRC grade G 811 perfo...

Page 128: ...al layer SyncE PRC Pipe Regenerator Mode In SyncE PRC pipe regenerator mode frequency is transported between two GbE interfaces through the radio link PRC pipe regenerator mode makes use of the fact that the system is acting as a simple link so no distribution mechanism is necessary in order to achieve the following Improved frequency distribution performance with PRC quality Simplified configurat...

Page 129: ...ority frame that has already started to be transmitted completes its transmission Store and Forward Used to determine where to send individual packets Incoming packets are stored in local memory while the MAC address table is searched and the packet s cyclic redundancy field is checked before the packet is sent out on the appropriate port This process introduces variations in the time latency of p...

Page 130: ...ables switch delay compensation to a potential accuracy of less than a picosecond The Transparent Clock algorithm forwards and adjusts the messages to reflect the residency time associated with the Sync and Delay Request messages as they pass through the device The delays are inserted in the time interval correction field PTP 820S supports End to End Transparent Clock which updates the time interv...

Page 131: ...F etc Each unit holds a parameter which indicates the quality of its reference clock This is the quality of the current synchronization source interface The reference source quality is transmitted through SSM messages to all relevant radio interfaces Each unit determines the current active clock reference source interface o The interface with the highest available quality is selected o From among ...

Page 132: ...view Management Communication Channels and Protocols Web Based Element Management System Web EMS Command Line Interface CLI Configuration Management Software Management In Band Management Local Management Alarms NTP Support UTC Support System Security Features Page 5 1 ...

Page 133: ...ion Cambium Networks provides an SNMP v1 v2c v3 northbound interface on the PTP 820S 23 Cambium Networks offers an NMS solution for providing centralized operation and maintenance capability for the complete range of network elements in an PTP 820S system In addition management configuration and maintenance tasks can be performed directly via the PTP 820S Command Line Interface CLI The CLI can be ...

Page 134: ...ble SNMP traps UDP Sends SNMP traps forwarding optional 25 SMTP mail TCP Sends the NMS reports and triggers by email optional 69 TFTP UDP Uploads downloads configuration files optional 80 HTTP TCP Manages devices 443 HTTPS TCP Manages devices optional From 21 port to any remote port 1023 FTP Control Port TCP Downloads software and configuration files FTP Server responds to client s control port op...

Page 135: ...es FTP client initiates a connection optional To any port 1023 from any Port 1023 FTP Data Port TCP Downloads software and configuration files FTP Client initiates data connection to random port specified by server optional FTP Server random port range can be limited according to needed configuration number of parallel configuration uploads 9205 Configurable Propriety TCP User Actions Logger serve...

Page 136: ...agement Communication Channels and Protocols Table 27 Additional Management Ports for PTP 820S Port number Protocol Frame structure Details 23 telnet TCP Remote CLI access optional 22 SSH TCP Secure remote CLI access optional Page 5 5 ...

Page 137: ...ing Enables you to view and clear performance monitoring values and counters Diagnostics and Maintenance Enables you to define and perform loopback tests and software updates Security Configuration Enables you to configure PTP 820S security features User Management Enables you to define users and user profiles A Web Based EMS connection to the PTP 820S can be opened using an HTTP Browser Internet ...

Page 138: ...hapter 5 PTP 820S Management Command Line Interface CLI Command Line Interface CLI A CLI connection to the PTP 820S can be opened via telnet All parameter configurations can be performed via CLI Page 5 7 ...

Page 139: ...the system after restoring the configuration 24 The system provides three restore points to manage different configuration files Each restore point contains a single configuration file Files can be added to restore points by creating backups of the current system state or by importing them from an external server Note In the Web EMS these restore points are referred to as file numbers For example ...

Page 140: ...ally downloaded Note When downloading an older version all files in the bundle may be downloaded including files that are already installed Software bundles can be downloaded via FTP SFTP HTTP or HTTPS Note Only FTP downloads are supported in Release 7 0 After the software download is complete the user initiates the installation A timer can be used to perform the installation after a defined time ...

Page 141: ...PTP 820S Management Software Management Users can also update the backup version manually The Web EMS includes a field that indicates whether or not the active and backup software versions are identical Page 5 10 ...

Page 142: ...n Band Management PTP 820S can optionally be managed In Band via its radio and Ethernet interfaces This method of management eliminates the need for a dedicated management interface For more information see Management Service MNG on page 4 38 Page 5 11 ...

Page 143: ...Chapter 5 PTP 820S Management Local Management Local Management PTP 820S includes an FE port for local management This port MGT is enabled by default and cannot be disabled Page 5 12 ...

Page 144: ...ion margin The user defines both the nominal RSL value and the RSL degradation margin Alarms Editing Users can change the description text by appending extra text to the existing description or the severity of any alarm in the system This feature is available through CLI only This is performed as follows Each alarm in the system is identified by a unique name see separate list of system alarms and...

