Connector & Optical Design

Equipped with standard SC/UPC connectors, this splitter offers low insertion loss and broad compatibility with existing fiber distribution systems. PLC technology ensures wavelength‑independent performance, making the splitter suitable for GPON, EPON, and other PON architectures commonly deployed in modern broadband networks.

Optical Characteristics Reference (2025)

Values reflect commonly accepted PLC splitter benchmarks used in current FTTH network construction.

Manufacturing Reliability

Fenxi Optoelectronics Technology implements a standardized quality management system across all production stages, from PLC chip packaging to connector polishing and final optical testing. Each Optical Splitter SC/UPC-1*16 is verified for insertion loss consistency and environmental reliability before delivery.

Benefits for Network Builders

• Supports medium‑density user distribution
• Cost‑effective alternative to higher split ratios
• Easy integration with UPC‑based fiber systems
• Custom options available for fiber length and packaging

Final Summary

The Optical Splitter SC/UPC-1*16 provides a dependable and scalable solution for FTTH access networks, combining uniform optical performance with practical deployment flexibility.

This 1×8 splitter uses planar lightwave circuit technology to ensure consistent optical performance across all output channels. The SC/UPC connector interface offers low insertion loss and wide compatibility with standard fiber patch panels, making installation simple in indoor distribution environments.

Optical Performance Data (2025 Industry Reference)

Technical values are based on commonly adopted PLC splitter benchmarks in current FTTH and PON networks.

Common Deployment Scenarios

• FTTH indoor distribution points
• Optical distribution frames (ODF)
• Fiber termination boxes and cabinets
• Small‑to‑medium scale access networks

Manufacturing & Quality Assurance

Fenxi Optoelectronics Technology maintains strict quality control throughout the production process, including PLC chip packaging, fiber routing, connector polishing, and full optical testing. Each Optical Splitter SC/UPC-1*8 is inspected to ensure consistent insertion loss and reliable long‑term performance.

Practical Benefits for Integrators

• Cost‑effective solution for access networks
• Stable and uniform optical output
• Easy integration with UPC‑based systems
• Customizable fiber length and housing options

Conclusion

The Optical Splitter SC/UPC-1*8 delivers dependable optical signal distribution with balanced performance and installation flexibility. It is an ideal choice for FTTH projects and access networks requiring reliable, economical fiber splitting.

This model is equipped with SC/UPC connectors featuring a flat physical contact end-face, ensuring low insertion loss and convenient interconnection with standard UPC fiber patch cords. The 1×4 configuration offers an optimal balance between splitting efficiency and signal strength, making it suitable for access-layer and indoor network deployments.

Optical Performance Data (2025 Industry Reference)

Values are based on widely used PLC splitter benchmarks in current FTTH and PON network applications.

Practical Application Scenarios

• FTTH indoor access and distribution points
• Optical distribution frames (ODF)
• Fiber termination boxes and wall-mounted enclosures
• System integration and testing environments

Manufacturing & Inspection Process

Fenxi Optoelectronics Technology follows a controlled production process including PLC chip encapsulation, fiber alignment, connector polishing, and comprehensive optical testing. Each Optical Splitter SC/UPC-1*4 is inspected for insertion loss, uniformity, and connector performance to ensure reliable field deployment.

Key Advantages for Deployment

• Stable signal distribution with low optical loss
• Easy compatibility with standard UPC interfaces
• Compact structure for space-saving installations
• Flexible customization options for fiber length and packaging

Summary

The Optical Splitter SC/UPC-1*4 provides a dependable solution for efficient optical signal distribution in access networks. Its balanced performance and straightforward installation make it a practical choice for FTTH and system integration projects.

Typical Optical Parameters (2025 Reference)

Data reflects commonly used PLC splitter performance benchmarks in current optical access networks.

Recommended Application Areas

• FTTH indoor distribution points
• Telecom equipment rooms and test environments
• Optical distribution frames and termination boxes
• Signal monitoring and backup routing systems

Production & Quality Focus

Fenxi Optoelectronics Technology applies consistent production control from PLC chip assembly to fiber routing and connector polishing. Each Optical Splitter SC/UPC-1*2 undergoes optical performance testing to verify insertion loss stability and connector reliability before shipment.

