The Cabling Innovators Awards program recognizes organizations and people who drive the ICT industry forward. It awards ingenuity and innovation wherever it is found in the value chain of cabling-system specification, design, installation, and administration.
Our judging panel comprises industry professionals with in-the-field experience. The panel evaluated each entry based on the following six criteria: 1) Innovative approach to product, system, program or project design and implementation; 2) Value to the user, which can be measured by qualities including return on investment, loss prevention, or business-efficiency gains; 3) Sustainability, characterized by overall eco-friendliness, long-term value, or lifecycle cost-effectiveness; 4) Meeting a defined need as a well-conceived and well-executed initiative that fully meets specific user requirements; 5) Collaboration, which can include communication and cooperation throughout the value chain through which the entry was developed, produced, procured, or deployed; 6) Impact, recognized as the difference that an innovation makes on the professionals involved, on the productivity of its ultimate users, or on society as a whole.
Based on our judges’ evaluations, worthy applicants are recognized as having achieved Silver, Gold, or Platinum status for their innovations. Recipients of Cabling Innovators Awards silver-level honors have shown marked improvement over previous methods, approaches, or use of systems and products. Gold-level awards are earned by organizations whose innovations are judged to be excellent, and whose benefits are clear. Each gold-level innovation makes a substantial improvement over previous methods employed, approaches taken, or products and systems used. Platinum awards have been judged to be superb innovations, characterized by a groundbreaking approach to meeting a need, or establishing a new level of performance, efficiency, ease-of-use, and other beneficial qualities.
Platinum Awards
The 45S Cladding Alignment Fusion Splicer from AFL is changing the way people splice fiber in small to mid-fiber count applications. This Fujikura splicer debuts a landmark improvement to the fusion splicing process with the ability to prepare and load both fibers simultaneously. After preparation, the 45S patented sheath clamps enable the loading of both fibers simultaneously into the splicer with one fiber in each hand. The user can press down on the sheath clamp base to close it while positioning the fiber in the v-grooves. This enables one-handed operation and saves operational costs.
Additional advantages of the 45S Cladding Alignment Fusion Splicer include dual sheath clamps (reducing splicing cycle time by 30% or more), improved ergonomics (including tripod-mounting), automated blade management (that monitors and optimizes blade life), easy-access battery and power options (allowing flexible operation in multiple environments), increased productivity and speed (including a 6-second splice in SM FAST mode), reduced training and user error (thanks to an intuitive interface and automated functions), rugged construction and durability (to withstand dust, moisture, shock, and temperature extremes), and comprehensive warranty and support (including 24/7 assistance).
Building upon EXFO’s leading expertise in dispersion testing, the FTBx-570 enables technicians to characterize multiple optical links from a single location, with a single instrument by testing both chromatic dispersion (CD) and polarization mode dispersion (PMD). Using a patented approach to CD/PMD testing, the FTBx-570 equips technicians to excel in characterizing today’s and tomorrow’s high-speed networks. Its intuitive interface and highly intelligent functionalities ensure that test parameters are automatically optimized, for any link.
Dispersion can impair the performance of a fiber-optic link by limiting the maximum bit rate and the distance over which a signal may be transmitted. According to the ITU-T G.650.3 standard, full fiber characterization includes CD and PDM testing, along with OTDR and OLTS testing. Links with speeds above 10Gbit/s require dispersion testing. While operators may not be deploying this data rate now, eventually, they will upgrade their network. Going back to test years after the deployment is costly and time consuming. The FTBx-570 offers the efficiency of single-ended testing that is both rapid and accurate, with single-button operation and a user-friendly GUI. The compact tester operates in the O band and SCL band, and offers cloud-hosted management capabilities.
Modular Photonics’ Multi-Core Fiber Multiplexers are fan-in fan-out (FIFO) devices that overcome the limitation of early-generation FIFOs, which are used to interface multicore fibers. Early FIFO devices were first produced by fusing and tapering one end of a bundle of several optical fibers to form one fiber that has multiple cores. However, the end-to-end insertion losses of FIFOs produced with this approach are highly variable due to the relatively limited control over the fiber tapering process and the need to map, with high precision, to the cores of the target MCF. Consequently, the fiber tapering manufacturing method is not scalable beyond 4 cores.
Modular Photonics offers the MCMUX Series of FIFOs, which are available for 2-, 4-, and 7-core fibers. The company also offers a custom FIFO service that has produced connectors for multicore fibers with up to 22 cores. Modular Photonics uses a 3D integrated photonic chip to accurately measure the cores of a multicore fiber, which enables ultra-low insertion loss of <0.5 dB.
The EZ-Path® Cable Tray Retrofit Device from Specified Technologies Inc. brings non-compliant tray penetrations in fire-rated wall assemblies back to compliance instantly—with cable fill increasing from 25% to 100% and eliminating the need for additional firestopping products such as sealant or putty. The split housing design is installed around the existing cable tray penetration, restoring fire resistance ratings.
The EZ Path Cable Tray device features a built-in fire and smoke sealing system installed around existing cable trays, fastening to the barrier surface. It is suitable for cable trays and wire basket-style cable trays. This device is certified by UL and tested to ASTM E814 (UL1479) and CAN/ULC-S115. With sizes ranging from 12” to 24”, most non-compliant cable tray penetrations in fire-rated construction will be brought back to code in a matter of minutes.
Tempo Communications’ Fiber Trainer is an advanced solution custom-designed to revolutionize the training landscape for technicians entering fiber optics. Recognizing the need for immersive, technology-driven training in fiber, Tempo meticulously crafted the Fiber Trainer to empower technicians with hands-on experience. At the core of the system lies a compact, powerful platform designed to simulate real-world scenarios in fiber-optic installation, testing, and maintenance. The Fiber Trainer isn’t just a tool, but rather a gateway to a dynamic learning experience, offering a comprehensive suite of features to enhance skill development and proficiency in fiber optics.
The Fiber Trainer’s features include simulated loss events (to experience realistic challenges), a 1-kilometer fiber link (mimicking real-world scenarios including midway faults for hands-on OTDR operation), fusion splicing exercises (including two fiber spools and integrated connectors to facilitate seamless loss testing), and comprehensive training modules (covering connector inspection and cleaning, fault identification using VFL, cleaving and splicing techniques, loss measurement, and advanced OTDR use). The company emphasizes the Fiber Training isn’t strictly about training, but rather it’s intended to elevate the learning experience, foster expertise, and prepare technicians for the challenges of modern fiber networks.
UCL Swift’s Hardened Fusion Splice-On Connectors are compatible with OptiTap terminals, distinguishing them from others on the market. It is the only connector that can be fusion-spliced-on in the field, delivering a number of advantages for the installer and the end user. OptiTap is a widespread terminal design in broadband deployment, accepts only hardened OptiTap-style connectors. These terminals generally are utility-pole-mounted, hung on messenger cables, or installed underground in vaults. The hardened connectors for these terminals are robust and must withstand the rigors of environmental exposure in a wide range of climates. Generally these connectors are factory-installed because of the connector’s complex design, but UCL Swift developed a hardened connector that can be installed in the field, at the point of use.
Using UCL Swift’s All-In-One KF4A-HDC or K33A-HDC fusion splicers and related tools, and installer can terminate this connector onto a cable at the point of use. Cutting the cable to length and terminating it with a connector on-site permits all cables to be cut to the exact length needed, which eliminates the unnecessary extra cable length associated with preterminated assemblies. The Hardened Fusion Splice-On Connectors can be used for new installations or repairs.
