Black Box JPM468C
High-Density Adapter Panel – 12 LC Duplex Pairs, Aqua
The Black Box JPM468C High-Density Adapter Panel is an essential solution for managing multiple fiber optic connections in data centers and network closets. Perfect for telecom providers, enterprise IT environments, and installation professionals, this panel offers a compact, reliable way to organize and connect fiber optic cables efficiently, ensuring optimal network performance and scalability.
Features :
This high-density adapter panel features 12 LC duplex ports, allowing for up to 24 fiber connections in a single unit. Its design maximizes rack space, making it ideal for environments where space is at a premium. The aqua-colored adapters help easily identify fiber types or specific connections, streamlining installation and troubleshooting processes. The panel's robust metal construction ensures durability and resistance to wear in demanding environments.
Advanced Options :
The JPM468C is compatible with standard 19-inch racks, making installation straightforward and adaptable to existing infrastructure. Its modular design supports easy insertion and removal of adapters, simplifying maintenance and upgrades. Whether used in data centers, telecom rooms, or fiber distribution frames, this panel helps ensure organized, reliable fiber connectivity.
Product Key Features
- Designed for high-density fiber optic terminations
- 12 LC duplex adapter ports for versatile connectivity
- Color-coded aqua for easy identification
- Durable metal construction for long-lasting performance
- Compatible with standard 19-inch racks and cabinets
Reliability & Performance :
Constructed from high-quality materials, the Black Box JPM468C offers excellent durability and resistance to environmental factors. Its precise manufacturing guarantees secure connections, minimizing signal loss and maintaining high performance. The panel supports hot-swapping of adapters, reducing downtime during maintenance. Its cooling features and robust build ensure consistent operation even under continuous load, making it a dependable choice for mission-critical networks.
