THE ULTIMATE LOW-LOSS MULTI-FIBER CONNECTIVITY CHOICE FOR 400G SYSTEM AND BEYOND
MPO connectors are well-suited for high-density, high-traffic applications including data centers and central offices. XFS' proprietary MPO manufacturing process employs the most advanced polishing technology for producing the MPO connectors with the best optical performance in the industry. We can offer 4, 8, 12, 24 and 48-fiber MPO assemblies, with ribbon, flat and round cable structure options. We can also provide MPO assemblies with IP (waterproof) connectivity.
|Standard 12c SM MPO||Standard 12c MM MPO|
|Insertion loss typ.||0.1dB||0.05dB||IEC 61300-3-4|
|Insertion loss max.||0.25dB||0.15dB|
|Return loss||APC: ≥65dB;|
Use Standard MT Ferrules for Achieving IL max. as
FOR MM MPO
FOR SM MPO
Uses Standard MT Ferrules for Achieving IL max. as
FOR MM MPO
FOR SM MPO
WITH XFS’ HIGH-PRECISION, PROPRIETARY POLISHING TECHNOLOGY, WE CAN PRODUCE LOW-LOSS MPO WITHOUT USING LOW-LOSS MT FERRULE.
- Charles Sun, CEO
12c MPO/MTP® Connector
|Minus Coplanarity (nm)||≤200||≤400|
|Ferrule Surface X-Angle (°)||-0.075 to +0.075||-0.15 to +0.15|
|Ferrule Surface Y-Angle (°)||7.8 to 8.2||7.8 to 8.2|
|Fiber Height (nm)||1300 to 1800||1000 to 3500|
|Fiber Differential Height-All (nm)||≤200||Not defined|
|Fiber Differential Height-Adj. (nm)||≤150||≤300|
|Fiber Tip Spherical Radius (mm)||≥1||≥1|
|Ferrule Surface X-Radius (mm)||≥2000||≥2000|
|Ferrule Surface Y-Radius (mm)||≥50||≥5|
|Core Dip (nm; for MM)||0 to 100||Not defined|
Fiber Height is a critical factor for connection performance; it needs to be controlled within a certain range, and the distance between the shortest and the longest fiber as well as the variation in adjacent Fiber Heights have to be minimized to ensure good coplanarity of all fibers. XFS has set much tighter tolerances on Fiber Height than IEC to have the most consistent Fiber Heights for a perfect connection.
Core Dip is major factor in determining insertion loss and return loss of multimode MPO connector. It is a recessed area of a fiber core located at the top of the fiber. Core Dip appears during polishing process because core is usually softer than cladding material and it is easier removed. Core Dip prevents proper physical contact and needs to be minimized. XFS’ MM MPO connector has less than one-third of Core Dip value than industry average.
Geometry Limit can be used to quantitatively assess the acceptability of an MPO’s end-face. This term is a calculated merit function, which relates X-slope angle, coplanarity, and fiber tip radii in comparison to the defined ferrule compression force. For a specific MPO’s end-face condition, lower calculated values for GL indicate a better geometry. XFS has set a far more strict GL than IEC to ensure its MPO connector has the best end-face geometry and optical performance.
IEC 61755-3-31:2015 (12c MPO)
XFS (12c MPO)
For end-face quality, IEC guidelines allow a few defects that are small in size. XFS’ fiber optic connector is one of the very few in the industry to deliver connectors with zero defects on the ENTIRE FERRULE END FACE. Thus the connector’s light extraction efficiency is optimized.
|Zone||Range(μm)||XFS (MPO/APC)||IEC 61300-3-35 ed2.0 (APC)|
|A: Core||0 to 25||None||None||4 ≤ 3μm||None|
|B: Cladding||25 to 115||None||None||No limit||No limit < 2μm|
5 from 2μm to 5μm
None > 5μm