AFL Releases First OPGW Wedge-Type Dead End in the Industry

AFL is launching a first in the industry – a wedge-style dead end designed to terminate Optical Ground Wire (OPGW). AFL's wedge dead end is user-friendly, improving the ease and speed of installing OPGW, compared to bolted and formed wire devices.

The new wedge dead end has three loose components, as compared to 15+ with bolted dead ends and 10+ with formed wire deadends. The self-locking wedge design secures the cable and eliminates human error associated with proper torque on bolted dead ends. The unique cam action in the pivoting cable guide ensures proper alignment of the wedges prior to loading. The wedges automatically provide the necessary gripping action to meet the holding strength requirements.

No special tools are required for installation. A removal tool (sold separately) is available to unlock the wedges for situations requiring additional adjustment of the dead end.

The new wedge dead end is now available. For additional information, view it online.

AFL Introduces New Interconnection Module for Closures

AFL is introducing a new Interconnection Module that accommodates a distribution point in the field for 48 SC or 96 LC connections in AFL's LG-350 sealed closure, designed for large fiber count splicing up to 384 single or 1152 mass splices. Easily attached using two nylon snaps, optical devices are protected and unnecessary handling of sensitive components is prevented once the module is secured. Ample space is still available to mount MUX / DeMUX or splitter modules within the closure.

These Interconnection Modules are available pre-assembled or empty. The pre-assembled version can be loaded with SC/APC, SC/UPC, LC/APC or LC/UPC adapters and/or 900µm pigtails. The empty version is factory-installed on a base plate to allow installers to use their own adapters.

The interconnection modules are available now. For additional information, visit www.AFLtele.com.

AFL Launches Fiber Security™ Perimeter Intrusion Detection System

AFL announces the release of its optical fiber perimeter intrusion detection system, Fiber Security. While new to the US market, this system has been deployed more than 40 times in Japan and Canada by AFL's parent company, Fujikura Ltd.

Fiber Security utilizes a fence-mounted fiber optic cable coupled to a sensing unit that analyzes the magnitude and pattern of vibrations at the fence. The sensing unit's unique algorithm is capable of discerning high and low level vibrations and filtering out vibrations not associated with intrusions. Up to 100 individual zones can be set up using the software, and the individual zones can have different levels of sensitivity as needed. Detection accuracy is +/- 2% over the entire sensing length of the perimeter, up to 3.1 miles in length while operating up to 6.2 miles from the sensing unit. No power is required in the field with only standard 110V power necessary at the sensing unit and PC. A user-friendly graphical interface depicts the property and the perimeter giving visual representation of where an intrusion is detected.

AFL's Fiber Security is highly successful at detecting multiple intrusion events such as climbing, cutting, or lifting a fence. Environmental noise such as traffic, trains, or planes, and wind and rain are actively filtered out by the algorithm to reduce false positives while maintaining sensitivity. The system can be integrated with video systems and other technologies such as passive IR sensors via Ethernet, dry contactors, or RS232 connections. Fiber Security can send remote alerts via e-mail for facilities that do not have full time personnel on site. Highly dependable laser diodes coupled with a completely passive optical sensor translate to low maintenance costs over long periods of operation.

With the ability to function as a standalone system or as part of an integrated security solution, AFL's Fiber Security is now available to meet your perimeter intrusion detection needs.

For additional information, visit www.AFLtele.com/go/FiberSecurity.

AFL Introduces New Wall Mount Enclosures

AFL is launching two new wall mount interconnect enclosures (WME), providing a convergence point for interconnecting and / or splicing in wall mount applications. With capabilities of 12 to 24 fiber patch and splice densities, the enclosures are provisioned for up to two LGX® compatible adapter plates or optical modules. The modular design is fully compatible with PoliMOD products and XFM optical cassettes.

One of the most distinguishing features is the well-engineered solution for fiber and cable management on both the ingress and egress openings of the enclosure. The u-shaped cable entry eliminates the need to feed pre-connectorized cables through an inconvenient access port. The robust steel construction provides the highest level of protection for sensitive components while integrated roll-formed hinges eliminate possible fiber pinch points when deploying or servicing components.

All WME series enclosures feature discrete access doors for provider and customer access which are independently lockable with a common pad-lock or tube-style keyed lock. Ideal for co-locations sites, customer premise, hub and OTN sites, telecommunications closets, and campus / enterprise environments.

