Industry News

Legrand/Ortronics launches new product: OptiMo® High Density Fiber Optics Solutions

New London, CT – November 2010… OptiMo High Density (HD) fiber optic solutions offer the same advanced performance and reliability of Ortronics® standard density products in a footprint that is specifically designed for space-constrained installations.

The OptiMo HD system provides total connectivity of 96 fibers per rack unit, allowing 24 more fiber terminations than standard density products. Using a comprehensive HD solution provides a complete fiber cross connect that is ideal for data center and SAN environments where space is at a premium.

OptiMo High Density solutions include:

• FC-series rack-mount fiber enclosures in 1U, 2U, 3U and 4U versions
• Momentum® 4 pre-terminated LC quad fiber cassettes
• HDFP-series fiber adapter panels

For more information, please visit the Legrand website.

 

Berk-Tek Offers Better-than-Standards Compliant OM4 Fiber

New Holland, PA – November 12, 2009… Berk-Tek, a Nexans Company, one of the leading copper and fiber optic cabling manufacturers, announces that their fiber optic cable family includes fiber grades that exceeds the recently ratified TIA-492AAAD for OM4 specifications.

OM4 fiber is a 50µm laser-optimized fiber with extended bandwidth properties over the previous OM3. It is designed to enhance the system cost benefits enabled by 850 nm VCSELs for existing 1 and 10 Gb/s applications, as well as future 40 and 100 Gb/s systems. With an effective modal bandwidth (EMB) of 4700 MHz*km, OM4 fiber can reach a distance of 550 meters for 10 Gb/s (almost twice that of OM3).

Berk-Tek fiber optic cables are available with two types of fibers that meet or exceed the OM4 standards and have been available for more than five years. GIGAlite™-10FB glass meets the standards, whereas the GIGAlite-10XB, the industry’s highest performing laser optimized 50µm fiber, surpasses the standards with a bandwidth of 4900 MHz*km at 850 nm and a reach surpassing 600 meters.

“Berk-Tek has offered the XB glass for years and some of its features were incorporated into the new OM4 document, even though the glass still exceeds the performance that has been recently standardized,” notes Mike Connaughton, RCDD, Fiber Optic Product Business Manager for Berk-Tek. “The benefits associated with this additional performance include headroom and distance. As short-reach data centers and higher performance computing applications grow, the additional headroom will become increasingly important. And, although the additional distance may not seem of great significance, it will support the majority of the remaining access-to-distribution and distribution-to-core links in large data centers,” he adds.

All of Berk-Tek’s fiber optic cables can be constructed with GIGAlite-FB or XB glass including interconnect, premise distribution and even armored fiber optic cable versions. Contact Berk-Tek for more information.

 

Berk-Tek LANmark Cables now ETL Verified Beyond Standards

New Holland, PA – May 4, 2009…Berk-Tek, a Nexans Company, now provides customers independent ETL Verification of cable performance to Berk-Tek specified cable requirements, which significantly exceed the TIA/EIA-568-B.2 and ISO/IEC 11801 standards that have traditionally served as the industry benchmarks. Berk-Tek is the first manufacturer to develop this program at the component level, which focuses on the LANmark™ family of Category 5e, 6 and 6a cables.

Many manufacturers claim enhanced performance for electrical characteristics, such as return loss, crosstalk (near and far) and attenuation. Berk-Tek is the first manufacturer to utilize third-party verification to certify that the claimed cable performance is being met. Testing is performed by Intertek, the world’s largest independent testing, inspection and certification provider, and proprietor of the ETL Verification Mark. “The flexibility at Intertek allows us to focus on our client's unique products and their relative testing needs. As a global testing services provider, we welcome opportunities to offer proprietary testing, like LANmark Program.” states Antoine Pelletier, Datacom Engineer at Intertek ETL.

As part of the ongoing verification program samples are randomly selected from Berk-Tek’s (New Holland, PA) manufacturing floor by an Intertek employee and evaluated per the requirements of the program. Currently, the tested cables include: LANmark-350™ Category 5e, LANmark™-1000 enhanced Category 6 and LANmark™-2000 premium Category 6. The LANmark™-10G2 Augmented Category 6a will soon be added to the mix.

“This additional level of third-party testing truly sets Berk-Tek apart,” states Todd Harpel, Berk-Tek’s Director of Marketing. “It gives our customers additional confidence that they are getting the performance they have specified.”

Berk-Tek has secured a position in the “Intertek Directory of ETL Verified and ETL Listed Cabling Products,” with a dedicated page to the LANmark family of UTP cables. Official ETL test reports for each electrical characteristic on each cable are available on the Berk-Tek Web site: www.berktek.com

 

Pushing Distance Limitations for Security Cabling

Pushing beyond the 100 meters

The industry standards that govern structured cabling installation practices were originally written for data and voice applications. However now that disparate devices, previously run on proprietary systems, such as security, access points and building automation devices, are jumping onto the network, some of the standards’ recommended guidelines for premises installations are under scrutiny.