Gold awards
Hospitals of the future will do more than bring a digital lens to healthcare. They will connect people, data and systems with technology to deliver better, more seamless and more human-centric care. To help the industry reimagine the patient and employee experience, Belden designed a new state-of-the-art solutions showcase called the Enhanced Patient Experience showcase, housed within Belden’s Chicago Customer Innovation Center and led by its in-house healthcare experts. This immersive reimagination of healthcare takes industry professionals into the future—today. They get to see up close how a smart, connected healthcare environment transforms patient satisfaction, facility operations and staff engagement and retention.
Healthcare professionals can tour the Enhanced Patient Experience showcase to learn more about how and why they need to prepare for what’s to come in healthcare. They also get a hands-on look at some of the ways that healthcare technology can be integrated to automate and inform every step of the patient and clinician journey. During the visit, guests get to watch how integrated technology and converged networks improve the outcomes of specific healthcare scenarios. The showcase demonstrates some of Belden’s key capabilities in healthcare as well, including network resiliency for safeguarding IT and medical networks, data interoperability for unified data management, and the cultivation of an extensive partner network.
Belden’s RemoteIP Cables follow IEEE application standards, such as 10Base-T, 100Base-T and 1000Base-T. While cabling standards map out minimum performance requirements for structured cabling systems so they can support any application over 100 meters, application standards focus on the ability of the application itself—such as wireless or Ethernet—to run on a link segment, regardless of distance. RemoteIP Cables work with any devices and switches that follow these IEEE application standards, including IP cameras, building sensors and PoE LED lighting fixtures. Because they supply data and power to remote IP devices up to 215 m away, they more than double the data and power that Category cabling can provide.
With these cables, it’s now possible to achieve 10-Mbit/sec transmission at 215 m, 100-Mbit/sec transmission at 200 m and 1-Gbit/sec transmission at 130 m. They also feature 22 AWG conductors, which help signals travel across longer distances while keeping cable heat levels low to minimize impact on electrical characteristics. This creates new worlds of possibilities for building designers, consultants and end-users. It allows placement and installation of IoT devices in new locations, reclaims and maximizes square footage, and reduces costs by eliminating the need for media converters or extenders.
The demand for top-notch fan experiences is creating design and construction complexity in stadium and venue environments. As this intensity increases, so does the opportunity for delays, cost overruns and installation errors. As designs become more multifaceted, many types of products and technologies are involved, which makes pre-planning more challenging. As stadium construction and upgrades accelerate across the country and around the world, project teams need to optimize productivity by simplifying cable complexity.
Traditionally, in indoor/outdoor venues, different cables are needed to suit each application. When cables transition from outdoors to indoors—from a broadcast truck to a camera, for example—installers typically have to stop, place a connector on the end of the outdoor cable and connect it to the back of a patch panel. On the front side, an indoor cable must enter the patch panel using another connector before it can be run to its destination. This splice point creates complexity—something owners and installers no longer want to juggle if they don’t have to.
Belden’s Indoor/Outdoor (I/O) Plenum Stadium Cables & Connectivity offers a single cabling platform that can be installed anywhere, outdoors and indoors, without demarcation. This not only makes installation faster, but also supports easier material specification. A single cable can be run between indoor and outdoor environments, so installers can use the same cable from the broadcast truck to the camera—or between any other combination of indoor and outdoor components that need to connect. No one has to keep track of which cable should be used in which spot.
Belden’s FX ECX Wall-Mount Fiber Enclosure lets installers take advantage of wall space to host fiber connections when floor space isn’t available for a rack-mount system. As an extension of the ECX product family, Belden’s FX ECX Wall-Mount Fiber Enclosures host fiber connections on the wall in small, tight and unique spaces—even in environments that aren’t designed to support fiber-optic networks or that lack space for a telecommunications room or rack. Its recessed mounting holes allow it to easily mount to the wall in any indoor environment. A patent-pending, swing-out cassette rail assembly provides easy access to ports, making installing fiber faster and easier than ever. Assemblies are also removeable, allowing technicians to take modules to a more comfortable workspace.
With optional lock kits that securely separate the trunk and patch sides of the wall-mount enclosure, FX ECX Wall-Mount Fiber Enclosures simplify today’s installation and tomorrow’s maintenance and operations. The durable, metal wall-mount fiber patch panel can hold 2, 4, or 6 ECX fiber modules. It allows installers to host up to 192 fiber connections in a compact wall space. Cable grommets and built-in rear cable attachment points protect, manage and secure incoming cables. The enclosure is designed for easy, one-person installation on uneven surfaces.
The DuetConnect Hybrid Termination box from Belden brings several benefits to installations that rely on hybrid cable—cable that combines fiber and copper to carry power and data. Traditionally, no enclosure allows installers to properly terminate fiber and copper in the same box. They often are installed in the same enclosure, but doing so puts fiber at risk of damage when copper conductors are terminated. The DuetConnect Hybrid Termination Box makes installation faster by allowing installers to quickly and easily terminate and separate fiber and copper in a single box, saving time and space. It also eliminates rework because with the fiber and copper separated, the DuetConnect Hybrid Termination Box protects exposed fibers from damage.
The box also makes scalability easy because network managers can add density by stacking one DuetConnect Hybrid Termination Box on top of another, up to three boxes. And it brings power to new places, acting as a termination point for distributed antenna systems, cameras, and optical network terminals in passive optical LAN environments. The box’s multiple cable entry points allow for installation flexibility. Each module can support up to 4 fibers and 4 copper conductors.
Belden’s OptiTuff® Connectivity & Cable Management solutions offer field-termination connectivity options for its OptiTuff Mini Fiber Cables. By creating new systems and making improvements to the transition points, connectors and patch panels in Belden’s existing FiberExpress (FX) line, installers now benefit from fast, easy installation plus compatibility with the popular FX Fusion Splice-On Connector and FX ECX Patch Panel Systems. For OptiTuff field-termination fiber connectivity, installers now have access to: 1) the addition of a transition or breakout kit for better fiber management and routing; 2) a new FX Fusion Holder that enables the user of a breakout kit and allows for fast, high-precision splicing; 3) an FX ECX Field-Terminated Cassette that supports compatibility with the FX Fusion Connector, better fiber management, and cale entry on the left or right; and 4) additional reinforcement that is integrated into Belden’s FX ECX Frame for more rigidity during installation.
These OptiTuff connectivity systems are also easy to order: To reveal the connectivity systems needed for installation, installers simply need to know the fiber count and termination method used on the project. From there, Belden’s OptiTuff Connectivity System Guide makes it easy to pinpoint connectivity needs for any project. This connectivity innovation enables installers to utilize OptiTuff across a wider range of applications and supports new installation possibilities for field-terminated applications. With new connectivity to choose from, they’re able to use space-saving OptiTuff systems in more fiber applications with fast, easy installation—all while improving cable management for protection and accessibility.
Brady Corporation’s M511 Bluetooth Label Printer allows users to label more items the way they want. Optimized for larger cable labeling across a number of applications, the M511 prints labels up to 1.5 inches wide with edge-to-edge printing. An auto label cutter saves time, eliminating tedious manual cutting. And Bluetooth connectivity allows users to design and print labels from a phone or tablet—or connect directly to a PC with Brady Workstation software.