The new wall mount interconnect enclosures are available immediately. For additional information, visit www.AFLtele.com.

AFL Opens New Fiber Optic Facility in UK

AFL today announced it is opening a second fiber optic facility to support the European region with customized optical fiber interconnect cables used for communication applications. The new facility is located in the Hawksworth Trading Estate. AFL expects to hire additional personnel to staff the new facility. “As fiber rich communication applications continue to grow, AFL will now be able to offer shorter lead times to our customers allowing us to be more responsive in the European market,” said Paul Thompson, Managing Director of AFL Europe. “In addition, the infrastructure and location of the town enables convenient transport and efficient international distribution.”

AFL’s Swindon facility manufactures and supplies fiber optic cable solutions and services throughout Europe, the Middle East and Africa. This facility is home to the unique AFL SkyWrap® solution for wrapping fiber optic cable on existing power lines, and also MicroCore blown fiber cable for FTTH applications. AFL’s corporate headquarters is located in Spartanburg, South Carolina where fiber optic cable and conductor accessories are manufactured.

“We are delighted to be opening this new facility, ultimately creating 24 new jobs in the area,” said Margaret Harman, HR and EHS Manager at AFL. “AFL has a long and successful history of manufacturing in Europe, reflected in the decision to open a new facility here.”

Recruitment is underway to fill new positions. Production training will begin in mid-October. For more information about available job opportunities, please email jobs@afl-europe.com.

AFL Acquires Verrillon, Inc.

Company now offering specialty optical fibers in oil and gas, avionics, and industrial markets

AFL today announced it has agreed to acquire Verrillon, Inc., a leading manufacturer and supplier of specialty optical fibers in the oil and gas, avionics and industrial markets. This acquisition enhances AFL’s portfolio of fiber optic products, adding specialty optical fiber to its portfolio and further strengthening its position as a market leader of fiber optic solutions. In addition to reinforcing AFL’s leadership position in downhole fiber optic cable, this acquisition provides AFL access to other specialty fiber markets including industrial and sensing.

“At AFL, we were very impressed with Verrillon’s proven team, outstanding product set, and market traction,” stated Kurt Dallas, Vice President and General Manager, at AFL. “We know that the integration of Verrillon into AFL provides many synergies and growth opportunities globally.”

With manufacturing operations in North Grafton, Massachusetts, Verrillon specializes in designing and customizing specialized fibers for harsh environments including hermetic, high temperature, polarization-maintaining and rare-earth doped fibers.

“Verrillon and AFL offer complementary products to various markets. By bringing the two teams together, we are well positioned to take full advantage of the growing markets we serve while reinforcing our commitment to the industry and to our customers,” commented Dr. Abdel Soufiane, President and CEO of Verrillon. “We are proud to be part of a growing global company and look forward to collaborating on future projects.” With the close of the acquisition, Dr. Soufiane will remain with AFL as Managing Director and CTO.

AFL manufactures fiber optic cables and components in Spartanburg, South Carolina, the United Kingdom and Germany. Verrillon will continue to operate its current facility in Massachusetts. Terms of the acquisition were not disclosed.

AFL Launches New Mid-Range Cleaver Series

Designed for single fiber and angled cleaves

AFL announces the launch of its new mid-range cleaver series, both providing high quality cleaving at an economical price. Compact and lightweight, both cleavers are ideal for field installations and mechanical splices.

The CT-10A series fiber cleaver is designed for cleaving single fibers only with average angles of 0.5 degrees. The rugged yet scaled-down design offers a simple, single-step operation and high precision cleaves. An optional scrap collector is available.

The CT-11A single fiber cleaver is specifically designed for angled cleaving applications. Supplied with a factory adjustment to the industry standard of eight degrees, the CT-11A has the ability to cleave up to nine degrees. Rugged and durable, this cleaver is ideal for FTTH installers and others working in harsh environments.

Both cleavers incorporate an easily replaceable blade and cleave 250µm and 900µm fibers. The CT-10A and CT-11A are easy to use, simple to adjust and extremely consistent. For additional information, visit www.AFLtele.com.

Fuller Center for Housing of Spartanburg Receives Fujikura Foundation Grant

$3,000 supports revitalization of homes in Spartanburg County

Members of AFL Telecommunications’ Fujikura Foundation committee presented a $3,000 grant to The Fuller Center for Housing of Spartanburg, an organization that repairs and renovates home of senior citizens and disabled residents. The grant will support the revitalization of three homes in the Spartanburg area, ultimately providing the opportunity for citizens to stay at home as long as possible.