Page 145: ...on PTP 820S supports Network Time Protocol NTP NTP distributes Coordinated Universal Time UTC throughout the system using a jitter buffer to neutralize the effects of variable latency PTP 820S supports NTPv3 and NTPv4 NTPv4 provides interoperability with NTPv3 and with SNTP Page 5 14 ...

Page 146: ...e updated and accurate method of date coordination than the earlier date standard Greenwich Mean Time GMT Every PTP 820S unit holds the UTC offset and daylight savings time information for the location of the unit Each management unit presenting the information CLI and Web EMS uses its own UTC offset to present the information in the correct time Page 5 15 ...

Page 147: ...putting technical and operational barriers in every layer along the way from the access outside the network through the authentication process up to every data link in the network Layered Security Concept Each layer protects against one or more threats However it is the combination of them that provides adequate protection to the network In most cases no single layer protection provides a complete...

Page 148: ...all sorts of DoS attacks Operators can use secure channels instead or in addition to the existing management channels SNMPv3 for all SNMP based protocols for both NEs and NMS 26 HTTPS for access to the NE s web server SSH 2 for all CLI access SFTP for all software and configuration download between NMS and NEs All protocols run with secure settings using strong encryption techniques Unencrypted mo...

Page 149: ...e No access to this functional group Normal The user has access to parameters that require basic knowledge about the functional group Advance The user has access to parameters that require advanced knowledge about the functional group as well as parameters that have a significant impact on the system as a whole such as restoring the configuration to factory default settings User Identification PTP...

Page 150: ...d provides a RADIUS client for authentication and authorization Note RADIUS support is planned for future release When RADIUS is enabled a user attempting to log into the system from any of the management channels CLI WEB SNMP is not authenticated locally but rather his or her credentials are sent to a centralized standard RADIUS server which indicates to the PTP 820S whether the user is known and...

Page 151: ...ault Server authentication is based on PTP 820S s public key RSA and DSA key types are supported Supported Encryptions aes128 cbc 3des cbc blowfish cbc cast128 cbc arcfour128 arcfour256 arcfour aes192 cbc aes256 cbc aes128 ctr aes192 ctr aes256 ctr MAC Message Authentication Code SHA 1 96 MAC length 96 bits key length 160 bit Supported MAC hmac md5 hmac sha1 hmac ripemd160 hmac sha1 96 hmac md5 96...

Page 152: ...re release While creating the CSR file the user will be asked to input the following parameters that must be known to the operator who applies the command Common name The identify name of the element in the network e g the IP address The common name can be a network IP or the FQDN of the element Organization The legal name of the organization Organizational Unit The division of the organization ha...

Page 153: ...erations for certificates handling o Generate server key pairs private public o Export public key as a file to a user specified address o Install third party certificates o The Admin user is responsible for obtaining a valid certificate o Load a server RSA key pair that was generated externally for use by protocols making use of SSL Non SSL protocols using asymmetric encryption such as SSH and SFT...

Page 154: ...rivilege The contents of the log file are cryptographically protected and digitally signed o In the event of an attempt to modify the file an alarm will be raised Users may not overwrite delete or modify the log file The security log records Changes in security configuration o Carrying out security configuration copy to mate o Management channels time out o Password aging time o Number of unsucces...

Page 155: ...urity and configuration logs o System clock change o NTP enable disable Security events Successful and unsuccessful login attempts N consecutive unsuccessful login attempts blocking Configuration change failure due to insufficient permissions SNMPv3 PV authentication failures User logout User account expired For each recorded event the following information is available User ID Communication chann...

Page 156: ...Chapter 6 Standards and Certifications This chapter includes Supported Ethernet Standards Page 6 1 ...

Page 157: ...tion 802 3 10base T 802 3u 100base T 802 3ab 1000base T 802 3z 1000base X 802 3ac Ethernet VLANs 802 1Q Virtual LAN VLAN 802 1p Class of service 802 1ad Provider bridges QinQ 802 3ad Link aggregation Auto MDI MDIX for 1000baseT RFC 1349 IPv4 TOS RFC 2474 IPv4 DSCP RFC 2460 IPv6 Traffic Classes Table 29 MEF Certifications for Ethernet Services Page 6 2 ...

Page 158: ... Losses Networking Specifications o Ethernet Latency Specifications o Interface Specifications o Carrier Ethernet Functionality o Synchronization Functionality Network Management Diagnostics Status and Alarms Physical and Electrical Specifications o Mechanical Specifications o Antenna Specifications o Power Specifications o PoE Injector Specifications o Cable Specifications Note All specifications...

