If you missed the initial presentation, it’s not too late to view the Telecommunications Industry Association’s (TIA) Cabling Standards Update Spring 2017 webinar hosted by Cabling Installation & Maintenance.
The TIA TR-42 Engineering Committee continues to develop and revise standards and specifications relating to cabling components and systems. Because many North American cabling projects are specified to comply with TIA standards, these documents are among the most relevant to anyone involved in cabling-system design, installation, certification or management. This webcast seminar provides an update on some of the newest development and revision projects taking place in the TR-42 committee.
To learn more or access the presentation, which includes OFS’ Tony Irujo, please GO HERE.
Leading experts from OFS will present six technical papers at the first-ever UL and IWCS China Cable & Connectivity Symposium in Shanghai, China, from April 25 through April 27, 2017.
These presentations will cover a wide range of subjects from acrylate-based, harsh environmental coatings for specialty optical fiber to high-speed, SWDM transmission over Wideband Multimode Fiber.
To learn more about these technical papers and the Symposium, go here.
As data centers increase in size and scale, many industry watchers wonder when the use of single-mode optical fiber will overtake multimode fiber in these facilities. For hyperscale data center designers, that time has arrived. However, for much of the enterprise market, multimode fiber still offers significant cost and power savings over other fibers for supporting short-reach links.
As you read this blog, multimode fiber developers are hard at work creating even more cost-effective, short-reach solutions. In fact, fiber manufacturers recently introduced OM5 wideband multimode fiber, which will support short wavelength division multiplexing (SWDM).
In a new ICT Today article, OFS Product Manager John Kamino takes an in-depth look at the evolution, introduction and standardization of wideband multimode fiber. To learn more, read here.
Data centers and enterprise networks continue to require ever-increasing speeds. Yesterday’s 10 Gbps networks are rapidly being replaced by 40 and 100 Gbps speeds, and 400 Gbps networks are on the horizon. How can today’s network designers best support this increasing demand for bandwidth?
TIA has standardized a new multimode fiber to support short wavelength division multiplexing (SWDM). Referred to in the industry as “wideband” multimode optical fiber, this new fiber type extends the ability of conventional OM4 fiber to support multiple wavelengths. Wideband optical fiber will also maintain the cost advantages of multimode fiber for short-distance applications by supporting duplex fiber links at speeds up to 100 Gbps and 400 Gbps eight-fiber links.
At the BICSI Winter Conference this week, OFS is showcasing its award-winning LaserWave® FLEX WideBand Multimode Optical Fiber. This fiber is designed to support today’s high speed 850 nm-based systems and tomorrow’s multi-wavelength systems. Optimized for SWDM, OFS WideBand Optical Fiber is the best choice for short-reach enterprise and data center applications.
For the latest WHITE PAPER on LaserWave FLEX WideBand Optical Fiber, please go here. Also be sure to visit OFS in booth 614 at the BICSI Winter Conference (January 22-26-2017 – Tampa, FL).
Silicon photonics technology is coming to market at a time of momentous change for Internet content providers, data centers, chip and optical components manufacturers and telecom service providers.
In fact, silicon photonics (SiP) is set to change a number of these industries, as a new book co-authored by Daryl Inniss of OFS explains. Silicon Photonics: Fueling the New Information Revolution outlines the history of SiP development along with the many roles that this technology will play in the future.
The authors cover key topics including the latest research assessing SiP development and prospects; how SiP addresses the challenges of managing bandwidth over distances and within systems; and potential applications of SiP, including servers, data centers and the Internet of Things (IOT).
To read and learn more about this book, click here.
Sharks will eat submarine cables. Actually, sharks don’t seem to like the taste of these cables.
While submarine cables carry a tremendous amount of the world’s data, the “prevailing wisdom” about undersea networks suffers from many common fallacies. These misconceptions range from myths surrounding past technologies to those that involve “toothy” marine life.
A recent article in Lightwave helps to debunk the top 10 myths around submarine networks. To read more, click here.
Recent activity in the TIA TR-42 Engineering Committee produced multiple standards affecting the specification, design, installation and management of fiber optic cabling components and systems.
To help providers understand these changing standards, Product Manager John Kamino will take center stage in a webinar sponsored by Cabling Installation and Maintenance on October 27, 2016. During this session, John will discuss topics including the ANSI/TIA-492AAAE Standard for Wideband Multimode Fiber and revisions in the TIA-942-B standard for Data Center Cabling.
To learn more and register for this webinar, please visit HERE.
OFS will launch the newest addition to its growing Premises Cable product line at the BICSI Fall Conference in San Antonio next week.
Specifically designed to offer high-fiber density and speed of deployment in the backbone of Data Center and Central Office networks, the new AccuRiser™ Indoor/Outdoor Ribbon Cable allows cables to be terminated only as needed. This capability helps to eliminate the costly splicing of OSP cables at the building entrance, while also freeing up limited space and helping to save on time, an essential factor to efficient installation.
To see and learn more about the AccuRiser Indoor/Outdoor Ribbon Cable, visit OFS booth # 333 at the BICSI Fall Conference in San Antonio, September 11-15. The following links offer access to the product data sheet and white paper on this new cable.
A decade ago, America’s data centers were widely viewed as the source of a huge new environmental problem. As internet use grew by leaps and bounds, data centers were creating air pollution and greenhouse gases while guzzling electricity at a ferocious rate.
But a new study from Lawrence Berkeley National Laboratory shows that, from the way they are cooled to how their masses of computers save power when not fully in use, data centers are becoming more energy efficient.
To read the article, please go HERE. To access the full study, please go HERE.
As more devices are connected and new applications developed, the amount of information carried on the Internet continues to grow. In fact, the Cisco Visual Networking Index shows global IP traffic increasing at a compounded annual growth rate (CAGR) of approximately 25 percent per year. With optical fiber as the only transmission medium capable of supporting this explosive growth, service providers are beginning to wonder “how much fiber will be enough?”
In a new Cabling Installation & Maintenance article, Dave Mazzarese of OFS considers the impact of increased bandwidth on all segments of the fiber network and takes a look at new methods and technologies to help meet the increasing demand.
To learn more, please go HERE.