AFL plans to further support the Fuller Center by sending out volunteers from the company to assist at a home in the Reidville area. Volunteers will gather over several weekends to provide assistance with home repairs and grounds work in the fall.

“We were struck by the Fuller’s Center commitment to help those in need – especially those who want to stay in their homes, who are able to stay in their homes, and just need a helping hand to make it a safer place to reside,” said Corie Culp, community relations manager for AFL. “AFL is honored to assist our community and to a program that aids those in need.”

In 2005, Millard and Linda Fuller launched The Fuller Center for Housing which is currently building and renovating homes in 17 countries and 57 communities in the United States. Its mission is to help the more than one billion people worldwide who live in poverty housing and the 100 million who are homeless.

For additional information on AFL Telecommunications and the Fujikura Foundation, visit www.AFLtele.com.

AFL Telecommunications Launches New Specialty Fusion Splicers

Innovative fiber fusion splicer first in company's ARCMaster™ product line

AFL Telecommunications is launching two new fiber optic fusion splicers: the FSM-100M and the FSM-100P for splicing polarization maintaining (PM) fibers. Both new specialty fiber fusion splicers offer a host of innovative technologies to address the rapidly expanding splicing needs for factory, manufacturing, laboratory, and R&D applications. The technologically superior splicing machines incorporate multiple pending patents.

"The 100M and 100P series splicers further position Fujikura as the dominant player in the specialty splicer market. We are proud to offer customers around the world splicing products that are adaptable for a variety of specialty splicing needs, reliable, and consistent in performance, while providing a real value," said Kiyoshi Nakajima, General Manager; Splicer Business at Fujikura. "This new family of splicers is being introduced as the "ARCMaster" series because of the unique capabilities to control the plasma zone of the fusion arc. These capabilities will revolutionize the way users splice various types of specialty fibers, including LDF, low contrast PM, and holey / micro-structured."

Fujikura's new "ARCMaster" splicers are engineered with a robust set of features that offer customers technology and reliability not available elsewhere:

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  Patented "split v-groove" clamping system – accommodates optical fiber ranges from 60µm to 2000µm for cladding or coating without changing v-grooves or fiber clamps.
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  Dual PM alignment technologies – Called IPA (Interrelation Profile Alignment), this new technology properly aligns and splices the increasing and technically challenging variety of PM fibers. The FSM-100P includes both traditional PAS alignment as well as the new IPA technology, providing users with the most comprehensive capabilities on the market for splicing PM fiber. IPA also enables accurate PER estimation for all PM fiber types.
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  "Plasma Zone" fiber positioning – "ARCMaster" splicers incorporate multiple fiber and electrode positioning techniques in order to provide unprecedented versatility for splicing LDF as well as heat sensitive or small diameter fibers.
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  Special arc calibration technology – facilitates an easy transfer of high end splicing applications from R&D to production by ensuring consistent performance and enables full exploitation of "Plasma Zone" capabilities.
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  Improved splice loss estimation technology – Combining the best features of both cold and warm splice imaging, these new generation splicers offer unprecedented accuracy for splice loss estimation.
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  Zero degree fiber holder position – For splicing LDF fibers with minimal core angle, the fiber holders are horizontally positioned relative to the v-grooves thus minimizing higher order modes in double clad fibers. LDF splicing performance is also enhanced by the capability to mount the fiber holders in reversed orientation.
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  Enhanced sweep arc technology – Increased travel range for "sweep arc" provides improved MFD matching capability and the ability for reshaping non-circular fibers in preparation for splicing.
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  Production friendly design – A low profile design that eliminates fiber catch points, the dimensions of both splicers are consistent with the most popular production splicing work-benches in use today.
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  Internet firmware updates – An industry first! Customers can now upgrade firmware as new capabilities become available from Fujikura. Upgrading is as simple as connecting a USB cable to your splicer.

The need for Accurate, Reliable, and Consistent splicing is expanding to new applications beyond telecommunications. Today splicing is used for fiber lasers, sensors, medical applications, and research and development. These new "ARCMaster" fusion splicers from Fujikura have been developed to provide the ultimate in performance and flexibility for a variety of customers and markets.

Additional information can be found at www.StateoftheARC.com. Stay tuned to www.StateoftheARC.com for forthcoming additions to the "ARCMaster" family of specialty fusion splicers where incremental capabilities, such as X-LDF splicing, will be announced.

