EXFO adds multimode capabilities to iOLM LAN/WAN test tools

Dec. 16, 2013
EXFO Inc. (NASDAQ: EXFO, TSX: EXF) has added multimode test capabilities to fiber characterization tools based on its intelligent Optical Link Mapper (iOLM) technology. EXFO’s FTB-720 LAN/WAN Access test module now supports full iOLM functionalities on both singlemode fiber and multimode fibers, making it the ideal troubleshooting tool for fiber-to-the-antenna (FTTA) and data center networks, the company assets.

EXFO Inc. (NASDAQ: EXFO, TSX: EXF) has added multimode test capabilities to fiber characterization tools based on its intelligent Optical Link Mapper (iOLM) technology. EXFO’s FTB-720 LAN/WAN Access test module now supports full iOLM functionalities on both singlemode fiber and multimode fiber, making it the ideal troubleshooting tool for fiber-to-the-antenna (FTTA) and data center networks, the company assets.

Launched in 2011 for singlemode applications, the iOLM was designed to simplify optical time-domain reflectometer (OTDR) testing by removing the need to set parameters as well as analyze and interpret multiple complex OTDR traces. By combining multiple pulse widths on multiple wavelengths with advanced algorithms, the iOLM correlates all OTDR results, enabling it to locate and identify faults with maximum resolution, at the push of a single button. EXFO says the iOLM enables fiber technicians of all skill levels to characterize end-to-end fiber links the same way an experienced OTDR technician would.

To cope with the demanding requirements of multimode networks, EXFO says its product now fulfills encircled flux compliance. The encircled flux standard (EF), as recommended by the Telecommunications Industry Association (TIA-526-14-B) and the International Electrotechnical Commission (IEC 61280-4-1), is a method of controlling light source launch conditions to eliminate variations in test results that tend to occur when using different sources in multimode environments. EXFO says it has developed a compact and lightweight external launch mode conditioner, the SPSB-EF, which can be paired with an FLS-600 light source or any EXFO multimode OTDR to create a precise, repeatable, and cost-effective EF-compliant test instrument.

“By making the iOLM available for multimode fibers, network operators and contractors working in fiber-to-the-antenna or distributed antenna systems environment can ensure that problems are identified faster than ever before” said Étienne Gagnon, EXFO’s vice-president, physical layer and wireless division. “When paired with EF conditioner, EXFO’s iOLM-MM also boosts Tier 2 certification and troubleshooting for data center applications, which is critical to improve mean time to recovery (MTTR) and avoid the high cost of downtime.”

To serve the basic Tier 1 certification market, EXFO is also releasing a new version of the FLS-600 Light Source. This handheld light source offers built-in EF-compliant launch conditions that ensure proper loss measurement according to the latest standards.

For more information on test equipment and suppliers, visit the Lightwave Buyer’s Guide.

Sponsored Recommendations

Scaling Moore’s Law and The Role of Integrated Photonics

April 8, 2024
Intel presents its perspective on how photonic integration can enable similar performance scaling as Moore’s Law for package I/O with higher data throughput and lower energy consumption...

Coherent Routing and Optical Transport – Getting Under the Covers

April 11, 2024
Join us as we delve into the symbiotic relationship between IPoDWDM and cutting-edge optical transport innovations, revolutionizing the landscape of data transmission.

Supporting 5G with Fiber

April 12, 2023
Network operators continue their 5G coverage expansion – which means they also continue to roll out fiber to support such initiatives. The articles in this Lightwave On ...

Moving to 800G & Beyond

Jan. 27, 2023
Service provider and hyperscale data center network operators are beginning to deploy 800G transmission capabilities – but are using different technologies to do so. The higher...