One of the biggest limiting factors in the industry standards is the 100-meter (328-foot) limit from end-to-end of the horizontal UTP/FTP cabling system. To understand why Ethernet is limited to 100-meters over copper, it dates back to the origins of the standard. Dave Hess, Nexans technical manager, who has served on TIA, and ISO/IEC cabling committees, recently explained this in an article in BICSI News (Jan/Feb 2010), “Ethernet originally evolved from DEC, Intel and Xerox. StarLAN™ by AT&T was actually the first implementation of Soon after, AT&T broke up and their premises cabling became public domain and their technical specifications became the foundation for the TIA standards for 10 Mb/s. The 100-meter limitation was approved into the first 568 standards because many of the committee members, which included architects and designers, agreed that from a telecommunications closet to a device, 100 meters should reach every point on a normal building floor. If not, then another closet would be needed. As IEEE standards evolved to one gigabit, the 100-meter limit stands and twisted pair cable remains backwards compatible. Anything farther than that would fall under the definition of fiber optic channels.”

Because video over Ethernet is actually data in digital form, the same rules apply. Analog cameras can run further than 100 meters over twisted pair with transceiver technology, but those locations will never be standards’ compliant and therefore, cannot be replaced with IP cameras. And ;running fiber optic cable out to coax-based analog cameras means deploying multiplexers, which can get very costly per channel.

Berk-Tek’s New Composite Copper/Fiber Cable Extends the Distance

Distances from the TR to the end device can be extended by using fiber as a cost-effective solution. IP cameras already have built-in Ethernet ports and with cost-effective media converters can utilize fiber optic cable push out to several thousand feet beyond the copper distance.

Berk-Tek recently introduced a composite copper/fiber cable that incorporates high-bandwidth optical fibers with up to seven insulated stranded THWN (Thermoplastic Head and Water Resistant, Nylon coated) conductors ranging from 12 to 20 AWG under one outer jacket. Ethernet runs the data over the fibers and power is run over the copper conductors. So, in essence, this cable increases the distance of Power over Ethernet (PoE and PoE Plus) to deliver power to the device, eliminating an electrical outlet.

 

Select Air Conditioners Obsolete as R22 Refrigerant Phases Out. Announcing New SPECTRACOOL™ Air Conditioners

In 1992 the Montreal Protocol, an international environmental agreement, established requirements that began the worldwide phase-out of ozone-depleting HCFCs (hydro-chlorofluorocarbons). As the phase-out is set for completion by December 31st, 2009, Hoffman and McLean are obsoleting select air conditioners and introducing the new SPECTRACOOL™ Air Conditioner, which uses an ozone-friendly refrigerant.

Beginning January 1, 2010, McLean air conditioners will no longer contain R22 and select models, including the GENESIS™ M52 and the Outdoor T53 Series, will be obsolete. All orders for these models must be received by November 6th, 2009 to guarantee order shipment by the end of 2009. After November 6th, orders will be fulfilled as supplies and capacity last.

Beginning November 9th, 2009, all orders for the GENESIS M52 and Outdoor T53 Air Conditioners will automatically be converted to select models of the new SPECTRACOOL Air Conditioner. Initially, lead times may be up to 5-6 weeks depending on demand and component availability.

Keep in mind, existing GENESIS M52 and Outdoor T53 units on distributors' shelves, as well as Hoffman's and McLean's, may still be sold until inventories are depleted well after December 31st, 2009.

All deployed GENESIS M52 and Outdoor T53 Series Air Conditioners remain under manufacturer's warranty accordingly and are eligible for 24/7 field support for years to come. The applicable spare parts and accessories will also remain available for purchase through Hoffman and McLean.

If you would like to purchase GENESIS M52 and Outdoor T53 Series Air Conditioners before they are obsolete, please contact Customer Service at 763-422-2211 no later than November 6th, 2009 to ensure your order is fulfilled.

Other Models Affected:
The GENESIS M36 and CR43 Series Air Conditioners will also be transitioned away from R22 refrigerant by December 31st, 2009. These units will receive the new, environmentally safe refrigerant. The CR43 Series will see a slight drop in cooling capacity. The GENESIS M36 will see no impact to cooling performance.

New SPECTRACOOL™ Air Conditioners

Our new line of SPECTRACOOL Air Conditioners are eco-friendly, robust and efficient, all while maintaining high performance and solid reliability. Features include:

• Type 12/3R/4 with optional 4X
• 8,000 - 20,000 BTU/hr
• 115V, 230 and 460V 3-phase
• Up to 30lbs lighter
• Active condensate management
• Mechanical thermostat
• Digital display
• Fast and easy installation
• Door switch

 

Interlogix (formerly GE Security) Helps to Protect Athletes and Fans during the 2010 World Cup / Confederations Cup Competitions

Integrated Security Solutions in Place to Help Protect Fans at Sporting Events Year Round

Brussels – 10 December 2009 – Interlogix (formerly GE Security Inc.), a business of UTC Fire & Security Company, today announced that its technology will be implemented in all of the eight stadiums selected to host the World Cup 2010 in South Africa. Overall, the stadiums use a mix of security solutions and life safety technologies to protect and enhance the game-day experience for more than 350,000 fans who gather year-round for sporting and entertainment events.