Equipped with Bluetooth capabilities, the M511 connects more users at once to ensure efficiency and that work doesn’t get interrupted. Thanks to Bluetooth 5.0, up to 5 users can connect at the same time within a 65-foot range for far more efficient workflows. That means more work gets done with multiple team members seamlessly sharing and printing from their phone or tablet. Unparalleled in durability, the M511 comes with military grade shock resistance, withstanding 6-foot drops and 250-pound crushes. Blowing sand and dust are no match for this labeler’s rugged construction. This printer is purpose-built to withstand harsh environments.
Brother’s new P-touch EDGE models are easy to use straight out of the box, minimizing keystrokes needed to create precise labels. They leverage existing data and apply it to industrial label formats. Users can measure patch panels and faceplates accurately with the included ruler, select the desired label application type via quick application keys, and let the printer handle the rest. The printers support multiple connectivity options, including Bluetooth, USB-C, and direct printing from the device, allowing users flexibility to work in the most comfortable and efficient way possible. The ability to batch print strips of easy-to-peel labels with half-cuts significantly reduces application time, translating to labor savings. Built to withstand industrial environments, these printers offer durable laminated labels, a long-lasting battery, and an ambidextrous hand strap with accessory rings to prevent drops.
Key innovations of the P-touch EDGE series include Bluetooth connectivity, USB-C charging/connection, and printing QR codes and barcodes directly from the printer. The Bluetooth functionality allows for seamless pairing with the Brother Pro Label Tool app, enabling users to design labels using industry application templates or custom designs on their mobile devices and print them instantly. USB-C offers a common connection type for charging and data transfer, with faster charging times and the convenience of using existing cables and power blocks. The ambidextrous hand strap with a versatile D-ring enhances usability and security, preventing drops and facilitating accessory attachment. Traditional methods often involve manually typing labels and guessing spacing, leading to errors and inefficiencies. The P-touch EDGE streamlines the process, helping techs create accurate labels quickly and correctly the first time, saving both time and tape.
The Adjustable Containment Solution from Chatsworth, designed for hot aisle containment, offers flexible mounting options, including rear frame alignment for maximum space utilization for infrastructure or a mid-span option for maximum duct size. Its versatile configuration effectively contains the aisle and is compatible with standard end-of-row doors, ensuring a cohesive and effective containment strategy.
The Elevate™ Adjustable Containment Solution offers a cutting-edge approach to improve data center efficiency through effective hot air management. The innovative system links two rows of cabinets, forming a sealed pathway that channels hot air from the cabinet tops to an overhead drop ceiling, creating an efficient closed hot air return system. A telescoping two-piece panel fits between the cabinet roof and the ceiling, allowing for seamless adjustment to form a duct connecting the cabinet to the ceiling, eliminating the need for custom modifications on-site. Its ease of specification and enhanced serviceability promise enhanced efficiency and performance in network environments.
CommScope’s GigaREACH™ XL copper solution extends the reach of Category 6 channels. A growing need to connect and power devices beyond the 100-meter limit defined in the standards, while ensuring the reliable performance of a standards-based connection. Options exist to extend the network’s reach, but each involves a level of cost and risk that is hard to justify when connecting just a few devices. Proprietary UTP twist technology enables use of a coarser 21 AWG conductor, lowering loss and cutting DC resistance per meter in half versus standard Category 6 cables. This reduces signal loss and voltage drop over distance to assure extended reach support.
The GigaREACH XL solution easily connects and powers devices beyond the once-indominable 100-meter limit with one cable—no additional telecom rooms, PoE extenders or optical equipment needed. Less equipment means fewer points of failure, lower installation costs, less greenhouse gas emissions (GHGE), making for a more sustainable installation and little or no disruption to existing services. More mission-critical devices—security cameras, access control panels, wireless access points, etc.—are needed at the edge, with some exceeding the 100-meter limit set by the standards.
GigaSPEED XL5™ from CommScope is a Cat 6 solution that supports 2.5 and 5 Gbits/sec up to 100 meters without mitigation or upgrades. GigaSPEED XL5 provides higher bandwidth and assured application performance for 2.5GBase-T and 5GBase-T applications with up to 100 meters in channel length. The fully bundled 4-connector design is ideal for multigigabit applications like backhaul for next-gen wireless access points. With nearly the same cable diameter as GigaSPEED XL, it uses the same installation tools and procedures, extending the value of your Cat 6 investment.
Bridging the multi-gig Ethernet gap, this solution guarantees 2.5/5 Gbps performance up to 100m puts XL5 in a category by itself. The fully bundled 4-connector design is ideal for multigigabit applications like backhaul for next generation wireless access points. Since the GigaSPEED XL5 solution provides the required backhaul performance for the latest WiFi 6 and WiFi 6E WAPs, it provides a longer lifespan than traditional Cat 6 connectivity. Infrastructure that is only meeting Cat 6 performance will eventually need to be removed and replaced as bandwidth requirements increase over time. By enabling customers to defer this rip and replace, GigaSPEED XL5 reduces the network’s carbon footprint.
CommScope’s VisiPORT™ is an easy-to-deploy and manage standalone hardware solution that monitors the status and capacity of all copper and fiber ports in real time. Intelligent panels and port sensors automatically detect port activity, alerting users to issues such as insufficient capacity, unauthorized patching, device availability and more. As gateways to the network, panel ports have a lot to say about the operational capabilities, security and readiness of your infrastructure. Understanding what they're saying is more important now than ever, and we’ve made it possible to view port status and capacity—anytime, anywhere.
VisiPORT automatically monitors port status and capacity, improving network efficiency, planning, and change management for growing IoT device deployment. It features intelligent copper panels and fiber shelves with built-in sensors and controllers that are easy to deploy, configure and manage. Real-time monitoring and alerts enable users to assess and respond to opportunities and issues as they occur. The system provides a single source of truth that automatically monitors and updates the status of all fiber and copper ports.
Eaton earned four Gold-level awards in the 2024 program. Its 9PX 6kVA lithium-ion UPS features lithium-ion batteries, remote firmware upgrades and seamless integration with leading HCI and virtualization platforms, making it ideal for enterprise IT, edge computing environments and light industrial, K-12 and higher education IT applications. The larger power rating and extended battery life allows for a “set-it-and-forget-it” approach that requires little on-site support from IT staff, data center professionals or maintenance personnel. Providing warning of pending issues and helping to perform orderly shutdown of servers and storage, the integrated network interface card improves power system reliability.
The 9PX 6kVA lithium-ion UPS is compatible with Eaton’s Brightlayer Data Centers suite, a comprehensive platform that enables partners to drive recurring revenue from power management software, remote power monitoring services, data center infrastructure management (DCIM) and other solutions and a range of other capabilities.
NetDirector KVM over IP switches provide enhanced control over connected equipment from anywhere in the world. The NetDirector KVM over IP switches help IT managers add, manage and troubleshoot up to 32 servers and computers with increased ease. These premium switches offer high-res HDMI video output options and save space for revenue-generating equipment by requiring only 1U of rack space. Equipped with Java-free software and multiple levels of access permissions, Eaton’s NetDirector KVM over IP switches are a secure virtual entryway into a data center rack.
