Service providers face unique challenges deploying fiber inside the home to reach Indoor Optical Network Terminals (ONTs). These customers need products that offer fast and easy fiber installation that blends into the existing décor.
To help meet this need, OFS is launching three new, compact Fiber in the Home products: the InvisiLight® Drop Solution, the SlimBox™ Wall Plate and the InvisiLight® 80×80 (mm) Adapter Module. To learn more about how these products can help make in-living-unit fiber installation faster, more efficient and flexible, please use the following links:
InvisiLight Drop Solution
SlimBox Wall Plate
InvisiLight 80 x 80 Adapter Module
Furukawa Electric and OFS are introducing the FITEL S179 Hand-Held, Core Alignment Fusion Splicer at the FTTH Connect in Nashville today (Gaylord Opryland Conference Center).
This new splicer combines speed, precision, durability, portability and state-of-the-art communication methods in one unit, opening the door to an entirely new range of applications. Completely suitable for use with all Metro, LAN, FTTx and ultra-bend insensitive fibers, the S179 is one of the most powerful and user-friendly fusion splicing machines available today.
For a product demonstration and to learn more, visit OFS booth 306 at the FTTH Connect. To learn more online, please access the following links: Product Video Press Release Data Sheet
The physical characteristics of high-quality, silica optical fiber make it a natural choice for a broad range of uses, including many in the medical industry. For example, fiber can provide a very compact, flexible conduit for light or data delivery in equipment, surgical and instrumentation applications.
However, users must carefully choose the right optical fiber to avoid delays in product design and launch, along with increased development costs. A recent Medical Design Briefs article by OFS’ Jaehan Kim and Jonathan Loft explores the wide array of fibers available for this market. To access this article, please go HERE.
Physicists have discovered a totally new light form that could change our fundamental understanding of the nature of light and also lead to faster and more secure fiber optic communication.
Researchers often measure a light beam through its angular momentum (a constant quantity that measures how much that light is rotating or spinning). Until now, they believed that, for all forms of light, the angular momentum would be a whole number multiple of Planck’s constant (a physical constant that sets the scale of quantum effects).
However, Irish scientists at Trinity College Dublin and the CRANN Institute demonstrated that a new light form exists where the angular momentum is only half of its typical value. While this difference seems small, it is profound: this fundamental property of light, which physicists always believed was fixed, can be changed. The researchers expect this discovery to shake up scientists’ understanding of light and also have real impact on the study of light waves in areas such as fiber optic communications.
To learn more, click here. To access the full paper in Science Advances, go here.
Have an exceptional new product or project? If so, Cabling Installation & Maintenance is looking for you!
The 2016 Cabling & Installation Maintenance Innovators Awards celebrate the most outstanding and innovative cabling and communications technology products, applications and projects at the BICSI Fall Conference in San Antonio, Texas.
With the deadline for submission on May 25, learn more by CLICKING HERE.
On May 18, the Telecommunications Industry Association (TIA) and Mobile Future will present a free webinar discussing the power and promise of 5G wireless networks.
With 5G on the horizon, the global race to lead the world in this next wireless revolution is underway. Webinar presenters include Jim Kohlenberger, former White House Technology Advisor to two presidents and member of the Mobile Future Board of Advisors, and Jonathan Spalter, Chair of Mobile Future.
To learn more and participate in this webinar, please CLICK HERE.
To support the exponential growth of global data traffic, 100 Gb/s submarine transmission systems are being installed in transoceanic links. These systems offer capacity up to ~10 Tb/s on a single core fiber using a C-band Erbium doped fiber amplifier (EDFA).
However, there are distinct challenges involved in developing and deploying high-capacity transoceanic distance transmissions systems. One issue is the need to improve optical signal-to-noise ratio (OSNR) within the entire C- and L-bands. Another limitation lies in delivering electrical power to the offshore equipment supplying EDFA pumps. In addition, long haul undersea submarine systems are typically much longer than terrestrial systems and have unique requirements for fiber optic cables and repeaters used in harsh subsea environments.
In a new white paper presented at SubOptic 2016, OFS and OFS Labs researchers discuss key fiber and amplifier technologies that help users to achieve high capacity and long reach for submarine transmission systems. These technologies include ultra-large-effective area, low loss optical fibers and their impact on performance, along with key amplification techniques for both repeatered and repeaterless submarine systems.
To read this paper and learn more, CLICK HERE.
The commercial use of optical fiber in harsh environments is continually growing. These applications include medical probes that undergo sterilization at elevated temperatures and distributed sensors in oil and gas pipelines and wells exposed to extreme heat and cold. For these fibers to be used successfully, researchers and manufacturers must address the issues of fiber performance and reliability under the harshest conditions.
However, current theories and knowledge on the strength and dependability of silica-based optical fiber have been based almost exclusively on experiments conducted in optical telecommunications environments. Moreover, these tests only used a relatively narrow range of temperatures. For usage in extreme environments, fiber developers and users need new data and information.
In a recent white paper from OFS Specialty Photonics, researchers describe a setup for testing the tensile strength of optical fiber when exposed to high temperatures. This paper also reports the initial results of dynamic tensile strength testing conducted on polyimide-coated optical fiber at elevated temperatures over various time intervals.
To learn more and access this white paper, CLICK HERE.
On November 4, the FTTH Councils will celebrate “Gimme Fiber” Day. This annual event showcases the positive impact that optical fiber has had on communities around the world, and what global policymakers can do to help advance the expansion of fiber optic networks.
To help commemorate “Gimme Fiber” Day, the FTTH Councils will sponsor a series of activities including hosting an event in a city that has deployed a fiber network. This event will highlight the many benefits of that particular network and also the role that fiber deployment has made in bringing countless communities into the 21st century.
If your city is interested in hosting the 2016 “Gimme Fiber” Day, you can learn more about this event and download an application by CLICKING HERE. The deadline for application submission is May 15, and the winning venue will be announced at the FTTH Connect in Nashville on June 13-15.
It’s not easy to confine light to an air core fiber using traditional guidance guidance methods e methods such as total internal reflection.
In a new Tech Talk presentation, Brian Mangan of OFS Labs discusses the characteristics of hollow-core single-mode fibers. He also demonstrates the attenuation dependence of these fibers and how, using fibers that guide light in air, users can extend the wavelength range of silica fibers out to the infra-red.
To hear this talk, please CLICK HERE.