Page 159: ...10 7 10 7 11 7 12 75 13 3 14 4 15 35 Tx Rx Spacing MHz 252 04 240 266 300 340 160 170 500 154 119 161 168 182 196 208 245 250 266 300 310 311 32 500 530 91 168 350 550 490 520 530 266 315 420 475 644 490 728 Frequency Source Synthesizer RF Channel Selection Via EMS NMS System Configurations MultiCore 2 0 Single Dual Polarization MultiCore 2 2 SP DP HSB 2 x MultiCore 2 0 SP DP LoS 4x4 MIMO LoS 2x2 ...

Page 160: ... 2 23 65 24 2 26 5 27 35 29 5 31 8 33 4 37 40 Tx Rx Spacing MHz 1010 1120 1008 1560 1008 1200 1232 800 1008 350 450 490 1008 812 1000 1260 700 Frequency Source Synthesizer RF Channel Selection Via EMS NMS System Configurations MultiCore 2 0 Single Dual Polarization MultiCore 2 2 SP DP HSB 2 x MultiCore 2 0 SP DP LoS 4x4 MIMO LoS 2x2 MIMO Tx Range Manual ATPC Up to 25dB dynamic range Page 7 3 ...

Page 161: ...nnel Selection Via EMS NMS System Configurations MultiCore 2 0 Single Dual Polarization MultiCore 2 2 SP DP HSB 2 x MultiCore 2 0 SP DP LoS 4x4 MIMO LoS 2x2 MIMO Tx Range Manual ATPC Up to 20dB dynamic range Table 33 ANSI 23 GHz 38 GHz Specification 23 GHz 26 GHz 28 GHz 31 GHz 38 GHz Standards FCC Part 101 I C SRSP 321 8 FCC Part 101 FCC Part 101 FCC Part 101 FCC Part 101 I C SRSP 338 6 Operating ...

Page 162: ...y figures for Layer 2 Header De Duplication assume compression of 14 header bytes The lower figure is for 1518 byte frames and the higher figure is for 64 byte frames The capacity figures for LTE packets encapsulated inside GTP tunnels assume compression of 76 header bytes including IPv4 UDP encapsulation and double VLAN tagging QinQ Capacity for IPv6 encapsulation is higher The lower figure is fo...

Page 163: ... 7 512 QAM 200 199 22 200 77 227 28 209 23 640 22 8 1024 QAM Strong FEC 225 211 89 213 54 241 74 222 53 680 92 9 1024 QAM Light FEC 225 224 96 226 71 256 64 236 26 722 91 10 2048 QAM 250 241 31 243 19 275 3 253 43 775 47 30 MHz 28 MHz Class 6A Channel Bandwidth Table 35 Radio capacity 30 MHz Channel Bandwidth Profile Modulation Minimum required capacity license Ethernet Throughput No Compression L...

Page 164: ...roughput No Compression L2 Compression Header De Duplication 0 QPSK 50 56 92 57 36 64 94 59 78 182 91 1 8 PSK 100 84 93 85 6 96 9 89 2 272 94 2 16 QAM 100 115 67 116 57 131 97 121 48 371 72 3 32 QAM 150 152 43 153 61 173 9 160 08 489 83 4 64 QAM 200 187 19 188 65 213 56 196 6 601 56 5 128 QAM 225 226 44 228 2 258 34 237 82 727 69 6 256 QAM 250 243 43 245 32 277 71 255 65 782 27 7 512 QAM 300 266 6...

Page 165: ...833 33 9 1024 QAM Light FEC 400 410 65 413 84 468 49 431 27 833 33 10 2048 QAM 450 442 7 446 15 505 06 464 94 833 33 56 MHz Channel Bandwidth Table 38 Radio capacity 56 MHz Channel Bandwidth Profile Modulation Minimum required capacity license Ethernet Throughput No Compression L2 Compression Header De Duplication 0 QPSK 100 81 43 82 07 92 9 85 52 261 69 1 8 PSK 100 121 33 122 27 138 42 127 42 389...

Page 166: ... 42 127 42 389 9 2 16 QAM 150 165 11 166 4 188 37 173 41 530 6 3 32 QAM 100 85 74 86 41 97 82 90 05 275 54 4 64 QAM 100 125 03 126 142 64 131 31 401 79 5 128 QAM 200 173 64 174 99 198 1 182 36 558 01 6 256 QAM 250 228 5 230 27 260 68 239 97 734 29 7 512 QAM 300 280 58 282 76 320 1 294 67 833 33 8 1024 QAM Strong FEC 350 339 18 341 82 386 96 356 22 833 33 9 1024 QAM Light FEC 400 391 37 394 41 446 ...

Page 167: ... 444 33 503 463 04 833 33 6 256 QAM 500 507 71 511 66 579 22 533 21 833 33 7 512 QAM 500 556 93 561 26 635 38 584 91 833 33 8 1024 QAM 650 605 25 609 96 690 51 635 66 833 33 Note Support for 512 and 1024 QAM in 80 MHz channels is planned for future release whereas other models support 1 Gbps Transmit Power Specifications Table 41 PTP 820S Standard Power for 6 to 18 GHz Modulation 6 GHz 7 GHz 8 GHz...

