Reliable Supplier of 1X2 PLC Splitter for Optical Networks
Product Main Parameters
| Parameter | Details |
|---|---|
| Split Ratio | 1:2 |
| Wavelength Range | 1260-1650 nm |
| Insertion Loss | ≤ 3.6 dB |
| Return Loss | ≥ 50 dB |
Common Product Specifications
| Specification | Details |
|---|---|
| Operating Temperature | -40°C to 85°C |
| Fiber Type | Singlemode |
| Connector Type | SC/PC, LC/PC |
Product Manufacturing Process
The manufacturing of the 1X2 PLC Splitter involves precision engineering using planar lightwave circuit technology, allowing for efficient signal splitting with minimal loss. Advances in silica glass substrate processing enable high reliability and compact design. Studies indicate that the interference in waveguides over the broad wavelength range enhances performance, making PLC splitters integral to modern optical networks.
Product Application Scenarios
1X2 PLC Splitters are extensively used in Passive Optical Networks (PON) and FTTx implementations, distributing optical signals to numerous endpoints. Their application ensures efficient bandwidth utilization, a necessity as demand for high-speed internet grows. Deployment in CATV networks and testing environments highlights their versatility, confirming their critical role in communication infrastructures.
Product After-Sales Service
- 24/7 Customer Support
- 1-year Warranty on Manufacturing Defects
- Free Return Policy within 30 Days
Product Transportation
Our logistics team ensures safe and timely delivery of 1X2 PLC Splitters globally, with packaging designed to withstand transit conditions. Track your shipment in real-time with our advanced system.
Product Advantages
- High Precision and Reliability
- Uniform Signal Distribution
- Compact and Durable Design
Product FAQ
- Q1: What is the lead time for orders? A: As a leading supplier, we ensure a lead time of 2-4 weeks depending on order quantity and customization requirements.
- Q2: Can the 1X2 PLC Splitter be used outdoors? A: Yes, they are designed to withstand a wide temperature range and adverse environmental conditions.
- Q3: Are these splitters compatible with existing network setups? A: Our 1X2 PLC Splitters are designed for seamless compatibility with standard optical network infrastructures.
- Q4: How do I ensure optimal performance of the splitters? A: Regular maintenance such as checking connections for dust and ensuring secure installation can enhance performance.
- Q5: What quality standards do your splitters meet? A: Our products comply with international standards such as ISO and Telcordia.
- Q6: What is the maximum distance the splitters can support? A: These splitters are designed to maintain signal integrity over several kilometers, depending on network design and conditions.
- Q7: Can these splitters be integrated into a PON? A: Yes, they are ideally suited for use in PON architectures, offering efficient signal division.
- Q8: Do you provide technical support for installation? A: Yes, our expert team is available for technical support and guidance during installation.
- Q9: Is customization available for these products? A: As a responsive supplier, we offer customization options to meet specific network requirements.
- Q10: What payment methods do you accept? A: We accept multiple payment methods including credit cards, bank transfers, and more to facilitate smooth transactions.
Product Hot Topics
- 1X2 PLC Splitters Revolutionizing Optical Networks As a trusted supplier, our 1X2 PLC Splitters are transforming the efficiency of optical networks worldwide. With rising demands for high-speed data transfers, these splitters offer a competitive edge by ensuring minimal signal loss and outstanding reliability. Their compact size and robustness make them an industry favorite for network engineers and designers striving for excellence.
- Adapting to Technological Advancements in Fiber Optics Keeping pace with the rapid evolution in technology, our role as a supplier of 1X2 PLC Splitters is pivotal. These devices are at the forefront of providing scalable and flexible solutions to meet increasing bandwidth requirements, particularly in urban centers. The integration of advanced manufacturing processes further supports their functionality in diverse environments.
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