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The N484-12M24 is a high-density 100/120 Gb Pass-Through Cassette with (x12) 24-Fiber MTP/MPO connections. Designed specifically for use with N484-00U and N484-01U chassis. Up to four cassettes per N484-01U or one cassette per N484-00U. Guaranteed compatibility when used with recommended cabling. Designed specifically for use with N846-Series cables. Installation is simple, with the cassette being easily installed or removed using screw tabs to lock or unlock it from the panel; no tools required. Furthermore, each cassette features factory-terminated connectors that reduce the time and labor required of field connector terminations. Cassette housing made with heavy-duty 1.0mm cold-rolled steel.

The UL-approved N253-024-RBGY 24-Port 1U Rack-Mount 110-Type Color-Coded Patch Panel manages and organizes up to 24 input and output UTP Cat6 network cable connections in just 1U of an EIA-standard 19 in. rack. The 24 RJ45 ports are split into four banks of six ports each that are color-coded—red, blue, green and yellow—for easily identifiable zones. Rear 110 connections are also color-coded for convenient EIA/TIA 568A/B wiring. All ports are numbered front and rear for quick identification of connections.Recommended for Ethernet, Fast Ethernet and Gigabit Ethernet network applications, this durable metal patch panel complies with the Federal Trade Agreements Act (TAA) for GSA Schedule purchases. It supports 22 to 26 AWG stranded and solid wire.Manages and Organizes 24 UTP Cat6 Network ConnectionsRecommended for Ethernet, Fast Ethernet and Gigabit Ethernet network applicationsPorts split into 4 color-coded banks of 6 ports each for convenient zone cablingColor-coded 110 connections for EIA/TIA 568A/B wiringPorts numbered front and rear for easy ID of cable runsSupports 22 to 26 AWG stranded and solid wireReliable Construction and Easy InstallationMounts easily into 1U of EIA-standard 19 in. rackUL-approved and RoHS-compliantDurable metal constructionMeets or exceeds EIA/TIA TSB-40 Cat6 connecting hardware specificationsTAA-CompliantCompliant with the Federal Trade Agreements Act (TAA) for GSA Schedule Purchases

The N482-3M8-LC12 40/100 Gb to 10/25 Gb Breakout Cassette works in tandem with N482-01U or N482-02U chassis to connect 12 LC duplex fiber cables with three 8-fiber MTP/MPO connections in high-density network applications. It’s compatible with recommended cabling, including the N820-, N821-, N844-, N845- and N858-Series. Its 8-fiber MTP ports are Polarity B, optimized for parallel optics and Base-8 connectivity. This cassette also future proofs your network for eventual 50Gb and 200Gb speeds and beyond.The cassette’s modular design installs easily in the N482-01U and N482-02U chassis with no tools required. Just insert the cassette into the chassis, and snap in its retention clips to secure it. Plug LC Ethernet cables, such as N820-01M-T cables, into the cassette using the cable’s convenient push/pull tabs. Up to five N482-3M8-LC12 cassettes fit in the N482-01U 1U enclosure panel, and 14 cassettes fit in the N482-02U 2U chassis. Dust tabs protect unused ports from potential damage.The N482-3M8-LC12 complies with IEEE 802.3ae (10 GbE) and ANSI T11.2 (Fibre Channel) requirements. Supports 40 GbE internally using OM4 fiber optic cable. Base-8 Fiber compatible with both QSFP+ 40GBASE-SR4 to SFP+ 10GBASE-SR and QSFP28 100GBASE-SR4 to SFP28 25GBASE-SR connections. Ideal for QSFP fabric switches that use eight out of 12 available MTP fibers for four-lane parallel optics to 40 GB, allowing all 12 LC duplex cassette ports to be used. Maximum insertion loss of 0.35 dB falls well under the IEEE 802.3ae maximum channel loss specification of