Interlogix acted as a technology provider offering tailored integrated high-end product suites for selected stadiums. GE provided a wide array of security solutions at the different stadiums, including high-end fire detection and evacuation solutions as well as integrated video, access control and intrusion. With the addition of Interlogix’ video cameras and monitoring solution which was also installed at selected stadiums, stadium security personnel have been able to promptly monitor emergencies and other situations and dispatch the appropriate help, if necessary.

“We are committed to creating a positive experience for fans by helping to deliver safer, more secure stadium environments, which is particularly important for the upcoming tournament competitions, that will draw huge crowds,” said Bart Otten, President of GE Security EMEA.

Interlogix and its business partner, Dimension Data, cooperated to provide the full IP security network backbone in use at three venues, including amongst others, the Loftus Versveld Stadium in Pretoria.

“We cooperated with Interlogix to assess the best possible security systems to meet the needs and high standards,” said Greg Collyer from Dimension Data – Advanced Infrastructure. “Interlogix’ IP solution delivers outstanding image quality and monitoring capabilities required to efficiently manage sports events.”

“We are very pleased with Interlogix’ product suite installed at the Loftus Versveld Stadium, allowing security personnel to respond more effectively to potential disruptions thereby improving the overall safety and making the game-day experience more enjoyable for fans,” said Hugo Kemp, Stadium and Events Manager of Loftus Versveld stadium.

In addition to this string of wins in South Africa, Interlogix has provided integrated solutions to a variety of sports facilities worldwide, including the Dolphin Stadium in Florida, Commerzbank Arena in Germany and PSV Eindoven in the Netherlands.

About Interlogix

Interlogix (formerly GE Security, Inc.), a business of UTC Fire & Security Company, is a leading supplier of security and life safety technologies, with operations in 26 countries. Interlogix offers one of the industry’s broadest product portfolios, including access control, fire detection, intrusion, key management and video surveillance. Interlogix' products are used to protect people and property across a wide range of industries, including aviation, banking and finance, education, government and military, healthcare, law enforcement, residential, retail, stadiums and event venues, and transportation.

For more information about Interlogix, please visit www.gesecurity.com.

Interlogix, making the world safer.

 

Blue-chip cabling for IP convergence

JetBlue Airways’ new terminal at JFK Airport is a study in cost-conscious cabling for Internet Protocol-based applications.

Download pdf of article

 

Take the Leed

Cabling Business Reel Time addresses GREEN initiatives as it relates to our industry and LEED points.

Download pdf of article

Ortronics/Legrand Introduces Mighty Mo® 10, the Next Generation of Ortronics Advanced Cable Management System

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, will introduce the Mighty Mo® 10 advanced cable management system at the BICSI Winter Conference, January 13 - 16 at the Gaylord Palms Convention Center in Orlando, Florida.

Specifically designed for higher density applications, such as data centers and storage area networks, the new cable management system features the Mighty Mo 10 cable management rack, which is designed to maximize the airflow of network equipment. Honeycomb side rails and baffles work together to manage intake and exhaust air, creating cold aisle/hot aisle air distribution from side vented equipment. Available in 7' or 8' heights, the Mighty Mo 10 can be assembled as a 19" or 23" rack, has a 16.25" channel depth and can fit on a 2' x 2' floor tile. Its patented construction has built-in strain relief, bend radius control and efficient patch cable routing with floor and ceiling access to distribution cables. Optional vented double hinged front and rear doors are also available for additional security.

The Mighty Mo 10 cable management system also includes a server rack that is compatible with all Mighty Mo 10 and Mighty Mo 6 racks and cable management. It is a 7' high, four-post aluminum frame with mounting rails that adjust from 12.5" to 30", even after the rack is installed.

The system also features the signature Mighty Mo vertical cable management cage with door. Its design promotes efficient routing of patch cables between racks, and the hinged door allows easy access for moves, adds and changes and creates a finished look for data center installations.

Visit Booth #1805 at the BICSI Winter Conference to see the new Mighty Mo 10 advanced cable management system.

 

Ortronics/Legrand Introduces Momentum® 3 Modular, Pre-Terminated Fiber Optic Cabling System

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, will introduce the Momentum 3 modular, pre-terminated fiber optic cabling system at the BICSI Winter Conference, January 13 - 16 at the Gaylord Palms Convention Center in Orlando, Florida.

Momentum 3 is ideal for high density data center applications that require the simplicity and reliability of a plug-and-go installation. Designed for use in mission critical data centers and storage area networks, the Momentum 3 pre-terminated modular fiber optic system enables quick deployment, eliminates the possibility of optical performance flaws, and provides increased flexibility for network design. Momentum 3 makes moves, adds and changes quick, easy and error-free, and ensures unsurpassed optical performance with superior optical fiber and best-in-class pre-terminated connectors.