Page 168: ...QAM 20 0 19 16 128 QAM 20 0 19 16 256 QAM 18 0 17 14 512 QAM 18 0 17 14 1024 QAM 17 0 16 13 2048 QAM 16 0 15 12 Note Nominal TX power is subject to change until the relevant frequency band is formally released See the frequency rollout plan The values listed in this section are typical Actual values may differ in either direction by up to 1dB Table 43 PTP 820S High Power Modulation 6 GHz 7 GHz 8 G...

Page 169: ...ns Modulation 6 GHz 7 GHz 8 GHz 10 11 GHz QPSK 29 28 28 27 8 PSK 29 28 28 27 16 QAM 28 27 27 26 32 QAM 27 26 26 25 64 QAM 27 26 26 25 128 QAM 27 26 26 25 256 QAM 27 26 24 25 512 QAM 25 24 24 24 1024 QAM 25 24 24 23 2048 QAM 23 22 22 21 Page 7 12 ...

Page 170: ... 75 0 75 5 76 5 76 0 75 0 76 0 74 5 74 0 74 5 75 5 73 0 72 5 4 64 QAM 74 0 72 5 72 0 72 5 73 5 73 0 72 0 73 0 71 5 71 0 71 5 72 5 70 0 69 5 5 128 QAM 71 0 69 5 69 0 69 5 70 5 70 0 69 0 70 0 68 5 68 0 68 5 69 5 67 0 66 5 6 256 QAM 68 0 66 5 66 0 66 5 67 5 67 0 66 0 67 0 65 5 65 0 65 5 66 5 64 0 63 5 7 512 QAM 65 5 64 0 63 5 64 0 65 0 64 5 63 5 64 5 63 0 62 5 63 0 64 0 61 5 61 0 8 1024 QAM strong FE...

Page 171: ...1 5 69 0 68 5 69 0 71 0 69 5 68 5 69 5 68 0 67 5 68 0 69 0 66 5 66 0 6 256 QAM 68 5 66 0 65 5 66 0 68 0 66 5 65 5 66 5 65 0 64 5 65 0 66 0 63 5 63 0 7 512 QAM 66 5 64 0 63 5 64 0 66 0 64 5 63 5 64 5 63 0 62 5 63 0 64 0 61 5 61 0 8 1024 QAM strong FEC 63 5 61 0 60 5 61 0 63 0 61 5 60 5 61 5 60 0 59 5 60 0 61 0 58 5 58 0 9 1024 QAM light FEC 62 5 60 0 59 5 60 0 62 0 60 5 59 5 60 5 59 0 58 5 59 0 60 ...

Page 172: ... 5 66 0 6 256 QAM 68 5 66 0 65 5 66 0 67 5 66 5 65 5 66 5 65 0 64 5 65 0 66 0 63 5 63 0 7 512 QAM 66 5 64 0 63 5 64 0 65 5 64 5 63 5 64 5 63 0 62 5 63 0 64 0 61 5 61 0 8 1024 QAM strong FEC 63 61 0 60 5 61 0 62 61 5 60 5 61 5 60 0 59 5 60 0 61 0 58 5 58 0 9 1024 QAM light FEC 62 60 0 59 5 60 0 61 60 5 59 5 60 5 59 0 58 5 59 0 60 0 57 5 57 0 10 2048 QAM 58 5 56 0 55 5 56 0 57 5 56 5 55 5 56 5 55 0 ...

Page 173: ...7 5 65 5 64 5 65 5 64 0 63 5 64 0 65 0 62 5 62 0 7 512 QAM 63 5 62 0 61 5 62 0 65 0 62 5 61 5 62 5 61 0 60 5 61 0 62 0 59 5 59 0 8 1024 QAM strong FEC 61 0 59 5 59 0 59 5 61 5 60 0 59 0 60 0 58 5 58 0 58 5 59 5 57 0 56 5 9 1024 QAM light FEC 60 0 58 5 58 0 58 5 60 5 59 0 58 0 59 0 57 5 57 0 57 5 58 5 56 0 55 5 10 2048 QAM 57 5 56 0 55 5 56 0 57 5 56 5 55 5 56 5 55 0 54 5 55 0 56 0 53 5 53 0 Table ...

Page 174: ...5 61 0 7 512 QAM 63 0 61 5 61 0 61 5 62 5 62 0 61 0 62 0 60 5 60 0 60 5 61 5 59 0 58 5 8 1024 QAM strong FEC 60 5 59 0 58 5 59 0 60 0 59 5 58 5 59 5 58 0 57 5 58 0 59 0 56 5 56 0 9 1024 QAM light FEC 59 5 58 0 57 5 58 0 59 0 58 5 57 5 58 5 57 0 56 5 57 0 58 0 55 5 55 0 10 2048 QAM 57 0 55 5 55 0 55 5 56 5 56 0 55 0 56 0 54 5 54 0 54 5 55 5 53 0 52 5 Table 49 Receiver threshold for 56MHz ACCP Profi...

