Factory-Grade PLC Splitters Cassette Module
Product Details
| Parameter | 1x2 | 1x4 | 1x8 | 1x16 | 1x32 | 1x64 | 1x128 |
|---|---|---|---|---|---|---|---|
| Wavelength (nm) | 1260-1650 | ||||||
| Fiber Type | G657A or custom-defined | ||||||
| Pigtail Length (m) | 1.0 (±0.1) or custom-defined | ||||||
| Insertion Loss (dB) | ≤3.8 | ≤7.2 | ≤10.3 | ≤13.6 | ≤16.9 | ≤20.4 | ≤23.5 |
| Loss Uniformity (dB) | ≤0.8 | ≤1.0 | ≤1.2 | ≤1.5 | ≤1.8 | ≤2.0 | ≤2.0 |
| PDL (dB) | ≤0.2 | ≤0.2 | ≤0.3 | ≤0.3 | ≤0.4 | ≤0.4 | ≤0.4 |
| Working Temp. (℃) | -40 to 85 | ||||||
Common Product Specifications
| Package Type | Dimensions (LxWxH) mm |
|---|---|
| ABS | 100×80×10 for 1x2 up to 150×130×25 for 1x128 |
| Mini | 55×7×4 for 1x2 up to 120×50×12 for 1x128 |
Product Manufacturing Process
The manufacturing process of factory-grade PLC Splitters involves the integration of silica optical waveguide technology. By employing photolithographic techniques, similar to semiconductor fabrication, waveguides are etched onto a glass substrate, resulting in a compact and durable splitter. This ensures precise and stable splitting ratios, accommodating a wide range of wavelengths. The meticulous manufacturing process guarantees high performance and reliability, making PLC Splitters ideal for modern telecom solutions.
Product Application Scenarios
Factory-manufactured PLC Splitters are essential in fiber optic networks, particularly in FTTx and PON setups. Their role in uniformly distributing optical signals from central hubs to multiple locations enhances network scalability and reduces infrastructure costs. In PON architectures, these splitters are vital for expanding network capacity, supporting data, voice, and video transmission. Their robustness across various environmental conditions further cements their utility in global telecom solutions.
Product After-Sales Service
- 24/7 customer support for installation and troubleshooting
- One-year warranty on all factory-manufactured products
- Free replacement for defective units within warranty period
- Comprehensive installation guides and user manuals provided
Product Transportation
- Secure and damage-proof packaging
- Global shipping options with tracking available
- Expedited shipping services for urgent requirements
- Customs clearance support in major destinations
Product Advantages
- Reliable performance with low insertion loss
- Factory precision ensures high accuracy in signal splitting
- Cost-effective solution for scalable network deployment
- Long-lasting durability and minimal maintenance
Product FAQ
- What are the main uses of PLC Splitters?
Factory-grade PLC Splitters are primarily used in telecommunications to divide a single optical signal into multiple signals, enabling efficient distribution in networks. They support FTTH, PON, and other fiber optic systems, making them essential in modern telecom infrastructure. - How do PLC Splitters differ from FBT Splitters?
PLC Splitters are manufactured using photolithographic techniques, resulting in more precise and stable splitting ratios compared to Fused Biconical Taper (FBT) splitters. This makes PLC Splitters more suitable for networks requiring high precision and reliability. - What is the typical lifespan of a PLC Splitter?
The lifespan of a factory-produced PLC Splitter largely depends on its deployment environment, but they are generally designed to last over 20 years, with minimal signal degradation over time, ensuring long-term network efficiency. - Do PLC Splitters support multiple wavelengths?
Yes, PLC Splitters can handle wavelengths typically from 1260 nm to 1650 nm, making them versatile for various fiber optic applications and future-proofing network expansions. - What considerations should I take when installing PLC Splitters?
When installing PLC Splitters, consider the insertion loss associated with the number of output ports, strategic placement to minimize signal degradation, and choosing the correct splitting ratio for current and future network requirements. - What are the environmental tolerances of PLC Splitters?
Factory manufactured PLC Splitters are designed to operate in temperatures ranging from -40℃ to 85℃, ensuring performance stability across diverse environmental conditions. - Are custom lengths of pigtails available for PLC Splitters?
Yes, factory settings allow for custom-defined pigtail lengths, accommodating specific installation requirements and optimizing signal quality in diverse network setups. - What package sizes are available for PLC Splitters?
