Top Manufacturer 1X16 PLC Splitter
Product Main Parameters
| Parameter | 1X16 Splitter |
|---|---|
| Wavelength (nm) | 1260～1650 |
| Fiber Type | G657A or custom-defined |
| Pigtail Length (m) | 1.0 (±0.1) or custom-defined |
| Insertion Loss (dB) | ≤13.6 |
| Loss Uniformity (dB) max | ≤1.5 |
| Return Loss (dB) minimum | 55 |
| PDL (dB) max | ≤0.3 |
| Directivity minimum | ≥55 |
| Working Temp. (℃) | -40～85 |
| Store Temp. (℃) | -40～85 |
Common Product Specifications
| Type | Package Size (L x W x H) mm |
|---|---|
| ABS | 150 x 130 x 25 |
| Mini | 120 x 50 x 12 |
Product Manufacturing Process
The manufacturing process of a 1X16 PLC Splitter involves precise fabrication using silica optical waveguide technology. The raw materials are first prepared, ensuring that the silica is of high purity to minimize signal loss. Using advanced photolithography, the waveguides are etched onto the silica substrate with micrometer precision. This is followed by careful alignment and assembly to ensure uniform signal distribution across all output channels. Rigorous quality control measures are applied at each stage, from raw material inspection to final testing, ensuring that each splitter meets stringent performance standards. According to recent authoritative studies, maintaining strict environmental controls during manufacturing significantly enhances the reliability and performance of PLC splitters.
Product Application Scenarios
1X16 PLC Splitters are vital components in modern fiber optic networks, known for their versatility and efficiency. In telecommunications networks, they enable cost-effective distribution of optical signals in FTTH, FTTB, and FTTC applications, allowing for extensive service coverage with minimal infrastructure. Data centers benefit from their compact design, facilitating efficient management and distribution of optical signals across multiple servers, ensuring high-speed data processing and storage solutions. They are also integral to CATV networks, providing reliable signal delivery to numerous subscribers simultaneously. As highlighted in authoritative industry evaluations, the increasing demand for broadband services continues to drive the adoption of PLC splitters in various network infrastructures.
Product After-Sales Service
We offer comprehensive after-sales service for our 1X16 PLC Splitters, including technical support, product replacement in the event of manufacturing defects, and guidance on optimal installation and maintenance practices to ensure long-term reliability.
Product Transportation
Our 1X16 PLC Splitters are securely packaged to withstand transportation stresses. We partner with reputable logistics providers to ensure timely and safe delivery to your location, whether local or international.
Product Advantages
- High reliability and stability, suitable for indoor and outdoor use
- Low insertion loss and high return loss for minimal signal degradation
- Compact design, ideal for space-constrained applications
- Supports wide operating wavelength range for diverse applications
Product FAQ
1. What distinguishes your 1X16 PLC Splitter from others?
As a leading manufacturer, our 1X16 PLC Splitter is crafted with precision using advanced silica waveguide technology, ensuring low insertion loss and high return loss. This quality guarantees minimal signal degradation and reliable performance, even under challenging conditions.
2. How do I ensure optimal performance of the splitter?
For optimal performance, it's crucial to follow the manufacturer's installation guidelines and conduct regular maintenance checks. This includes ensuring all connections are secure and free from dust or debris, which could impair signal quality.
3. Can the splitter be customized?
Yes, as a manufacturer, we offer customization options for the 1X16 PLC Splitter, including fiber type and pigtail length, to cater to specific network requirements and deployment scenarios.
4. What are the common applications of this splitter?
The 1X16 PLC Splitter is commonly used in telecommunications infrastructures like FTTH and FTTB, data centers for signal management, and CATV networks for efficient signal distribution across multiple endpoints.
5. Is the splitter suitable for outdoor installations?
Indeed, our 1X16 PLC Splitter is designed for high reliability across a broad range of environmental conditions, making it suitable for both indoor and outdoor applications.
6. What is the operating temperature range for the splitter?
The operational temperature range for our 1X16 PLC Splitter is -40 to 85°C, ensuring performance stability across diverse climatic conditions.
7. How is the splitter maintained?
Maintenance is straightforward, primarily involving routine inspections to ensure the optical components are clean and undamaged, thus maintaining the splitter’s performance integrity.
8. What is the impact of the connector on signal loss?
Connector loss is a factor to consider. Each connector typically adds about 0.25dB of loss, and each adapter adds an extra 0.2dB, which should be accounted for in overall network design.
9. How are returns or replacements handled?
We have a dedicated after-sales team to handle returns or replacements, ensuring any manufacturing defects are addressed promptly to maintain customer satisfaction and trust.
10. Can you provide installation support?
While our splitters are designed for easy installation, we offer comprehensive guidance and support as needed to ensure a seamless setup process for our clients.
Product Hot Topics
1. Choosing the Right 1X16 PLC Splitter Manufacturer
In selecting a 1X16 PLC Splitter manufacturer, prioritize those with a proven track record of quality and innovation. A reputable manufacturer not only supplies top-notch products but also offers robust customer support, ensuring all your optical network needs are met efficiently.
2. The Role of 1X16 PLC Splitters in Future Networks
With the surge in demand for high-speed internet and efficient data management solutions, the 1X16 PLC Splitter is set to play a pivotal role in future network infrastructures. Its ability to facilitate wide signal distribution while maintaining signal integrity is critical to advancing modern telecommunications.
3. Analyzing Optical Signal Distribution Efficiency
An efficient 1X16 PLC Splitter maximizes optical signal distribution across networks, ensuring each endpoint receives robust signal strength. An in-depth understanding of waveguide technology and its application is key to optimizing splitter performance.
4. Advancements in Splitter Technology
Technological advancements continue to improve the performance and reliability of 1X16 PLC Splitters. Manufacturers are investing in research to reduce insertion loss further and enhance splitter compactness, driving their adoption in constrained environments.
5. Overcoming Deployment Challenges
Deploying 1X16 PLC Splitters can come with challenges, primarily related to environmental conditions and installation constraints. Partnering with an experienced manufacturer ensures access to splitters designed to overcome such challenges, backed by supportive technical guidance.
6. Comparing Different PLC Splitter Configurations
Understanding the differences between configurations like 1X8, 1X16, and 2X32 PLC Splitters is crucial for choosing the right solution for network needs. The choice depends on factors like network size, required outputs, and application specifics.
7. Integrating Splitters in Modern Networks
Seamlessly integrating a 1X16 PLC Splitter into existing network infrastructure requires careful planning and execution. Ensuring compatibility with current components and alignment with network goals is critical for successful integration.
8. Ensuring Longevity in Optical Networks
The longevity of a 1X16 PLC Splitter in optical networks depends on both the quality of manufacturing and diligent maintenance practices. Regular testing and adherence to installation guidelines are essential for extending the device’s operational life.
9. Trends in Optical Network Components
Emerging trends in optical network components highlight a shift towards more compact, efficient, and environmentally sustainable solutions. Manufacturers are focusing on innovations that reduce environmental impact while enhancing technical performance.
10. Exploring the Future of Optical Networks
The future of optical networks lies in advanced components like the 1X16 PLC Splitter, designed to meet growing data demands. As technology evolves, so too does the capacity for networks to deliver faster, more reliable connectivity solutions.
Image Description
