Fiber Optic Patch Cords

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Patch Cords
Cleerline XD fiber optic patch cords deliver extreme performance and reliability for all system connections. XD series patch cords incorporate Cleerline’s exclusive SSF™ integral polymer as part of the fiber optic glass technology. Available in OM2, OM3, OM4, and OS2 type fibers.

Applications include: data centers, telecommunications networks, high bandwith networks, and FTTX.

Cleerline SSF™ fiber is a specialty fiber providing protection for bend longevity and superior mechanical strength compared to typical glass fibers. Designed for reliability in all applications, providing flexible interconnection to active equipment, passive optical devices, and cross-connects. These XD series patch cords exhibit much lower optical power loss under bend conditions while remaining compatible with all conventional cabling.

Features And Benefits:
  • Bend insensitive OM2, OM3, OM4, and OS2 type fibers
  • Conforms to IEC, EIA-TIA and Telecordia performance requirements
  • Available in duplex configurations with clips
  • Standard LC and SC connector types
  • TIA color coded connectors
  • 600um tight buffer
  • Riser rated (OFNR) jacket type
  • RoHS compliant



Part NumberConnectorsFiber TypeFibersStyleJacket ColorJacketOuter DiameterLength (Meters)
DOM2SCSC01mSC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm1m
DOM2SCSC02mSC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm2m
DOM2SCSC03mSC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm3m
DOM2LCLC01mLC/UPC-LC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm1m
DOM2LCLC02mLC/UPC-LC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm2m
DOM2LCLC03mLC/UPC-LC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm3m
DOM2LCSC01mLC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm1m
DOM2LCSC02mLC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm2m
DOM2LCSC03mLC/UPC-SC/UPCOM2 - Multimode2DuplexOrangeRiser1.6mm3m
DOM3SCSC01mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm1m
DOM3SCSC02mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm2m
DOM3SCSC03mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm3m
3DOM3SCSC01mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm1m
3DOM3SCSC02mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm2m
3DOM3SCSC03mSC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm3m
DOM3LCLC01mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm1m
DOM3LCLC02mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm2m
DOM3LCLC03mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm3m
3DOM3LCLC01mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm1m
3DOM3LCLC02mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm2m
3DOM3LCLC03mLC/UPC-LC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm3m
DOM3LCSC01mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm1m
DOM3LCSC02mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm2m
DOM3LCSC03mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser1.6mm3m
3DOM3LCSC01mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm1m
3DOM3LCSC02mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm2m
3DOM3LCSC03mLC/UPC-SC/UPCOM3 - Multimode2DuplexAquaRiser3.0mm3m
DOM4SCSC01mSC/UPC-SC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm1m
DOM4SCSC02mSC/UPC-SC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm2m
DOM4SCSC03mSC/UPC-SC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm3m
DOM4LCLC01mLC/UPC-LC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm1m
DOM4LCLC02mLC/UPC-LC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm2m
DOM4LCLC03mLC/UPC-LC/UPCOM4 - Multimode2DuplexAquaRiser1.6mm3m
DOS2SCSC01m-UPCSC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm1m
DOS2SCSC02m-UPCSC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm2m
DOS2SCSC03m-UPCSC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm3m
DOS2LCLC01m-UPCLC/UPC-LC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm1m
DOS2LCLC02m-UPCLC/UPC-LC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm2m
DOS2LCLC03m-UPCLC/UPC-LC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm3m
DOS2LCSC01m-UPCLC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm1m
DOS2LCSC02m-UPCLC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm2m
DOS2LCSC03m-UPCLC/UPC-SC/UPCOS2- Single Mode2DuplexYellowRiser1.6mm3m
DOS2SCSC01m-APCSC/APC-SC/APCOS2- Single Mode2DuplexYellowRiser1.6mm1m
DOS2SCSC02m-APCSC/APC-SC/APCOS2- Single Mode2DuplexYellowRiser1.6mm2m
DOS2SCSC03m-APCSC/APC-SC/APCOS2- Single Mode2DuplexYellowRiser1.6mm3m
DOS2LCLC01m-APCLC/APC-LC/APCOS2- Single Mode2DuplexYellowRiser1.6mm1m
DOS2LCLC02m-APCLC/APC-LC/APCOS2- Single Mode2DuplexYellowRiser1.6mm2m
DOS2LCLC03m-APCLC/APC-LC/APCOS2- Single Mode2DuplexYellowRiser1.6mm3m