Available with LC or SC adapters, the Momentum 3 fiber cassettes are available for 50-micron laser optimized, single-mode or 62.5/125-micron fiber MTP/MPO® backbone cables. Momentum 3 also includes new premium performance low-loss LC 50-micron LOMF cassettes and patch cords. When used together, the low loss cassettes and patch cords provide a total cassette insertion loss of 0.5dB.

This next generation product improves upon the original Momentum offering with enhancements such as a rugged metal cassette housing with internal bend limiting fiber drum and shuttered LC duplex adapters available for increased eye safety and dust protection. When combined with Ortronics new OptiMo premium performance SpaceSaver patch cords, the new Momentum 3 solution from Ortronics creates an unsurpassed high density data center solution addressing tight optical budget constraints while minimizing congestion in cable pathways.

 

Ortronics/Legrand Introduces OptiMo® Precison Fiber Optic Cleave Tool

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, will introduce the OptiMo precision fiber optic cleave tool at the BICSI Winter Conference, January 13 - 16 at the Gaylord Palms Convention Center in Orlando, Florida.

Ortronics new precision fiber optic cleave tool is a rugged, durable tool for fiber optic field splicing of individual fibers and 12-fiber ribbons. It eliminates the need for field cleave inspections when terminating pre-polished fiber optic connectors, providing significant labor savings by reducing overall installation time. Ideal for producing precision (less than or equal to 1 degree) bare fiber cleaves in the field, the tool has a simple, easy-to-use design that allows the fiber technician to produce precision high-quality fiber cleaves repeatedly and reliably. The 16-position diamond blade yields 48,000 single-fiber cleaves for long-lasting performance. The precision diamond blade also provides 4,000 12-fiber ribbon cleaves before requiring replacement. A built-in fiber scrap collector conveniently stores fiber shards until they can be safely discarded.

The OptiMo precision fiber optic cleave tool rounds out the fiber optic tools needed to install Ortronics OptiMo pre-polished fiber optic single-mode and multimode connectors. It is also well suited for single fiber cleaves in conjunction with most telecommunications fusion splicers. This labor savings accessory will save contractors time in the field and ensure reliable, repeatable results.

 

Ortronics/Legrand Offers Connected Living Solutions for the Multi-Dwelling Home with On-Q Home Systems

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance structured cabling solutions, is now offering On-Q home systems for multi-dwelling homes, such as apartments, condos, townhouses, and planned communities. Ortronics MDU Solutions combine their industry-leading structured cabling solutions with the innovative home systems from On-Q/Legrand to meet the communication and entertainment needs of the modern, connected lifestyle.

The combination of Ortronics structured cabling solutions with On-Q home systems provides every element for integrated end-to-end solutions from the building entrance to the outlet in the home. Ortronics connectivity and cable management solutions allow flexible, high performance solutions in the backbone to deliver services to individual units, while On-Q home systems connect audio, video, phones, and Internet for the ultimate in lifestyle convenience and control.

Ortronics and On-Q high performance MDU solutions distribute and manage audio, video and data (copper and fiber) with more bandwidth, more flexibility and more capabilities, including voice, high-speed Internet access (wired or wireless), surround-sound home theater, online gaming, music piped throughout the home, and telecommuting from a high-tech home office. These amenities increase the lifestyle value of the multi-dwelling unit and are sure to attract and retain residents who have come to expect these benefits.

 

Ortronics/Legrand Introduces Clarity SNAP

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, will introduce the Clarity SNAP™ pre-terminated copper cabling system at the BICSI Winter Conference, January 13 - 16 at the Gaylord Palms Convention Center in Orlando, Florida. The SNAP system combines the enhanced performance of Clarity connectivity with a modular design that ensures reliability and increases the ease and flexibility of installation and maintenance while dramatically reducing installation times.

Clarity SNAP is an ideal solution for high density applications, especially the growing data center market. The Clarity SNAP system includes traditional six-port module patch panels, individual jack panels, terminated cable assemblies and workstation jacks. Supporting the above standard performance of Clarity 5E, Clarity 6 and Clarity 10G, SNAP provides superior channel performance, supports easier and quicker installation and reduces/eliminates the need to conduct field testing on the final installed system. Ortronics pre-terminated cable assemblies feature a unique connector on each end of the cable assembly that is reduced in size, which makes pulling or laying cable in place easier while providing a high speed connection.

Like all Ortronics Clarity products, the RJ45 connections of these patch panels and jacks are precision tuned with Clarity patch cords using Ortronics center tuned technology for significantly improved cross talk and return loss performance that is field measurable in the channel. In addition, the Clarity SNAP system is RoHS compliant (meeting all lead-free requirements).

 

Ortronics/Legrand Introduces OptiMo® SpaceSaver Fiber Optic Patch Cords

New London, CT, January 11, 2008 - Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, will introduce the OptiMo SpaceSaver fiber optic patch cords at the BICSI Winter Conference, January 13 - 16 at the Gaylord Palms Convention Center in Orlando, Florida.

Ortronics SpaceSaver fiber optic patch cords are ideal for high density fiber optic LC duplex patching applications where conservation of cable routing space is required. They are designed to fit precisely, without interference, between high density LC adapter ports used in closely packed duplex and quad LC cassettes or shuttered adapter panels.

