CommScope ION-M17EHP/19P Optical Remote Unit: Reliable and Cost-Effective Remote Signal Distribution
The CommScope ION-M17EHP/19P Optical Remote Unit is a powerful solution for distributing cellular signals in dense urban environments, tunnels, subways, and other challenging locations. This multi-band, multi-operator remote unit works seamlessly with the ION optical distribution system to deliver a cost-effective and reliable way to extend coverage.
Key Features and Benefits:
- Multi-band Support: Supports 1900 MHz and 1700/2100 MHz bands simultaneously, with optional 700 MHz extension, ensuring compatibility with various cellular technologies like GSM, CDMA2000, WCDMA, and LTE.
- Reduced Visual Impact: Compact design minimizes footprint for discreet installation inside poles or alongside structures.
- Efficient Signal Transport: Leverages fiber optics for high-capacity, low-loss transmission of multiple signals over a single fiber, reducing costs and simplifying infrastructure.
- Simplified Management: Easily set up and monitored through a graphical user interface (GUI). Built-in test equipment and auto-leveling functions further streamline installation and maintenance.
- Advanced Network Management: Compatible with Commscope A.I.M.O.S., an intelligent management system that provides comprehensive alarm monitoring, task automation, and inventory management for efficient network operation.
- Future-Proof Design: Provisioned to support future modulation schemes and frequency bands, ensuring long-term usability.
Applications:
- Dense urban areas
- Tunnels and subways
- Airports and convention centers
- High-rise buildings
- Any location with signal reception challenges due to physical structures
The CommScope ION-M17EHP/19P Optical Remote Unit is the ideal solution for network operators seeking a reliable, cost-effective way to distribute cellular signals in challenging environments. **
Contact us today to Order your CommScope ION-M17EHP/19P Optical Remote Unit today and experience the benefits of superior signal distribution.