Fujikura Europe Ltd Opens European Service Centre for AFL Noyes Test & Inspection Equipment

AFL Telecommunications and Fujikura Europe Ltd. today announced its new European Service Centre for AFL-Noyes fibre optic test and inspection equipment will open on 1 September 2010. Highly skilled technicians will be available to service, calibrate and repair the entire Noyes product line including, OTDRs, optical power meters and fiber identifiers.

"Both Fujikura Europe and AFL-Noyes have an exceptional track record of providing our customers with excellent service. Adding a repair facility in Europe is another way we are working to add value and to enhance our efforts to please our customers," said Max Penfold, Sales Director for AFL-Noyes. "This facility will provide a more convenient and efficient option for our customers that require quick-turnaround repairs."

Fujikura Europe Ltd. and AFL Telecommunications are sister companies and co-operate closely to ensure customers receive the highest levels of support for Fujikura fusion splicers and now Noyes test equipment. For further details, please contact service@fujikura.co.uk or call +44 (0) 208 240 2020.

AFL Launches New RFoG WDM Module

AFL Telecommunications is introducing its newest WDM module supporting the latest platforms in PON technology. The RFoG WDM Module supports wavelength management requirements of 1310, 1490, 1550, 1590 / 1610nm wavelengths. Designed in a traditional LGX® module, virtually all connector types are an option including high density platforms delivering up to three discrete devices in a single-width module.

The RFoG WDM module’s features include flexible packaging options, low excess and PDL (Polarization Dependent Loss) monitoring / tap ports. Applications include FTTx networks, access networks and CATV links. For additional information, www.AFLtele.com.

AFL Expands Interconnect Premise MicroCore™ Cable Product Line

AFL Telecommunications announces the expansion of its Interconnect Premise MicroCore cable product line of high density fiber optic cables. Now encompassing up to 48 optical fibers in a single high performance package, this interconnect cable has an overall diameter of 4.8mm, is approximately 20% smaller than other similar industry solution's and is uniquely suited to support high density array-type MT/MP connectors. Integration of the all-dielectric strength members within the core of the cable enables the potential for direct termination schemes eliminating the need for bulky transitions that rob valuable space. Additionally, the round construction of this line of cables eliminates concerns over preferential bend radii in traditional premise-stacked ribbon designs.

The inclusion of OM3 or OM4 Laser-Optimized 50µm Graded-Index multimode fibers provides a high performance connection to meet the emerging bandwidth demands of 40Gb Ethernet or greater network architectures. For additional information on this product and other fiber optic cables and accessories, visit www.AFLtele.com.

AFL and Winchester Electronics Partner Offering Fujikura Fusion Splicers for Broadcast SMPTE Cable

AFL Telecommunications and Winchester Electronics have partnered to develop a customized Winchester KINGS® brand Fujikura fusion splicing system for installation of their Fiber Optic Tri-Loc® Camera Connectors for SMPTE 311 hybrid fiber optic cable and the AFL FuseConnect™ field installable connectors.

Splicing of the Tri-Loc connector is performed using a special cable clamping system along with fiber holders designed to accept the Tri-Loc termini. This design allows for the use of a standard length connector housing for the connector. Both the V-groove and core alignment splicer models retain standard splicing functionality while incorporating enhanced features to provide the most reliable fusion splicers in the market today. The new rugged construction adds improved reliability by resisting shock, dust and rain.

"Customers using Fiber Optic Tri-Loc Camera Connectors now have an easy and affordable way to install these in the field," said Greg Pickeral, Product Manager of Fusion Splicing Systems at AFL Telecommunications. "Our design retains all the standard functionality of both the 60S and 18S making this a truly versatile tool for those who install the Winchester Tri-Loc connectors or just splice standard fiber optic cables."

Winchester Electronics, a leader in design, development and deployment of interconnect technology, designs and manufactures an extensive range of interconnect products, value-added cable and electromechanical assemblies. In partnering with AFL, Winchester adds a new product to the mix – a fiber optic fusion splicer customized for the broadcast market.

"Winchester is excited to offer our customers the ability to fusion splice our Fiber Optic Tri-Loc Camera Connectors using customized Fujikura splicers," said Mark Yanzo, Marketing Manager for Winchester Electronics. "The partnership of Winchester and AFL delivers the best performance and value in the industry."

