Services
Fibre Splicing and Copper Jointing
Everon Infrastructure delivers fibre splicing and copper jointing services across telecommunications and communications infrastructure, supporting reliable connections between network systems.
What we deliver
We carry out installation, splicing and jointing of fibre and copper networks across both distribution and transmission environments.
This includes preparing cables, completing splices and joints, and performing tests to confirm that connections are working as intended. These works are often critical to the network, where the quality of each splice or joint directly affects overall performance.
Our teams work on both new installations and upgrades to existing networks, ensuring connections are completed properly and integrated with the wider system. Whether working on new builds or within existing infrastructure, the focus is on accuracy and consistency at every stage.
We also support commissioning and handover, ensuring networks are ready for operation once works are complete.
Our Approach
Splicing and jointing require attention to detail and a steady, consistent approach.
We deliver these services as part of a broader scope across telecommunications and electrical systems, rather than as a standalone activity. This helps keep installation, connection and commissioning aligned, and reduces the risk of issues later in the project.
Our teams stay close to the work on site, checking each connection and confirming performance through testing. Where works are carried out within live environments, we plan carefully to maintain existing services and minimise disruption.
The aim is to deliver connections that perform reliably over time, not just at the point of installation.
Relevant capabilities
Let's talk about your next project
If you require fibre splicing or copper jointing across telecommunications infrastructure, Everon Infrastructure can support your installation and commissioning requirements.
Our team delivers accurate, reliable connections across complex network environments.