INTERCONNECTION
Harnessing connectivity to overcome the toughest environments
By Carsten Dieckmann, product manager, HUBER+SUHNER I
n every sector and application, seamless connectivity has become essential. As society becomes increasingly data driven and digitalised, new technologies emerge each year that demand high-quality bandwidth and low latency to function effectively.
Fiber Optic (FO) technology has been globally embraced as the premier, future-proof solution for delivering reliable connectivity. Offering faster transmission lifespan compared to traditional network solutions, FO technologies are crucial in expanding and enhancing mobile networks, industrial systems and transportation infrastructure. However, deploying these networks in harsh environments can still present challenges.
Addressing the challenges Several factors can stress networks and impact performance. Coastal areas face salt, corrosion and humidity; wind turbines endure disruptive vibrations and extreme cold; urban rooftops and rural towers are exposed to dust, rain and varying climates. These conditions can compromise connectivity and cause network downtime unless components are designed to withstand the most demanding environments.
The installation process is another critical factor. Setting up these networks correctly often requires technicians to work in challenging environments. To safeguard installers and ensure optimal network performance, it is essential to streamline both the installation and ongoing maintenance, reducing time and complexity wherever possible.
To overcome these challenges, businesses need FO solutions that do not compromise on resiliency. In extreme conditions, these solutions must not only survive but thrive, delivering exceptional connectivity to ensure applications function as intended. With this in mind, new FO connectors have emerged that maintain peak performance while simplifying installation and operation. This is where HUBER+SUHNER comes in. Solutions like the Quick-lock Outdoor Connector (Q-ODC) are designed to support customers’ networks in harsh environments.
These connectors not only withstand extreme mechanical stress, but also enable tool-free installation, allowing technicians to connect and disconnect quickly and accurately, even in adverse conditions. This ensures reliable network deployment and maintenance, minimising errors, reducing health risks for installers and lowering operational costs.
Tailored to requirements When it comes to networks operating in harsh conditions, addressing the operator’s real-world challenges is crucial. No solution will encounter unique issues that must be overcome to achieve seamless connectivity. For this reason, solution providers like HUBER+SUHNER now offer greater requirements in mind. For example, the ODC connector features a robust design that mitigates potential handling errors, while the FullAXS rugged sealing system is tailored for Fiber-to-the-Antenna (FTTA) applications, providing positive mechanical feedback to
However, some networks require higher to vibrations, such as in industrial or automotive applications. In these scenarios, the Q-ODC provides a range of 2, 12 or 24 and maintain a high level of reliability. This
allows operators to choose the best-suited option for their needs. Additionally, the Q-XCO quick lock ruggedised standard LC duplex interface maintains stable connections even under constant motion and harsh operating conditions.
Supporting next-generation networks
The versatility of these harsh environment connectors is crucial across several markets. In mobile networks, for example, they enable the deployment of FTTA solutions, backhaul connections and small cells, ensuring uninterrupted communication even under
their durability, particularly in Fiber-to-the-Building (FTTB) and Fiber-to-the-Home (FTTH) deployments, where long-term performance and minimal maintenance are essential. In broadcasting, production units and outdoor events, where quick deployment and rugged performance are vital.
As connectivity demands skyrocket, HUBER+SUHNER connectors are offering future-proof solutions for a range of critical applications. Scalable for future innovation, the advanced features can reduce the total cost of ownership and ensure connectivity is no longer limited by location or climate.
FEBRUARY 2025 | ELECTRONICS FOR ENGINEERS 37
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