SN^®
Simplified
Networks

The SN Uniboot allows four duplex SN connectors to be patched simultaneously in one operation.

The SN® EZ-Flip allows fast and easy polarity switching in the field.

The SN® connector is a Base-2 connector with carrier-grade performance and reliability.

The SN® Junior is ideal for applications that require less space consumption BTW (Behind The Wall).

The SN® Compact is suitable for miniature cassette systems where height is restricted.

The SN® Mini is the most space-efficient solution for applications demanding BTW space-saving.

The SN® non-shuttered adapters have the same footprint as QSFP-DD transceivers.

Next generation connectors designed for polarity flipping with a data center

Next generation connectors designed for polarity flipping with a data center

The SN® SC-Footprint shuttered adapters suit legacy upgrades.

The SN® compact adapter is ideal for low-profile cassettes.

The SN® Mini, shuttered, adapter offers reduced space consumption at the rear of the panel.

SENKO’S SN® Loopback is designed to provide a media of return patch for a fiber optic signal.

The dual cleaning tip cleans both ferrules of the SN connector simultaneously.

A micro-woven fabric cleaning ribbon for wiping away residue and dust-based contamination.

The small form factor allows for cleaning in tight spaces.

Feature an ergonomic trigger for advancing the micro woven cleaning ribbon.

Pull back the cover and apply the end-face of the connector to the gel to clean.

The fabric cleaning tip eliminates the need for a solvent.

Ideal for cleaning connector end-faces and bare fibers before splicing.

High-performance inspection of single fiber and multi-fiber optical connectors,

Verify the end-face surface quality of fiber optic connectors across the network.

For inspection of single and multi-fibre connectors, including CS, SN and SN-MT ferrules.

Insert or extract SN assemblies where finger access is limited.

Designed to allow users to crimp SN connectors during the factory assembly process.

Verifying polarity, locate broken fibers and identify micro and macro bending points.