The KVM switches allow up to four users to control a maximum of 32 devices at once, either remotely or on-site. Allowing simultaneous, independent access for up to four users makes multi-server management more effective and efficient and offers comprehensive control. Eaton’s NetDirector KVM over IP switches is compliant with FIPS 140-2 level 1 security standards that use an embedded FIPS 140-2 certified OpenSSL cryptographic module. The KVM switches require three levels of pre-defined user access, including fundamental BIOS access, helping organizations customize how their connected devices are controlled and by whom. The switches enable convenient setup and operation. Their dual redundance C14 power inlets keep the unit running and KVM control intact in the event of an outage, and pushbuttons allow easy port selection when on-site.
Eaton’s Tripp Lite series fiber splicing enclosures include IP68-rated dome and horizontal models that fully encapsulate fiber cable junctions, protecting them from exposure to the elements. These enclosures can easily be aerial-, pole- or wall-mounted, or buried underground, enabling customers to extend outdoor fiber cable runs however they see fit. With easy installation and the flexibility to accommodate different fiber-optic technologies and run lengths, the enclosures make municipal broadband internet initiatives and other large-scale fiber deployments more durable and efficient.
The IP68 enclosures are rated for complete protection from rust and water submersion up to 1.5 meters. Built to withstand a temperature range from -49 to 149 degrees, the dome and horizontal models support safe installation in a broad range of environments. Eaton’s Tripp Lite series fiber splicing enclosures feature hinged fiber splice trays, allowing installers to access cabling within the enclosures without full removing each internal splice tray. With easy access into the enclosures, installment and management has been made more convenient through simply re-entry and re-use. The enclosures can accommodate up to 1,152 singlemode and multimode fiber cables, and include up to 18 cable pass-throughs to support a wide variety of cable runs, enabling broad compatibility.
Eaton’s Rack PDU G4 helps data center operators streamline PDU procurement, save time, reduce costs and simplify power management by supporting power demands for a broad range of equipment and facility types. With power ratings ranging from 3 kW to 23 kW and seven universal input models that can be paired with any one of 17 detachable input cables to match the electrical standards in different regions, the Rack PDU G4 meets industry standards used around the world. The Rack PDU G4 delivers advanced versatility to data center customers, helping to minimize inefficiencies and protect critical data. The detachable-cord models can be paired with any one of 17 detachable input cords with 15 different plugs, and its C39 outlets support both C14 and C20 plugs, adding flexibility and higher equipment utilization.
Available in various power ratings and voltage types, the Rack PDU G4’s broad compatibility with a wide range of power source equipment reduces the need for region-specific models. Equipped with chain-of-trust encryption and secure firmware boot capability that prevents the Rack PDU G4 from being a cyberattack vulnerability on a network, data center customers can more easily safeguard their critical data from potential threats. Metered and managed models are compatible with Eaton’s Brightlayer Data Centers suite, a comprehensive platform that enables partners to drive recurring revenue from power management software, remote power monitoring services, data center infrastructure management (DCIM) and other solutions and a range of other capabilities.
The QuikPost from FSR is the next generation in the world of cable management. QuikPost is a cable retaining post that increases the number of cables on a cable ladder or runway and installs in less than a second. QuikPost improves cable organization and prevents cabling from falling off the ladder rack or runway. Turn radius is also improved with no cable spilling. The patent-pending tool-less design reduces installation time to less than one second. Manufactured in ABS plastic to withstand the rigors of cable management, the lightweight design reduces weight on the ladder runway and lowers shipping cost. The QuikPost mounts on 1.5 x .75 inch tubular or solid runway. The QuikPost is made in the USA.
The IFP Connect 4-port in-wall transceiver is the first of its kind to deliver a full 4-port gigabit network connection via a single strand of fiber in an in-wall format. When combined with IFP’s product family, integrators can wire buildings with fiber instead of copper for all TCP/IP connections, delivering a truly future proofed network with costs aligned with category cable, a 35% labor savings, and up to 1000' between devices. But the benefits don't end there. With IFP's products fiber is used instead of copper for communication, reducing our environmental impact by reducing mining via less copper use and less plastics. And the 4-port transceiver delivers four dedicated RJ-45 connections via one strand of fiber, cutting wire use by 75% and labor by 40%.
Legrand’s Cable Bus offers a modular and dependable pathway system that efficiently routes multiple sets of parallel conductors within a compact area while maintaining free air ampacities. Addressing a major pain point for data center operators, Legrand has developed a system that exemplifies the highest standards of innovation, user value, sustainability, and impact — the contractor-friendly modular pathway available, which offers unmatched flexibility on the job site.
Made from dependable ladder tray components, the Cable Bus supports heavy electrical currents, ensuring safe and reliable power transmission. It is ideal for high-demand environments, accommodating ampacities of 3000, 4000, or 6000 amps. Its modular design allows for easy expansion and field modifications, adapting to changing power needs without extensive reconfiguration, saving time and resources. Specifically designed for data centers, the Legrand Cable Bus addresses common challenges with easy installation and adaptability. Built-in field adjustability eliminates the need for custom fittings with long lead times, allowing for quick on-site adjustments. This ensures the system meets the reliability and flexibility requirements of high-density data centers.
In April 2024, the Leviton Network Solutions business unit achieved carbon neutral status following the BSI PAS-2060 Green House Gas Standard. The carbon neutral status was completed with the global sustainability consultancy Sphera, and is inclusive of Scope 1, Scope 2, and selected Scope 3 emissions. Leviton and Sphera employed a three-step process to measure, reduce, and offset to attain carbon neutrality. Through analysis, we collectively identified areas of improvement, then went on to reduce carbon emissions, mainly through investment. This included the transition to clean energy providers who power some of Network Solution’s largest manufacturing facilities to investing in on-site solar power at Leviton’s Glenrothes, Scotland facility, creating one of Scotland’s largest retrofit rooftop solar installations.
Lastly, Leviton invested in clean, energy-focused carbon offset projects. These were obtained through reputable companies in regions where the company operates. Network Solutions achieved carbon neutrality well ahead of Leviton’s 2025 goal and makes a big step toward the company’s overall goal of business-wide carbon neutrality by 2030. As a global company, Leviton believes it can contribute to the fight against climate change and hopefully inspire others to act in reducing carbon emissions. At the same time, Leviton is continually striving to give customers peace of mind that their network solutions supplier is acting responsibly to eliminate harmful waste and reduce its carbon footprint.
In June 2024, Leviton introduced new OPT-X™ SDX Molded Splice Modules and SDX Shuttered LC Adapter Plates, providing important enhancements that improve fiber network installations. Fiber splice modules eliminate the need for individual splice trays within a fiber enclosure and provide better organization, slack management, and protection of fibers. The new Leviton solutions are part of the OPT-X SDX Premises Fiber System, a globally available end-to-end system that includes Leviton Premises Distribution tight buffer and AdventumTM loose tube fiber cables.
The SDX Molded Splice Modules were specifically designed to help installers and network engineers simplify installation and maintenance. 1) The modules include a pre-loaded, color-coded pigtail for faster and cleaner deployment. 2) The modules also include integrated latching tabs that allow for easy one-hand installation and removal from an enclosure or panel. 3) Modules include patented internal shutters on LC adapters that eliminate the need for dust plugs, reducing jobsite waste while minimizing dust. 4) A clear cover is included on the module, providing visibility of fiber routing and splicing workmanship. 5) The molded chassis is light and craft-friendly, with internal space for easy splicing and more slack storage. 6) SDX Molded Splice Modules come in sustainably smart packaging of cardboard and paper. They are entirely recyclable and use no single-use plastics.