Specifications

Multimode

Physical Characteristics
Core Diameter (μm) 50 ± 2.5
Core Non-Circularity (%) ≤ 5.0
Core / Hybrid Cladding Concentricity Error (μm) ≤ 3.0
Hybrid Cladding Diameter (μm) 125 ± 1
Hybrid Cladding Non-Circularity (%) ≤ 3.0
Protective Coating Concentricity Error (μm) ≤ 3.0
Soft-Peel Jacket Identifier 245 ± 5
Coating Strip Force (typical) (g) ≤ 100
Coating Color Diameter (μm) 250 ± 10
Fiber Curl (m) ≥ 2
Proof Test (Kps) 100
Bend Induced Attenuation at 1300 nm (dB) ≤ 1.0

Single Mode

Physical Characteristics
Mode Field Diameter at Wavelength 1310nm (μm) 8.6 ± 0.4
Mode Field Diameter at Wavelength 1550nm (μm) 9.7 ± 0.5
Core / Hybrid Cladding Concentricity Error (μm) ≤ 0.5
Hybrid Cladding Diameter (μm) 125 ± .7
Hybrid Cladding Non-Circularity Error (%) ≤ 1.0
Soft-Peel Jacket Identifier Diameter (μm) 250 ± 0.7
Coating Strip Force (typical) (g) ≤ 100
Coating Strip Force (g) ≤ 100g
Fiber Curl (m) ≥ 2
Proof Test (Kps) 100
Bend Induced Attenuation at 1500nm (1 turn 10mm radius) (dB) ≤ 0.3
Bend Induced Attenuation at 1500nm (10 turns around 15mm radius mandrel) (dB) ≤ 0.03
Bend Induced Attenuation at 1625nm (1 turn around 10mm radius) (dB) ≤ 1.0

Optical Characteristics OS2, OM2, OM3, OM4

Optical Characteristics – OM2
Attenuation Coefficient 850nm ≤ 3.0 (dB/km)
1300nm ≤ 1.0 (dB/km)
Numerical Aperture 0.200 ± 0.015
Overfilled Modal Bandwith 850nm ≥ 700 (MHz km)
1300nm ≥ 500 (MHz km)
High Performance EMB 850nm ≥ 950 (MHz km)
Optical Characteristics – OM3
Attenuation Coefficient 850nm ≤ 3.0 (dB/km)
1300nm ≤ 1.0 (dB/km)
Numerical Aperture 0.200 ± 0.015
Overfilled Modal Bandwith 850nm ≥ 1500 (MHz km)
1300nm ≥ 500 (MHz km)
High Performance EMB 850nm ≥ 2000 (MHz km)
Optical Characteristics – OM4
Attenuation Coefficient 850nm ≤ 3.0 (dB/km)
1300nm ≤ 1.0 (dB/km)
Numerical Aperture 0.200 ± 0.015
Overfilled Modal Bandwith 850nm ≥ 3500 (MHz km)
1300nm ≥ 500 (MHz km)
High Performance EMB 850nm ≥ 4700 (MHz km)
Optical Characteristics – OS2
Attenuation Coefficient 1310nm ≤ .35 (dB/km)
1550nm ≤ 0.21 (dB/km)
Mode Field Diameter 13102m 8.6 ± 0.4um
1550nm 9.7 ± 0.5um
Cable Cut-Off Wavelength ≤ 1260nm
Zero Dispersion Wavelength 1310nm-132 4nm

References

Resources

For further information on installation and selecting fiber types, visit our Resources.

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