Skip to main content

What is a Network Asset in Telecom and Why Does it Matter?

29 December 2023
Melanie Gomersall

Trusted by:

  • Vodafone
  • Asiacell
  • Lumos
  • Lumos
  • BT
  • Telenor
  • Telefonica
  • Telecom Egypt
  • Orange
  • Géant
  • BC Hydro
  • Granite

  • National Grid
  • Open Fiber
  • TPX Communications
  • Telxius
  • UGG
  • Ella Link
  • Lineox
  • Red Iris
  • Surf Net

Networks connect devices, systems, and people, allowing for seamless communication and data sharing. But what exactly is a network asset, and why is it important to understand and manage them?

In this article, we’ll explore network assets, provide the elements that make up these assets (along with examples), why they matter, and how you can effectively manage them to optimize your network performance.

What are Telecom Network Assets?

Telecom network assets are the essential components that make up the intricate infrastructure of a telecommunications network. These assets play a vital role in facilitating communication, ensuring connectivity, and supporting the transmission of data in the telecommunications industry. Here are the key elements that constitute telecom network assets:

Physical Hardware:
• Routers: Devices that connect multiple networks and route network traffic between them.
• Switches: Devices that connect and manage communication between devices on the same network.
• Servers: Systems that provide data, resources, services, or programs to other computers, known as clients, over a network.
• Wireless Access Points (WAPs): Devices allowing wireless devices to connect to a wired network.
• Modems: Devices that modulate and demodulate signals for communication over telephone lines or other means.
• Network Interface Cards (NICs): Hardware components that connect a computer to a network.
• Cables and Wiring: Physical connections/cables (like Ethernet), including fiber optic cables and copper wiring, form the pathways for data transmission.

External and Geographical:
• Telecom Towers: These are tall structures designed to support antennas for telecommunications and broadcasting. They come in various types:
– Lattice Towers: Made of steel and shaped like a lattice, offering high strength and stability.
– Monopole Towers: Single, tall poles often used in urban areas where space is limited.
– Guyed Towers: Supported by guy wires and used for heights that are typically greater than lattice towers.
• Base Transceiver Stations (BTS): These facilities house the radio equipment necessary to service each cellular tower, including transceivers, amplifiers, and control equipment.
• Microwave Antennas: Used for point-to-point communication links, often as part of the backbone network connecting various regions.
• Satellite Ground Stations: These are equipped with large antennas used for communication with orbiting satellites, providing global coverage.
• Power Supply and Backup Systems: These include generators, batteries, and renewable energy sources like solar panels to ensure uninterrupted power supply.
• Cooling Systems: Essential for maintaining the optimal temperature in facilities housing electronic equipment, like data centers and BTS.

Software Components:
• Network Operating Systems (NOS): Software that manages and controls network operations, ensuring seamless communication between different devices.
• Network Management Software: Tools for monitoring and managing network resources and performance, such as VC4-IMS.
• Virtualization Software: Allows the creation of virtual versions of networks, servers, storage devices, etc.

Security Assets:
• Firewalls and Security Software: These components protect the network from unauthorized access, cyber threats, and ensure the integrity and confidentiality of transmitted data. Includes antivirus, anti-malware, and other security applications to protect the network and its data.
• Security Policies and Procedures: Documentation detailing security measures, user policies, and best practices.

Data Storage and Databases:
• Storage Devices: Devices such as hard drives and network-attached storage (NAS) systems store vast amounts of data used by the telecom network.
• Databases: Structured repositories that organize and manage data, ensuring efficient retrieval and storage.
• File Stores: Locations where files are stored and managed.

Service Assets:
• Internet Service: The service providing Internet connectivity to the network.
• Cloud Services: Services like storage, software, and processing power provided over the internet.

Network Configuration Assets:
• IP Addresses: Unique identifiers for each device on a network.
• Network Topology Configurations: The arrangement of the elements (links, nodes, etc.) of a communication network.

Human Assets:
• Network Administrators and IT Staff: Individuals responsible for managing and maintaining the network.

These elements collectively form the general framework of network assets that enables the seamless functioning of telecommunications systems. Each asset plays a specific role in maintaining connectivity, ensuring data integrity, and supporting the overall performance of the telecom network. Understanding these components is crucial for anyone seeking insights into the intricate workings of telecommunications.