Designed for use in behavioral health applications, Oberon’s 1075 Series of ceiling enclosures feature a ligature-resistant design on dome door models. A screw-activated latching mechanism secures the enclosure to the hard-lid ceiling surface. Smooth bezel and rounded corners minimize points of sustainable attachment, along with an impact-resistant dome and locking door to secure equipment.
The enclosures feature the following advantages. 1) Optimal wireless coverage: Position equipment for optimal wireless coverage in hard-lid ceiling locations. 2) Secure wireless equipment: Physically secure and conceal wireless equipment and associated network components. 3) Simplify service: Internal swing down mounting plate included with dome door options simplifies wireless equipment installation, maintenance, and migration. 4) Conceal and blend the AP: Dome doors are virtually transparent to wireless signals. 5) Use in plenum spaces: Included firestop grommet allows cable egress/ingress while maintaining plenum ceiling rating. 6) Address infection control concerns in healthcare facilities: Lockable full enclosure back box simplifies Infection Control Risk Assessment (ICRA) procedures by allowing access to the wireless equipment without the need to lift the ceiling tile, which helps eliminate the possible spread of airborne contaminants. 7) Easy to Upgrade: Wireless AP-specific door options are also available; doors are interchangeable to support technology changes. 8) Attractive finish: Attractive, textured, powder-coat finish provides a quality professional installation.
Panduit’s Base-8 and Base-16 Fiber Cabling Systems meet critical needs for data center network administrators. Base-8 fiber cabling is designed to save capital expenses, rack space, and power requirements. Driven by applications that require eight fibers with four lanes dedicated for Transmit (Tx) and four lanes for Receive (Rx), Base-8 fiber cables are extremely versatile and can be used in a variety of settings including enterprise, colocation data center, multi-tenant data center or simple equipment closets.
The Base-16 Fiber Cabling System meets the demands of high-bandwidth multi-lane systems used for parallel applications that require high bandwidth, with various breakout options.
Panduit’s 5, 6, 10 kVA single phase lithium-ion UPS at 208V/230V/240V is a pure online double conversion system that delivers highly efficient and reliable power protection and power backup for your computer IT equipment. With excellent electrical performance, paralleling capability, enhanced intelligent monitoring and network functions, complying with Energy Star® 2.0, EMC and safety standards to meet the continually growing power demands of data center, enterprise and edge IT Infrastructure. The UPS’s parallel functionality allows UPS protection to grow as the user’s load grows, enabling the connection of up to 4 units in parallel for higher backup power.
The online double conversion with fully digital control provides stable and clean power with less ripple by filtering noise, automatic voltage regulation, frequency regulation, and surge protection. The 176-300 VAC input voltage range is applicable for severe situations, such as large power grid fluctuations. The UPS’s high efficiency (up to 98%), reduces energy waste and cost of electricity. And the hot-swappable battery design allows battery-cartridge replacement without powering down the UPS.
Panduit played a significant role in enabling Henderson, KY’s Municipal Power & Light (HMP&L) to upgrade its customers’ internet service. HMP&L Fiber is getting ready to light up the town with symmetrical gigabit internet offered to all 12,000 of their customers. The new service uses XGS-PON, expanding rapidly from their existing business internet service that they have been delivering via Active Ethernet fiber. Before they could start providing internet service to customers, however, they needed to plan their network operations. Their network operations center, sometimes referred to as a central office or head-end, needed to support high reliability. HMP&L receives accolades for reliability in their electric utility business and it was critical to them that their internet service meets the same standard. Just like residents expect electricity to always be on, broadband internet is now itself considered a utility, and when it goes down, critical business and home functions stop.
HMP&L Fiber reached out to Graybar and the Panduit broadband team to help turn their
vision for best-in-class network operations centers into reality. According to Holly Ruser,
manager of comm/data business for Graybar, working with Panduit was a logical choice.
“Panduit is one of a few select manufacturers that can provide an all-encompassing solution,”
Holly says. “Starting with the initial design to the completed project, Panduit’s breadth of
product including the racking, connectivity, and cable management products made Panduit
a perfect solution for this project.” The local Panduit broadband team worked with HMP&L
Fiber to understand their short-term needs and long-term goals for expansion and helped
to configure a solution that fit the vision for their new NOC. “Our team enjoys working with
clients like HMP&L because they have a vision for what they need their NOC to accomplish,
and we can dive in to tailor our large central office portfolio and deliver an optimum solution
for them,” said Bill Morris, senior account executive for Panduit supporting the Henderson rollout.
Panduit similarly was a key contributor to the data center upgrade within the University of Illinois Hospital and Health Sciences system (UI Health). The power provisioning process presented a significant challenge for the UI Health team, transforming what should have been a straightforward task into a prolonged, 6-7 week ordeal for each rack deployment. This intricate procedure encompassed the acquisition of new equipment, meticulous contractor walk-throughs, thorough assessments of existing hardware, precise identification of available spaces, and the integration of essential components, including extensive piping work.
In the fast-paced realm of data center operations, where every moment is crucial, the team recognized an urgent need to innovate their policies and workflows, aiming for rapid deployment of IT resources. A pivotal aspect of their strategic overhaul involved establishing a new row of cabinets, pre-provisioned with ample power capacity, ready to accommodate future high-density workloads.
The UI Health team encountered a complex network of intricate cabling that spanned both above and below the floor. This congestion of wires not only obscured the visibility of primary power sources but also introduced significant delays in allocating space for new equipment and complicated the crucial task of troubleshooting breakers. In the face of these spatial constraints, it became evident that a streamlined approach was necessary to untangle the complexity and pave the way for efficient equipment integration and maintenance.
Addressing breaker trips evolved into a formidable challenge for the UI Health team, necessitating the meticulous removal of tiles to trace back and identify the root cause of the issue. A labyrinth of switching gear, cabling, power whips, and piping had accumulated over 23 years both overhead and beneath the floor. Complicating matters further, the transition to high-density racks, notable for their increased depth, significantly impeded the team’s ability to access and remove tiles, hindering their ability to track cables back to the breaker panel efficiently. Recognizing the critical nature of this issue, the UI Health team was compelled to seek innovative solutions to alleviate these challenges.
The installation process saw a collaborative effort between UI Health, Panduit, and Webster Electric Company, a trusted partner of UI Health. Capitalizing on the rapid deployment capabilities of the Overhead Power Distribution system, the installation was completed in under two hours within a live data center environment, ensuring minimal disruption to the power supply. The Webster team lauded the system’s near foolproof nature, eliminating the need for custom power whips.
Navigating the complexities of future-proofing the data center was a formidable challenge, yet with the expert guidance from Panduit and UI Health’s innovative approach, the project transformed into a manageable and strategic initiative.
Patchbox’s Universal Mounting Rails address pain points associated with rear-side network rack accessibility. With their shorter, L-shaped design, the Universal Mounting Rails by Patchbox can be installed by a single person and are 2-post rack compatible, providing a solution that allows for greater flexibility covering a broad range of network racks and installation needs.
Another challenge is that equipment without mounting rails often tilts if only secured with cage nuts or other mounting alternatives. This can damage the network rack, but it also increases the risk of damaging equipment when mounting it without support. The workaround is usually to rely on external support systems that are mounted/demounted for every installation/ de-installation. The L-shaped design of the Universal Mounting Rails by Patchbox plays a critical role in weight distribution, creating an extra layer of stability upon which your equipment can rest.