Available in high performance or premium performance, the SpaceSaver patch cords utilize a special compact 2.4-mm diameter duplex cable with integral Kevlar strength members to save valuable routing space and reduce the weight in overhead cable trays. The LC duplex connectors at each end of the SpaceSaver patch cords are designed as a single molded duplex construction and incorporate a unique single strain relief boot and single thumb-latch disconnect operation to simplify insertion and removal.

The SpaceSaver cords are available in 50-micron LOMF, 62.5-micron and single-mode fiber types and feature A-A or A-B polarity options for flexible configurations. In addition, the risk of inadvertent polarity problems is significantly reduced because the connectors do not require polarity clips. Precision zirconia ceramic ferrules ensure repeatable high performance operation. When coupled with Ortronics new Momentum 3 optical cassettes, an integrated data center solution emerges, solving the problems of increased port density and optical performance.

 

Berk Tek’s Micro Data Center Fiber, it’s lighter and takes up less space

Designed specifically for data centers and storage area networks, Berk-Tek delivers bestin- class micro-cabling technology with new and innovative MDP (patent pending) cable design, the perfect balance of performance and cable size.

New Holland, PA, August 23, 2007. Berk-Tek, a Nexans Company, a leading copper and fiber optic cabling manufacturer, announces a new fiber optic cable design, Micro Data Center Plenum (MDP), specifically targeting the data center/storage area network (DC/SAN) market.

The new MDP cable design incorporates Berk-Tek’s patented dry loose-tube technology in a smaller O.D. and adapted specifically for the indoor-only DC/SAN and building backbone environment. The new patent-pending construction provides a 50% smaller cross sectional area than equivalent fiber count indoor cables. In DC/SAN applications, the new MDP cables can help prevent cabinet and pathway congestion, considerably enhancing airflow, and facilitating more efficient cooling. When compared to traditional ribbon interconnect, premises distribution, and indoor/outdoor loose tube cables, this new breed of cables offers improved density, ease of installation, termination, and subunit handling, presenting exceptional value in the DC/SAN space as well as intrabuilding backbone infrastructure.

The new line of MDP cables is available with plenum ratings up to 72 fibers, and allows for significant cost reduction over traditional indoor cable design options. These cables are also offered with aluminum or steel interlocking armor, as well as pre-terminated cable assemblies with multi-fiber MTP/MPO connectors or single-fiber type connectors such as SC, ST, or LC.

“When combined with the Ortronics 12 or 24-fiber MPO low-loss cassettes and cable management systems, a far superior offering to the DC/SAN system designer has now been made available” states Beni Blell, RCDD, Fiber Optic Product Business manager at Berk-Tek. “The MDP product boasts a size and weight that is half that of competing cable designs, and has made possible specific enhancements to system performance, reliability, modularity, and flexibility in the NetClear solutions for high-density data centers and storage area networks.” Blell added.

The new cables will be available starting in August and are offered in multimode and single-mode fiber constructions including GIGALite™, GIGALite™-10, and GIGALite™- 10XB, the industry’s highest performing laser-optimized 50 micron fiber.

 

NetClear 10G Channels Co-exist With Lower Category Cabling and Meet 10G Channel Specifications

New London, CT and New Holland, PA (August 15, 2007)… Ortronics/Legrand and Berk-Tek, a Nexans Company, announced that their warranted NetClear GTX 10G UTP cabling system can be installed alongside existing NetClear structured cabling systems within the same pathway without degradation of the performance of either system. Tests were performed at the Nexans Data Communications Competence Center, which placed Berk-Tek’s LANmark-10G Augmented Category 6 in the same raceway as LANmark-1000 and LANmark-2000 Category 6 cables. Both were unaffected with the LANmark-10G cable continuing to meet all the requirements of the draft TIA 568B.2-10 Augmented Category 6 specifications.

Tests at the Nexans DCCC included the worst case 6-around-1 configuration where a NetClear GTX channel, comprised of LANmark-10G and Ortronics Clarity 10G connectors, was inserted into the center of a bundle that included 7 NetClear GT2 channels around the outside. NetClear GT2 channels consist of Berk-Tek’s LANmark-1000 Category 6 cable and Ortronics Clarity 6 connectivity. The NetClear GTX 4-connector channels passed the Augmented Category 6 channel specifications for both internal parameters, as well as all alien crosstalk parameters.

“The industry leading performance of the LANmark-10G cable combined with the co-engineered Clarity 10G termination products from Ortronics, allows the NetClear GTX channels to be intermixed with channels of lower category performance, without interference ” states Jim Frey, Copper Products Manager for Berk-Tek. “No other 10G UTP cabling system available today can offer this kind of flexibility and performance,” he added.

“Another unique feature of the NetClear GTX 10 Gb/s system is that the Clarity patch cords are stranded and available in lengths down to 3 feet, which is less than the minimum 7 foot lengths offered by other cabling manufacturers. The design of these patch cords also allows these cords to be adjacent to other category patch cords at the workstation without impacting their 10G performance. This reduces cost and eliminates the need to manage excessive lengths of cordage in the TR or data center, while providing better 10 Gb/s system performance” states Gregg LaFontaine, Senior Copper Products Manager for Ortronics/Legrand.

