Supplier for Bare Splitter & Underground Armored Cable

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

Bare Splitters, both PLC and FBT types, are crafted using precision manufacturing techniques, ensuring high optical performance with minimal signal loss. This process involves precise waveguide formation for PLC splitters, allowing for stable performance across various wavelengths, and meticulous fiber fusion for FBT splitters, offering cost-effective solutions. These manufacturing techniques ensure that Bare Splitters deliver reliable splitting performance, essential for modern fiber optic networks.

Product Application Scenarios

Bare Splitters are integral to telecommunications and data centers. Their compact size and efficiency make them ideal for environments where space is at a premium, such as urban FTTH deployments or densely packed data centers. The transition to fiber optics in these scenarios underscores the necessity of Bare Splitters, facilitating the distribution of optical signals with minimal loss and ensuring consistent performance across multiple end-points.

Product After-Sales Service

Our company offers comprehensive after-sales service, including installation support and maintenance guidance. Customers can contact us for troubleshooting and technical assistance, ensuring the successful deployment and operation of our products in their networks.

Product Transportation

All products are securely packaged and labeled to ensure safe delivery. We collaborate with leading freight providers to facilitate reliable and timely shipping worldwide, adhering to international logistics standards.

Product Advantages

• Cost-effective due to lack of additional packaging
• Compact size for installation in space-constrained environments
• Customizable for varied network configurations

Product FAQ

• What is the main function of a Bare Splitter?

  The primary function of a Bare Splitter is to efficiently divide an optical signal into multiple outputs. This is particularly useful in applications like Passive Optical Networks (PON), where a single optical input signal is distributed to several endpoints. As a key component in network systems, it ensures each endpoint receives adequate signal strength with minimal loss.

• How are Bare Splitters installed in a network?

  Bare Splitters require careful installation due to their lack of protective housing. Installers must ensure the splitters are placed in environments that minimize exposure to physical damage and contaminants. Proper handling techniques and strain relief measures are crucial to prevent damage and maintain performance.

• Can Bare Splitters be used in all types of optical networks?

  Yes, Bare Splitters are versatile and can be used across various optical networks including FTTH, FTTP, and enterprise networks. However, consideration must be given to the environmental conditions and installation practices to ensure optimal performance and longevity.

Product Hot Topics

• Innovations in Fiber Optic Technology: The Role of Bare Splitters

  As fiber optic technology advances, the need for efficient signal distribution becomes more critical, placing Bare Splitters at the forefront of network innovation. With their ability to effectively divide optical signals, Bare Splitters are vital in supporting the growing demands for bandwidth and connectivity. Their compact and flexible design allows integration into modern network architecture, enabling seamless data transmission across various platforms.

• Challenges in Deploying Bare Splitters in Harsh Environments

  Deploying Bare Splitters in harsh environments poses unique challenges due to their susceptibility to physical damage and environmental factors. Protective measures, such as housing in controlled environments and careful installation, are essential to prevent degradation and ensure reliable performance. These challenges drive ongoing research into developing more resilient splitter designs that can withstand extreme conditions without compromising performance.

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