The broadcast fusion splicer is available now from Winchester Electronics. For additional information, visit www.AFLtele.com or www.winchesterelectronics.com.

AFL Network Services Connects Buccament Bay Guests with Fiber-to-the-Cabana

Guests at the newly opening Buccament Bay Resort in St. Vincent, The Grenadines, will experience fiber optic-based communications services with the deployment of a Fiber-to-the-Cabana system from Grove Networks, AFL Network Services, and Tellabs.

Like many property owners, Harlequin Hotels & Resorts, the owner of Buccament Bay Resort, understood that deploying traditional copper/coax architecture is not the best option for a new property, especially given the large geographic footprint of Buccament Bay Resort. While working with their technology consultant, Grove Networks of Miami, the Harlequin management team determined that the FTTC (Fiber to the Cabana) architecture had many advantages over a more traditional copper-based network, including delivery of high-bandwidth services to guests, and the ability to upgrade to future services seamlessly, without costly upgrades to existing infrastructure.

"Grove Networks provided a solution delivering all guest services over a common, managed infrastructure, not only providing significant cost savings over a traditional model, but also sufficient capacity for future services without additional infrastructure expense," said Joerg Roterberg, Vice President of Operations for Harlequin Hotels & Resorts. The fact that fiber is naturally immune to electromagnetic interference, lightning, and corrosion from saltwater also contributed to the decision to utilize a fiber, rather than copper architecture.

Grove Networks turned to AFL Network Services for complete design and implementation assistance. As a globally-recognized manufacturer and integrator of fiber optic components, AFL provided a complete package of passive fiber optic components and Gigabit Passive Optical Network (GPON) components in conjunction with Tellabs equipment. Products include cables, closures, splitters, and panels for the passive portion of the network, and the Tellabs 1134 platform at the data center with individual Optical Network Terminals (ONTs) to provide voice, data, and video services for the cabanas.

"The complete package of products and services from AFL has enabled us to put together a state-of-the-art fiber optic infrastructure for Buccament Bay at a very reasonable price point," said Andrew Judge, Founder and CEO of Grove Networks Inc."AFL helped take the uncertainty out of the process, enabling us to build the right network the first time at the right price. The 1134 platform from Tellabs also provides enough room for growth so we know that the platform will serve the needs of our customer well into the future."

Visit AFL Network Services and Tellabs at the HITEC Conference in Orlando, Booth #743.

AFL Telecommunications Presents United Way of the Piedmont With $63K in Campaign Contributions

On May 21, AFL Telecommunications presented a $63,000 check for its annual United Way campaign to Kathy Dunleavy, President and CEO of United Way of the Piedmont. This year’s contribution is an increase of 22% in employee participation and 19% in giving over last year.

“AFL’s associates put forth a great effort in keeping up the momentum this year,” said Corie Culp, community relations manager of AFL Telecommunications. “As the economy struggles to regain strength, non-profit organizations have a larger burden to bear. We are committed to engaging AFL associates to make a difference in our community and in the lives of our citizens by getting involved with United Way and the agencies it serves.”

AFL kicked off its campaign with a corporate contribution of $5,000. To engage employees, AFL provided opportunities to learn about services in the area, participate in various events to raise funds, and be a part of team challenges. AFL ambassadors were recruited internally to answer questions and talk with other associates about United Way and its mission, as well as encourage associates to donate. An Agency Fair was held in April where 16 agencies from both Spartanburg and Greenville were invited set up a display and talk with associates about what they do, what their needs are and how they can help. AFL hosted a pancake breakfast, a chili competition and a company carnival where associates competed for prizes and bragging rights with a Wii Band Hero® and bowling competition, basketball hoops, speed pitch, and soccer kick and score. To further enhance the campaign, AFL matched, dollar for dollar, all monies donated over last year’s employee contributions.

“As we plan our annual United Way campaign, we want to make sure we are educating our associates about United Way and local agencies and generating excitement in giving time and resources to help others in need,” said Sherise Brown, Human Resources Director. “We’re pleased to continue supporting United Way year after year and we thank our employees for helping make a difference in the lives of so many people.”