Ortronics/Legrand and Berk-Tek were instrumental in providing their combined engineering expertise to the IEEE P802.3an to define the cabling system requirements for 10 Gigabit Ethernet over twisted pair cable media. As a result, both the NetClear GTS (FTP), introduced in January 2005, and NetClear GTX (UTP), introduced in May 2005, became the first to offer two complete channel solutions with guaranteed compliance to all current and future 10G channel specifications identified by the IEEE and TIA committees.

Editorial Contacts:

Berk-Tek 
Carol Everett Oliver
Tel: 717-682-7336
E-mail

Ortronics/Legrand      
Laura Fradette
Tel: 860-405-2861
E-mail

 

Ortronics/Legrand Introduces Clarity® Maximum Density Patch Panels

New London, CT, June 28, 2007 – Ortronics/Legrand, a global leader in high performance copper, fiber and wireless structured cabling solutions, introduces Clarity maximum density patch panels. Clarity maximum density patch panels offer 48 ports of Clarity 6 or 5E performance in 1 rack unit, offering an ideal solution for ultra high density applications, including the growing data center market.

Like all Ortronics Clarity patch panels, the new maximum density patch panels are ETL tested and verified to TIA Category 6 and 5e component specifications. They are precision tuned with Clarity patch cords using Ortronics center tuned technology for significantly improved cross talk and return loss performance that is field measurable in the link or channel.

Clarity maximum density patch panels are icon compatible for easy port identification. They feature universal T568A/B wiring and support standard 110 termination practices. In addition, they are RoHS compliant (meeting all lead-free requirements). Standard Category 5e and 6 maximum density panels come supplied with 24 rear-loading dual port termination modules to service 48 ports. To support field-configured installations, individual dual port jacks (in a range of colors) and unloaded panels will be available in July 2007.

 

Lan Cabling’s New Role — IP Security

IT managers are discovering that their voice and data network systems are being expanded for converged applications over the same physical cabling infrastructure. Standalone systems, such as CCTV, access control, security/intrusion, audio/visual notification and building automation systems (BAS), are moving from non-standard isolated systems to an integrated system over the installed network through IP-based functions. In fact, IP-based video surveillance is expected to represent 50% of the video-surveillance market by 2008 (source: Lehman Brothers).

Through IP, the migration of analog, digital and network security devices into the upper layers of the open systems interconnection (OSI) model are creating new dynamics for the cabling infrastructure. The use of open standards allows compliant infrastructures to remain in place while other modules or components are added. Open standards encourage this modular approach to systems design, whereby components from several manufacturers can be incorporated into a common infrastructure with common protocols.

By utilizing an IP-addressable system, remote computer monitoring and communication of converged applications bring centralized control of these applications to IT and facility managers. When selecting a structured-cabling system, the IT manager is now responsible for looking at the long-term return on investment, as the installed network today must be able to handle the speed, bandwidth and power requirements of these emerging applications.

There are existing standards for structured cabling that can be applied to security applications over an IP-based system. Proven interoperability principles and standards have been formulated in IEEE 802.3 IP protocols and ANSI/TIA/EIA standards governing cabling, connectivity and pathways. These standards allow video applications to integrate onto one common cabling platform.

This interoperability includes common media, connectors and topology with the voice, data and facilities networks. This saves time and cost in material selection and installation labor, while also making the network system easily scalable, without having to recable.

An integrated digital security system over the network allows a more proactive approach to surveillance and data mining. For many years, video surveillance was accomplished by attaching an analog (CCTV) camera with coax cable to a dedicated monitor and a VCR for recording. This system relied on human observers, normally watching multiple screens and hours of videotape in a control center to trigger any type of response. These early video camera surveillance systems were installed by security camera contractors who did not have the knowledge of the structured cabling systems, as the LAN systems were kept separate and managed by the IT department.

Today’s analog and digital IP cameras can be connected through structured cabling and attached to digital network storage devices. The data produced can be used for analysis through the LAN and WAN, in addition to video mining. It can also integrate with other applications, such as access control, utilizing multifactor authentication, including biometrics and BAS over the same network through the same cabling infrastructure.

Through structured cabling, today’s security systems can incorporate both analog and digital cameras, which are connected via unshielded twisted-pair (UTP) cabling to digital video recorders (DVRs) or network video recorders (NVRs) in the telecom room or data center. Multiple functions, such as power, video and data, can be delivered simultaneously on one UTP four-pair cable.

“The path to IP does not necessarily mean replacing analog cameras with IP cameras,” states Mike Mahan, vice president of sales for NVT, a manufacturer of video transceivers and hub systems for CCTV. “IP-based video is accomplished by two methods: digitization/encoding of video by a discrete device from an analog device (camera), or deploying IP-based cameras. Since 85% of CCTV installations still support analog cameras, the convergence to IP-based video utilizes hybrid alternatives, which is a mix of analog and IP over a UTP-based structured cabling system.”

