Very Small Form Factor Multi-fiber Connector, MMC
Innovative Connector that Succeeds MPO and Extremely Reduces Foot Print
MMC connector enables deployment of next-generation, high-density, multi-fiber cabling solutions, by combining a novel, reduced footprint multi-fiber ferrule with a very small Form factor connector footprint which is 1/3 the size of the MPO format.
Compliant with US Conec design
WHY CHOOSE MMC
Small Form Factor Connector Embodiment
Leverage the Advantage of High Fiber Count Cables
Meet the Industry’s Low Loss Requirement
Precision Molding Technology to Produce Solutions Utilizing MMC
Specially Designed Ferrule with 32 fibers
-
32 fibers are arranged in 2 rows
-
Proven standard 32-MT mechanical and fiber alignment structure
-
Supports ganged insertion applications
Achieves Low Loss in 32-channel Random Connections
-
Typ. IL < 0.21 dB, Max. IL < 0.30 dB at λ = 1310nm
-
Typ. RL > 75 dB, Min. RL > 65 dB at λ = 1310nm
-
n=1344 channels ( 42 pairs )
MMC Connector Enables Higher-density Fiber-optic Cabling Solutions that Cannot be Met with Existing MPO Technology
Realizes 3x Dense Fiber Patch Panel compared to MPO
-
32-fiber MMC x 216 ports per 1U rack enables total 6912-fibers in 1U
-
Improves connector density with enabling ganged insertion
Small Form Factor On-board Optics Connectivity
-
Total of 128-fiber connections per transceiver are available
-
The smaller footprint housing available for on-board or behind panel walls mount
Realizes 3x Dense Fiber Patch Panel compared to MPO
-
32-fiber MMC x 216 ports per 1U rack enables total 6912-fibers in 1U
-
Improves connector density with enabling ganged insertion
Small Form Factor On-board Optics Connectivity
-
Total of 128-fiber connections per transceiver are available
-
The smaller footprint housing available for on-board or behind panel walls mount
Sumitomo Electric Provides End-to-End Solutions
From materials to measurement, we have all capabilities in-house to offer the optimal interconnect solution.




Please Feel Free to Contact or Connect with Us