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General| Brand | FibroLAN |
|---|---|
| Model | Falcon-RX/812/G/D |
| Category | Network Hardware |
| Language | English |
Overview of the Falcon-RX model and its capabilities, focusing on 5G xHaul and timing.
Detailed description of the Falcon-RX as a high-performance, 5G xHaul Timing Aware O-RAN Switch.
Presents a functional block diagram illustrating the R Class series system architecture.
Lists the main features and capabilities of the R Class series devices, including timing and transport.
Provides a step-by-step guide for the initial setup and configuration of R Class models.
Explains how to establish a console connection and perform initial IP address configuration.
Details how to set the initial IP address via console for network access.
Introduces the Web GUI interface, its management menus, and main bar buttons.
Describes the frame forwarding process from input to output ports, including classifiers and queues.
Covers basic IP settings, controlling IP interfaces, and IP routes for network connectivity.
Details the configuration of IPv4 and IPv6 interfaces, including DHCP settings and client identifiers.
Explains how to configure IP routes, including network, mask length, gateway, and distance.
Explains how to configure and monitor switch ports, including link state, speed, and duplex settings.
Displays port statistics overview, including packets, bytes, errors, drops, and filtered frames.
Shows QoS statistics, including queuing counters and QoS Control List (QCL) status.
Provides detailed traffic statistics for a specific switch port, including receive and transmit counters.
Explains the MAC learning table functionality, including static and dynamic entries.
Guides on configuring the MAC address table, setting timeouts, and managing static MAC entries.
Introduces Virtual LANs (VLANs) and Provider Bridges (QinQ) for service separation and network segmentation.
Explains how to configure VLANs, including global VLAN and per-port VLAN settings.
Details per-port VLAN parameter configuration, including port mode (Access, Trunk, Hybrid).
Explains port modes (Access, Trunk, Hybrid) and their characteristics, including frame handling.
Further details on port types (Unaware, C-Port, S-Port, S-Custom-Port) and VLAN tagging.
Explains Provider Bridges (802.1ad) for Ethernet services, including S-Tag insertion for service differentiation.
Allows adding and deleting MAC-based VLAN Classification List entries and assigning them to ports.
Covers configuring IP subnet to VLAN ID mappings and assigning them to different ports.
Enables voice traffic forwarding on a dedicated Voice VLAN, allowing classification and scheduling.
Configures Voice VLAN port modes (Disabled, Auto, Forced) for associating ports with Voice VLANs.
Configures MVR to enable multicast traffic forwarding on Multicast VLANs for efficient stream distribution.
Details MVR configuration subjects including MVR configuration, VLAN interface setting, and statistics.
Configures VLAN interface settings for MVR, including MVR VID, MVR Name, IGMP Address, and Tagging.
Explains Quality of Service (QoS) as a method to guarantee bandwidth relationships for applications and data.
Allows configuration of basic QoS Ingress Classification settings for all switch ports based on frame headers.
Details how to configure Policer settings for switch ports to limit the bandwidth of received frames.
Configures Queue Policer settings for switch ports to limit the bandwidth of received frames at the ingress queue.
Provides an overview of QoS Egress Port Schedulers, describing scheduling modes and weights for queues.
Overviews QoS Egress Port Shapers, which control traffic rate to optimize bandwidth and guarantee delivery.
Allows configuration of DSCP settings for switch ports, used for packet classification based on DSCP values.
Details the QoS Control List (QCL), composed of QCEs, for classifying traffic and applying actions.
Outlines the security features available in the R Class series, managed through Switch and Network sections.
Covers switch security sub-sections including User Configuration, Privilege Levels, and Authentication Methods.
Describes how to manage user accounts, including adding new users and their privilege levels.
Lists network security features including MAC Limit, Port Security, NAS, ACL, and IP Source Guard ARP Inspection.
Configures MAC Limit control to limit the number of users on a port based on MAC address and VLAN ID.
Details MAC limit configuration, including aging enabled, aging period, and hold time for secured MAC addresses.
Details violation modes (Protect, Restrict, Shutdown), violation limits, sticky MAC addresses, and port states.
Covers NAS configuration for IEEE 802.1X and MAC-based authentication, including reauthentication and timeouts.
Explains NAS configuration parameters like reauthentication, EAPOL timeout, aging period, and hold time.
Configures ACL Parameters (ACE) for each switch port, affecting frames unless they match a specific ACE.
Details ACL port configuration parameters like Policy ID, Action, Rate Limiter, Port Redirect, Mirror, Logging, and Shutdown.
Describes Access Control List (ACL) configuration, including ACEs, ingress port, policy/bitmask, and frame type.
