Fiber Optic Patch Cord Manufacturer for FTTX & Data Center Networks

YingFeng provides single mode, multimode, armored, and custom fiber optic patch cords for telecom, FTTH, and high-density data center applications.

25+

YEARS EXPERIENCE

Patch Cord Production Lines

1M+

Monthly Patch Cord Capacity

GR-326 & IEC

Tested

Versatile Patch Cords for All Fiber Networks

We provide a comprehensive selection of fiber optic patch cords including SC, LC, FC, ST, and customized configurations. Available in single-mode, multimode OM1/OM2/OM3/OM4, simplex, duplex, and uniboot styles.

Name: LC-LC Duplex Patch Cord
Fiber Type: Single Mode
Structure: Duplex
Connector: LC/UPC – LC/UPC
Cable: G657A1
Application: FTTX & PON Networks

LC-LC Duplex Patch Cord

Name: SC-SC OM3 Patch Cord
Fiber Type: Multimode
Structure: Duplex
Connector: SC/UPC – SC/UPC
Cable: OM3
Application: Data Center Cabling

SC-SC Duplex Patch Cord

Name: LC-LC Uniboot Patch Cord
Fiber Type: Single Mode
Structure: Uniboot
Connector: LC/APC – LC/APC
Cable: G657A2
Application: High-Density Cabling

LC-LC Uniboot Patch Cord

Name: LC-LC 90° Patch Cord
Fiber Type: Multimode
Structure: Simplex
Connector: LC/UPC – LC/UPC
Cable: OM4
Application: Space-Limited Routing

LC-LC 90° Patch Cord

Name: LC-LC Fiber Patch Cord
Fiber Type: Single Mode
Structure: Simplex
Connector: LC/APC – LC/APC
Cable: G657A1
Application: Optical Transmission

LC-LC Fiber Patch Cord

Name: SC-SC OM3 Patch Cord
Fiber Type: Multimode
Structure: Simplex
Connector: SC/UPC – SC/UPC
Cable: OM3
Application: Enterprise Networks

SC-SC OM3 Patch Cord

Name: ST-ST Fiber Patch Cord
Fiber Type: Single Mode
Structure: Simplex
Connector: ST/UPC – ST/UPC
Cable: G652D
Application: Legacy Fiber Systems

ST-ST Fiber Patch Cord

Name: LC-SC Duplex Patch Cord
Fiber Type: Single Mode
Structure: Duplex
Connector: LC/UPC – SC/UPC
Cable: G657A1
Application: Telecom Networks

LC-SC Duplex Patch Cord

Custom Patch Cord Solutions

Designed Around Your Network Requirements

YingFeng provides fully customizable fiber optic patch cord solutions based on your project specifications, connector types, fiber standards, and application scenarios.

CUSTOM OEM

Project-based production, not off-the-shelf cables

Each patch cord can be customized based on your project requirements — connector type, fiber mode, cable structure, jacket material, color, and transmission environment.

20+

Connector

Configurations

OM1–OM5

& G652D/G657A

IEC

RoHS & GR-326

Cable Length

Custom lengths from short equipment jumpers to long-distance deployment cables.

Connector Types

LC, SC, FC, ST, MPO/MTP, E2000, MU, and hybrid connector combinations.

Single Mode / Multimode

Available in OS2, G657A1/A2, OM1, OM2, OM3, OM4, and OM5 fiber standards.

Simplex / Duplex

Support for simplex, duplex, breakout, armored, and high-density cable structures.

Cable Types

PVC, LSZH, OFNR, OFNP, armored, outdoor, and bend-insensitive cable options.

Cable Colors

Custom jacket and connector colors available for network identification and branding.

Flame Retardant Ratings

Support for IEC, OFNR, OFNP, and LSZH standards

Custom OEM Production

According to your project specifications, drawings, and network standards.

APPLICATIONS

Fiber Optic Patch Cord Applications

Fiber optic splitters are widely used in FTTH, PON, telecom, and data center networks to distribute optical signals efficiently across different deployment environments.

FTTH Networks

Used for optical signal distribution in fiber-to-the-home deployments and subscriber access networks.