The N48K-15M8L60-B 50/125 Breakout Fiber Patch Panel not only integrates equipment with 10G and 40G speeds, but also provides a simple, flexible path from 25Gb to 100Gb, as well as upcoming 50Gb to 200Gb speeds and beyond. The 1U chassis features five breakout cassettes. Each cassette contains 12 LC duplex ports and three built-in two-meter MTP multimode cables for a total of 15 QSFP fiber switch ports breaking out to 60 LC ports.Base8 wiring with built-in MTP trunks maximizes rack space and link performance, while enabling simple cable deployment and optimized harness mapping. The N48K-15M8L60-B uses all 60 LC ports, meaning no dead ports as in Base12 wiring, with streamlined 1-to-1 port mapping. Eliminating the need for 12-fiber conversion modules results in a reduction of up to 50 percent in link attenuation.Hardwired cassettes offer a 30-percent improvement in insertion loss with no separate MTP connection in the rear, resulting in longer duplex link distances. Color-coded magenta OM4 cables are easily distinguished from traditional aqua OM3 multimode fiber. Base-8 Fiber compatible with both QSFP+ 40GBASE-SR4 to SFP+ 10GBASE-SR and QSFP28 100GBASE-SR4 to SFP28 25GBASE-SR connections.The front panel folds down to protect the LC patch cords, as well as provide wire mapping by matching each cassette’s labeled MTP cables to the LC clusters. Writing space on the inside panel lets you custom-label each port. Each panel is serialized and insertion loss data is available upon request via the unit’s serial number.

The N482-3M8L12-B OM4 Fiber Breakout Cassette works in tandem with a N482-01U or N482-02U chassis (sold separately) to connect 12 LC duplex fiber cables with three 8-fiber MTP/MPO connections in high-density network applications. The cassette features three built-in 2-meter 8-fiber MTP cables. Color-coded magenta OM4 cables are easily distinguished from traditional aqua OM3 multimode fiber.The cassette’s modular design installs easily in the N482-01U and N482-02U chassis with no tools required. Just insert the cassette into the chassis, and screw in its retention clips to secure it. Plug LC Ethernet cables, such as N820-01M-T cables, into the cassette using the convenient push/pull tabs. Up to five N482-3M8L12-B cassettes fit in the N482-01U 1U enclosure panel, and up to 14 cassettes fit in the N482-02U 2U sleeve. Dust tabs protect unused ports from potential damage. Guaranteed compatibility when used with recommended cabling, including N820- and N821-Series cables.The N482-3M8L12-B complies with IEEE 802.3ae (10 GbE) and ANSI T11.2 (Fibre Channel) requirements. Supports 40 GbE internally using OM4 fiber optic cable. Base-8 Fiber compatible with both QSFP+ 40GBASE-SR4 to SFP+ 10GBASE-SR and QSFP28 100GBASE-SR4 to SFP28 25GBASE-SR connections. Ideal for QSFP fabric switches that use eight out of 12 available MTP fibers for four-lane parallel optics to 40 GB, allowing all 12 LC duplex cassette ports to be used. Maximum insertion loss of 0.35 dB falls well under the IEEE 802.3ae maximum channel loss specification of

The N492-08S-ST High-Density Fiber Adapter Panel (MMF/SMF) is designed specifically for use with N492-WM2-BK or N492-WM4-BK Wall-Mount Fiber Enclosures. The pass-through panel features eight ST simplex connectors that work with both multimode and singlemode applications. It’s easy to install—just snap the panel into the enclosure with no tools required. It’s made from heavy-duty 1.2 mm cold-rolled steel that will last a lifetime. Dust caps are included to protect unused connectors from debris or damage.

