BOA5G2X2L125PTNM

Antennas RF Overview

The BOA5G2X2L125PTNM is a multiband base station antenna platform designed for 5G FR1 and GNSS applications. It features a 2x2 MIMO configuration with 2 dBi gain. The unit supports linear, right-hand circular, and vertical polarization options. It includes an integrated GNSS L125 receiver capability. The antenna utilizes broadband element technology to achieve superior bandwidth performance across multiple frequency bands.

Antennas RF Feature Summary

• Supports 5G FR1 and GNSS multiband operations
• Utilizes broadband element technology for superior bandwidth
• Provides 2x2 MIMO configuration with 2 dBi gain

Antennas RF Applications

• 5G FR1 Base Station Deployment
• GNSS Location Services Integration
• Multiband Wireless Infrastructure

Antennas RF Procurement Notes

Verify the specific datasheet version and technical specifications directly from Amphenol PCTEL official documentation before procurement. Confirm that the part number matches the required 5G FR1 and GNSS L125 capabilities. Ensure compatibility with existing mounting hardware and cabling requirements for the intended installation environment.

Antennas RF Selection Notes

Select this model when a compact solution supporting both 5G FR1 cellular traffic and GNSS positioning is required. The 2x2 MIMO design offers balanced performance for standard base station deployments. Consider the integrated broadband technology if wideband coverage without multiple discrete antennas is preferred for site simplification.

Antennas RF Part Context

This component belongs to the PCTEL multiband base station antenna portfolio. It represents a convergence of cellular and navigation technologies into a single physical unit. The product line focuses on providing efficient spectrum utilization through advanced broadband element designs suitable for modern wireless infrastructure.

Antennas RF Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Verify compatibility with existing system architectures before considering alternative models from the same manufacturer family.