GPON & PON Systems

Supports passive optical network architectures with stable signal splitting and low transmission loss.

Telecom Infrastructure

Widely used in telecom backbone networks, optical distribution frames, and fiber access systems.

Data Center Networks

Supports high-density fiber management and optical signal distribution in modern data center environments.

CATV & Broadcast Systems

Provides stable optical signal distribution for CATV transmission and broadcast communication systems.

Need High-Density Fiber Cabling? Explore our MPO/MTP patch cord solutions designed for AI data centers, hyperscale networks, and ultra-high-density optical infrastructure.

Common Challenges When Sourcing Fiber Optic Patch Cords

In telecom, FTTH, and data center deployments, unstable quality, inconsistent testing, and delayed delivery can directly affect network reliability and project schedules. Here are some common challenges buyers often face when sourcing fiber optic patch cords.

PROBLEM 1

Custom Patch Cord Designs May Lack Proper Validation

For new network deployments, standard patch cords may not fully meet routing, density, or environmental requirements. Without proper validation, custom products can introduce deployment risks.

We operate a professional fiber optic laboratory to verify optical performance and ensure stable product quality before delivery.Our engineering and laboratory teams support custom patch cord development, prototype testing, and performance verification based on your project requirements and technical specifications.

PROBLEM 1

Inconsistent Patch Cord Quality Can Affect Network Stability

Poor polishing quality, unstable insertion loss, or inconsistent connector assembly may lead to signal instability and higher maintenance costs in optical networks.

At YingFeng, every fiber optic patch cord undergoes optical testing and appearance inspection before shipment. We maintain strict production standards to ensure stable insertion loss, return loss, and long-term connection reliability across every batch.

PROBLEM 1

Production Delays Can Impact Deployment Timelines

Delayed patch cord delivery can slow down FTTH construction, telecom installations, and data center deployment schedules.

YingFeng operates with an ERP-managed production system that monitors order scheduling, manufacturing progress, and delivery timelines in real time to help ensure stable lead times and production efficiency.

PROBLEM 1

Different Networks Require Different Splitter Solutions

Fiber patch cord selection depends on network architecture, installation environment, fiber count, and deployment method. Choosing the wrong cable type may increase loss, installation difficulty, or future maintenance costs.

YingFeng has extensive project experience and supports guidance and customization for different FTTH and optical network applications.

PROBLEM 1

Limited Customization Options May Not Fit Real Project Requirements

Many standard patch cords cannot fully meet the routing, density, connector, or installation requirements of modern FTTH and data center projects.

YingFeng supports flexible OEM/ODM customization including connector combinations, cable structures, fiber types, lengths, flame ratings, and project-specific configurations.

Inside YingFeng Fiber Optic Patch Cable Manufacturing

Every patch cord we produce goes through a meticulous manufacturing process — including precise connector assembly, end-face polishing, optical testing, and visual inspection. In this video, you’ll see how our team combines automation with skilled craftsmanship to ensure every cable meets strict industry standards.

Technician performing quality testing on fiber optic products in factory lab

yingfeng fiber optic patch cord workshop

Workers assembling fiber optic patch cords at Yingfeng’s workshop

Designer optimize sodick EDM Mold machine

yingfeng fiber optic mold injection molding machine-1

Injection Molding Machine at Yingfeng Factory

WHY CHOOSE YINGFENG

Reliable Fiber Patch Cable Manufacturing for FTTH & PON Networks

Mold Engineering Expertise

Strong in-house mold design and manufacturing capabilities ensure precision, consistency, and long-term product reliability.

Professional Testing Laboratory

Fully equipped optical testing laboratory for complete performance verification and strict quality control of fiber optic components.

Customized Solutions

Flexible solutions tailored to your needs — from high-performance premium builds to cost-efficient project-based options.

Integrated Product Assembly

Production of pre-assembled and customized product combinations to simplify installation and improve on-site efficiency.

Fast Delivery

Efficient production management enables most orders to be delivered within 30 days.

