A fibre converter boosts fire panel networks with reliable, future-ready fibre optics reducing downtime and protecting what matters most.
Preventative Maintenance Meets Future-Proofing: The Strategic Case for Fibre Converters in Fire Panel Networks
September 2025
Yolande Marais
In the world of life safety, reliability isn’t negotiable. Fire panel networks must operate flawlessly—because every second of downtime could mean delayed response, compromised safety, and costly consequences. That’s why forward-thinking facilities are turning to fibre-based infrastructure, supported by high-performance converters designed for both resilience and scalability.
Copper-based systems are vulnerable to interference, corrosion, and wear—leading to faults that disrupt fire panel communication. These failures often go unnoticed until they trigger false alarms or system outages, resulting in emergency callouts and operational delays.
Fibre converters enable proactive monitoring and diagnostics, allowing maintenance teams to detect and resolve issues before they escalate. This reduces unplanned downtime and ensures fire panels remain responsive and compliant.
Our converters are designed to support evolving fire safety technologies, from integrated building systems to remote diagnostics. They’re modular, scalable, and compatible with next-gen panels—making them a smart investment for long-term infrastructure planning.
Fibre converters aren’t just a technical upgrade—they’re a strategic safeguard. By enabling preventative maintenance and future-proofing your fire panel network, they help protect what matters most: lives, assets, and peace of mind.
Contact:
Yolande Marais
Marketing Manager
+44 (0)161 641 4462
[email protected]
“The fire alarm network at the Queen’s Medical Centre in Nottingham consists of 77 panels which use a bespoke RS-485 network card array, designed from the ground up for large complex fire alarm networks. After 19 years’ service spares for this network card were becoming unavailable and also the fire alarm network was suffering frequent breakdowns due to a combination of cables perishing with age, mechanical damage to cables and also increased electrical and electronic noise. INS Technologies were approached to replace the obsolete network card with a modern data network solution, the DNA card. The DNA Cards were installed over a four-week period and have resulted in a more stable and resilient fire alarm network, and the network is currently performing well. The DNA Cards have also filtered out the external influences allowing for a more efficient data flow. They have also identified issues with existing copper cables that require replacing and this will form part of an ongoing refurbishment programme.”
– Matthew Grimshaw,
Estates Capital Project Manager,
Nottingham University Hospitals Trust