AFL Announces 2010 Naruse Scholarship Recipient

AFL Telecommunications presented the 2010 - 2011 Naruse Scholarship Award last week to Brian Foley, son of Sean Foley, Market Development Manager for AFL's R&D Center and an AFL associate of 12 years. Brian is a graduating senior of JL Mann High School where he is ranked in the top 10 of his class. During his high school career, he was awarded "AP Scholar with Distinction", National Merit Scholar Letter of Commendation, and 1st place in a local Law Day Essay contest. He received recognition from several regional colleges for his academic achievements including the Washington and Lee Book Award, Furman Scholar, Wofford Scholar and Presbyterian College Fellow.

Brian is actively involved in high school through his participation in cross country, speech and debate and as captain of the academic team. Outside of school, he serves his church as an usher and a Peer Minister for his youth group. He is a Boy Scout and earned the rank of Eagle at age 16. His Eagle Scout project involved building a dock and beautifying the area at Paris Mountain’s Lake Buckhorn. The project included 70 hours of planning and personal effort, as well as managing over 190 volunteer man-hours. As part of the Student Conservation Association, he spent the last two summers living in wilderness areas for three to four weeks each building trails in Vermont and Alaska.

Brian received appointments to the United States Naval Academy in Annapolis, MD and the United States Military Academy in West Point, NY and was accepted into Clemson, Georgia Tech, Duke and University of Penn. He chose to attend MIT this fall, where he plans to major in mechanical engineering.

The Naruse Scholarship Fund is administered by the Center for Scholarship Administration located in Greenville, South Carolina. Rising seniors of AFL associates are eligible for up to $2,000 per year, with a cap of $8,000 per student per year over a four-year period. The award is applied to the cost of tuition, room and board, fees, books and supplies.

AFL and Tellabs® Collaborate to Build Next Gen Networks

AFL and Tellabs today announced a partnership to build next generation networks combining the fiber optic products, engineering expertise, and integrated services of AFL with Tellabs optical and access products. By combining resources, both companies now offer best-in-class technology with comprehensive solutions to assist customers specifically for Smart Grid and Broadband Stimulus applications.

"Adding Tellabs expertise with GPON and Transport solutions to AFL’s strengths in product manufacturing, engineering and installation, we are able to provide full network design and business case tools to initiate, complement or upgrade next-generation networks," said Steve Maederer, National Sales Manager, Utilities for AFL. "The AFL and Tellabs partnership provides a unique value proposition including design, world class product solutions, and installation services for transport and access networks."

As a team, AFL and Tellabs will provide design assistance for access and transport networks, all passive network components including aerial and underground cabling solutions, closures, splitters and cabinets, the Tellabs® 1100 Multiservice Access Series and Tellabs® 7100 Optical Transport System platforms, and installation and provisioning services.

AFL and Tellabs will be exhibiting at the UTC Expo, Booth #314, in Indianapolis. For additional information, visit us online at AFLtele.com/go/Tellabs or Tellabs at www.tellabs.com/markets/ioc/stimulus.shtml

AFL Launches Optical Power Meter with Data Management and TRM

Suitable for both multimode and single-mode applications, the new Noyes® OPM5 Optical Power Meter is a full-featured, handheld power meter designed for measuring optical power in premise, Telco and broadband networks. The OPM5 allows the user to organize loss measurements into multiple files. The standard Wave ID feature automatically detects and sets the wavelength(s), preventing setup and measurement errors. By eliminating the need to test each wavelength individually, the OPM5 significantly increases efficiency, reduces technician errors, and saves testing time.

With a powerful PC analysis and reporting tool (TRM), users can apply industry standard-based rules to test results and create comprehensive certification reports. In addition, network Pass/Fail results demonstrating compliance to industry standards can be generated and illustrate headroom.

TRM is Windows® compatible software. Files are transferable via USB for analyzing, generating professional test or certification reports, and printing.

For additional information, visit www.AFLtele.com.

AFL Releases New Noyes OFL280 FlexTester

AFL Telecommunications announces the introduction of the Noyes OFL280 FlexTester, a hand-held, multifunction OTDR and loss test set offering incomparable flexibility and exceptional value. With unmatched combinations of fiber optic test functions, ease-of-use and portability, all OFL280 FlexTester models include an integrated single-mode 1310/1550 nm OTDR with PON-optimized and standard test modes, optical power meter, 1310/1550 nm laser source and visual fault locator.

