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General| Category | Multi-service Platforms |
|---|---|
| Product Series | FibeAir IP-20 Series |
| Capacity | Up to 2.5 Gbps |
| Modulation Schemes | 4QAM to 4096QAM |
| Power Supply | -48 VDC |
| Deployment | All-outdoor |
Describes common issues and how to avoid them in the IP-20 unit configuration.
Provides an overview of the IP-20C product, its features, and deployment scenarios.
Details the IP-20C-HP, a high-power version with advanced features like 4x4 MIMO and AFR.
Describes the IP-20S as an all-outdoor solution for backhaul sites, running CeraOS.
Details the IP-20E, a compact E-band system for high capacity backhaul Ethernet.
Describes the IP-20V, a compact V-band system for high capacity backhaul.
Explains the PoE injector box designed for single cable data and DC power connection.
Highlights the platform's features for network reliability, security, and data integrity.
Introduces the Web EMS, an HTTP web-based manager for configuration and performance monitoring.
Provides a table linking Web EMS menu hierarchy to document sections for instructions.
Explains the importance of assigning dedicated IP addresses for the IP-20 unit in the network plan.
Details how to connect the IP-20 unit to a PC via a TP cable for initial setup.
Provides instructions for logging into the IP-20 unit using the default IP address and credentials.
Recommends changing the default Admin password and explains the process.
Describes how to configure IP-20 units by applying pre-defined configuration files.
Centralizes key configurable items from several pages into a single page for quick setup.
Enables in-band management for nodes using two IP-20C/HP units where traffic comes from an external switch.
Explains how to configure in-band management to manage the unit remotely via radio and/or Ethernet interfaces.
Details how to change the management IP address of the local unit.
Explains the pay-as-you-grow concept for enabling capacity and functionality with activation keys.
Guides on setting the UTC offset and daylight savings time for accurate timekeeping.
Describes how to enable or disable Ethernet traffic and radio interfaces via the Interface Manager.
Defines how radio carriers utilize available capacity, specifying transmit/receive levels and modulation.
Enables scanning a defined frequency range to determine interference levels for optimal IP-20V operation.
Details the steps for configuring radio frequencies, TX level, and mute status.
Enables ACM to adjust power levels on the fly, optimizing capacity at every modulation point.
Describes how to configure IP-20C and IP-20S units for FIPS 140-2 compliance.
Explains how to configure interface groups according to the network plan.
Details the process of configuring Ethernet traffic services to pass traffic through the IP-20.
Lists basic system configurations and IP-20 product types that support them, with instructions.
Guides users through configuration of basic radio parameters and services to establish a working pipe link.
Explains Multi-Carrier Adaptive Bandwidth Control, enabling multiple radio carriers to be shared by a single Ethernet port.
Details how to group several physical interfaces into a single logical interface bound to a single MAC address.
Explains Cross Polarization Interference Canceller feature enabling two radio carriers to use the same frequency with polarity separation.
Explains how to configure unit protection, including HSB radio protection and Ethernet interface protection.
Describes how to configure MIMO and Space Diversity for enhanced link performance.
Provides steps to operate an IP-20C or IP-20C-HP unit in single radio carrier mode.
Specifies which IP protocol (IPv4 or IPv6) the unit will use for initiating communications.
Details configuring the remote unit’s IP address, subnet mask, and default gateway.
Explains SNMP configuration including versions, communities, and trap managers.
Details how to configure trap forwarding parameters by editing the Trap Managers table.
Guides on installing and configuring FTP or SFTP server software on a PC or laptop for unit operations.
Explains changing default FTP/SFTP ports for client operations.
Details the process of downloading, installing, and resetting software/firmware releases.
Enables importing, exporting, backing up, and restoring system configuration files.
Restores the unit to factory defaults while retaining IP settings and logs.
Initiates a hard (cold) reset on the unit.
Allows viewing and configuring system information like unit name, description, and location.
Explains NTP configuration for system time and date synchronization.
Provides information on viewing unit hardware part number and serial number.
Details static and dynamic monitoring for SFP, SFP+, and CSFP modules used in Ethernet and MIMO ports.
Enables viewing and configuring carrier parameters at the remote side of the link.
Explains ATPC and its override timer for TX power adjustment to preserve RSL.
Details configuring Header De-Duplication and Frame Cut-Through for improved throughput.
Explains AES-256 payload encryption for securing radio links against eavesdropping.
Covers configuring PM thresholds and displaying radio performance data.
Details defining Ethernet services, each a virtual bridge for connectivity.
Guides on configuring MRU size and S-VLAN Ethertype globally for the IP-20 switch.
Explains configuring physical interface parameters like media type, speed, duplex.
Enables propagation of radio failures to Ethernet ports and closing ports on radio failure.
Covers displaying peak/average TX/RX rates, bytes, and packets for measured intervals.
