INFINERA-TC-MIB
The INFINERA-TC-MIB defines textual conventions for standardizing data representation within Infinera network element management systems, specifically supporting the encoding of optical transport metrics such as wavelength channel states, optical power levels, and forward error correction statistics. These conventions enable consistent parsing and monitoring of physical layer performance and service provisioning data across Infinera's optical transport platforms.
Imported Objects
Objects
1 total| Object Name |
|---|
infnTextualConventionsModule representing textual conventions used by Infinera Network Elements MODULE-IDENTITY .1.3.6.1.4.1.21296.2.2.1.1 |
More MIBs from Infinera
Browse all InfineraMIBs →The LUM-WDM-MIB module facilitates the monitoring and management of WDM trunk interfaces, passive optical interfaces, and associated protection groups within optical transport networks. It provides granular visibility into interface status, signal parameters, and protection switching states to ensure the integrity of wavelength division multiplexing infrastructure.
The LUM-REG MIB module provides the global OID namespace registration for Transmode hardware and software platforms, enabling the monitoring of proprietary device-specific metrics such as optical transceiver parameters, line interface states, and system resource utilization. This module serves as the foundational registry for Transmode's SNMP agents, allowing network management systems to access standardized and vendor-specific data points for operational telemetry and fault isolation.
The LUM-EQUIPMENT-MIB module provides SNMP-based monitoring and configuration of Lumex hardware infrastructure, specifically tracking subrack status, board states, power supply health, fan operation, and slot occupancy. This MIB enables granular visibility into physical layer components and environmental conditions for telecommunications or industrial networking equipment.
The LUM-OA-MIB module enables monitoring and configuration of optical amplifier interfaces within Lumentum optical transport equipment, exposing performance metrics such as input/output optical power, gain levels, pump laser currents, and alarm states for amplifier health assessment.
The LUM-IFPERF-MIB module enables SNMP-based monitoring and configuration of physical and data-link layer performance metrics, specifically tracking Forward Error Correction (FEC), G.826 error rates, and Layer 0 through Layer 2 statistics on optical transport interfaces. It provides uni-directional and general attribute tables to manage time-stamped performance data for interface administration and error analysis.
The LUM-SYSTEM-MIB module provides granular monitoring and configuration of system node parameters, date/time synchronization, license status, and authentication settings (RADIUS/TACACS+) for Lumex or LUM-series network appliances. It exposes specific metrics for user account management, authentication server configurations, and system licensing data to facilitate centralized identity and access control auditing.