Operating at 1310/1550 nm, the OFL280-100 is suitable for certifying point-to-point or FTTx PON fibers, allowing the detection of macro bends. The OFL280-101 adds 1625 nm, allowing certification of the L-band for transport use. Testing at 1490 nm is required by some network operators to certify FTTx PONs, making the OFL280-102 the best choice. The filtered, three wavelength OFL280-103 certifies dark fibers at 1310/1550 nm, fault-locates live FTTx fibers at 1625 nm, and measures FTTx power levels at 1490 and 1550 nm, all from a single test port. All OFL280 FlexTester models can test through FTTx PON splitters!

As with all Noyes OTDR's, test results may be saved as industry standard .SOR files, which can be transferred to a PC for viewing, printing and analysis using supplied Windows® compatible software.

The enhanced-capability OFL280 FlexTester will replace comparable OFL250 and OFL280 models with no price increases. For additional information, visit www.AFLtele.com.

AFL Launches New Interconnect Premise MicroCore® Cable

AFL Telecommunications announces the release of its new Interconnect Premise MicroCore Fiber Optic Cable, designed to support multiple channels at the highest data rates within a small footprint. In order to avoid issues that rise with preferential bend radius present in premise ribbon cable, the cable’s diameter was minimized, using multiple colored 250µm fibers and aramid strands. Packaged in a high performance PVC jacket, AFL’s Interconnect Premise MicroCore is suitable for mass terminations utilizing both MT and MP style connectors.

Available in both simplex and zipcord designs with fiber counts from eight to 24, the interconnect cable is ideal for building interconnections, data center and central offices, meeting the interconnect standards of Telcordia GR-409 and are compliant to Directive 2002/95/EC (RoHS). Additionally, this cable design is available with OM3 and OM4 grade 50µm MM Laser-Optimized fibers for maximum performance of Ethernet architectures. OM3 grade 50µm MM supports 300m link distances for 10G Ethernet, while selection of OM4 grade 50µm MM can extend these link distances to 550m. For additional information, visit www.AFLtele.com.

AFL Launches New Mass Transit Fiber Optic Cable

AFL Telecommunications announces the introduction of its new Low Smoke Zero Halogen (LSZH) Loose Tube Cable with Thermoset Jacket for mass transit applications. Consisting of a thermoset jacket, the low-smoke zero-halogen loose tube cable is specifically designed for harsh environments. The cable design includes a dry-core water blocking system, SZ-stranded core for easy mid-span access and a flame retardant, highly chemical resistant, cross-linked UV resistant outer jacket.

The Mass Transit cable is suitable for subway tunnels, railway right-of-ways, mining, airport terminals, confined space pathways and steam tunnels. Available in fiber counts up to 60 in single-mode or multimode. The cable is listed to NEC OFNG-LS and suitable for outdoor and indoor installations.

The new cable will be showcased at the BICSI Winter Conference being held in Orlando, January 17 – 21. Stop by booth #1111 to view a sample and pick up additional information. For more detail on this product and other fiber optic cables and accessories, visit www.AFLtele.com.

AFL Introduces Integrated LDF Cleaving and Splicing Capabilities and Improved NYFORS Cleaver Technology

AFL Telecommunications will demonstrate enhanced capabilities for LDF splicing and cleaving during Photonics West 2010 being held in San Francisco beginning January 26.

The upgraded Fujikura FSM-45PM-LDF-2 and the FSM-45F-LDF splicers have been enhanced with a new dual-position fiber holder system, providing improved performance for LDF fibers. The original inner fiber holder position is retained and essentially unchanged from previous 45-series splicers and offers exactly the same handling capabilities as before. This position is ideal for splicing standard size fibers, and even LDF fibers up to a 250µm cladding diameter. A new outboard fiber holder position on both splicers offers better alignment capabilities for larger LDF fibers such as 400µm clad LMA fibers by positioning the Fujikura fiber holder further away from the splicer V-grooves. In conjunction with a reduced fiber holder incident angle relative to the splicer V-grooves (or a zero-degree fiber holder angle in the case of the FSM-45F-LDF), this greatly reduces the possibility of exciting higher order modes at the splice point.

In order to provide user-friendly fiber preparation and splicing capabilities for LDF splicing, the NYFORS AutoCleaverLDF has been modified with a new fiber holder mounting rail that also provides dual fiber holder mounting positions for Fujikura fiber holders to match those of the Fujikura FSM-45PM-LDF-2 and FSM-45F-LDF splicers. Therefore, as fiber lasers transition into higher volume production, the Fujikura splicer and NYFORS cleavers provide an ergonomic and integrated system with seamless fiber preparation and transfer into the splicer. Both the NYFORS AutoCleaverLDF and the Fujikura FSM-45F-LDF also incorporate a third outer mounting position for NYFORS fiber holders. This is useful for extra-large diameter fibers such as fibers with cladding diameters greater than 500µm.

