Easy-PATCH design cabinets can be stacked without affecting the jumper insertion and extraction space, easy lock upper cover buckle design, the upper cover can be disassembled and assembled without tools, making installation easier.

The front cover of the cable management trough can be flipped up or down or the entire cover can be removed.

Key Features

• Compact Design: Allows a large number of fiber connections to fit into a small space.
• Scalability: Easy to expand and add connections as demand increases.
• Enhanced Fiber Cable Management: Ensures proper fiber routing, reducing signal loss and the risk of network failures.
• Future-Proofing: Suitable for high-speed networks such as 10G, 40G, and 100G, making it ideal for modern infrastructure needs.

Product Specification

• Produced and manufactured using aluminum alloy with a thickness of 1.6mm (14AWG); the surface electrostatic powder coating and treated with wear-resistant baking paint.
• The fiber splice tray with a winding radius of 40mm and the fusion fixed tray can accommodate the remaining length of the fiber.
• 1U four slots design, each slot can accommodate a fiber optic panel or an MPO pre terminated fiber modular cassette.
• Fiber optic panels have ST, FC, SC, LC, and MPO type options, applicable ST, FC, and SC modules up to a maximum capacity of 24 fiber cores, LC module with a maximum capacity of 96 cores, applicable to 4 MPO modules.
• The L-shaped fixing plate can be moved forward and backward to adjust the fixed position.
• Fiber Cable management rack with a depth of 90mm, providing excellent bending space for fiber optic patch cords and good plug-in space.

Applications

● Data Centers
→ Space Optimization: High-density fiber patch panels are perfect for data centers where space is at a premium. These panels allow a higher number of fiber connections to be installed in a smaller physical area, maximizing rack space.
→ Fiber Cable Management: They ensure organized and efficient fiber cable routing, minimizing the chances of errors or disruptions in service. With high-density designs, it’s easier to manage fiber cables and connectors in a limited space.
→ High Bandwidth Needs: Data centers often require high-bandwidth, low-latency fiber optic connections. These panels can support a large number of fiber connections while providing easy access for maintenance and upgrades.
● Telecommunications Networks
→ Efficient Accommodation: Telecommunications providers can use these panels to connect and accommodate large quantities of fiber optic cables. High-density panels provide a clean, organized solution for managing these terminals.
→ Scalability: As networks expand, the demand for additional fiber connections increases. High-density panels offer scalability, allowing telecom providers to add new fiber connections without needing to replace the infrastructure.
● Enterprise Networks
→ Internal Fiber Distribution: Large enterprises with significant internal network infrastructure rely on high-density fiber patch panels to distribute fiber connections across multiple departments or areas of the building.
→ Centralized Fiber Management: These panels allow for easy fiber management, making it simpler to monitor, troubleshoot, and reconfigure the network.

Comprehensive Technical Support

FastLinkcabsys provides comprehensive technical support through our experienced R&D team. We offer expert guidance on product installation and network infrastructure design to guarantee optimal performance. Our dedicated after-sales support team is always available to address any post-purchase concerns, ensuring complete customer satisfaction.

Gallery

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  Fiber optic panels have ST, FC, SC, LC, and MPO type options.

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  L-shaped fixing plate can be moved forward.

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  Front cover of the fiber cable management trough can be flipped up or down.