Page 175: ... 5 58 0 8 1024 QAM strong FEC 59 0 57 5 57 0 57 5 58 5 58 0 57 0 58 0 56 5 56 0 56 5 57 5 55 0 54 5 9 1024 QAM light FEC 58 0 56 5 56 0 56 5 57 5 57 0 56 0 57 0 55 5 55 0 55 5 56 5 54 0 53 5 10 2048 QAM 53 5 52 0 51 5 52 0 53 0 52 5 51 5 52 5 51 0 50 5 51 0 52 0 49 5 49 0 Table 50 Receiver threshold for 56MHz ACAP Profile Modulation Frequency GHz 6 7 8 10 11 13 15 18 23 26 28 31 32 36 38 0 QPSK 84...

Page 176: ...57 0 56 5 57 0 58 0 57 5 56 5 57 5 56 0 55 5 56 0 57 0 54 5 54 0 9 1024 QAM light FEC 58 5 56 0 55 5 56 0 57 0 56 5 55 5 56 5 55 0 54 5 55 0 56 0 53 5 53 0 10 2048 QAM 56 0 53 5 53 0 53 5 54 5 54 0 53 0 54 0 52 5 52 0 52 5 53 5 51 0 50 5 Table 51 Receiver threshold for 60MHz Profile Modulation Frequency GHz 6 7 8 10 11 13 15 18 23 26 28 31 32 36 38 0 QPSK 84 5 82 5 82 0 82 5 83 5 83 0 82 0 83 0 81...

Page 177: ...61 5 62 5 60 0 59 5 7 512 QAM 63 60 5 60 0 60 5 61 5 61 0 60 0 61 0 59 5 59 0 59 5 60 5 58 0 57 5 8 1024 QAM strong FEC 59 5 57 0 56 5 57 0 58 0 57 5 56 5 57 5 56 0 55 5 56 0 57 0 54 5 54 0 9 1024 QAM light FEC 58 5 56 0 55 5 56 0 57 0 56 5 55 5 56 5 55 0 54 5 55 0 56 0 53 5 53 0 10 2048 QAM 55 5 53 5 53 0 53 5 54 5 54 0 53 0 54 0 52 5 52 0 52 5 53 5 51 0 50 5 Table 52 Receiver threshold 80MHz Pro...

Page 178: ...io Specifications Profile Modulation Frequency GHz 6H 11 5 128 QAM 67 0 66 5 6 256 QAM 64 0 63 5 7 512 QAM 61 0 60 5 8 1024 QAM 58 5 58 0 Note Support for 512 and 1024 QAM in 80 MHz channels is planned for future release Page 7 21 ...

Page 179: ...6306 5 6303 5 6418 5 6037 5 6152 5 6037 5 6152 5 6303 5 6418 5 6245 6290 5 5939 5 6030 5 260A 5939 5 6030 5 6245 6290 5 6365 6410 5 6059 5 6150 5 6059 5 6150 5 6365 6410 5 6226 89 6286 865 5914 875 6034 825 252B 5914 875 6034 825 6226 89 6286 865 6345 49 6405 465 6033 475 6153 425 6033 475 6153 425 6345 49 6405 465 6181 74 6301 69 5929 7 6049 65 252A 5929 7 6049 65 6181 74 6301 69 6241 04 6360 99 ...

Page 180: ...1 6599 340A 6441 6599 6781 6939 6941 7099 6601 6759 6601 6759 6941 7099 6707 5 6772 5 6537 5 6612 5 160A 6537 5 6612 5 6707 5 6772 5 6767 5 6832 5 6607 5 6672 5 6607 5 6672 5 6767 5 6832 5 6827 5 6872 5 6667 5 6712 5 6667 5 6712 5 6827 5 6872 5 7 GHz 7783 5 7898 5 7538 5 7653 5 7538 5 7653 5 7783 5 7898 5 7301 5 7388 5 7105 5 7192 5 196A 7105 5 7192 5 7301 5 7388 5 7357 5 7444 5 7161 5 7248 5 7161...

Page 181: ...5 7332 5 7105 5 7164 5 168A 7105 5 7164 5 7273 5 7332 5 7301 5 7360 5 7133 5 7192 5 7133 5 7192 5 7301 5 7360 5 7357 5 7416 5 7189 5 7248 5 7189 5 7248 5 7357 5 7416 5 7280 5 7339 5 7119 5 7178 5 161P 7119 5 7178 5 7280 5 7339 5 7308 5 7367 5 7147 5 7206 5 7147 5 7206 5 7308 5 7367 5 7336 5 7395 5 7175 5 7234 5 7175 5 7234 5 7336 5 7395 5 7364 5 7423 5 7203 5 7262 5 7203 5 7262 5 7364 5 7423 5 759...