Selection Advantages

• Low insertion loss for efficient signal transmission
• Simple structure for fast installation and maintenance
• Compatible with mainstream UPC‑based fiber systems
• Customizable fiber length and packaging options

Summary

The Optical Splitter SC/UPC-1*2 is a practical choice for fiber networks requiring basic signal splitting with minimal loss and dependable performance. It is well suited for FTTH access points, system integration tasks, and optical testing environments.

Instead of focusing only on split ratio, this model emphasizes long‑term operational stability. PLC technology ensures wavelength‑independent performance, while the SC/APC angled connector design reduces optical reflection, helping networks maintain low noise and improved transmission margins in high‑density environments.

Key Technical Indicators (Current Industry Reference)

The above indicators reflect commonly accepted PLC splitter performance levels in 2025 FTTH and PON deployments.

Where It Is Commonly Used

• Large residential FTTH access projects
• GPON / EPON / XG‑PON distribution layers
• Central office ODFs and outdoor splitter cabinets
• System integration and telecom operator networks

Manufacturing Perspective

Fenxi Optoelectronics Technology manages the entire production chain—from PLC chip packaging and fiber alignment to connector polishing and final optical inspection. Every Optical Splitter SC/APC-1*32 is tested to ensure consistency between channels and durability under real network conditions.

Decision Benefits for Buyers

• Reduces fiber deployment cost per subscriber
• Supports scalable network expansion
• Compatible with standard FTTH infrastructure
• Available with customization options for fiber length and housing

Final Takeaway

The Optical Splitter SC/APC-1*32 is a practical and scalable solution for high‑density fiber access networks, combining efficient signal distribution with dependable optical performance.

Built with high-precision PLC chips and low-reflection SC/APC connectors, this splitter minimizes optical loss and signal reflection during long-term operation. Its structure is optimized for easy installation in ODFs, fiber termination boxes, and outdoor splitter enclosures, making it suitable for large-scale FTTH rollouts.

Key Performance Parameters (Latest Industry Benchmarks)

Technical values reference commonly adopted PLC splitter standards in 2025 FTTH and PON network deployments.

Typical Use Cases

• High-density FTTH access networks
• GPON / EPON / XG-PON distribution layers
• Optical distribution frames and street cabinets
• Telecom operator and system integration projects

Production Reliability

Fenxi Optoelectronics Technology follows a standardized manufacturing workflow covering PLC packaging, fiber splicing, connector polishing, and full optical testing. Every Optical Splitter SC/APC-1*16 is tested for insertion loss consistency and environmental adaptability before delivery.

Deployment Advantages

• Efficient fiber resource allocation for large subscriber counts
• Stable performance for long-distance transmission
• Flexible customization for fiber length and housing type
• Compatible with mainstream telecom infrastructure

Conclusion

The Optical Splitter SC/APC-1*16 offers a dependable and scalable solution for modern FTTH networks, combining balanced optical performance with installation flexibility. It is an ideal choice for operators and integrators seeking long-term network reliability.

The Optical Splitter SC/APC-1*4 is a compact and reliable PLC fiber optic splitter engineered for efficient optical signal distribution in FTTH and PON network architectures. Using advanced planar lightwave circuit technology, it delivers stable optical performance with low insertion loss and excellent channel uniformity, supporting the growing demand for high-speed broadband access.

Performance Highlights

Designed for telecom-grade applications, this 1×4 optical splitter integrates precision-aligned SC/APC connectors to effectively reduce back reflection and enhance transmission stability. Its robust structure ensures consistent performance under varying environmental conditions, making it suitable for both indoor and outdoor optical distribution systems.

Typical Optical Specifications (2025 Reference)

Data based on current PLC splitter benchmarks widely adopted in global telecom deployments.

Production & Quality Control

Fenxi Optoelectronics Technology applies standardized manufacturing processes covering PLC chip packaging, fiber splicing, connector polishing, and 100% optical testing. Each Optical Splitter SC/APC-1*4 is verified for insertion loss, return loss, and environmental durability to meet international network deployment requirements.

