STL Next Generation Bend Insensitive A2 Fiber - Stellar

Feb. 20, 2020
STL's Stellar ITU-T G.657.A2 fiber offers backward compatibility to G.652D (MFD of 9.1 mm), which enables service providers to deploy high-density fiber networks that are service compatible with existing networks provisioned with the legacy fiber.
Typical ITU-T G.657.A2 fibers have a mode field diameter of 8.5 um. STL points out its Stellar ITU-T G.657.A2 fiber offers backward compatibility to G.652D (MFD of 9.1 mm), which enables service providers to deploy high-density fiber networks that are service compatible with existing networks provisioned with the legacy fiber. Thus, operators can deploy Stellar Fiber for an existing network's capacity enhancement or new network provisioning in metro, long-haul, and fiber to the X (FTTx) applications.

Judge’s comment: “Great product! It boasts an improved macro bend loss over other options, leading to the subsequent ability to deploy more fiber in the same spaces, and has - possibly most impressively - backward compatibility with legacy fiber.”

Return to the 2020 Lightwave Innovation Reviews Honorees page

Sponsored Recommendations

How AI is driving new thinking in the optical industry

Sept. 30, 2024
Join us for an interactive roundtable webinar highlighting the results of an Endeavor Business Media survey to identify how optical technologies can support AI workflows by balancing...

The Pluggable Transceiver Revolution

May 30, 2024
Discover the revolution of pluggable transceivers in our upcoming webinar, where we delve into the advancements propelling 400G and 800G coherent optics. Learn how these innovations...

High-Speed Networking Event

Oct. 23, 2024
A Multi-Day online learning event crafted for optical communications professionals specializing in high-speed networking solutions Date: November 12-14Platinum Sponsor: AFLGold...

The Perils of Using a Broadband Power Meter in a PON World

Nov. 7, 2023
Learn about the potential significant problems for multi-service PON activation and troubleshooting when using a broadband power meter.