Page 182: ...5 7608 5 7667 5 7664 5 7723 5 7503 5 7562 5 7503 5 7562 5 7664 5 7723 5 7580 5 7639 5 7419 5 7478 5 161I 7419 5 7478 5 7580 5 7639 5 7608 5 7667 5 7447 5 7506 5 7447 5 7506 5 7608 5 7667 5 7664 5 7723 5 7503 5 7562 5 7503 5 7562 5 7664 5 7723 5 7273 5 7353 5 7112 5 7192 5 161F 7112 5 7192 5 7273 5 7353 5 7322 5 7402 5 7161 5 7241 5 7161 5 7241 5 7322 5 7402 5 7573 5 7653 5 7412 5 7492 5 7412 5 749...

Page 183: ...7479 7538 7479 7538 7640 7699 7668 7727 7507 7566 7507 7566 7668 7727 7409 7468 7248 7307 161B 7248 7307 7409 7468 7437 7496 7276 7335 7276 7335 7437 7496 7465 7524 7304 7363 7304 7363 7465 7524 7493 7552 7332 7391 7332 7391 7493 7552 7284 7343 7123 7182 161A 7123 7182 7284 7343 7312 7371 7151 7210 7151 7210 7312 7371 7340 7399 7179 7238 7179 7238 7340 7399 7368 7427 7207 7266 7207 7266 7368 7427 ...

Page 184: ...37 5 7524 5 7583 5 7524 5 7583 5 7678 5 7737 5 7580 5 7639 5 7426 5 7485 5 154A 7426 5 7485 5 7580 5 7639 5 7608 5 7667 5 7454 5 7513 5 7454 5 7513 5 7608 5 7667 5 7636 5 7695 5 7482 5 7541 5 7482 5 7541 5 7636 5 7695 5 7664 5 7723 5 7510 5 7569 5 7510 5 7569 5 7664 5 7723 5 8 GHz 8396 5 8455 5 8277 5 8336 5 119A 8277 5 8336 5 8396 5 8455 5 8438 5 8497 5 8319 5 8378 5 8319 5 8378 5 8438 5 8497 5 8...

Page 185: ...0 8 7970 75 8162 12 8282 07 8212 8302 7902 7992 310D 7902 7992 8212 8302 8240 8330 7930 8020 7930 8020 8240 8330 8296 8386 7986 8076 7986 8076 8296 8386 8212 8302 7902 7992 310C 7902 7992 8212 8302 8240 8330 7930 8020 7930 8020 8240 8330 8296 8386 7986 8076 7986 8076 8296 8386 8380 8470 8070 8160 8070 8160 8380 8470 8408 8498 8098 8188 8098 8188 8408 8498 8039 5 8150 5 7729 5 7840 5 310A 7729 5 78...

Page 186: ...137 5 8022 5 8137 5 8288 5 8403 5 8226 52 8287 52 7974 5 8035 5 252A 7974 5 8035 5 8226 52 8287 52 8270 5 8349 5 8020 5 8099 5 250A 10 GHz 10501 10563 10333 10395 168A 10333 10395 10501 10563 10529 10591 10361 10423 10361 10423 10529 10591 10585 10647 10417 10479 10417 10479 10585 10647 10501 10647 10151 10297 350A 10151 10297 10501 10647 10498 10652 10148 10302 350B 10148 10302 10498 10652 10561 ...

Page 187: ...3 GHz 13002 13141 12747 12866 266 12747 12866 13002 13141 13127 13246 12858 12990 12858 12990 13127 13246 12807 12919 13073 13185 266A 13073 13185 12807 12919 12700 12775 12900 13000 200 12900 13000 12700 12775 12750 12825 12950 13050 12950 13050 12750 12825 12800 12870 13000 13100 13000 13100 12800 12870 12850 12925 13050 13150 13050 13150 12850 12925 15 GHz 15110 15348 14620 14858 490 14620 1485...

Page 188: ...21 15117 15341 14963 15075 14648 14760 315 14648 14760 14963 15075 15047 15159 14732 14844 14732 14844 15047 15159 15229 15375 14500 14647 728 14500 14647 15229 15375 18 GHz 19160 19700 18126 18690 1010 18126 18690 19160 19700 18710 19220 17700 18200 17700 18200 18710 19220 19260 19700 17700 18140 1560 17700 18140 19260 19700 23 GHz 23000 23600 22000 22600 1008 22000 22600 23000 23600 22400 23000 ...