Advantages for Network Integrators

• Stable optical performance for long-term operation
• Flexible customization for fiber length and connector configuration
• Compatibility with mainstream ODF and FTTH hardware
• Reliable supply supported by experienced R&D and QC teams

Conclusion

The Optical Splitter SC/APC-1*4 provides a cost-effective and dependable solution for small-to-medium scale optical signal distribution. It is an ideal choice for FTTH projects and telecom network expansions requiring high reliability and consistent performance.

• 1×8 Uniform Splitting: Even optical power distribution to 8 output channels
• SC/APC Connectors: 8° angled end-face reduces back reflection and improves network stability
• Low Insertion Loss: Optimized PLC design minimizes signal attenuation
• Wide Wavelength Range: Fully compatible with 1260–1650 nm transmission systems
• High Reliability: Suitable for continuous operation in telecom-grade environments

Typical Technical Specifications (Industry Standard 2025)

Note: Specifications are based on current mainstream PLC splitter performance standards used in global FTTH and telecom projects.

Application Scenarios

• FTTH / FTTB / FTTC access networks
• Telecom and data center optical distribution
• Optical distribution frames (ODF) and fiber termination boxes
• CATV and PON systems

Manufacturing & Quality Assurance

Fenxi Optoelectronics Technology applies strict quality management throughout production, from PLC chip alignment to connector polishing and final optical testing. Each Optical Splitter SC/APC-1*8 undergoes insertion loss, return loss, and environmental reliability testing to ensure compliance with international telecom standards.

Why Choose Fenxi Optoelectronics?

• Experienced R&D and production teams
• Stable supply for large-volume projects
• Customization options for fiber length, jacket type, and packaging
• Professional support for system integration and network deployment

Summary

The Optical Splitter SC/APC-1*8 delivers reliable, low-loss optical signal distribution for modern fiber networks. It is an ideal choice for operators and integrators seeking performance stability and long-term network value.

The Optical Splitter SC/APC-1*2 is a high-performance PLC (Planar Lightwave Circuit) fiber optic splitter designed for stable and efficient optical signal distribution in modern FTTx and telecom networks. Developed with precision manufacturing and strict quality control, this splitter ensures low insertion loss, excellent uniformity, and long-term reliability for carrier-grade applications.

Typical Technical Specifications (Industry Reference 2025)

Note: Values are based on current industry standards and typical deployment data for PLC splitters.

Applications

• Fiber to the Home (FTTH) networks
• Passive Optical Networks (PON, GPON, EPON)
• Telecommunications central offices
• Optical distribution frames (ODF) and fiber management systems
• System integration and broadband access projects

Quality & Manufacturing Advantage

Backed by Fenxi Optoelectronics Technology’s experienced R&D, production, and quality management teams, each Optical Splitter SC/APC-1*2 undergoes rigorous optical and environmental testing to ensure consistent performance, mechanical strength, and long service life in demanding network environments.

The Optical Splitter SC/UPC-1*32 is a high-density passive optical device developed by Fenxi Optoelectronics Technology to meet the growing demand for large-scale fiber access networks. Designed to distribute one optical input signal into thirty-two output channels, this splitter enables efficient network expansion while maintaining stable optical performance.

Based on PLC technology, it provides excellent wavelength consistency and long-term reliability, making it well suited for modern FTTH and PON infrastructures.

Optical Performance Specifications

The following technical data reflects commonly referenced performance values for carrier-grade 1×32 PLC optical splitters used in current telecom networks:

Application Value in Fiber Networks

The Optical Splitter SC/UPC-1*32 is widely applied in scenarios where high user density and centralized signal distribution are required, including:

• FTTH networks in residential communities and commercial buildings
• GPON and EPON systems for telecom operators
• Metropolitan area broadband access networks
• Optical distribution frames and fiber cabinets
• Network expansion and upgrade projects

By enabling more end users to be served from a single feeder fiber, it significantly reduces infrastructure complexity and deployment costs.

Fenxi Optoelectronics Technology Manufacturing Advantage

Fenxi Optoelectronics Technology integrates advanced R&D capabilities with strict production and quality management systems. Each Optical Splitter SC/UPC-1*32 undergoes comprehensive optical testing and environmental reliability checks before delivery.

Through continuous process optimization and quality control, Fenxi provides stable and scalable optical splitting solutions that support the long-term development of global fiber communication networks.