Essential Mtp® Female-6 Lc Duplex 12 Fibres Os2 9/125 Singlemode Breakout Cable, Type B, Lszh 3.0, 1m Up To 85% Off [8r5Mgkl4]

MTP® Female-6 LC Duplex 12 Fibres OS2 9/125 Singlemode Breakout Cable

Introducing the MTP® Female-6 LC Duplex 12 Fibres OS2 9/125 Singlemode Breakout Cable, a high-quality solution designed for data centre high-density fibre patching. This cable is engineered to save space and simplify cable management, making it an ideal choice for modern data centre environments. With its superior OS2 12-fibre cable over singlemode design, it is optimally used for 40G QSFP+ PLR4 to 10G SFP+ LR connections. The cable allows one QSFP+ transceiver to be connected to either 6 x SFP+ transceivers or 6 LC ports, offering maximum flexibility and efficiency.

• Space-saving design for optimal data centre layout.
• High-density connectivity with 12 fibres in a single cable.

Product Properties and Specifications

This MTP® Breakout Cable features a Type B design and is constructed with LSZH 3.0 material, ensuring safety and environmental sustainability. The MTP® connection interface complies with the IEC-61754-7 international standards, guaranteeing compatibility and reliability. The US Conec MTP® connectors are fully compliant with MPO standards, providing superior performance compared to generic MPO connectors. The cable is suitable for 40GBASE-PLR4 and 10G SFP+ LR applications, making it a versatile choice for various data centre setups.

• OS2 9/125 singlemode cable for long-distance transmission.
• IEC-61754-7 standard compliant MTP® interface.

Practical Uses and Benefits

Whether you are setting up a new data centre or upgrading an existing one, the MTP® Female-6 LC Duplex 12 Fibres OS2 9/125 Singlemode Breakout Cable is a valuable asset. Its ability to connect one QSFP+ transceiver to multiple SFP+ transceivers or LC ports enhances network performance and scalability. This cable is perfect for daily operations in data centres, research facilities, and telecommunication networks. With its robust construction and reliable performance, it ensures smooth data transmission and reduces downtime.

• Enhanced network performance with high-density connectivity.
• Reduced downtime with reliable and durable construction.