SSF™ fiber has up to 2-3 times the pull force tolerance of traditional fiber, with up to 10,000 times the bend capacity compared to other bend insensitive fibers on the market.
SSF™ fiber has a minuscule minimum bend radius: as low as 3 mm during installation (depending on fiber type). Compare this to the industry standard 7.5 mm minimum bend radius for typical multimode bend insensitive fibers. No need to worry about SSF™ in a high-density rack installation.
The increased flexibility of SSF™ makes it safer to handle and less prone to breakage. SSF™ polymer coating prevents glass from puncturing the skin and protects the optical fibers from dust and contamination.
Traditional fiber lacks any protective coating directly on the glass. This means that the glass is fragile and can easily shatter, creating hazardous microscopic shards.
SSF™ polymer coating makes it possible to terminate SSF™ fiber in as little as one minute. The simplified SSF™ termination process requires far less training than traditional fiber, translating into further time savings.
Cleerline SSF™ does not require certification to terminate. Training can be as simple as watching a 4 minute instructional video. No scheduling commitment required.
OPTIMIZE YOUR INSTALLATIONS
Cleerline SSF™ Fiber Optic Technology is a safe bet for your installation – and we’ve had the projects to prove it. In our case study with Advantage Electric, Cleerline SSF™ fiber provided the solution to upgrade the Westgate Las Vegas Hotel.
This major project – involving 3,000 guest rooms and 225,000 square feet of conference space – took only 3 months.
“If it wasn’t for their ability to terminate [SSF™] fiber in the field, the project would have run much longer,” says Dan Sano, Senior IT Operations Manager, Western Region, for Westgate Resorts.
Our experienced technicians are ready to help you speed up your projects with Cleerline SSF™ technology.