The N484-3M8L12S 9/125 Singlemode Fiber Optic 40/100 Gb to 10/25 Gb Breakout Cassette works in tandem with the N484-01U or N484-00U chassis (sold separately) to join 12 duplex LC fiber cables with three 8-fiber MTP/MPO connections. Ideal for interconnecting any combination of 10 Gb, 25 Gb, 40 Gb and 100 Gb network equipment in a simple, elegant and highly flexible way, it’s compatible with recommended cabling, including the N370- and N390-Series. Its 8-fiber MTP ports are Polarity B, optimized for parallel optics and Base-8 connectivity.The fiber optic cassette installs easily in the N484-01U and N484-00U chassis with no tools required. Just insert the cassette into the chassis, and tighten its retention clips to secure it. Plug LC Ethernet cables, such as N370- and N390-Series cables (sold separately), into the cassette using the cables’ convenient push/pull tabs. Up to four cassettes fit into the N484-01U 1U enclosure panel, and one cassette fits into the N484-00U 0U sleeve. Dust tabs protect unused ports from potential damage.The modular design makes it easy to modify, upgrade or expand your infrastructure as your needs grow. If you need to change out a single cassette, you can do so without replacing the panel or removing other cassettes. Because this system supports devices of varying speeds, you can mix and match 10 Gb, 25 Gb, 40 Gb and 100 Gb network equipment. The fiber cassette supports 40/100 GbE internally using singlemode fiber optic cables and is ideal for QSFP fabric switches that use eight out of 12 available MTP fibers for four-lane parallel optics to 40/100 Gb.The N484-3M8L12S complies with IEEE 802.3ae (10 GbE) and ANSI T11.2 (Fibre Channel) requirements. Maximum insertion loss of 0.35 dB falls well under the IEEE 802.3ae maximum channel loss specification of

The N254-024-OF 24-Port 1U Rack-Mount Cat5e/6 Offset Feed-Through Patch Panel meets or exceeds Cat5e/6 specifications and works with USOC, T568A and T568B wiring to comply with industry standards. Its 24 RJ45 coupler jacks are staggered to prevent crosstalk and interference emanating from adjacent ports. Because any interference and line noise can slow down your network, reducing the risk by offsetting the RJ45 jacks in rows is of great importance.No 110 punchdown termination is required. Just plug your Cat5e/6 cables into the 24 RJ45 coupler jacks on both sides of the panel. The detachable cable management bar keeps patch cables neat, tidy and efficiently organized on the back of the panel. Ports are clearly numbered and labeled to help you identify connections. Patch panel mounts easily into 1U of an EIA-standard 19-inch rack. Compliant with the Federal Trade Agreements Act (TAA) for GSA Schedule purchases.IEC 60512-99-001 CompliantPoE Certification Number: 2018-773UTP Cat6 Patch Cord (Requires PoE cable if used in PoE setting)

Automates Switching to Optimize Fiber NetworksThe NRFP-500MM-CP Robotic Fiber Panel System (RFPS) is a 10U rack-mounted cross-connect that integrates into data centers, telco centers, colocation facilities, enterprise IT infrastructure and large technology test labs. It employs robotic latching and remote management to establish physical fiber connections between switches and servers quickly and accurately without costly on-site manual intervention. Through the cutting-edge RFPS, your data center can create accurate layer 1 connections, faster responses to costly downtime, and simpler, more flexible fiber networks.Does in 50 Seconds What Often Takes DaysThe RFPS can typically re-configure a connection in 50 seconds, as opposed to the hours or even days it often takes for on-site network engineering to arrive. Two robotic arms move cables into place with speed and precision. RFPS automation and network-integrated software will ensure the right cables are connected to the right ports. No longer will you have to wait for network engineers to handle your physical fiber connections manually.Makes Simple and Effective Fiber Network Management PossibleRFPS speed and automation makes the newer “any-to-all port” mesh designs in data centers more manageable. Designs like these incorporate more fiber cabling, and are increasingly in use as the demand for more data and faster delivery grows. The NRFP-500MM-CP provides 512 ports out of the box and can be configured to support nearly 500,000 ports with less than 1 dB insertion loss. RFPS connections are passive and purely optical and unaffected by power outages.Enhances SecurityThe more hands-on switching that occurs, the more your infrastructure is at risk of error or physical damage. Manual fiber connections will damage equipment over time. The RFPS latch creates connections with robotic precision that will add longevity to your infrastructure. In addition, limiting on-site management and employing software that logs an audit trail of network connections boosts security and regulatory compliance.Increases EfficiencyMaximize your infrastructure’s value by performing regular reconfiguration of under-utilized or over-utilized connections. Greater efficiency means less unused cabling cluttering your environment. Increasing the efficiency of your infrastructure means less capital expenses for equipment and less operating expenses to power and manage it. The RFPS supports all current and future optical signals, regardless of bitrate or wavelength.Gives You Extra FlexibilityAny organization that provides large-scale data services can take advantage of the flexibility the RFPS incorporates into their infrastructure. The NRFP-500MM-CP can be configured to accommodate almost 500,000 ports, singlemode and multimode fiber, all optical signals and all network protocols. This allows you to adapt to new technologies without equipment overhauls. You can plan automated network management tasks based on what fits your business needs, rather than what fits on-site engineering schedules.Saves You MoneyFlexibility translates into cost savings as well. A more efficient infrastructure has less under-utilized equipment, which means less equipment to purchase, power and maintain.