Page 189: ... 450 27700 27900 28150 28350 27950 28150 27500 27700 27500 27700 27950 28150 28050 28200 27700 27850 350 27700 27850 28050 28200 27960 28110 27610 27760 27610 27760 27960 28110 28090 28315 27600 27825 490 27600 27825 28090 28315 29004 29453 27996 28445 1008 27996 28445 29004 29453 28556 29005 27548 27997 27548 27997 28556 29005 29100 29125 29225 29250 125 29225 29250 29100 29125 31 GHz 31000 31085...

Page 190: ...950 39300 39650 37700 38050 37000 37350 37000 37350 37700 38050 38050 38400 37350 37700 37350 37700 38050 38400 Mediation Device Losses Table 54 Meditation device losses Configur ation Interfaces 6 8 GHz 11 GHz 13 15 GHz 18 26 GHz 28 38 GHz Flex WG Remote Mount antenna Added on remote mount configuratio ns 0 5 0 5 1 2 1 5 1 5 1 0 Direct Mount Integrated antenna 0 2 0 2 0 4 0 5 0 5 OMT Direct Mount...

Page 191: ...QAM 94 100 112 135 181 225 4 64 QAM 90 95 106 125 165 203 5 128 QAM 84 89 98 115 149 183 6 256 QAM 92 95 104 119 151 181 7 512 QAM 99 103 111 125 155 184 8 1024 QAM strong FEC 92 95 103 117 145 173 9 1024 QAM light FEC 93 96 104 117 145 171 10 2048 QAM 88 91 99 111 137 162 Latency 30 MHz Channel Bandwidth Table 56 Latency for 30MHz Channel Bandwidth ACM Working Point Modulation Latency usec with G...

Page 192: ...48 QAM 88 91 99 111 137 162 Latency 40 MHz Channel Bandwidth Table 57 Latency for 40MHz Channel Bandwidth ACM Working Point Modulation Latency usec with GE Interface Frame Size 64 128 256 512 1024 1518 0 QPSK 113 123 144 185 266 346 1 8 PSK 96 103 118 147 205 262 2 16 QAM 81 86 98 120 166 210 3 32 QAM 78 83 92 111 148 184 4 64 QAM 75 79 87 103 135 166 5 128 QAM 71 74 82 96 124 151 6 256 QAM 60 63 ...

Page 193: ... 134 6 256 QAM 56 59 66 79 105 127 7 512 QAM 65 68 74 87 112 133 8 1024 QAM strong FEC 61 64 70 82 106 126 9 1024 QAM light FEC 62 64 70 82 105 125 10 2048 QAM 59 61 67 79 101 120 Latency 56 MHz Channel Bandwidth Table 59 Latency for 56MHz Channel Bandwidth ACM Working Point Modulation Latency usec with GE Interface Frame Size 64 128 256 512 1024 1518 0 QPSK 85 92 107 138 199 255 1 8 PSK 95 100 11...

Page 194: ...le 60 Latency for 60MHz Channel Bandwidth ACM Working Point Modulation Latency usec with GE Interface Frame Size 64 128 256 512 1024 1518 0 QPSK 85 92 107 138 199 255 1 8 PSK 95 100 112 135 180 222 2 16 QAM 62 67 76 95 132 164 3 32 QAM 59 63 71 87 118 145 4 64 QAM 57 60 67 81 109 133 5 128 QAM 55 58 64 77 103 124 6 256 QAM 55 58 64 76 100 120 7 512 QAM 58 61 67 78 102 121 8 1024 QAM strong FEC 55 ...

Page 195: ...e Size 64 128 256 512 1024 1518 0 QPSK 84 90 102 124 171 216 1 8 PSK 67 71 81 98 134 168 2 16 QAM 59 62 70 83 112 139 3 32 QAM 55 58 64 76 100 123 4 64 QAM 51 54 60 70 92 112 5 128 QAM 49 52 57 67 87 106 6 256 QAM 55 58 63 72 90 108 7 512 QAM N A N A N A N A N A N A 8 1024 QAM N A N A N A N A N A N A Note Support for 512 and 1024 QAM in 80 MHz channels is planned for future release Page 7 38 ...

Page 196: ...The following table lists Cambium approved SFP devices Table 63 SFP devices part number Cambium Part Number Item Description Manufacturer Name Manufacturer PN N000082L059A XCVR SFP 1310nm 1 25Gb SM 10km W DDM INDUSTRIAL AVAGO Technologies AFCT 5715APZ CG N000082L072A XCVR SFP 850nm MM 1 0625 FC 1 25 GBE INDUSTRIAL AVAGO Technologies AFBR 5715APZ CG N000082L117A XCVR SFP COOPER 1000BASE T RX_LOS EN...

Page 197: ... SP WFQ Hierarchical Per interface and per queue traffic shaping Hierarchical QoS H QoS 2K service level queues 2 Gbit packet buffer Network resiliency MSTP ERP G 8032 OAM CFM 802 1ag EFM 802 1ah Performance Monitoring Per port Ethernet counters RMON RMON2 Radio ACM statistics Enhanced radio Ethernet statistics Frame Error Rate Throughput Capacity Utilization Supported Ethernet IP Standards 802 3 ...