Because analog cameras utilize coax cable connections, UTP CCTV transceivers are connected to the camera’s video output and the horizontal cabling, which convert an unbalanced 75-ohm signal to a balanced UTP 100-ohm signal. The first of two hybrid alternatives incorporates an analog camera, which is connected to the DVR in the control center where the video is stored and reviewed by security personnel. Through the network, the DVR is connected to an IP output.

The second hybrid alternative connects the video signal from the camera cabled directly into an encoder, which is connected to anNVR via the IP network. An NVR acts like a server with direct network video connection, and utilizes storage capacity through the network. In contrast, the DVR has a separate hard drive for storage and connects to cameras using traditional analog signals.

All connections from cameras to the DVR or NVR utilize the structured cabling infrastructure through patch panels in the telecom room. Connecting the DVR and NVR directly to the network allows users on the network to access the video output through the same cabling infrastructure.

“The benefit of the hybrid models is that you can still take advantage of legacy analog camera technology, which offers a clearer picture and does not require any network bandwidth, as analog transmission only utilizes Layer 1 of the OSI model until it is converted to digital by the DVR or encoder,” explains Mahan.

“The next logical progression is to carry the digital signals over a structured cabling system through IP or network cameras,” states Paul Koebbe, national market manager, security, for Graybar Electric Co. “IP-addressable cameras can be placed anywhere on the infrastructure, as electronics that are handling other IP traffic can easily be integrated with the security system.”

Network cameras contain the optic, imaging system and encoder to capture and transmit live images via an Ethernet port over an IP network, such as LAN, intranet or Internet. This enables users to remotely view and/or manage the camera from a Web browser on any computer, including pocket PCs and PDAs, from anywhere, at any time.

A major concern in selecting an efficient structured-cabling solution is to ensure that the system will be scalable to handle the additional bandwidth and electrical requirements of these converged applications. Once IP cameras replace existing analog cameras, the UTP-based cabling will need to provide highbandwidth IP data, as well as sufficient power and control for applications such as pan-tilt-zoom (PTZ). In addition, the structured-cabling solution should be upgradeable to integrate with future applications, such as access control and other BAS functions.

Fiber is the preferred media for backbone connectivity between closets and for long-distance horizontal cabling for cameras located more than 290 feet from the patching fields, such as out to guard shacks. Horizontal distribution of data, video signal and power to cameras within the 290-foot limit via the network can be accomplished with Category 5e for today’s applications. Network integrators and IT managers, however, need to be aware of the bandwidth required in the future for high-resolution megapixel images and disk space for storage, as well as the added heat generated when using the same cable for power over Ethernet (PoE) over UTP.

Currently, IEEE 802.3af specifies Ethernet-delivered power at 12.95 watts. Evolving applications will require greater power to run PTZ cameras at up to 30 watts and access control systems up to 25 watts. The next-generation standard, IEEE 802.3at, or PoE Plus, is being designed to operate over Category 5e or Category 6, and will increase the powered device load to a minimum of 30 watts.

Installing a higher grade of cable, such as enhanced Category 6, will provide more headroom for extended bandwidth capabilities, lower insertion loss for stronger signals, improved crosstalk immunity for better picture quality, and improved resistance to higher temperatures for PoE. Through an Ethernet/IP platform, the convergence of multiple systems over a reliable UTP-based cabling solution will mean lower construction costs, lower cost per port, reduced maintenance costs and centralized management.

Written by Carol Oliver, Marketing Analyst, Berk-Tek, a Nexans Company

Reprinted from Communications News, January 2007

Copyright © 2007 by Nelson Publishing Inc. • www.comnews.com

 

Berk-Tek and Ortronics/Legrand Introduce New Brochure Highlighting NetClear Structured Cabling Solutions for Data Centers/SANs

New London, CT and New Holland, PA (October 11, 2006) – Ortronics/Legrand and Berk-Tek, a Nexans company, are pleased to introduce a new brochure highlighting the NetClear structured cabling solutions for Data Centers and Storage Area Networks (SANs). The NetClear solutions for data centers and SANs are a complete set of end-to-end cabling systems comprised of high-performance fiber and copper cabling, connectivity and physical support products for speeds up to 10 Gb/s and beyond, per IEEE 802.3an specifications.

Berk-Tek and Ortronics/Legrand have proven their expertise in enterprise structured cabling and are applying that knowledge to data center applications through the NetClear solution set. The new six-page brochure folds out to a poster-size illustration that shows how the NetClear solutions fit into a typical, standards-based data center configuration.

The brochure serves as an excellent tool for data center designers and managers who recognize that designing their data center according to the TIA-942 guidelines will maximize cabling system lifespan, ensure compatibility with current and future technologies, and improve return on investment. The brochure provides a brief tutorial on the TIA-942 standard and illustrates how the NetClear solution set provides guaranteed reliability, guaranteed performance, guaranteed flexibility, and guaranteed scalability–four key values that must be considered when designing mission-critical data centers.

For your free copy of the brochure, call 1-888-879-0724 or visit our web site at www.netclear-channel.com.