An improved and enhanced version of the NYFORS AutoCleaverLDF will be introduced at Photonics West that not only includes the new dual-fiber holder mounting rail, but other improvements as well. The automatic scrap collector has been modified for greatly improved performance with LDF fiber. An air bottle attachment has been developed to allow NYFORS cleaver use without connection to shop-air, thereby enhancing portability and utility in lab environments.

A new angled cleaving version of the NYFORS AutoCleaverLDF will be introduced at Photonics West. This cleaver retains standard cleaving capability and complete compatibility with the Fujikura splicers including the dual positions for Fujikura fiber holders. The new angled cleaving attachment can be retrofitted to any NYFORS AutoCleaverLDF.

AFL will also introduce and demonstrate the new NYFORS CleaveMeter MP1, an automated interferometer utilized in support of NYFORS AutoCleaver models to analyze cleave angles and cleave quality. Useful to fine tune cleaver settings for various fiber diameters and fiber types, the CleaveMeter MP1 completes and compliments the Fujikura/NYFORS LDF cleaving and splicing system. A dramatic improvement over the previous model, the CleaveMeter MP1 utilizes a 1.3 mega pixel camera in conjunction with 2X digital zoom to provide accurate and detailed fiber end image analysis for both large diameter fibers and 125µm. The new PC-based graphic user interface is easy to use, providing automated image analysis and determination of the cleave angle as well as data collection capability. The CleaveMeter MP1 connects to a PC with a standard USB cable.

To see demonstrations of NYFORS products and Fujikura fusion splicers, visit AFL Telecommunications at Photonics West 2010, booth #4518. For additional information, visit www.AFLtele.com.

AFL Launches Keyed Housing for LC FuseConnect™ Fusion Splice Field Connector

AFL Telecommunicatons is launching a keyed housing for the LC FuseConnect fusion splice connector, the latest addition to its family of FuseConnect products. Featuring just four components, the keyed LC housing utilizes the current FuseConnect LC design feature, swapping the standard LC housing with the keyed housing. With the keyed housing, this product provides a secure network solution, suitable for backbone network infrastructure and Fiber-to-the-Desk.

The keyed LC housing is available in six different keying configurations, each with its own color designation. The physical keying feature inside the housing is designed to be compatible only with the same keyed color adapter configurations. Both LC keyed housings and adapters are designed to be tamper proof, prevent unauthorized connections and will not connect with generic LC connectors or adapters.

AFL’s FuseConnect fusion-splice field-terminated connector family is uniquely designed and easy to use. With a factory pre-terminated end-face, its innovative field termination process eliminates the need for polishing, adhesives and crimping in the field. The FuseConnect utilizes a fusion splicer to terminate the connector, addressing return loss concerns present in analog optical networks. This advanced process yields true APC performance of >65dB return loss in an APC configuration. Designed to work with a 10mm cleave length and with splicers that utilize a fiber holder system, FuseConnect is compatible not only with Fujikura’s fusion splicers, but also with other industry-available fiber holder-based fusion splicing platforms.

The four-component structure of FuseConnect eliminates the complexity associated with additional crimp ring parts, thereby virtually eliminating the crimping operation. The simplified field installation minimizes the potential for operator error and expensive connector scrap, even in difficult field environments or in exposed conditions at remote site locations.

Available in single-mode or multimode (62.5µm, 50µm, and 50µm 10GIG (OM3)), the connector is designed to meet or exceed TIA/EIA 568C.3 and TIA/EIA-604-10A (FOCIS 10) requirements. For additional information, visit www.AFLtele.com.

Settlement Agreement Regarding Lawsuit over Trademark Issue on Fujikura Fusion Splicers

Fujikura Ltd., one of the world’s leading manufacturers of high quality fiber optic products, announces that Fujikura and Vibrant Technologies, Inc. have come to a settlement on December 28, 2009, regarding the lawsuit that Fujikura files against Vibrant Technologies in the New Hampshire federal court.

Under the settlement, Vibrant has agreed to stop selling Fujikura fusion splicers that Fujikura asserted were modified from their original manufactured condition.

Financial and other terms of the settlement agreement have not been disclosed due to the confidentiality agreements between the parties.