Telecom Network Assets VC4

10 Reasons Network Assets Matter in Telecommunication

  1. Data Transmission and Bandwidth Management:
    Efficient Data Transfer:
    Network assets optimize the use of available bandwidth, managing the flow of data across the network. This optimization ensures that data is transmitted efficiently, minimizing delays and bottlenecks.
  2. Scalability:
    Support for Growth:
    Network assets are designed to scale with the increasing demands on the network. This scalability allows telecommunications infrastructure to expand and accommodate a growing number of users and devices.
  3. Security:
    Data Protection:
    Security-focused network assets, such as firewalls and encryption protocols, safeguard sensitive information from unauthorized access. This protects user privacy and prevents data breaches.
  4. Functionality and Performance:
    Optimal Operation:
    Well-maintained network assets contribute to the overall functionality and performance of the network. Regular monitoring and maintenance reduce the risk of malfunctions and downtime.
  5. Interconnectivity:
    Integration of Services:
    Network assets enable the integration of various services and applications. For example, they facilitate the seamless combination of voice, data, and multimedia services within a single network.
  6. Resource Management:
    Efficient Use of Resources:
    Network assets efficiently manage resources, preventing congestion and ensuring that each component operates within its designated capacity. This efficient resource allocation contributes to a smooth network operation.
  7. Technological Innovation:
    Adoption of New Technologies:
    Network assets play a pivotal role in adopting and integrating new technologies. This includes the implementation of advancements like 5G, Internet of Things (IoT), and other innovations that enhance network capabilities.
  8. Customer Satisfaction:
    Quality of Service:
    The reliability and performance of network assets directly impact the quality of service provided to users. A network with well-maintained assets leads to satisfied customers who experience consistent and high-quality communication services.
  9. Cost Efficiency:
    Optimized Operations:
    Properly managed network assets contribute to cost efficiency by reducing the likelihood of system failures and minimizing the need for costly emergency repairs. This proactive approach helps control operational expenses.
  10. Regulatory Compliance:
    Adherence to Standards:
    Network assets adhere to industry standards and regulatory requirements. This ensures that telecommunication services meet legal obligations, protecting both the service providers and the end-users in compliance with regulations.

Network assets are the foundation of a robust and functional telecommunication network. Their proper management ensures reliable connectivity, efficient data transmission, and the ability to adapt to changing technological landscapes, ultimately contributing to the success and competitiveness of telecommunications providers.

Unlocking Asset Insights with VC4-IMS:

For companies experiencing growth and witnessing the blooming of their asset base, VC4-IMS is the ideal software asset to give your business complete end-to-end visibility of the network. It ensures that as your network assets expand, they do so with precision, efficiency, and a keen eye on future advancements. VC4-IMS is not just a platform; it’s the foundation for an agile evolution in the ever-evolving telecom landscape.

Request a Demo: Curious about VC4-IMS for your telecom network asset management?

Request an IMS Demo today to witness how VC4 can bring clarity to your assets. See firsthand how it can streamline your operations, enhance efficiency, and provide the clarity needed to propel your telecom business into the next generation.

Commonly Asked Questions Network Asset Management

Why is network asset management important for telecom companies?

Network asset management is crucial for telecom companies as it helps optimize resource utilization, enhance reliability, and ensures the seamless operation of the communication network(s). It contributes to cost efficiency, improves customer satisfaction, and supports the adoption of new technologies.

How does VC4-IMS contribute to effective telecom network asset management?

VC4-IMS serves as a comprehensive solution for effective telecom network asset management. You can therefore retire legacy approaches and migrate to a single platform in which all platforms, assets and vendors can be registered – giving you a single source of truth and complete control. It enables you to enhance services, reducing risk, operational expenditure and capital expenditure, ultimately giving you full control in managing your telecom assets.

How does VC4-IMS contribute to revenue generation in telecom companies?

VC4-IMS contributes to revenue generation in telecom companies by providing a unified platform for efficient operations. Through streamlined planning, deployment, and maintenance processes, VC4-IMS minimizes downtime, enhances service quality, and supports the agile adoption of new technologies, ultimately driving revenue growth.