LE910C4NF13T137200

RF Transceiver Modules And Modems Overview

The LE910C4NF13T137200 is a Telit Cinterion LTE Cat 4 cellular module supporting GPS, GLONASS, BeiDou, Galileo, and QZSS. It operates at 3.8 VDC with an output power of 200 mW (23 dBm). The module supports AT&T, Verizon Wireless, and T-Mobile networks. Key interfaces include USB 2.0 High Speed and UART. Operating temperature ranges from -40°C to +85°C.

RF Transceiver Modules And Modems Feature Summary

• Integrated multi-constellation GNSS receiver for precise location tracking
• Supports LTE Category 4 data transmission standards
• Compatible with major North American carrier network bands

RF Transceiver Modules And Modems Applications

• Fleet management and vehicle tracking systems
• Asset tracking and logistics monitoring
• Industrial IoT telemetry devices

RF Transceiver Modules And Modems Procurement Notes

Verify the specific carrier band configuration required for your deployment region before ordering. Confirm interface requirements against the datasheet to ensure compatibility with the host system's USB or UART controllers. Check current lifecycle status as components may transition to end-of-life phases.

RF Transceiver Modules And Modems Selection Notes

Select this model when integrated GNSS capability is mandatory alongside LTE Cat 4 connectivity. Ensure the host design accommodates the specified 3.8 VDC operating voltage and thermal range. Compare against other LE910Cx variants if different regional band support or form factors are needed.

RF Transceiver Modules And Modems Part Context

This component belongs to the LE910Cx series of wireless modules designed for global IoT applications. It combines cellular communication with navigation capabilities in a surface-mount package. The series targets developers requiring reliable connectivity and positioning in compact embedded designs.

RF Transceiver Modules And Modems Replacement Considerations

LE910C4WX08T09A900: Supports similar LTE Cat 4 features but requires verification of specific carrier band compatibility and interface differences.