Fiber Optic Splitter Manufacturer for FTTH & PON Networks
YingFeng manufactures fiber optic splitters for FTTH and PON networks, supporting customized split ratios, connectors, packaging, and fiber lengths with reliable low-loss optical performance.
25+
YEARS EXPERIENCE
200+
INJECTION MACHINES
2
MANUFACTURING BASES
IEC
COMPLIANT
Fiber Optic Splitter Solutions for Different Network Applications
YingFeng provides high-quality PLC splitters and fiber optic splitters for FTTH, PON, data center, and telecom networks. Available in multiple configurations including 1×2, 1×4, 1×8, 1×16, 1×32, and custom splitter solutions.
Designed for Stable Optical Network Performance
YingFeng splitters undergo strict optical testing and production control before delivery, supporting reliable use in telecom, PON, and large-scale fiber network deployments.
Low Insertion Loss
Reliable optical transmission with reduced signal attenuation
Uniform Signal Distribution
Balanced optical splitting for stable network performance
Telecom-Grade Reliability
Designed for long-term FTTH and passive optical deployments
APPLICATIONS
Fiber Optic Splitter Applications
FTTH Networks
FTTH Networks
Widely used in fiber-to-the-home deployments for connecting ODFs, terminal boxes, splitters, and subscriber access equipment.
GPON & PON Systems
GPON & PON Systems
Used in GPON, EPON, and passive optical network architectures for stable optical signal transmission and distribution.
Telecom Infrastructure
Telecom Infrastructure
Applied in telecom backbone networks, central offices, optical distribution frames, and fiber transmission systems.
Data Center Networks
Data Center Networks
Supports high-density cabling environments including server racks, switch connections, MPO trunk systems, and AI data centers.
CATV & Broadcast Systems
CATV & Broadcast Systems
Provides reliable optical connectivity for CATV transmission, broadcast systems, and long-distance video signal distribution.
New to fiber optic splitters? Explore our complete splitter guide to understand types, applications, insertion loss, and how to choose the right splitter for your network.
Common Challenges When Sourcing Fiber Optic Splitters
In FTTH and PON deployments, unstable performance, inconsistent quality, and delayed delivery can all affect network reliability and project schedules. Here are some common challenges buyers often face when sourcing fiber optic splitters.
PROBLEM 1
Poor Splitter Performance Can Reduce Network Reliability
Excessive insertion loss or unstable optical distribution can weaken signal transmission across FTTH and PON networks. In large-scale deployments, inconsistent splitter quality may lead to network instability, higher maintenance costs, and reduced end-user performance.
YingFeng splitters are designed for low insertion loss and balanced optical distribution. We operate a professional fiber optic laboratory to verify optical performance and ensure stable product quality before delivery.
PROBLEM 1
Consistent Production Is Critical for Large Deployments
For telecom deployments and bulk installations, inconsistent splitter quality can create unexpected optical performance issues during deployment. Stable manufacturing processes and strict testing help ensure uniform performance across every batch.
YingFeng maintains strict production and optical testing standards to support stable long-term deployments. With 25 years of experience in fiber optic components, YingFeng maintains stable manufacturing standards for long-term deployment reliability.
PROBLEM 1
Stable Supply Is Critical for Network Expansion
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 splitter selection depends on network architecture, installation environment, fiber count, and deployment method. Choosing the wrong splitter type may increase loss, installation difficulty, or future maintenance costs.
YingFeng has extensive project experience and supports OEM/ODM customization for different FTTH and optical network applications.
PROBLEM 1
Reliable Packaging Helps Protect Optical Performance
Fiber splitters are precision optical components that require proper packaging and handling during transportation. Poor protection may result in connector contamination, fiber damage, or unexpected insertion loss issues after delivery.
YingFeng has co-developed products with several leading international brands, and newly developed solutions have been widely recognized by the market and users for their reliability and quality.
Inside YingFeng Fiber Optic Splitter Manufacturing
With 25 years of experience in fiber optic components, YingFeng operates modern production lines, precision molding equipment, and professional optical testing laboratories to support stable splitter quality and large-scale manufacturing. From raw material control to optical performance testing, every step is carefully managed to meet telecom-grade deployment requirements.
