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General| Category | Switch |
|---|---|
| Model | Falcon Gen-3 M-Class |
| Manufacturer | FibroLAN |
| Humidity | 10% to 90% non-condensing |
| Latency | <1 μs |
| Dimensions | 440 x 430 x 44 mm |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to 70°C (-4°F to 158°F) |
Provides an overview of the Falcon M-Class series, detailing the Falcon-MX, µFalcon-MX, and nFalcon-M models and their capabilities.
Details the interface specifications for Falcon-MX, µFalcon-MX, and nFalcon-M devices, including port types and quantities.
Lists the various models available within the Falcon-MX, µFalcon-MX, and nFalcon-M series, including part numbers and descriptions.
Illustrates typical deployment scenarios for Falcon-MX, µFalcon-MX, and nFalcon-M devices in various network environments.
Discusses the M-Class series' scalability, flexibility, and future-proofing capabilities through remote field upgrades.
Presents the functional block diagram of the M-Class series, illustrating key components like Control and Management, Advanced Processing, and Layer 2 Processing.
Highlights the main features of the M-Class series, including 10G service aggregation, MEF CE2.0 compliance, and extensive sync/timing options.
Details the management methods of the M-Class series, covering IP-based management, console access, and OAM/IEEE802.3ah integration.
Describes the special data-plain functions and extended traffic handling capabilities supported by the M-Class series ports.
Provides a step-by-step guide for the initial setup of M-Class models, covering mounting, connections, and basic configuration.
Explains how to establish a console connection for initial setup and basic configuration of M-Class series devices.
Introduces the M-Class series functionality and provides instructions for configuration and monitoring.
Describes the general Frame Forwarding Process from the input port to the output port, including classifiers, policers, and queues.
Configures system details like contact, name, location, and hardware/software versions for the device.
Explains the DHCP protocol for IP address assignment, including server and relay configurations.
Covers port settings, speed, duplex, flow control, and monitoring of port states and SFP information.
Details MAC Learn Table functionality for configuring and monitoring MAC address entries.
Explains VLANs and Provider Bridges (QinQ) for service separation and traffic management.
Manages network resources for applications and protocols, covering classification, queuing, and rate limiting.
Details Ethernet Virtual Connection (EVC) configurations, including port, L2CP, bandwidth, and control lists.
Covers switch security, network security, authentication methods, and access management.
Explains the device's clocking system, sync reference sources, and SyncCenter configuration.
Provides status and activity monitoring for the SyncCenter, including input/output status and sync source.
Allows configuration of external clock sources for synchronization, including port, mode, direction, and frequency settings.
Details GPS receiver functionality, status, alarms, and antenna cable configuration.
Describes Precision Time Protocol (PTP) for network synchronization, including clock modes and configuration.
Explains Synchronous Ethernet (SyncE) for network clock frequency synchronization and port configuration.
Covers Spanning Tree Protocol (STP), RSTP, and MSTP for loop prevention and topology management.
Details IP Multicast and IGMP/MLD snooping for efficient multicast traffic management.
Explains Link Aggregation (LAG) and LACP for bundling ports to increase bandwidth and redundancy.
Covers the Link Layer Discovery Protocol (LLDP) for network discovery, including configuration and monitoring.
Details 802.3ah OAM for link monitoring, fault detection, and remote loopback control.
Explains Service OAM functionalities for fault and performance management, including maintenance domains and points.
Covers RMON configuration for network monitoring, including alarms, events, history, and statistics.
Explains Loop Guard configuration for preventing network loops and monitoring loop guard status.
Details Ethernet Protection Switching (EPS) instances configuration based on G.8031.
Covers Ethernet Ring Protection Switching (ERPS) instances configuration based on G.8032v2.
Allows configuration of loopback settings for L2 and/or L3 frame types for ports.
Covers Link Protection parameters configuration and status checking.
Explains sFlow configuration for monitoring switched networks via packet sampling.
Allows configuration of Universal Plug and Play (UPnP) for seamless device connection and network implementation.
Details UDLD configuration for detecting unidirectional links and preventing loops.
Provides an overview of M-Class series management capabilities via IP, Console, and IEEE802.3ah.
Details DHCP server configuration, including server modes, excluded IP addresses, and pool management.
Covers port power savings configuration and thermal protection settings to optimize power consumption.
Explains SNMP system configuration, trap settings, and SNMPv3 community, user, group, view, and access configurations.
Details how to access the M-Class series via CLI using Console, Telnet, or SSH for configuration management.
Allows enabling/disabling current events and configuring their interfaces for notification.
Guides on accessing and navigating the M-Class series via the Web interface, including port state overview.
Details diagnostic procedures including Ping, Ping6, Link OAM MIB Retrieval, Copper Link Test, RFC2544, and Falcon Report Configuration.
Explains RFC 2544 benchmarking methodology for network devices, covering throughput, frame loss, and latency tests.
Describes Mirroring features for port analysis, including traffic selection, destination ports, and remote mirroring.
Covers device maintenance procedures like restarting, factory defaults, system update, and configuration management.
Provides an overview of the device's power supply options, including AC and DC connections, and safety precautions.
Details laser safety precautions for fiber optic ports, emphasizing strict observation of rules to prevent eye damage.
Outlines the terms and limitations of the Fibrolan warranty for equipment defects, including claim procedures and voiding conditions.
Provides a list of acronyms and their descriptions used throughout the manual for technical terms and concepts.
Presents an alphabetical glossary of terms, defining acronyms and technical concepts related to network configurations.
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