Telecom network asset management is a fundamental discipline, but it’s becoming increasingly complicated – and, if you don’t get it right, then it can put a brake on your plans to deliver more agile operations and services – and hold back your efforts to deploy full-fibre networks ..read more

In Part 1 of this FTTH Network Planning article we looked at undertanding FTTH and planning. We didn’t however discuss functionality and execution, two topics which need exploring in any FTTH rollout and FTTH Network environment. So without wasting any more time, let’s go straight back into it and unpack the functionalities of a FTTH Network Planning System first. Functionalities of an FTTH Network Planning System An FTTH network planning system is a vital tool for telecom providers, enabling efficient and effective deployment of fiber optic networks. By integrating advanced technologies and b ..read more

As global awareness of environmental issues rises, telecom operators face increasing pressure to adopt green and sustainable practices. Keeping oceans, rivers, land and air clean is a mammoth task. Without dedicated companies (The Ocean Cleanup, 4Ocean and Parley for the Oceans, to name a few) and huge task teams cleaning up areas on our planet, we would be drowning in more and more waste every single day. A prime example of waste within the ocean is: The Great Pacific Garbage Patch. Let’s taker a closer look at the Telecom industry. The Telecom industry, known for its substantial energy consu ..read more

Effective network inventory management is crucial for ensuring the smooth operation and growth of any network infrastructure. However, many organizations fall into common traps that can lead to inefficiencies, outages, and increased costs. Here, we explore the top five network inventory management mistakes to avoid and how VC4’s IMS (Inventory Management System) can help you steer clear of these pitfalls. 1. Not paying attention to Network Inventory Lifecycles The Mistake: Failing to manage network inventory lifecycles can result in outdated equipment, unsupported devices, and increased downti ..read more

Gigabit Passive Optical Networks (GPON) technology has become a commonplace phrase of modern telecommunications infrastructure. The evolution of digital infrastructure has been driven by the need for faster, more reliable internet connections. From the early days of dial-up and DSL to the current era of fiber optics, the progression has been marked by continuous improvements in speed, capacity, and reliability. GPON represents a significant milestone in this journey, providing the backbone for modern digital infrastructure. However as time goes by, anomalies can set in, in the GPON. These are ..read more

Auditing both telecom networks and telecom inventory in an operators environment is probably not at the top of everyone’s “to do” list, least of all the telecom engineers. However as much as this can be seen as a very mundane job, it’s really comes with some great obvious benefits. In this blog we’ll list why it’s a great idea to do a Telecom Network Inventory Audit and give some practical information about What it is, Why you should consider doing it, How it can be done and When is the best time to do one. What exactly is a telecom network inventory audit? A network inventory audit is like a ..read more

Fiber optic networks are a crucial part of modern telecommunications infrastructure. They enable high-speed data transmission over long distances with minimal loss. Here’s a comprehensive look at fiber optic networks, covering their technology, types, advantages, applications, and future trends. What are Fiber Optic Networks and how do they work? Fiber Optic Networks consist of optical transmitters, fiber optic cables to carry the signal, optical amplifiers and receivers. So what are fiber optic cables? Great question! Fiber optic cables consist of one or more strands of glass or plastic fiber ..read more

Imagine stepping into the operations room of a telecom company. You’d expect a high-tech environment, streamlined operations, and data flowing seamlessly through the veins of complex network systems. Unfortunately, for many, this scenario is more of an aspiration than reality. Today we see firsthand the struggles that scattered and siloed data impose on our industry, particularly when entangled with legacy systems. The Twin Challenges: Scattered Data and Siloed Systems Scattered data refers to critical operational information dispersed across various databases and systems without any systemati ..read more

The telecom industry has undergone a remarkable transformation over the past few decades. From the crackle of dial-up modems to the lightning speed of fiber optic connections, the way we connect and communicate has fundamentally changed. At the heart of this evolution lies a technology known as Multiprotocol Label Switching (MPLS). While its name may not be as recognizable as Wi-Fi or Bluetooth, MPLS has silently revolutionized how data travels across vast networks. So what is MPLS, and how does it work? MPLS is a routing technique in telecommunications networks that directs data from one node ..read more

As the Internet of Things (IoT) becomes integral to various industries, ensuring the security of data transmitted across interconnected devices is a top priority. Wavelength Division Multiplexing (WDM), known for its efficiency in data transmission, is establishing its self as a key player in enhancing the security of IoT networks. In this segment, we’ll explore the innovative ways in which WDM contributes to securing IoT data, safeguarding its integrity and confidentiality. We’ll also briefly explain what VC4-IMS is, and why it’s a suitable solution for WDM networks. Unpacking the Internet of ..read more