Air780E 4G LTE Multi-Standard Module Ultra-small 4G Module Iot Serial Communication Data Transparent Transmission DTU 4G Module Vue Only Antenna

Air780E 4G LTE IoT Module – Ultra-Small DTU Serial Communication

Only Antenna
Sale price  $14.99 Regular price $17.99
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Air780E 4G LTE Multi-Standard Module Ultra-small 4G Module Iot Serial Communication Data Transparent Transmission DTU 4G Module Vue Only Antenna

Air780E 4G LTE IoT Module – Ultra-Small DTU Serial Communication

Sale price  $14.99 Regular price $17.99
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Air780E 4G LTE Multi-Standard IoT Module — Ultra-Small, High-Speed DTU

The Air780E 4G LTE Module is a compact, plug-and-play IoT communication module designed for seamless serial data transmission across 4G networks. Whether you're building smart IoT devices, remote monitoring systems, or data-logging applications, the Air780E delivers fast, reliable wireless connectivity in an ultra-small form factor. Made in Mainland China.

Key Features

  • Rapid Network Connection: Connects to the 4G network in just 2–3 seconds for near-instant data transmission.
  • 4G Full Network Compatibility: Works across multiple LTE bands and adapts to different network operators effortlessly.
  • USB 2.0 High-Speed Interface: Pin-exposed USB 2.0 port supports speeds up to 480 Mbps for fast data throughput.
  • Serial Port via Pin Header: Pin headers expose the serial (UART) port for easy integration with microcontrollers and embedded systems.
  • No Driver Required: Simply plug into a Windows 10 PC — no driver installation needed for immediate use.
  • Low Power Consumption: Energy-efficient design with strong signal reception, ideal for battery-powered IoT deployments.
  • AT Command Support: Build and configure applications quickly using standard AT commands — no complex programming required.
  • Ultra-Small Form Factor: Compact module size makes it easy to embed into space-constrained hardware designs.
  • Transparent Data Transmission (DTU): Enables reliable, transparent serial-to-4G data forwarding between devices and cloud servers.
  • Low Voltage Design: Operates safely below 50 Vac / 75 Vdc, compliant with EU LVD standards.

Specifications

Module Model Air780E
Network Standard 4G LTE Multi-Standard
USB Interface USB 2.0 (up to 480 Mbps)
Serial Interface UART via Pin Header
Connection Time 2–3 seconds
Driver Required No (Windows 10 plug-and-play)
Operating Voltage Below 50 Vac / 75 Vdc
Origin Mainland China

Package Includes

Choose from available options:

  • 1× 4G Module + 1× Pin Header
  • or 1× 4G Module + 1× Pin Header + 1× Antenna
  • or 1× Antenna only

Important Notes

  • Color may vary slightly from photos due to screen and lighting differences.
  • Please allow 1–10 mm measurement tolerance due to manual measurement.
  • USB plug-and-play functionality is supported on Windows 10 only.

Learn More About IoT Connectivity

For technical standards on IoT wireless communications and spectrum management, visit the NIST Communications Technology Laboratory – Wireless Networks for authoritative guidance on wireless communication standards.

Frequently Asked Questions

Q: Does the Air780E 4G LTE module require driver installation?

A: No. The Air780E is plug-and-play on Windows 10 systems. Simply connect it via USB and it will be recognized without any manual driver installation, making setup fast and straightforward.

Q: What network operators is the Air780E compatible with?

A: The Air780E supports 4G LTE multi-standard bands, making it compatible with a wide range of network operators globally. It adapts to different carrier networks automatically, so you can use it without reconfiguring for different operators.

Q: How fast is the data connection with the Air780E module?

A: The Air780E establishes a 4G network connection in approximately 2–3 seconds. Its USB 2.0 interface supports data transfer speeds of up to 480 Mbps, ensuring high-throughput, low-latency data transmission for IoT and DTU applications.

Q: Can I use the Air780E with a microcontroller or embedded system?

A: Yes. The module exposes a serial UART interface via pin headers, making it easy to integrate with popular microcontrollers, single-board computers, and custom embedded hardware. Applications can be configured and controlled using standard AT commands.

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