Page 198: ...tions Networking Specifications Synchronization Functionality SyncE o SyncE input and output G 8262 IEEE 1588v2 Precision Time Protocol 31 o Transparent Clock 31 IEEE 1588v2 support is planned for future release Page 7 41 ...

Page 199: ...ment Channels Protocols HTTP HTTPS Telnet SSH 2 FTP SFTP Authentication Authorization Accounting User access control X 509 Certificate Management Interface Dedicated Ethernet interfaces or in band in traffic ports In Band Management Support dedicated VLAN for management TMN Cambium NMS functions are in accordance with ITU T recommendations for TMN RSL Indication Accurate power reading dBm availabl...

Page 200: ...ion 8 89 cm 11 43 cm Antenna Specifications Direct Mount Andrew VHLP RFS Xian Putian WTG Radio Wave GD Shenglu Remote Mount Table 67 Antenna Specifications Frequency GHz Waveguide Standard Waveguide Flange Antenna Flange 6 WR137 PDR70 UDR70 7 8 WR112 PBR84 UBR84 10 11 WR90 PBR100 UBR100 13 WR75 PBR120 UBR120 15 WR62 PBR140 UBR140 18 26 WR42 PBR220 UBR220 28 38 WR28 PBR320 UBR320 If a different ant...

Page 201: ...ions Maximum Power Consumption 6 11 GHz 13 38 GHz 1 0 Operation 40W 35W Muted 25W 23W Note Typical values are 5 less than the values listed above Power Connection Options Table 70 Power connection options Power Source and Range Data Connection Type Connection Length DC Cable Type Gage Ext DC 40 5 60 VDC Optical 100m 328 ft 18AWG 100m 300m 328ft 984ft 12AWG Electrical 100m 328 ft 18AWG PoE Injector...

Page 202: ...tional temperatures tested successfully with limited margins 45 C to 60 C or 49 0 F to 140 0 F o Humidity 5 RH to 100 RH IEC529 IP66 Storage ETSI EN 300 019 1 1 Class 1 2 Transportation ETSI EN 300 019 1 2 Class 2 3 Standards Compliance Table 72 Standards compliances Specification Standard EMC EN 301 489 1 EN 301 489 4 Class A Europe FCC 47 CFR part 15 class B US ICES 003 Class B Canada TEC EMI TE...

Page 203: ...door Ethernet cable specifications Electrical Requirements Cable type CAT 5e FTP STP 4 pairs according to ANSI TIA EIA 568 B 2 Wire gage 24 AWG Stranding Solid Voltage rating 70V Shielding Braid Pinout Mechanical Environmental Requirements Jacket PVC double UV resistant Outer diameter 7 10 mm 0 26 0 39 inch Operating and Storage temperature range 40 C to 85 C 40 0 F to 185 0 F Flammability rating ...

Page 204: ...328 ft installations 12 AWG for 100m 328 ft installations Stranding stranded Voltage rating 600V Spark test 4KV Dielectric strength 2KV AC min Mechanical Environmental Requirements Jacket PVC double UV resistant Outer diameter 7 10 mm 0 26 0 39 inch Operating Storage temperature range 40 C to 85 C 40 0 F to 185 0 F Flammability rating According to UL 1581 VW1 IEC 60332 1 RoHS According to Directiv...

Page 205: ...U Bridge Protocol Data Units BWA Broadband Wireless Access CBS Committed Burst Size CCDP Co Channel Dual Polarization CE Customer Equipment CET Carrier Ethernet Transport CFM Connectivity Fault Management CIR Committed Information Rate CLI Command Line Interface CoS Class of Service CSF Client Signal Failure DA Destination Address DSCP Differentiated Service Code Point EBS Excess Burst Size EFM Et...

Page 206: ...itching MRU Maximum Receive Unit MSE Mean Square Error MSP Multiplex Section Protection MSTP Multiple Spanning Tree Protocol MTU Maximum Transmit Capability MultiCore Radio System A system optimized for flexible parallel processing of several radio signal flows thus inherently multiplying the capacity and increasing system gain using existing spectral resources NLoS Non Line of Sight NMS Network M...

Page 207: ...ingle Output SLA Service level agreements SNMP Simple Network Management Protocol SNP Service Network Point SNR Signal to Noise Ratio SNTP Simple Network Time Protocol SP Service Point STP Spanning Tree Protocol SSH Secured Shell Protocol SSM Synchronization Status Messages SyncE Synchronous Ethernet TC Traffic Class TOS Type of Service UNI User Network Interface UTC Coordinated Universal Time VC ...

Page 208: ...Term Definition XPIC Cross Polarization Interference Cancellation Page IV ...

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