Comprehensive Network Management Platform

The network management platform serves as the central control hub for managing and monitoring a wide range of network devices. It supports SNMP and provides advanced topology management, device management, and alarm management capabilities. The platform’s user-friendly graphical interface simplifies network administration, making it accessible to both experienced network engineers and new users. With features like real-time status views, hierarchical user access, and remote upgrade capabilities, this platform ensures optimal network performance and proactive maintenance.

Category:

Description

Product Overview

The comprehensive network management platform is designed to provide robust management capabilities for integrated communication networks. Utilizing a C/S or B/S architecture, it offers flexible deployment options suitable for various network scales. This platform ensures efficient management and maintenance with a clear, user-friendly graphical interface.

Description

The network management platform serves as the central control hub for managing and monitoring a wide range of network devices. It supports SNMP and provides advanced topology management, device management, and alarm management capabilities. The platform’s user-friendly graphical interface simplifies network administration, making it accessible to both experienced network engineers and new users. With features like real-time status views, hierarchical user access, and remote upgrade capabilities, this platform ensures optimal network performance and proactive maintenance.

Features

  • Unified Management: Supports SNMP for unified management of various network devices, ensuring seamless operation across different systems. This unified approach simplifies network administration and enhances operational efficiency.
  • Advanced Topology Management: Offers powerful multi-layer network topology management with automatic discovery and graphical representation for quick and easy monitoring. This feature provides a comprehensive view of the network, enabling efficient troubleshooting and optimization.
  • Real-time Device Management: Provides real-time status views of devices, including interface and LED status, for comprehensive monitoring. This real-time visibility ensures prompt detection and resolution of network issues.
  • Alarm Management: Features real-time alarm notifications, historical alarm records, and graphical analysis to ensure prompt issue resolution. This proactive approach minimizes network downtime and enhances reliability.
  • User Management: Supports hierarchical user access with roles for superusers, administrators, and regular users to ensure secure and controlled access. This feature enhances security and accountability within the network management system.
  • Database Maintenance: Allows for easy data import/export and backup, ensuring data integrity and availability. This feature simplifies data management and supports disaster recovery planning.
  • System Maintenance: Supports remote upgrades and various management interfaces including SNMP, CLI, and Web for flexible management. This capability ensures that the network remains up-to-date with the latest features and security enhancements.

Feature Description
Topology Management Manual and automatic topology discovery and modification
Device Management Real-time device status with panel views
Alarm Management Real-time alerts, historical records, and graphical representation
User Management Supports superuser, admin, and regular user roles
Database Maintenance Data import/export and backup
System Maintenance Remote upgrades, SNMP, CLI, Web-based management

Application 1: Point-to-Point Networking:

  • Description: Point-to-point networking is ideal for backbone core layers, metropolitan core layers, aggregation layers, access layers, and data center interconnections. It provides multi-service, large-capacity, fully transparent transmission, maximizing the use of fiber resources and ensuring reliable, high-quality service.
  • Features:
    • Supports high-capacity data transmission over long distances.
    • Ensures low latency and high reliability for mission-critical applications.
    • Easy to deploy and manage with minimal infrastructure requirements.
    • Description: Point-to-point networking is ideal for backbone core layers, metropolitan core layers, aggregation layers, access layers, and data center interconnections. It provides multi-service, large-capacity, fully transparent transmission, maximizing the use of fiber resources and ensuring reliable, high-quality service.
  • Application: Suitable for backbone core layers, metro core layers, aggregation layers, access layers, and data center interconnections.
  • Function: Supports multi-service, large capacity, transparent transmission, and provides a stable platform for operators' multi-service operations and future network upgrades.

Application 2: Chain Networking

  • Description: Chain networking utilizes WDM devices and optical add-drop multiplexers to interconnect multiple nodes in a linear topology. This setup allows each node to add/drop multiple services, creating a linear network topology suitable for metropolitan optical communication.
  • Features:
    • Efficient use of fiber resources with add/drop multiplexing.
    • Scalable topology that can easily expand with network growth.
    • Enhanced network reliability through built-in redundancy features.
  • Application: Uses WDM equipment and optical add/drop multiplexer for interconnecting chain networks in metropolitan optical communications.
  • Function: Enables multi-service interconnection in a chain network using single or dual fibers.

Application 3: Ring Networking

  • Description: Ring networking employs WDM devices to establish a ring topology, connecting multiple nodes in a loop. This setup supports multi-service interconnection and enhances network reliability and redundancy, making it ideal for metropolitan optical communication networks.
  • Features:
    • Provides high network resilience with automatic failover.
    • Supports high-capacity data transmission with low latency.
    • Simplifies network management with centralized control and monitoring.
  • Application: Uses WDM equipment to create ring networks for metropolitan area network transmissions.
  • Function: Supports multi-service interconnection between nodes in a ring network.

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