Factory offerings include ABS and mini package sizes, tailored to fit various deployment needs, ensuring ease of integration in network infrastructures. - How is the quality of PLC Splitters ensured?
All factory-produced PLC Splitters undergo rigorous quality control checks in accordance with Telcordia GR standards and RoHS compliance, ensuring high performance and environmental safety. - What is the return policy for factory PLC Splitters?
Our factory offers a return policy allowing for the exchange of defective products within the warranty period, ensuring customer satisfaction and trust in our products.
Product Hot Topics
- Understanding the Benefits of Factory-Made PLC Splitters
Factory-made PLC Splitters provide unmatched precision and reliability in signal distribution, essential for modern telecom solutions. Their ability to handle multiple wavelengths and maintain consistent performance makes them a cornerstone in fiber optic networks. As telecom industries expand, the demand for high-quality, efficient signal distribution through PLC Splitters grows exponentially, driving innovation and cost-effective solutions to meet global connectivity needs. - The Role of PLC Splitters in PON Networks
In Passive Optical Networks (PON), PLC Splitters play a crucial role in enabling the wide-scale deployment of fiber optic services. By facilitating point-to-multipoint communications, these factory-produced components support data, voice, and video transmission over a single fiber, reducing infrastructure costs and enhancing service delivery. Their contribution to network scalability and efficiency underscores their importance in future-proofing telecom infrastructures worldwide. - Comparing PLC Splitters: Factory vs. Generic Production
When investing in PLC Splitters, the choice between factory-produced and generic versions can impact network performance. Factory-grade splitters undergo stringent quality control, ensuring reliability and precision, while generic ones might lack consistent standards. For mission-critical telecom installations, opting for a factory-manufactured option assures long-term performance and adherence to industry standards. - Expanding Telecom Networks with PLC Splitters
As telecom networks anticipate increased demand for bandwidth and connectivity, PLC Splitters offer a pragmatic solution to efficient signal distribution. Factory-grade products support rapid infrastructure deployment, enabling telecom operators to expand services without substantial investment in new cabling. This adaptability positions PLC Splitters as an invaluable resource for telecom growth strategies worldwide. - Why Environmental Factors Matter for PLC Splitters
For PLC Splitters, environmental tolerance is a key consideration, especially in global deployments. Factory-produced splitters boast a wide operational temperature range, ensuring stable performance from extreme cold to high heat. This resilience makes them ideal for diverse climates, securing their role in international telecom projects demanding reliability under varying conditions. - Factory Insights: Manufacturing PLC Splitters
The precision manufacturing process of PLC Splitters in a factory setting involves advanced photolithographic techniques, resulting in high-performance, reliable components. These processes ensure splitters meet stringent industry standards, providing telecom operators with durable solutions for efficient network distribution. Continuous innovation in production techniques keeps factory-produced splitters at the forefront of telecom technology. - PLC Splitters: Enhancing Network Resilience
In modern telecom infrastructures, resilience is a priority. Factory-produced PLC Splitters contribute to this by offering stable, reliable signal division across networks. Their ability to maintain performance under various environmental and operational conditions makes them indispensable for ensuring uninterrupted service delivery in high-demand scenarios, enhancing overall network resilience. - Cost-Efficiency in Telecom Expansion: The PLC Splitters Edge
Factory-manufactured PLC Splitters offer cost-effective solutions for network expansion, minimizing the need for extensive new cabling. By effectively distributing optical signals, these splitters reduce installation costs and time, providing telecom operators with a favorable return on investment as they expand service offerings to meet growing customer demands. - The Future of Communication: PLC Splitters at the Core
The ongoing evolution of telecommunications hinges on robust infrastructure, with PLC Splitters at its core. As demand for high-speed, reliable connectivity grows, factory-grade splitters provide the technology needed to sustain this progress, supporting advanced telecommunications across the globe. Their role in future networks is pivotal, driving efficiency and innovation in signal processing. - PLC Splitters in Fiber-to-the-Home (FTTH) Deployments
FTTH deployment leverages PLC Splitters for distributing signals efficiently from central nodes to residential endpoints. Factory-produced splitters ensure uniform, reliable signal delivery, facilitating cost-effective and scalable network expansions. As FTTH becomes a global standard in high-speed internet access, the role of PLC Splitters will continue to expand, underpinning the infrastructure of connected societies.
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