International Recognition

Trusted partner of globally recognized brands with multiple joint development and long-term cooperation projects.

What Our Customers Say About YingFeng

From FTTH deployments to enterprise and data center projects, YingFeng patch cords are trusted by customers worldwide for stable quality, reliable delivery, and professional technical support.

Stable patch cord quality improved our deployment efficiency.

We previously experienced inconsistent patch cord quality from multiple suppliers, especially with connector polishing and insertion loss stability. After switching to YingFeng, the optical performance became much more consistent across different batches and project deliveries. Their engineering team also helped us optimize connector configurations for our deployment environment, which reduced installation issues and improved overall cabling efficiency during the project.

Daniel

Network Project Manager

Delivery schedules were well managed.

We had a tight deployment timeline for a telecom project, and YingFeng maintained clear production updates throughout the order process. The patch cords arrived on time and were well organized for installation.

Michael

Procurement Supervisor

Professional support during product selection.

Our project required several custom patch cord configurations with different cable lengths and connector combinations. YingFeng provided practical recommendations and helped finalize the specifications quickly.

Kevin

FTTX Engineer

Reliable quality for long-term cooperation.

We have worked with YingFeng on multiple optical cabling projects over the years. Product quality has remained stable, communication is efficient, and their production capability gives us confidence for long-term cooperation.

Alex

Purchasing Director

Frequently Asked Questions

Common questions about Yingfeng Communication. If you have more questions, feel
free to contact us anytime.

1. What is a fiber optic patch cord?

A fiber optic patch cord is a cable assembly used to connect optical devices such as ODFs, switches, transceivers, patch panels, and fiber distribution equipment. It consists of optical fiber and connectors installed on both ends for optical signal transmission.

2. What is the difference between single mode and multimode patch cords?

Single mode patch cords are designed for long-distance transmission and typically use OS2, G652D, or G657 fibers. Multimode patch cords are mainly used for shorter-distance high-speed networks such as enterprise cabling and data centers, commonly using OM3, OM4, or OM5 fiber.

3.What is the difference between UPC and APC connectors?

UPC connectors have a flat polished end face and are widely used in standard optical networks. APC connectors use an 8-degree angled polish to reduce back reflection, making them more suitable for FTTH, PON, and high-return-loss applications.

4. What connector types are commonly used in fiber optic patch cords?

Common connector types include LC, SC, FC, ST, MPO/MTP, E2000, and MU. LC connectors are widely used in data centers, while SC connectors are commonly used in FTTH and telecom networks.

5. What is the difference between simplex and duplex patch cords?

Simplex patch cords contain one optical fiber and support single-direction transmission. Duplex patch cords contain two fibers and are commonly used for bidirectional communication in switches, transceivers, and network equipment.

6. How do I choose the right fiber optic patch cord for my project?

The selection depends on several factors including transmission distance, connector type, installation environment, cable structure, and network application. For example, FTTH projects often use SC/APC single mode patch cords, while high-density data centers commonly use LC duplex or MPO patch cords.

7. What cable jacket types are available for fiber optic patch cords??

Common cable jacket materials include PVC, LSZH, OFNR, and OFNP. LSZH cables are widely used in indoor environments because they produce lower smoke and toxic emissions during fire conditions.

8. Are custom fiber optic patch cords available?

Yes. Fiber optic patch cords can be customized based on connector combinations, cable length, fiber type, cable diameter, jacket material, color, flame rating, and application requirements for different telecom and data center projects.

Request Your Fiber Optic Splitter Solution

Tell us your connector type, fiber mode, cable structure, or customization requirements. Our team will provide professional recommendations and quotation support for your telecom, FTTH, or data center project.

Explore More Fiber Optic Solutions

YingFeng provides a wide range of fiber optic products for FTTH, data center, and telecom infrastructure applications — helping customers build complete and reliable optical network solutions from end to end.

Fiber Optica Connector

Fiber Optica Quick Connector

Fiber Patch Adapters

MPO Patch cords

Fiber Optic Splitter

Fiber Optic Outlet Box

Fiber Optic Distribution Box

Fiber Optic Splice Closure

ODF