Once installed, the Universal Mounting Rails by Patchbox effectively combat equipment tilt by ensuring that your gear remains balanced and stable during installation/deinstallation with the added benefit that rails only need to be installed once. The intended equipment can be placed on the Universal Mounting Rails without being screwed down, which allows for easy, fast, and safe installation/de-installation, allowing you to switch out your gear with ease saving time and energy.
Siemon’s four Gold level awards display the company’s versatility as a solution provider, addressing multiple jobsite and management challenges. The LightVerse system includes copper/fiber combo patch panel, designed to allow users to easily mix their high-performance fiber optic and copper connectivity within the same 1U of rack space. Available in flat or angled configurations, the LightVerse Copper/Fiber Combo patch panel supports both singlemode and multimode fiber, or shielded category 6A and unshielded category 6A/6 copper connectivity, delivering a fast and economical format for deploying critical connectivity in space-sensitive application environments.
LightVerse delivers the following features. 1) Ultra-fast deployments: The range of high-quality copper and fiber pre-terminated trunks can be installed up to 75% faster than traditional methods, while also bringing the benefits of factory-terminated connectors and pre-tested solutions allowing users to deploy their critical connections. 2) Flexible connectivity: The LightVerse Copper/Fiber Combo patch panel allows users to deploy their fiber and copper connections in various ways, supporting up to 96-fibers or 48-copper connections, or any combination of the two, within 1U of rack space. 3) Versatile design: The unique design of our LightVerse system allows the fiber plug and play modules and adapter plates to be installed or removed from the front or rear of the panel, while the copper adapter plates can be inserted from the rear of the panel, allowing maximum flexibility for your data center. 4) Optimized cable management: LightVerse combo patch panels are available with removable toolless front and rear cable managers sold separately, allowing users to easily control their fiber and copper cabling easily while maintaining optimum performance.
Siemon’s North America quick ship program promotes the company’s capability to ship 500 direct attach copper cables (DACs), enough for 10 typical data center server cabinets, in 5 days or less. Whether it’s 50 cables or 500, Siemon’s dynamic manufacturing can produce DACs in 5 days after an order has been placed. Siemon High-Speed Cable Assemblies are Ethernet 802.3 industry standard and MSA (Multi-Source Agreement) compliant to ensure compatibility across switch-to-server connections. Industry-leading testing and quality parameters ensure you will receive the world-class performance needed for your network refresh, equipment placement, and rack builds. If your project is 10 racks or more, Siemon will keep your project on time and on budget.
With advanced best-in-class features, Siemon’s LightStack and LightStack 8 ultra-high-density fiber Plug and Play system offers superior density, port access and cable management in a sleek, modern platform. LightStack easily supports today’s advanced data center or enterprise networking environments, while providing fast, seamless migration to higher gigabit applications. LightStack boasts a modular, single-row design for exceptional packing density, letting you fit more connections in less space. LightStack 8 pushes this further, offering eight LC duplex ports in a single 1U footprint. Both systems ensure effortless cable management and industry-leading performance for optimal signal transmission and long-term reliability.
Traditionally, working in ultra-high-density environments has brought with it a range of compromises around manageability and user experience. With LightStack® and LightStack 8 that’s now a thing of the past. Delivering the perfect balance between performance and ease of use, these innovative solutions allow users to design and deploy cutting-edge network connectivity at the highest densities with ease, while also bringing the style and finesse users expect from Siemon solutions.
The LightStack® solution is separated into two distinct formats which both support singlemode and multimode as well as easily differentiated by color and form factor. The black LightStack enclosure and connectivity range is our Base-12 format. The gray LightStack 8 enclosure and connectivity range is our Base-8 format. Both configurations deliver ultra-low loss performance and unmatched usability so no matter which option is best suited to your needs you can rely upon the same features and benefits.
Siemon was integral to an iconic restaurant getting a consistent and cost-effective technology upgrade. According to the International Franchise Association, franchise unit growth has continued to increase despite today’s economic headwinds, exceeding pre-pandemic levels in 2023. Nowhere is that growth more evident than within one of the nation’s largest franchise operators that continues to expand its footprint across several iconic fast-food restaurant brands while keeping pace with the times through technology. However, quickly rolling out technology upgrades across thousands of locations that must provide a consistent brand experience takes a collaborative, strategic logistics approach and fast, easy, and seamless deployments backed by partners like Siemon and Graybar that share a common dedication to quality, performance, and customer service.
It is common for franchise units to change hands, especially over the past few years. Many smaller franchise operators struggled financially due to the pandemic and economic downturn, which opened up acquisition opportunities for larger franchise operators with greater liquidity to increase their units and expand their brand footprint. Several of the most recent significant franchise acquisitions are classified as either close to or in bankruptcy. However, the turnover of struggling franchise units also often comes with the need to remodel or upgrade older, neglected locations. Technology has become a key part of those upgrades. Iconic fast-food restaurant franchises must provide patrons with consistent brand experiences, regardless of location. For many brands, achieving that experience now includes technology to drive efficiencies amidst labor shortages and keep pace with consumer demand for WiFi, power outlets for charging devices, and personalized and contactless digital experiences through advanced e-commerce platforms like customer kiosks, mobile apps, and loyalty reward programs. Some well-known franchise brands use location tracking to digitally push out coupons and encourage orders from nearby customers. Others are testing artificial intelligence (AI) for robotic food prep, robot servers, drive-through chatbots, and customer voice recognition. One iconic brand is even looking at leveraging uniquely identifiable vehicle data to recognize and target specific drive-through customers.
When one of the nation’s largest franchise operators acquired several hundred new fast-food restaurants, they found the technology infrastructure at several locations in complete disarray, with old Category 3 and Category 5 cabling, no standardized labeling, and random links that were difficult to trace. Not only were these locations experiencing many network failures, but there was also no way they could support the latest consumer- and operational-based technology required by the brand. This included a new POS system compliant with Payment Card Industry (PCI) requirements to segregate POS and credit card information on different networks, WiFi, manager stations, make stations, kitchen display systems, customer carry-out monitors, phone systems, surveillance, and other technology related requirements at each restaurant.
To tackle the network infrastructure upgrades for the newly acquired restaurants, the franchise operator needed to find the right technology and distribution partners capable of supporting hundreds of locations with efficient delivery and consistency. They also required high-quality components to ensure network performance and sought to develop a corporate-wide standard for all future technology rollouts. A collaborative partnership was born when the franchise operator met Jeff Nash, senior account manager for national distributor Graybar, and Lisa Shropshire, regional sales manager for Siemon, a leading provider of high-quality, high-performance IT infrastructure solutions.
With the incredible growth of PoE (Power over Ethernet), not only do you have to check wiremapping in support of data moving across the cable, a new dimension has been added to cable testing, and that is checking power across the cable for your application. CableMaster PoE from Softing not only checks if the correct power class and power is configured properly on the switch port at the power source, CableMaster PoE also applies a load to ensure that the source can deliver up to 90 Watts Class 8 power to the destination for the application. Checking PoE sources for proper wattage is only half of the system performance check. If when a load is applied, the source is not able to sustain power either due to switch configuration, or too many devices connected to the switch, then the system will not function as intended, and this is critical information to find during the installation and commissioning phase, rather than finding later after the system is place and in use.