Automates Switching to Optimize Fiber NetworksThe NRFP-500SM-CP Robotic Fiber Panel System (RFPS) is a rack-mounted cross-connect that integrates into data centers, telco centers, colocation facilities, enterprise IT infrastructure and large technology test labs. It employs robotic latching and remote management to establish physical singlemode fiber connections between switches and servers quickly and accurately without costly on-site manual intervention. Through the cutting-edge RFPS, your data center can create accurate layer 1 connections, faster responses to costly downtime, and simpler, more flexible fiber networks. NOTE: For multimode fiber applications, see the NRFP-500MM-CP.Does in 50 Seconds What Often Takes DaysThe RFPS can typically re-configure a connection in 50 seconds, as opposed to the hours or even days it often takes for on-site network engineering to arrive. Two robotic arms move cables into place with speed and precision. RFPS automation and network-integrated software will ensure the right cables are connected to the right ports. No longer will you have to wait for network engineers to handle your physical fiber connections manually.Makes Simple and Effective Fiber Network Management PossibleRFPS speed and automation makes the newer “any-to-all port” mesh designs in data centers more manageable. Designs like these incorporate more fiber cabling, and are increasingly in use as the demand for more data and faster delivery grows. The NRFP-500SM-CP provides 512 ports out of the box and can be configured to support nearly 500,000 ports with less than 1 dB insertion loss. RFPS connections are passive and purely optical and unaffected by power outages.Enhances SecurityThe more hands-on switching that occurs, the more your infrastructure is at risk of error or physical damage. Manual fiber connections will damage equipment over time. The RFPS latch creates connections with robotic precision that will add longevity to your infrastructure. In addition, limiting on-site management and employing software that logs an audit trail of network connections boosts security and regulatory compliance.Increases EfficiencyMaximize your infrastructure’s value by performing regular reconfiguration of under-utilized or over-utilized connections. Greater efficiency means less unused cabling cluttering your environment. It also increases the efficiency of your infrastructure, meaning less capital expenses for equipment and less operating expenses to power and manage it. The RFPS supports all current and future optical signals, regardless of bitrate or wavelength.Gives You Extra FlexibilityAny organization that provides large-scale data services can take advantage of the flexibility the RFPS incorporates into their infrastructure. The NRFP-500SM-CP can be configured to accommodate almost 500,000 ports, all optical signals and all network protocols. This helps you adapt to new technologies without equipment overhauls. You can plan automated network management tasks based on what fits your business needs, rather than what fits on-site engineering schedules.Saves You MoneyFlexibility translates into cost savings as well. A more efficient infrastructure has less under-utilized equipment, which means less equipment to purchase, power and maintain.