Fusion splicing is the process of joining two pieces of fiber optic cable together to form a
permanent bond. The end result of this process is an uninterrupted, single piece of fiber that can
be used in any application where you need to connect multiple fibers or cables. Specialized
equipment is required to perform fusion splicing for optical cabling, therefore, it is important to
consult with a professional service provider like Nulux when performing fusion splices.
Fusion splicing connections provide you with the most reliable, consistent data transmission
possible which increases the effectiveness and durability of your optical network.
A fiber optic connecter is installed at the end of the line, and enables connectivity to network
devices or other fiber connecters in a patch panel. The connectors mechanically couple and align
the cores of fibers so light can pass. Properly installed connectors lose very little light due to
reflection or misalignment of the fibers. In all, about 100 different types of fiber optic connectors
have been introduced to the market.
Splice on connectors use fusion splice technology to install standard fiber optic connectors in the
field. These can provide very low loss terminations that can be critical in large and complicated
fiber optic networks. When selected for use in the right environment, splice on connectors can
provide a very durable termination that can withstand harsh conditions.
The decision to use fusion splicing over mechanical connectors usually depends on a number of
factors, including the environment, specifics of the job itself, type of service being performed,
and many other factors.
Single mode underground long haul link repair.
On going network maintenance.
Hangingstone DeltaV backbone infrastructure.
RFS2 Fiber backbone project in Redwater.
Long haul fiber network backbone.
On going high density fibre cable splicing for FTTx Telus infrastructure.
Plain’s midstream Empress 5 & 6 DCS fiber ring upgrade.