SC/UPC-ST/UPC Fiber Optic Patch Cable Duplex OM1 MM OFNR Orange 3FT

This SC/UPC to ST/UPC duplex OM1 multimode fiber patch cable provides reliable connectivity for legacy networks with OFNR-rated safety and stable optical performance.

SKU SCST-M1023ROR01 Category
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This SC/UPC to ST/UPC duplex fiber optic patch cable is designed for OM1 multimode applications, providing reliable connectivity between SC and ST interfaces in legacy and structured cabling environments. It is ideal for network upgrades and mixed infrastructure systems where different connector types need to be interconnected seamlessly.

Constructed with high-quality OM1 62.5/125μm multimode fiber, the cable ensures stable optical transmission with low insertion loss and consistent performance. The duplex design supports bidirectional communication, while the OFNR-rated orange jacket provides flame-retardant protection suitable for indoor riser applications.

Multimode Fiber Optic Patch Cords Comparison Guide

SKU Fiber Count Connector A Connector B Fiber Mode Features Length Color
FCFC-M1023ROR01 2 FC/UPC Duplex FC/UPC Duplex OM1 OFNR 3FT Orange
FCFC-M5023RLM01 2 FC/UPC Duplex FC/UPC Duplex OM5 OFNR 1M Lime
FCLC-M3023RAQ01 2 FC/UPC Duplex LC/UPC Duplex OM3 1M Aqua
FCST-M4023RMG01 2 FC/UPC Duplex ST/UPC Duplex OM4 OFNR 1M Magenta
LCUTLCUT-SM022RYL01 2 LC/UPC Duplex LC/UPC Duplex OS2 OFNR, Pull-tab, Uniboot 1M Yellow
MJMJ-M1023ROR01 2 MTRJ/PC Duplex MTRJ/PC Duplex OM1 OFNR 1M Orange
SCLC-M1023ROR01 2 SC/UPC Duplex LC/UPC Duplex OM1 OFNR, Pull-tab, Uniboot 1M Orange
SCSC-M4023RMG01 2 SC/UPC Duplex SC/UPC Duplex OM4 OFNR 1M Magenta
STSMA-M1023ROR01 2 ST/UPC Duplex SMA905/UPC Duplex OM1 OFNR 1M Orange
STST-M3023RAQ01 2 ST/UPC Duplex ST/UPC Duplex OM3 OFNR 1M Aqua
VFSC-M1022LGY01 2 VF45 SC/UPC Duplex OM1 LSZH 1M Orange
Connector Type ASC/UPC
Connector Type BST/UPC
Fiber ModeOM1 Multimode (62.5/125μm)
Fiber CountDuplex
Cable Length3 FT (≈1M)
Jacket MaterialOFNR Flame-Retardant
Jacket ColorOrange
Insertion LossLow
Return LossHigh
ApplicationLAN / Telecom / Legacy Networks
Assembly TypeFactory Pre-terminated
ComplianceRoHS / OFNR
  • SC/UPC to ST/UPC duplex fiber optic patch cable
  • OM1 62.5/125μm multimode fiber
  • Duplex structure for bidirectional transmission
  • Low insertion loss and stable optical performance
  • OFNR flame-retardant orange jacket
  • Factory pre-terminated for consistent quality
  • Compatible with legacy and mixed connector systems
  • Durable strain relief design
  • Legacy multimode OM1 network installations
  • Data centers and enterprise LAN systems
  • Telecom structured cabling infrastructure
  • Fiber optic patch panels and ODF systems
  • Equipment interconnection with mixed interfaces
  • Network upgrades and maintenance projects

We support OEM customization including connector combinations, cable length options, jacket color, printing, and packaging design. Bulk supply and private labeling are available for distributors and system integrators.

Multimode Fiber Optic Patch Cord Customization Options

Item Available Options
Connector Type LC, SC, FC, ST, E2000, CS®, SN®, MDC, MPO/MTP®, Custom
Connector Configuration Simplex, Duplex, Uniboot, Breakout
Fiber Grade OM1, OM2, OM3, OM4, OM5
Connector Polish UPC
Cable Diameter 0.9mm, 1.6mm, 2.0mm, 3.0mm
Cable Jacket PVC, LSZH, OFNR, OFNP
Cable Length 0.5m–100m, Custom
Fiber Count 1, 2, 4, 8, 12, 24 Fibers

Q1: What is the purpose of an SC to ST fiber patch cable?
It connects devices using different connector types, enabling interoperability in mixed fiber networks.

Q2: What does OM1 multimode mean?
OM1 refers to 62.5/125μm multimode fiber commonly used in legacy short-distance networks.

Q3: What does OFNR indicate?
OFNR stands for Optical Fiber Non-conductive Riser, meaning the cable is rated for indoor riser fire safety compliance.

Q4: Is this suitable for high-speed OM4 networks?
No, it is designed for OM1 legacy systems and is not intended for high-speed OM3/OM4 applications.

Q5: What is duplex fiber used for?
Duplex fiber enables two-way communication, commonly used in Ethernet and networking systems.