About the NetClear Alliance
NetClear is a Technology Alliance between Berk-Tek, a Nexans Company, and Ortronics/Legrand to provide advanced, end-to-end co-engineered solutions for enhanced Category 5e, Category 6, Augmented Category 6 – 10 Gigabit and optical fiber channels - all backed by a 25-year warranty.          

About Berk-Tek, a Nexans Company
For more than 45 years, Berk-Tek has been a leading manufacturer of more than 100 different network copper and fiber optic cable products designed to transport high-speed voice, data and video transmissions. For more information, visit www.berktek.com.

About Ortronics/Legrand
Ortronics/Legrand is a global leader in commercial Category 5e, Category 6 and 10 Gig copper, fiber optic, wireless and residential/MDU high performance, high capacity structured cabling systems. For more information, visit www.ortronics.com.

Editorial Contacts:

Berk-Tek 
Carol Everett Oliver
Tel: 717-682-7336
E-mail

Ortronics/Legrand      
Laura Fradette
Tel: 860-405-2861
E-mail

 

Ortronics/Legrand Introduces the Wi-Jack™ Duo, the World's Smallest Dual Band/Dual Radio Wireless AP

New London, CT, May 1, 2006 – Ortronics/Legrand, a global leader in high performance structured cabling solutions, introduces the Wi-Jack™ Duo, the smallest dual band/dual radio access point available today. The patent-pending Wi-Jack Duo fits into a standard wall box in the footprint of a standard faceplate and extends only 12 mm from the wall. Wi-Jack Duo utilizes thin AP technology for lower costs, higher performance and enhanced security, and integrates seamlessly into the existing structured cabling system. The Wi-Jack Duo will be unveiled for the first time at Interop Las Vegas, May 2 - 4, 2006 in Booth #141.

Wi-Jack Duo supports 802.11a/b/g operation, allowing simultaneous operation at 2.4 and 5 GHz at speeds up to 54 Mb/s, and can also be used simultaneously as a dedicated air monitor. Available with or without an additional copper workstation port for wired connectivity, it contains internal tri-band omni-directional antennas mounted safely behind the faceplate, providing optimal performance while blending aesthetically into any environment.

The functionality and intelligence of the Wi-Jack Duo is centralized within the wireless controller to deliver higher system scalability and performance, along with the ability to support new standards and services without upgrading hundreds of devices. The wireless controllers enable simple, secure and flexible management of your wireless network through policy-based security, QoS and bandwidth management, and real-time monitoring of your WLAN.

"The introduction of the Wi-Jack Duo is a significant milestone in the evolution of wireless networks. By bringing the access point into the wall outlet, we have more closely integrated the WLAN into the existing structured cabling infrastructure," states Mark Panico, president of Ortronics/Legrand. "The Ortronics Wireless Solution makes the WLAN easier to manage, more cost effective, and more secure. We've essentially eliminated the risk that was once associated with deploying a wireless network."

For more information contact:
Ortronics/Legrand
125 Eugene O'Neill Drive
New London, CT 06320
Sales: 860-445-3900 or 800-934-5432
Fax: 888-282-0043 or 860-405-2992
E-mail: Internet: www.ortronics.com

OnSSI
845-369-6400
e-mail info@onssi.com
www.onssi.com

Editorial Contact and Photos:
Laura Fradette, Communications Specialist
Ortronics/Legrand
125 Eugene O'Neill Drive
New London, CT 06320
Direct Tel: 860-405-2861
Fax: 860-405-2972
E-mail

Background for Editors:
Ortronics/Legrand, headquartered in New London, Connecticut USA, is a global leader in commercial Category 5e, Category 6 and 10 Gig copper, fiber optic, wireless and residential/MDU high performance, high capacity structured cabling systems, including patch panels, patch cords, workstation outlets, physical support solutions, 110 cross-connect systems and more. Ortronics/Legrand also offers engineering and technical support, systems planning, training programs and a 25-year extended products warranty and applications assurance warranty program.

Ortronics/Legrand is a subsidiary of Legrand (www.legrandelectric.com), the world specialist in products and systems for electrical installations and information networks, offering solutions for use in residential, commercial and industrial buildings. Operating in over 60 countries with sales of $3.8 billion, it employs about 31,000 people and its catalogs list more than 130,000 products. At Legrand, innovation drives growth: with nearly 5% of sales invested in R&D every year, the group brings out a steady stream of new, high added-value products.

On-Net Surveillance Systems Inc. offers a comprehensive IP video surveillance control and management solution. Ocularis, OnSSI's IP Video Control platform, is designed to operate on a single platform with unprecedented levels of user-intuitiveness, open architecture and scalability. With core competencies rooted in both the IT and professional security markets, OnSSI's unique solution provides feature-rich camera management, sophisticated recording and archiving, automatic Push Live Video on event, control-room video-wall management and virtual matrix functionality. OnSSI's IP solutions can be found in a wide range of municipalities, federal and local government agencies, as well as enterprise, industrial, and educational settings. For more information, visit: www.onssi.com

 

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