The MPO Male to LC / MTP Male to LC fiber optic fan-out patch cord is a high-performance fiber optic assembly designed to bridge high-density multi-fiber connections directly to individual single-fiber ports. It is a critical solution for modern networks requiring high performance and high-density space efficiency.
Key Overview: Available in 24 fibers configuration. It is typically designed for installation within MTP/MPO module boxes inside high-density patch panels. The integrated MPO/MTP connector is male (equipped with alignment pins).
Frequently Asked Questions (FAQ)
What is the primary function of an MPO Male to LC fan-out patch cord?
This assembly is designed to transition and bridge high-density multi-fiber trunk cables to individual single-fiber ports, allowing seamless connection between multi-fiber networks and standard LC hardware.
Which transceivers can be connected using these fan-out cables?
They are commonly used to connect high-speed transceivers, such as QSFP+ (40G/100G/400G), directly to existing 10G SFP+ equipment inside high-density data center racks.
Why is a Male MPO connector used for these cables?
The MPO Male connector is equipped with alignment pins. This male configuration allows alignment and connection into high-density MTP/MPO modules, which typically host female connectors.
What polarity option is used, and why?
Standard 40G/100G systems typically use Type B (Rollover) polarity. This configuration ensures that transmit-to-receive (Tx to Rx) pathways map properly throughout the fiber path.
Is the cable jacket suitable for indoor/data center use?
Yes, the out-sheath of this patch cord is made of LSZH (Low Smoke Zero Halogen) material, which reduces hazardous emissions in the event of a fire and is ideal for high-density environments.
What optical performance specifications do these cables provide?
They offer Ultra Low Loss, Elite, and Standard insertion loss configurations. Multimode models feature a Return Loss of 35dB, with Insertion Loss for Elite configurations keeping below ≤ 0.35 dB.