Explains Quality of Service, how frames are handled, and its importance in network scenarios.
Details the hierarchical classification mechanism for examining frames for CoS and Color.
Explains hierarchical policing and defining up to 250 rate meter profiles.
Describes modifying frame's 802.1p UP bit and CFI/DEI bits according to classifier decision.
Explains Weighted Random Early Detection (WRED) for differentiating traffic based on CoS.
Details egress shaping on queue and service bundle levels for traffic profiling.
Explains scheduling priorities among queues using hierarchical scheduling and WFQ.
Covers displaying egress PMs and statistics at queue and service bundle levels.
Enables third party applications to learn about bandwidth changes in a radio link when ACM is active.
Explains Link Layer Discovery Protocol (LLDP) for automatic network connectivity discovery.
Details Service OAM for detecting, isolating, and reporting connectivity faults.
Details adding a pipe configuration for SyncE PRC regenerator mode.
Explains how to change the ETSI/ANSI mode to ANSI for sync source quality configuration.
Guides on configuring interfaces as synchronization sources based on priority and quality.
Covers configuring synchronization settings per interface including SSM administration.
Describes configuring 1588v2-compliant Transparent Clock to counter delay variation.
Sets blocking criteria for unauthorized login (failed attempts, unused accounts).
Configures password strength, aging, and first login change requirements.
Sets the session timeout period in minutes, after which user sessions time out due to inactivity.
Explains user configuration, defining roles and permissions per functionality group.
Details RADIUS for centralized user management, supporting client for authentication and authorization.
Guides on CSR generation, certificate download, and enabling HTTPS for secure web access.
Allows configuring HTTPS strong mode, disabling older SSL/TLS versions.
Explains how to block telnet access to the unit.
Describes uploading the security log for analysis of security features and events.
Details uploading the configuration log for security analysis and troubleshooting.
Displays all raised alarms with details about each alarm.
Provides a summary of alarms per module and per interface.
Lists current/historical events and information, with export functionality.
Allows editing alarm severity, adding text, and disabling alarms/events.
Enables configuring undervoltage/overvoltage thresholds and displaying PMs.
Generates and uploads Unit Info file with technical data for customer support analysis.
Gathers technical data about radio operation for diagnostic purposes.
Covers radio loopback, Ethernet loopback, and SOAM fault management.
Explains the importance of assigning a dedicated IP address according to the network plan.
Details connecting the IP-20 unit to a PC via a TP cable for CLI access.
Provides instructions for logging into the IP-20 unit via telnet using default credentials.
Covers basic CLI commands, auto-completion, navigation, and help functions.
Recommends changing the default Admin password and explains the process for root user and admin passwords.
Enables in-band management for nodes using two IP-20C/HP units with traffic from an external switch.
Details how to set the unit's IP address in IPv4 or IPv6 format via CLI.
Explains the pay-as-you-grow concept for enabling capacity and functionality with activation keys via CLI.
Guides on setting UTC time and local offset relative to UTC and daylight savings time via CLI.
Describes how to enable or disable Ethernet and radio interfaces using CLI commands.
Defines how radio carriers utilize capacity, specifying transmit/receive levels and modulation via CLI.
Details setting radio frequencies, TX level, mute status, and other parameters via CLI.
Enables ACM to adjust power levels dynamically for optimal capacity via CLI.
Allows enabling RSL threshold alarms and setting the threshold values via CLI.
Describes configuring IP-20C/IP-20S units for FIPS 140-2 compliance using CLI.
Explains configuring interface groups according to the network plan using CLI.
Details configuring Ethernet traffic services to pass traffic through the IP-20 via CLI.
Lists basic system configurations and IP-20 product types supporting them, with CLI instructions.
Explains Multi-Carrier Adaptive Bandwidth Control using CLI commands.
Details configuring Multiband nodes, bundling E-Band and microwave radios, using CLI.
Guides on configuring LAG for interface redundancy and aggregation using CLI.
Explains configuring Cross Polarization Interference Canceller (XPIC) using CLI commands.
Details configuring unit protection, including HSB radio and Ethernet interface protection via CLI.
Describes configuring MIMO and Space Diversity for enhanced link performance using CLI.
Provides steps to operate an IP-20C or IP-20C-HP unit in single radio carrier mode using CLI.
Specifies which IP protocol (IPv4 or IPv6) the unit will use for initiating communications via CLI.
Details configuring the remote unit’s IP address, subnet mask, and default gateway via CLI.
Explains SNMP configuration including versions, communities, and trap managers via CLI.
Explains changing default FTP/SFTP ports for client operations via CLI.
Details downloading, installing, and resetting software/firmware releases via CLI.
Enables importing, exporting, backing up, and restoring configurations via CLI.
Restores the unit to factory defaults while retaining IP settings and logs via CLI.
Initiates a hard (cold) reset on the unit via CLI.