WHY CHOOSE YINGFENG
Reliable Fiber Splitter 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 large-scale telecom projects, YingFeng products are trusted by customers worldwide for stable quality, reliable delivery, and professional technical support.
Stable splitter quality helped improve our FTTH deployment.
We previously faced inconsistent splitter performance from different suppliers, which caused additional troubleshooting during installation. After working with YingFeng, the optical performance and product consistency became much more stable across batches.
Their team also provided useful suggestions for splitter selection and network deployment, helping our project run more smoothly and reducing maintenance concerns after installation.
Daniel
Network Project Manager
Delivery was faster than expected.
Procurement Supervisor
Professional support during product selection.
Our team was comparing several splitter configurations for different installation environments. YingFeng helped us understand the differences between splitter types and recommended a practical solution for our project.
Kevin
FTTX Engineer
Reliable quality for long-term cooperation.
We have cooperated with YingFeng on multiple fiber optic component orders. Product quality has remained stable, and their manufacturing experience gives us confidence for long-term business 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 Types of Fiber Optic Splitter Technologies Are Available?
Fiber optic splitters are mainly divided into three technology types: FBT splitters, PLC splitters, and micro-optic splitters. Among them, PLC splitters are the most widely used in modern FTTH and PON networks due to their stable optical performance, compact structure, and wide operating wavelength range.
2. What Is the Difference Between PLC and FBT Splitters?
Although both are used for optical signal splitting, PLC and FBT splitters have significant differences in technology and application scenarios.
PLC splitters operate across a full wavelength range of 1260–1650nm and provide uniform optical power distribution, making them ideal for large-scale FTTH and telecom deployments.
FBT splitters have a narrower operating bandwidth, but their advantage lies in flexible and unequal power splitting ratios such as 1:99 or 30:70. FBT-based splitters are also commonly referred to as optical couplers.
In simple terms, PLC splitters are preferred for balanced signal distribution and full-band compatibility, while FBT splitters are better for customized power allocation requirements.
3. What Split Ratios Are Common for PLC Splitters?
Common PLC splitter ratios include 1×2, 1×4, 1×8, 1×16, 1×32, and 1×64. The appropriate split ratio depends on the network design, transmission distance, signal budget, and number of end users in the optical distribution network.
4. What Is Insertion Loss in a Fiber Optic Splitter?
Insertion loss refers to the amount of optical signal power lost when light passes through the splitter. Lower insertion loss means better signal transmission efficiency and more stable network performance. In FTTH and PON deployments, low insertion loss is critical for maintaining reliable optical communication.
5. Can Fiber Optic Splitters Be Customized?
Yes. Fiber optic splitters can be customized in terms of split ratio, connector type, fiber length, packaging style, and installation structure. Common package types include bare fiber, mini module, ABS box, cassette type, rack-mounted type, and LGX module designs for different deployment environments.
6. What Is the Difference Between Equal and Unequal Splitters?
Equal splitters distribute optical power evenly across all output ports, such as 1×8 or 1×16 PLC splitters commonly used in FTTH networks. Unequal splitters distribute different power levels to each output port, such as 10:90 or 30:70, and are often used in optical monitoring or specialized network applications.
7. Where Are Fiber Optic Splitters Commonly Used?
Fiber optic splitters are widely used in FTTH networks, GPON/EPON systems, telecom backbone infrastructure, CATV systems, data centers, and optical monitoring applications. They allow one optical signal to be distributed to multiple users or devices efficiently without requiring active electrical components.
8. How Do You Choose the Right Fiber Optic Splitter?
Choosing the right splitter depends on several factors, including network architecture, required split ratio, transmission distance, connector type, installation environment, and optical loss budget. PLC splitters are generally recommended for FTTH and PON networks because of their stable performance and wide wavelength compatibility.
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Frank Zhou
Fiber Solution Manager
Hi, this is Frank from YingFeng team.
I’m here to help you find the right fiber optic solution for your project. You can simply tell us the basics — we handle the rest.
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We’ll reply within 24 hours with a custom quote.
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.
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