Compact 12" Meters Edge8 Mtp Harness Type B Os2 8f Interconnect Non-armored Indoor Plenum Cable Mtp 8f Non-pinned To Lc Upc Uniboot 60" Legs He87808gph-nb012m Holiday Cheer Edition [02Sn6NPm]

12" Meters MTP Harness Type B OS2 8F Interconnect Cable

This 12" Meters MTP Harness Type B OS2 8F Interconnect Cable is a high-performance solution designed for advanced data center and network environments. Engineered with Corning Clear Curve bend-optimized optical fiber, it ensures reliability and reduced macro bend loss, even in challenging bend scenarios. This cable is a part of the MTP trunking system, offering a simplified installation process and improved system performance.

• High Density Pre-Terminated Cabling: The cable simplifies installation and improves performance in data centers, storage area networks, and carrier applications.
• Optimized Fiber Technology: Utilizing Corning Clear Curve fiber, the cable minimizes bend loss and enhances system reliability.

Key Product Features

Featuring an 8F fiber count with MTP 8F Non-pinned connectors and LC UPC Uniboot connectors, this cable is designed for high-speed data transmission. It is non-armored and flame-rated for plenum use, making it suitable for indoor environments where safety and performance are critical.

• Connector Types: MTP 8F Non-pinned and LC UPC Uniboot connectors provide a secure and reliable connection.
• Performance: OS2 Single-Mode fiber ensures high-speed data transmission and long-distance connectivity.

Applications and Benefits

This MTP Harness cable is ideal for indoor use in plenum spaces, offering safety and performance in demanding environments. Its non-armored design and standard flame rating make it suitable for a wide range of applications, including data centers, storage area networks, and carrier networks.

• Indoor Plenum Use: The cable is designed for use in plenum spaces, ensuring safety and performance in indoor environments.
• Customizable Length: Available in 12" meters, the cable can be tailored to meet specific installation requirements.