Typically, continuity and power source configuration tests are only available in a much more expensive tester, and rarely is a load test available in these expensive testers. What's innovative and unique about CableMaster PoE is that all of these tests, including load testing up to 90 Watts Class 8 are all being checked in a very cost-effective cable tester. Now, installers and system integrators can test and prove that the power source is delivering power while under load, which is a huge step toward delivering a working system and avoiding troubleshooting and architecture changes later.
STL's 864F Micro Cable represents a revolutionary advancement in fiber-optic technology. This high-density, cost-effective solution empowers service providers and network builders to construct futureproof networks with unmatched scalability, sustainability, and lower total cost of ownership. Service providers and network builders can now construct futureproof networks that are unsurpassed in their capacity for growth, cost efficiency, and sustainability. STL's 864F Micro Cable stands as a pioneering technology in the fiber optic industry, marking a significant step forward in meeting the escalating demands of the digital age.
STL's 864F Micro Cable is a game-changer for high-capacity network deployments. This ultra-high-density cable packs a record-breaking 864 fibers into a compact 11.4 mm diameter, offering 1.5 times more fibers than standard micro cables. It also offers the following features and benefits. 1) Maximized capacity: The 864F cable delivers the highest fiber density of 10.1 fibers per square millimeter, maximizing network capacity within existing duct infrastructure. 2) Reduced deployment costs: By using existing ducts, the 864F cable eliminates the need for expensive new duct installations and lengthy approvals. 3) Extended network life: The cable employs STL's state-of-the-art bend-insensitive fiber, offering a longer power budget, minimizing maintenance needs, and reducing truck rolls. 4) Sustainable and cost-effective: The 864F cable uses 40% less plastic and reduces civil costs for future upgrades by up to 70%, translating to lower energy consumption and a smaller environmental footprint. 5) Simplified installation: The slimmer design allows for tighter cable coiling and easier access to fiber bundles, resulting in a faster and more cost-effective installation.
STL’s OptoBlaze Multiport Service Terminal with Multi-Splitter provides increased distance and an increased fiber-to-the-home optical loss budget. To address the balance between network cost and required distance, STL introduced a multiple splitter arrangement option in MSTs in 2023. This solution provides a compromise between the two traditional configurations: A) 4-Port MST: Equipped with two factory-installed 1x2 optical splitters, fed by two optical fibers; B) 8-Port MST: Available with either two 1x4 optical splitters or four 1x2 splitters; C) 12-Port MST: Configured with either three 1x4 splitters or six 1x2 splitters.
This intermediate solution is particularly advantageous for rural FTTH networks. It helps reduce the initial deployment cost by optimizing the use of OLT ports and extends the network's reach compared to the traditional point-to-point arrangement. The multiple splitter arrangement offers several benefits. 1) Cost efficiency: By using fewer OLT ports, the network's overall cost is reduced. This is especially important in rural areas where the financial resources for extensive network deployments may be limited. 2) Extended reach: Although splitting signals does reduce optical power, the multiple splitter configuration balances this loss, allowing for longer transmission distances than the distributed split style.
As the demand for rural broadband continues to grow, innovative solutions like STL's multiple splitter arrangements in MSTs are essential. These configurations provide a pragmatic balance between cost and performance, enabling more efficient and extensive FTTH deployments. By understanding and leveraging the optical loss budget, network providers can ensure reliable and cost-effective service delivery, even in challenging rural environments.
Sumitomo Electric Lightwave's (SEL) Transit Tunnel Optical Networking Solutions enable faster, cost-effective, and safer intra-city fiber deployments while meeting current and future transit passenger WiFi and connectivity needs and offering transit operators a path to revenue generation via the leasing of excess fiber. SEL, and parent company Sumitomo Electric Industries, has developed a comprehensive and standards-compliant (NFPA130 and NFPA502) end-to-end connectivity solution explicitly designed for Transit Tunnel Environments. The solution maximizes cost and time to install, thanks to decreased cable ODs allowing for longer reel cable length and use of existing pathways, as well as ribbon mass fusion splicing - and network durability while minimizing disruption to transit services that meets current and future transit passenger Wi-Fi and connectivity needs. Additionally, the solution offers operators a path to revenue generation via the leasing of fiber to underserved areas along the existing transit footprint.
The solution set features Freeform Ribbon Transit I/O LSZH-NFPA130 OFCR Steel Armored Ribbon Cables and Freeform Ribbon Transit Indoor Splice and Preterminated Optical Fiber Enclosures. Designed for duct, direct buried, and direct tray installations and featuring the patented 12-fiber pliable Freeform Ribbon™ constructed of 250 μm color-coded optical fibers, these cables feature a dry water block yarn design that eliminates cable flooding gels, thereby simplifying the cleaning and blocking preparation steps associated with standard gel-filled cables. The Transit Enclosures feature important innovations and benefits that solve space, usability, and functionality challenges while also providing a secure, clean, and cost-efficient distribution point in which to transition between different cable formats (including ribbon, loose buffer, and tight buffer) and fiber counts, protect fiber terminations (bare fibers), and manage excess cable slack.
Superior Essex’s recent transformation of its website was a visionary undertaking and a full-scale revolution in connecting, communicating, and creating value for customers. A standout feature was the successful implementation of the cornerstone project—the Build America Buy America (BABA) and BEAD landing page. The BEAD/BABA landing page is a testament to Superior Essex’s commitment to homegrown quality and economic growth. The culmination of this innovative endeavor has fundamentally redefined how customers interact with the Superior Essex brand. The website is now a dynamic gateway, facilitating meaningful engagement between the company and its customers. The BABA/BEAD landing page is designed as a user-centric platform that prioritizes ease of navigation, ensuring a smooth journey for users from first click to final transaction.
But the impact of this achievement extends beyond Superior Essex’s corporate borders. By taking this pioneering step, we have demonstrated leadership in the market. The company said, “Our commitment to pioneering advancements is embodied through our website's modern features, which directly reflect our drive towards sustainable practices and global excellence. The reinvented sales territory map and the ground-breaking BABA/BEAD tool have fortified our relationships with stakeholders and propelled our global outreach. These innovations underline our mission to provide resources that are not only technologically sophisticated but also resonate with Superior Essex Communications' pursuit of a technological future.”
The Dow Chemical Company is honored for its continuing achievements in improving sustainability in wire and cable jacketing. The Dow Chemical Company committed significant R&D investment to develop a specialty jacket compound without the use of fluoroelastomer processing aids for the critical cable applications. To successfully complete this project, Wire and Cable (W&C) research scientists collaborated with teams in key manufacturing sites, commercial representatives and established customers, to develop a suitable test method to evaluate extrusion process performance. Dow W&C successfully identified and implemented a specialty jacket solution that provided equivalent performance compared to the incumbent PFAS based processing aids.
The specialty jacket compounds met additional physical property requirements for jacketing compounds required to ensure they provide long term functionality for decades after deployment in underground and overhead telecom and power applications. Close collaboration with several large customers has confirmed that modified formulations with non-PFAS based process aid met all the customer critical requirements and processed as well as if not better than legacy materials. This approach can also be leveraged to other plastics applications and will have an important role in developing more sustainable materials worldwide. Within Dow, in addition to the impact in W&C, other businesses have adopted parts or all of the solution. The global impact of this new material for the cable industry is a significant step forward to address the demand for improved telecom connectivity and expansion of power grids backed by a sustainable solution.
