NT Series RF Transceiver Module

By Linx Technologies Inc 636

NT Series RF Transceiver Module

Send and receive digital data continuously or periodically with Linx Technologies' paired NT Series RF transceiver modules. These modules make it simple to set up reliable one- or two-way wireless communication in the 902 to 928 MHz band. The NT Series uses a True Transparency™ interface that lets the user create a wireless connection for use with nonstandard data rates, custom protocols, or encodings such as PWM and Manchester. The module features best-in-class receive sensitivity (up to -113 dBm) and low power consumption (only 19.2 mA in receive mode and 15.2 mA in transmit mode at 0 dBm).

Unlike so-called transparent modules that require a UART interface and buffering scheme, the NT Series transceiver reduces latency by transmitting raw data. To transfer data, the user need only connect circuitry to the input line of the sending transceiver and the output line of the receiving transceiver. The module is completely hardware-configurable. Although programming is not required, the NT Series allows for communication and microcontroller programming over a UART connection, which lets the user implement a frequency agility scheme such as frequency hopping or listen before talk.

  • Long range
  • Low cost
  • Low power consumption
  • No programming required
  • 8 parallel selectable channels
  • Transparent data transfer
  • Data rates up to 300 kbps
  • Power saving options (POWER_DOWN, STANDBY)
  • RSSI and READY output signals
  • User-controlled output power level
  • No external RF components required
  • GFSK/FSK modulation for outstanding performance and noise immunity
  • Precision synthesized architecture
  • Wide temperature range
  • Compact surface mount package
  • No production tuning required


  • Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
  • Be creative: send and receive digital data with few legal restrictions
  • Optimize performance: four selectable baud bands maximize the range for your data rate
  • Save power: low current consumption compared to competing modules extends battery life
  • Simplify design: modules and antennas are the only RF components you need; no tuning required
  • Streamline production: save time and money with modules that are already tested


  • Telemetry systems between sensors and computers
  • Communicate with industrial equipment using legacy or proprietary protocols
  • Transfer files and check their integrity with bi-directional communication

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