Tripp Lite Mtp/Mpo To Mtp/Mpo Fiber Patch Cables Allow High-Density Connections Between Network Equipment In Telecommunication Rooms. They Use A Simple Push-Pull Latching Mechanism For Easy And Intuitive Insertion And Removal. The Mtp/Mpo Connector Is Approximately The Same Size Of A Sc Connector But Since It Can Accommodate 12 Fibers, It Provides Up To 12 Times The Density, Thereby Offering Savings In Circuit Card And Rack Space. N844 Series Cables Are Manufactured Using Laser-Optimized, 50/125, Om3 Multimode Cable, And Support Speeds Up To 40Gbe.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of the Tripp Lite MTP/MPO Patch Cable?A: The Tripp Lite MTP/MPO Patch Cable is ten meters long, which is approximately thirty-three feet. This length is suitable for high-density connections in telecommunication rooms.
Q: What type of fibers does this cable use?A: This cable uses twelve fibers that are laser-optimized, fifty-micrometer by one hundred twenty-five-micrometer multimode fibers. This design supports speeds of up to forty gigabits per second.
Q: What is the color of the cable?A: The cable is aqua in color. This distinct color helps in easy identification during installation and maintenance.
Q: How do I install the Tripp Lite MTP/MPO Patch Cable?A: To install the cable, simply align the MTP/MPO connectors with the corresponding ports and use the push-pull latching mechanism for secure insertion. Follow the provided installation guidelines for optimal performance.
Q: Is this cable suitable for high-density environments?A: Yes, this cable is specifically designed for high-density environments. Its MTP/MPO connectors provide up to twelve times the density of standard SC connectors.
Q: Can I use this cable for outdoor applications?A: No, this cable is not intended for outdoor use. It is plenum-rated, which means it is designed for indoor environments with proper air circulation.
Q: How should I clean the Tripp Lite MTP/MPO Patch Cable?A: To clean the cable, use a lint-free cloth and a suitable fiber optic cleaning solution. Avoid harsh chemicals to maintain the integrity of the connectors.
Q: What is the warranty on the Tripp Lite MTP/MPO Patch Cable?A: The cable typically comes with a limited lifetime warranty. Check with the manufacturer for specific warranty details and conditions.
Q: Can I return this cable if I'm not satisfied?A: Yes, you can return the cable if you are not satisfied, provided you follow the retailer's return policy. Ensure the cable is in its original condition for a smooth return process.
Q: Is this cable tested for performance?A: Yes, each cable is one hundred percent tested for low insertion loss and back reflection. This ensures optimal performance in high-speed data transmission.
Q: What kind of equipment can I connect with this cable?A: You can connect this cable to network switches, routers, and servers that support MTP/MPO interfaces. It is ideal for data centers and telecommunication rooms.
Q: Does this cable require special connectors?A: No, the Tripp Lite MTP/MPO Patch Cable comes with built-in MTP/MPO connectors, which are compatible with standard MTP/MPO ports on networking equipment.
Q: What is the significance of the plenum-rated jacket?A: The plenum-rated jacket allows for safe installation in air-handling spaces. It reduces fire hazards and ensures compliance with safety codes.
Q: Is this cable suitable for beginners to install?A: Yes, the user-friendly push-pull latching mechanism makes it easy for beginners to install. However, basic knowledge of fiber optic networking is beneficial.
Q: What is the maximum data transfer speed of this cable?A: The maximum data transfer speed of this cable is forty gigabits per second. It is designed to support high-speed network applications.
Q: How does this cable compare to traditional cables?A: This cable offers significantly higher density and reduced installation costs compared to traditional duplex cables. Its twelve fibers provide more connections in less space.