Allows viewing and configuring system information like unit name, description, and location via CLI.
Explains NTP configuration for system time and date synchronization via CLI.
Provides information on viewing unit hardware part number and serial number via CLI.
Enables viewing and configuring carrier parameters at the remote side of the link.
Explains ATPC and its override timer for TX power adjustment to preserve RSL.
Details configuring Header De-Duplication and Frame Cut-Through for improved throughput.
Explains AES-256 payload encryption for securing radio links against eavesdropping.
Covers configuring PM thresholds and displaying radio performance data.
Details defining Ethernet services, each a virtual bridge for connectivity.
Guides on configuring MRU size and S-VLAN Ethertype globally for the IP-20 switch.
Explains configuring physical interface parameters like media type, speed, duplex.
Enables propagation of radio failures to Ethernet ports and closing ports on radio failure.
Covers displaying peak/average TX/RX rates, bytes, and packets for measured intervals.
Explains Quality of Service, how frames are handled, and its importance in network scenarios.
Details the hierarchical classification mechanism for examining frames for CoS and Color.
Explains hierarchical policing and defining up to 250 rate meter profiles.
Describes modifying frame's 802.1p UP bit and CFI/DEI bits according to classifier decision.
Explains Weighted Random Early Detection (WRED) for differentiating traffic based on CoS.
Details egress shaping on queue and service bundle levels for traffic profiling.
Explains scheduling priorities among queues using hierarchical scheduling and WFQ.
Covers displaying egress PMs and statistics at queue and service bundle levels.
Enables third party applications to learn about bandwidth changes in a radio link when ACM is active.
Explains Link Layer Discovery Protocol (LLDP) for automatic network connectivity discovery.
Details Service OAM for detecting, isolating, and reporting connectivity faults.
Details adding a pipe configuration for SyncE PRC regenerator mode.
Explains how to change the ETSI/ANSI mode to ANSI for sync source quality configuration.
Guides on configuring interfaces as synchronization sources based on priority and quality.
Covers configuring synchronization settings per interface including SSM administration.
Describes configuring 1588v2-compliant Transparent Clock to counter delay variation.
Sets blocking criteria for unauthorized login (failed attempts, unused accounts).
Configures password strength, aging, and first login change requirements.
Sets the session timeout period in minutes, after which user sessions time out due to inactivity.
Explains user configuration, defining roles and permissions per functionality group.
Details RADIUS for centralized user management, supporting client for authentication and authorization.
Guides on CSR generation, certificate download, and enabling HTTPS for secure web access.
Allows configuring HTTPS strong mode, disabling older SSL/TLS versions.
Explains how to block telnet access to the unit.
Describes uploading the security log for analysis of security features and events.
Details uploading the configuration log for security analysis and troubleshooting.
Displays all raised alarms with details about each alarm.
Provides a summary of alarms per module and per interface.
Lists current/historical events and information, with export functionality.
Allows editing alarm severity, adding text, and disabling alarms/events.
Enables configuring undervoltage/overvoltage thresholds and displaying PMs.
Generates and uploads Unit Info file with technical data for customer support analysis.
Gathers technical data about radio operation for diagnostic purposes.
Covers radio loopback, Ethernet loopback, and SOAM fault management.
Specifies permissible unit temperature ranges for IP-20C, IP-20C-HP, IP-20S, IP-20E, and IP-20V.
Provides tips for common issues like polarization performance, RSL similarity, and software upgrade problems.
Details the connector pin-outs for the IP-20C interfaces, including electrical and optical ports.
Explains the LEDs indicating the status of IP-20C unit's interfaces and overall unit status.
Details the connector pin-outs for the IP-20C-HP interfaces.
Explains the LEDs indicating the status of IP-20C-HP unit's interfaces and overall unit status.
Details the connector pin-outs for the IP-20S interfaces.
Explains the LEDs indicating the status of IP-20S unit's interfaces and overall unit status.
Details the connector pin-outs for the IP-20E interfaces, including ESE, ESS, and ESP versions.
Explains the LEDs indicating the status of IP-20E unit's interfaces and overall unit status.
Details the connector pin-outs for the IP-20V interfaces.
Explains the LEDs indicating the status of IP-20V unit's interfaces and overall unit status.
Details the pin-outs for the PoE Injector connectors.
Alarm for Framer digital loopback, with corrective action to disable it.
Major alarm due to Unit Redundancy and MIMO 4x4 conflict.
Critical alarm when FPGA Firmware file is not found on the Main Board.
Warning alarm for RFU extreme temperature, linked to installation or RFU issues.
Critical alarm indicating configuration mismatch with activation-key-enabled features.
Warning alarm for RFU RX level out of range, indicating low RSL or link down.
Adaptive Bandwidth Control
Command Line Interface
Link Layer Discovery Protocol
Quality of Service
Secure FTP
Weighted Random Early Detection
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