10M Single-Mode 9/125 OS2 Fiber Patch Cable ST/UPC to LC/UPC 90° Angled Boot 3.0mm OFNR Jacket Yellow

This ST/UPC to LC/UPC single mode simplex fiber patch cable is engineered for stable and efficient optical signal transmission in modern fiber networks. Utilizing OS2 9/125μm fiber, it supports long-distance communication with low attenuation, making it suitable for telecom systems, enterprise backbones, and fiber distribution environments. The yellow 3.0mm OFNR-rated jacket ensures enhanced mechanical protection and compliance with indoor riser installation standards.

Designed with precision UPC-polished connectors, the cable delivers low insertion loss and consistent performance. The 90° angled boot structure improves cable routing in confined or high-density installations while minimizing bend stress and connector strain. This makes it an ideal solution for patch panels, network cabinets, and structured cabling systems where space efficiency is critical.

OS2 Single Mode Fiber Optic Patch Cords Guide

SKU	Fiber Count	Connector A	Connector B	Fiber Mode	Features	Diameter
CSCS-SM022RYL01	2	CS/UPC Duplex	CS/UPC Duplex	OS2	OFNR, Pull-tab	2.0mm
CSLCU-SM022RYL01	2	CS/UPC Duplex	LC/UPC Duplex	OS2	OFNR, Pull-tab	2.0mm
FALA-SM023RYL01	2	FC/APC Duplex	LC/APC Duplex	OS2
FCFC-SM023RYL01	2	FC/UPC Duplex	FC/UPC Duplex	OS2	OFNR	3.0mm
LAFSAF-SM012RYL01	1	LC/APC	SC/APC	OS2	OFNR, 45° Angled Boot	2.0mm
LCE2KA-SM023RBL01	2	LC/APC Duplex	E2000/APC Duplex	OS2	OFNR	3.0mm
LCTLCT-SM024RBK01	2	LC/UPC Duplex	LC/UPC Duplex	OS2	OFNR, Pull-tab, Uniboot	4.8mm
MJLC-SM023RYL01	2	MTRJ/PC Duplex	LC/UPC Duplex	OS2	OFNR	3.0mm
SAPSA-SM013EBK10	1	SC/APC	SC/APC	OS2	Pushable, PE	3.0mm
SCMJ-SM023RYL01	2	SC/UPC Duplex	MTRJ/PC	OS2		3.0mm
ST9LC9-SM013RYL10	2	ST/UPC	LC/UPC	OS2	90° Angled Boot	3.0mm
STST-ASM023RYL01	2	ST/UPC Duplex	ST/UPC Duplex	OS2	OFNR	3.0mm

• OS2 9/125μm single mode fiber for long-distance transmission
• ST/UPC to LC/UPC connectors with reliable optical performance
• Low insertion loss and high return loss for stable connectivity
• 3.0mm durable outer jacket with OFNR riser rating
• 90° angled boot for optimized cable management in tight spaces
• Factory-terminated and fully tested for quality assurance
• Bright yellow jacket for easy identification in fiber systems

• Telecom and broadband networks
• Fiber distribution frames (ODF) and patch panels
• Data centers and enterprise network cabling
• FTTH and FTTx deployment environments
• CATV systems and optical communication links
• Industrial and campus backbone networks

We offer comprehensive OEM and customization services to meet specific project and branding requirements. Options include custom cable lengths, connector combinations, jacket colors, labeling, and packaging formats. Private labeling and bulk supply are available to support large-scale deployments and distribution needs.

OS2 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 Type	OS2 9/125μm Single Mode
Connector Polish	UPC, APC
Cable Diameter	0.9mm, 1.6mm, 2.0mm, 3.0mm
Cable Jacket	PVC, LSZH, OFNR, OFNP
Cable Length	0.5m–100m, Custom
Insertion Loss	Standard Loss, Low Loss
Return Loss	Standard, Enhanced

Q1: What is the difference between ST and LC connectors in practical use?
ST connectors use a bayonet-style locking mechanism and are commonly found in legacy or industrial systems, while LC connectors are compact and widely used in high-density data centers and modern networking equipment.

Q2: Why choose a 3.0mm cable instead of 2.0mm?
A 3.0mm cable provides enhanced mechanical strength and durability, making it better suited for environments where additional protection against bending and physical stress is required.

Q3: Can this cable be used for high-speed data transmission?
Yes, OS2 single mode fiber supports high-speed and long-distance transmission, making it suitable for applications such as 10G, 40G, and higher bandwidth networks depending on system design.

Q4: Is the 90° angled boot necessary?
The angled boot is especially useful in tight spaces or dense racks, as it reduces cable bending radius and helps maintain proper cable routing without putting stress on the connector.

Q5: How do I ensure compatibility with my existing equipment?
Check that your devices use ST/UPC and LC/UPC interfaces. UPC connectors should not be mixed with APC interfaces to avoid signal loss and reflection issues.