Guides on configuring ACE (Access Control Entry) parameters like action, rate limiter, mirror, logging, shutdown, and counter.
Details ACE configuration parameters including second lookup, ingress port, policy filter, and frame type.
Explains ACE actions (Permit, Deny, Filter), rate limiter, EVC policer, mirror, logging, shutdown, and counter.
Configures IP Source Guard to restrict IP traffic on untrusted ports by filtering based on DHCP snooping or bindings.
Allows configuration of various Authentication Servers, including RADIUS and TACACS+ servers.
Details the configuration of RADIUS servers, including global and server-specific settings like timeout and secret key.
Introduces SyncCenter as a Fibrolan feature for visualizing system clocks and timing flows, supporting General and Hybrid modes.
Allows monitoring and viewing the status and activity of the SyncCenter, updating automatically to display actual status.
Covers GNSS receiver configuration and status, including antenna cable configuration and alarms.
Introduces Precision Time Protocol (PTP) for synchronizing clocks in network systems, especially for LTE mobile backhaul.
Allows configuration of PTP clock settings, including clock instance, domain, device type, profile, and description.
Allows inspecting current PTP clock settings and monitoring their status, including clock instance and profile.
Introduces Synchronous Ethernet (SyncE) for clock frequency synchronization in Ethernet networks, crucial for mobile backhaul.
Displays and allows configuration of SyncE settings for applicable Ethernet ports, including SSM options and quality levels.
Explains Spanning Tree Protocol (STP) for preventing network loops and ensuring a single active path.
Explains RSTP for faster convergence and MSTP for supporting multiple spanning tree instances per VLAN group.
Explains Multiple Spanning Tree (MSTP) protocol for managing multiple spanning tree instances per VLAN group.
Explains Multicast and IGMP/MLD protocols for signaling multicast group membership and efficient message delivery.
Details IGMP Snooping configuration, enabling efficient multicast group management and membership signaling.
Covers global and port-related IGMP snooping configurations, including snooping enabled and router port settings.
Introduces Link Aggregation (LACP, IEEE 802.3ad) for bundling multiple ports to increase bandwidth and redundancy.
Sets up aggregation groups and modes (Disabled, Static, LACP Active/Passive), defining port members and max bundle.
Configures LACP parameters, including system priority, port LACP enablement, timeout, and priority for port selection.
Allows inspection and configuration of current LLDP port settings, including Tx interval, hold, delay, and reinit.
Details LLDP interface configuration modes (Rx only, Tx only, Disabled, Enabled) and CDP awareness settings.
Introduces 802.3ah OAM for link operation, fault detection, and remote loopback control, independent of IP address.
Allows inspection and configuration of Link OAM port settings, including OAM enabled, mode, and loopback support.
Details Link OAM port configuration parameters like OAM enabled, mode (Active/Passive), loopback support, and MIB retrieval.
Allows configuration and inspection of Loop Protection settings, including global and port-specific actions and transmit modes.
Provides an overview of management mechanisms for R Class series, including IP-based and console access.
Explains DHCP for allocating IP addresses and configuration parameters to network clients dynamically.
Configures DHCP Server mode (Global and VLAN) to enable or disable the DHCP server per system and per VLAN.
Configures DHCP Snooping to prevent rogue DHCP server attacks by forwarding requests only from trusted ports.
Introduces SNMP for network management, inspection, and configuration, covering system and trap settings.
Configures SNMP system settings, including mode, version, community strings, and engine ID.
Configures SNMPv3 user table, defining engine ID, username, security level, authentication, and privacy protocols.
Details SNMPv3 user security levels (NoAuth, Auth), authentication protocols (MD5, SHA), and passwords.
Configures SNMPv3 access table, defining group name, security model, security level, and MIB view names for read/write access.
Introduces accessing the R Class series via Web Browse using the device IP address, displaying Port State Overview.
Configures user login authentication methods applied to all interfaces (console, Telnet/SSH, Web).
Lists diagnostic procedures including Ping, Ping6, Link OAM MIB Retrieval, Copper Link Test, RFC2544, and Report Configuration.
Allows issuing ICMP PING packets to troubleshoot IP connectivity issues, showing sequence number and round-trip time.
Allows issuing ICMPv6 PING packets to troubleshoot IPv6 connectivity issues, displaying sequence number and roundtrip time.
Lists maintenance procedures including Restart Device, Factory Default, System Update, and Configuration management.
Resets the switch configuration to factory defaults, retaining only IP configuration.
Facilitates firmware updates, including uploading new software or FPGA images and activating alternate images.
Provides an overview of power supply requirements and safety precautions for AC and DC power.
Provides laser safety warnings and rules for handling fiber optic ports and Class 1 LASER PRODUCTS.
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