Trend Networks’ LanTEK IV-S provides a unique way to certify copper and fiber cabling, enabling 7-second test times. Its 4.1.0 operating software allows all future software updates to be done automatically via WiFi. With this feature, users will receive on-screen notifications that an update is available and only need to tap to install. The VisLINQ permanent link adapter increases productivity by giving users everything needed to initiate testing on the certifier and view the results in the palm of their hand. RJ-45 tips on the VisiLINQ permanent link modules are field-replaceable. A fiber-optic video inspection probe provides high-quality images of fiber endfaces. Advanced machine vision produces near-instantaneous evaluation of the connector endface.
LanTEK IV-S also supports greater collaboration between project managers and technicians with the TeamViewer Live Support function, which makes it possible to connect to the LanTEK IV-S certifier remotely. Additionally, LanTEK IV-S has built-in WiFi connectivity, enabling on-site engineers, technicians, and installers to wirelessly upload results to the Trend AnyWARE cloud test management system.
Vertical Cable’s Array Splice Cassette was developed in response to the need for a high-density splicing solution for 1-RMU optical fiber rack enclosures where the internal vertical space can accommodate a maximum of three regular splice trays and in most situations only two, limiting the number of fibers that can be spliced to 48 typically and 72 maximum. The main principle of the cassette design is based on the vertical arrangement of the splice holders instead of the horizontal arrangement in conventional splice trays. For this purpose, a number of "cartridges," each equipped with a splice holder capable of holding up to twelve fiber sleeves, are arranged in the base.
The Array Splice Cassette’s features and advantages include: 1) high-density fiber splicing (up to 144 fibers); 2) fits vertically into 1-RMU rack-mount enclosures; 3) fits into most mid-size/large wall-mount enclosures; 4) random access to any cartridge; 5) compact size allows for mounting with transverse or longitudinal orientation; 6) aluminum alloy and epoxy powder coating provide excellent corrosion resistance.
Wirewerks’ FiberRUN™ Rapid Deployment System is designed to tackle the complex challenges of deploying fiber cabling in multi-dwelling units (MDUs) and multi-tenant units (MTUs). The system features a modular, plug-and-play design with integrated cable slack management, allowing for quick installation and maintenance without the need for specialized technicians. This innovative approach significantly reduces material costs and labor requirements, enabling service providers to achieve quicker deployments and faster revenue generation.
Developed in close collaboration with leading communications service providers, FiberRUN meets the specific needs of its users by offering a scalable, cost-effective solution for fiber network deployments in both new and existing properties. This well-conceived initiative addresses the critical requirement for rapid, reliable installations, enhancing network reliability and reducing installation errors. The impact of FiberRUN on professionals and end-users is profound. By simplifying the deployment process and reducing installation times, the system enhances the efficiency of service providers and improves the connectivity experience for end-users.
Silver awards
Brady’s QuickFlag Labels have revolutionized the wire and cable labeling process with their innovative design and user-friendly features. With fewer re-wraps and fewer wasted labels, flagging is much faster with QuickFlags. The tapered edge allows for quick and precise application, significantly reducing time and effort compared to traditional labeling methods. Unlike standard flags, which often pose challenges due to misalignment and time-consuming application, QuickFlags always ensure a professional and consistent appearance. The unique tapered edge of the QuickFlag ensures quick and accurate placement on small cables and wires. This revolutionary design eliminates the need for time-consuming adjustments, minimizing errors and improving accuracy. Compared to conventional flag labels, QuickFlags only have adhesive on the tapered edge, minimizing the risk of misalignment for a more professional and consistent appearance.
Thanks to its intuitive design, users no longer have to deal with edges that get shifted or skewed for a clean and efficient labeling process without all the common mistakes associated with manual labeling. QuickFlags are suitable for a wide range of wires and cables from fiber optic to Cat5 diameters. Their versatility makes them a time-saving solution compared to conventional labeling methods. They represent a significant advancement in labeling technology, offering speed, precision and professional appearance. Their innovative design addresses the challenges associated with traditional labeling methods and provides a superior solution for a variety of applications.
Chatsworth Products’ (CPI) Evolution Cable Management is a dependable solution for managing high-density copper cabling on open CPI Rack Systems, delivering increased performance to match the demands of today’s data center applications. Featuring easy-to-use doors with styling that complements the CPI family of cabinets, Evolution Vertical Cable Manager provides interior features to help maximize the capacity and utility of high-density vertical cable management. Evolution Vertical Cable Manager includes plastic T-shaped cable guides (fingers) with openings that align with each rack-mount unit (U) space on the rack. The rounded edges on the cable guides and the top of the manager protect cables as they enter and exit the interior storage space. On double-sided managers, the Mid-Section panels allow personalized placement of the Tool-Less & Adjustable Cable Distribution Spools and other cable management accessories to effectively route patch cords. The Movable Mid-Section Kits can also be positioned for a 50/50, 40/60 or 60/40 front/rear split of the internal cable management space to match cabling requirements.
Vertical managers are available in single-sided, double-sided and combination configurations in five widths and three heights to match a variety of requirements. Combination managers have cable management fingers in the front and cable rings in the back. Use accessory Fiber Segregation Kits to create a dedicated internal channel for fiber cabling or accessory Cable Lashing Bar Kits to anchor premise cables closer to the mid-sections to increase capacity.
Eaton’s Tripp Lite series fiber splicing enclosures, including rack-mounted panel models with up to 576 per-loaded unterminated cables, offer installers greater flexibility to customize cable lengths and connection types on-site rather than purchasing panels with per-terminated cables. The enclosures, sized at 1U, 2U or 4U, are ideal for single mode fiber infrastructure in data centers and other high-density IT environments, such as large enterprise and multi-tenet facilities, and hyperscale installations.
Available in different sizing variations, Eaton’s Tripp Lite series fiber splicing enclosures can provide either high level of scalability and density or preserve rack space for the deployment of revenue-generating equipment. On-site splicing offers the ability to manually create the cable connection types and lengths that best meet unique infrastructure requirements. Eaton’s Tripp Lite series fiber splicing enclosures comes equipped with ties, wraps and protective tubing to help keep internal cabling sorted and protected. Up to 24 cassettes per panel can be easily removed and opened for out-of-rack cable splicing and numbered ports on the splicing cassettes make it easy to identify and map network connections, enabling user-friendly management.
Eaton Tripp Lite series 4K/60 Hz extender kits transmit audio/video signals with near-zero latency to deliver full, rich picture and sound on a remote HDMI display. The plug-and-play wireless extenders are suitable for high-end video gaming, video conferencing, multimedia presentations and watching live television events, a great solution for digital signage. Eaton’s Tripp Lite series wireless 4K/60 Hz video extenders are available in box and dongle form factors and the kits include a transmitter and receiver.
The wireless extenders enable premium performance and a seamless viewing experience with its 18 Gbps of bandwidth and ability to support video resolutions up to 3840 x 269 @ 60 Hz to provide ultra high-definition video. Eaton’s Tripp Lite series 4K/60 Hz video extenders are equipped with a wireless transmission ranging up to 65 feet to save space and installation costs associated with cabling. Its 5.1 to 5.8 Ghz wireless frequency allows for fast transmission and minimal interference from other wireless devices. The wireless transmission enables installation in locations where an AV cable run is not commonplace. A plug-and-play setup allows for quick connection of the transmitter and receiver without the need for software or drivers. The box-style extender connects to the source device and display with user-supplied HDMI cables and supports IR remote control up to 5 meters. Dongle-style extenders require 5V 1A of input power via USB Micro-B ports.