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As networks evolve to XGS-PON with higher capacity, technicians must implement advanced power measurement protocols for managing multiple wavelengths. This is crucial during transitions when legacy GPON and XGS-PON coexist. Additionally, WiFi 7 technology complicates customer premises testing. In this post we look at the new EXFO EX10, with WiFi 7 testing capabilities, allows technicians to verify wireless throughput over 1 Gbps in residential and commercial settings, ensuring end-users can fully utilise their high-speed fibre connections wirelessly.

At the FTTH Conference 2025 in Amsterdam, EXFO, a leader in communications testing and analytics, introduced its new FTB Lite 700 series of Optical Time Domain Reflectometers (OTDRs). This innovative series of always-connected testers offers a fresh approach to fiber network deployment and maintenance, fully leveraging the powerful EXFO Exchange cloud-connected ecosystem.

How the FIP-200 Connector Checker™ simplifies FTTX connector inspection, ensuring reliable, high-speed network activations. One-click operation, simple visual indicators, and pocket-size portability.

Centralised testing allows network operators to quickly deploy FTTx links while maintaining quality and controlling costs. By using remote fiber test systems with OTDR-based optical test heads, link continuity testing and end-to-end loss measurement can be performed from a central location.

Furukawa Electric Co., Ltd.’s FITEL Fusion Splicers have been at the forefront of fibre technology for more than four decades. Furukawa’s state-of-the-art fusion splicers are renowned for their  low splice loss performance, high splice strength, and exceptional accuracy, making them the preferred choice for telecommunications, fibre lasers, and sensing applications. From handheld core alignment models to ribbon splicers, FITEL's comprehensive range offers solutions for diverse applications in telecom infrastructure and data centres. These devices feature user-friendly 4.3-inch touchscreens and advanced calibration systems that adjust for environmental factors like altitude, humidity, and temperature.

EXFO's Remote Fibre Testing and Monitoring (RFTM) is changing the fibre deployment landscape, enhancing field efficiency and cost-effectiveness by eliminating testing costs and providing real-time insights.

Fully embracing the 400G Ethernet revolution, network and data centre operators are collaborating with equipment manufacturers to validate 400G Ethernet-capable network elements in their laboratories. This rigorous testing ensures operators meet service level agreements whilst reducing operational costs and enhancing profitability.

Traditional Optical Time Domain Reflectometer (OTDR) testing has been the go-to method for fibre optic analysis for years, but it comes with its share of problems. The usual approaches need special training tricky setup of parameters, and lengthy data processing after the fact. The EXFO intelligent Optical Link Mapper (iOLM) tackles these issues by combining smart algorithms and multiple pulse measurements to give full link details with surprising ease.

To achieve reliable and efficient fibre optic networks, a variety of testing methodologies have been adapted around the industry. Among these, Optical Time Domain Reflectometry (OTDR) stands out as a powerful and adaptable tool. This post compares OTDR with other common fibre optic testing methods, highlighting their strengths, weaknesses, and ideal application scenarios.

As Australia is making significant strides in the 5G roll-out, especially with the C-band spectrum taking the lead. This transformative technology supports 5G connectivity across the country, from bustling urban centres to vast regional areas. Let’s explore how the C-band is reshaping Australia’s 5G networks and its wide-ranging implications for the future of telecommunications in the land down under.

Optical Time Domain Reflectometers (OTDRs) are crucial tools in the field of fibre optic network management, essential for commissioning, troubleshooting, and maintenance. They provide a comprehensive analysis of fibre optic links by measuring total loss, optical return loss (ORL), and fibre length. Here we explore the fundamental principles and specifications of OTDR technology, aiding in the selection and effective use of these instruments.

The National Broadband Network (NBN) in Australia is undergoing significant transformation with the introduction of the NBN Unify project. EXFO, a leading provider in the telecommunications industry, has developed carrier-grade optical and copper testers designed for fast fault identification and resolution, improved network performance and reliability.

Optical Time Domain Reflectometers (OTDRs) are crucial tools in the field of fibre optic network management, essential for commissioning, troubleshooting, and maintenance. They provide a comprehensive analysis of fibre optic links by measuring total loss, optical return loss (ORL), and fibre length. Here we explore the fundamental principles and specifications of OTDR technology, aiding in the selection and effective use of these instruments.

Mastering OTDR (Optical Time Domain Reflectometer) testing is crucial. Whether you're a novice stepping into the field or an experienced technician seeking to refine your skills, understanding OTDR testing is essential for ensuring the integrity and performance of fibre optic networks.

How EXFO's Remote Fibre Test and Monitoring system is transforming Australia's national broadband network management. Discover the impact on real-time monitoring, fault detection, and network maintenance.

Correct cabling installation plays a crucial but often ignored role in connecting to the National Broadband Network (NBN). Good cabling ensures the best connectivity and allows property owners to place their NBN connection box and Wi-Fi router in the best spots boosting coverage and performance. This post gives an overview of NBN cabling installation. It covers initial planning steps and specific needs for different NBN technologies.

Splicing connects two optical fibres to create a continuous light path for fast data transmission, unlike termination, which connects fibres to devices or network parts. Mastering splicing is essential for building reliable, efficient, and durable networks. Fibre optic cable outages can disrupt entire communities. Efficient and precise splicing is crucial for constructing reliable communication services and maintaining network infrastructure.

The reliability of fibre optic networks is paramount. Whether you are an IT professional or a cabling installer, understanding the fundamentals of fibre fault testing can be highly beneficial. This guide will guide you through the essential procedures of using power meters and light sources to diagnose and maintain your fibre optic infrastructure.

Bare fibre adapters (BFAs) are used to establish efficient and reliable connections. These specialised components, commonly referred to as “bare fibre adaptors” or “BFAs,” facilitate seamless integration of individual optical fibres without the need for conventional connectors. As you explore the world of fibre optics, comprehending the intricacies of BFAs becomes paramount for optimising network performance and ensuring seamless data transmission.