The GM Series GNSS receiver module is a self-contained high-performance Global Satellite Navigation System receiver designed for navigation, tracking and positioning applications. Based on the MediaTek chipset, it can simultaneously acquire and track multiple satellite constellations. These include the United States GPS system, Europe’s GALILEO, Russia’s GLONASS and Japan’s QZSS.

The module provides exceptional sensitivity, even in dense foliage and urban canyons. It’s very low power consumption of 16mA while tracking helps maximize runtimes in battery powered applications. The module has built-in receiver duty cycling that can be configured to periodically turn off the module for further power savings. Hybrid ephemeris prediction can be used to achieve cold start times of less than 15 seconds.

A standard UART serial interface is used to send and receive NMEA messages in ASCII format. A simple serial command set can be used to configure optional features. The module’s UART can be connected directly to the UART on a microcontroller or a PC using a USB or RS-232 converter chip.

Housed in a tiny reflow-compatible SMD package, the GNSS receiver module requires no programming or additional RF components (except an antenna) to form a complete GNSS solution. This makes the GM Series easy to integrate, even by engineers without previous RF or GNSS experience.

Benefits

• Low power: 16mA tracking supply current (less than half of competitive modules). Duty cycle mode to further reduce power consumption.
• Quick start times: cold start under 15 seconds using AGPS (3-day satellite prediction); hot start under 1 second
• Better reliability: tracks multiple positioning systems simultaneously
• Simplify design: modules and antennas are the only RF components you need; no tuning required
• Easy integration: easy to integrate, even by engineers who have no prior experience with GPS modules
• Streamline production: save time and money with modules that are already tested
• Rapid development: development system allows full interfacing and color display

Application Examples

• Positioning and navigation
• Location and tracking
• Security / loss-prevention
• Surveying
• Fleet management
• Logistics

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LR Series RF Transmitter and Receiver Modules

Longer Range Transmitters and Receivers for Digital Data

Send or receive digital data, control or command information with LR Series transmitter and receiver modules. Use the receiver with a matching or compatible Linx transmitter for reliable one-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send or receive digital data from up to 3,000 feet (914 meters) away when used with another LR Series or LT Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LT Series RF Transceiver Module

Longer Range Transceiver for Digital Data

Send and receive digital data, control or command information with the LT Series transceiver module. Use it with another LT Series or compatible Linx module for reliable one- or two-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send and receive digital data from up to 3,000 feet (914 meters) away when used with another LT Series or LR Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LT Series RF Transceiver Module

Longer Range Transceiver for Digital Data

Send and receive digital data, control or command information with the LT Series transceiver module. Use it with another LT Series or compatible Linx module for reliable one- or two-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send and receive digital data from up to 3,000 feet (914 meters) away when used with another LT Series or LR Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

LT Series RF Transceiver Module

Longer Range Transceiver for Digital Data

Send and receive digital data, control or command information with the LT Series transceiver module. Use it with another LT Series or compatible Linx module for reliable one- or two-way wireless communication at 315MHz, 418MHz or 433MHz. Compared to 2.4GHz modules, narrowband modules from Linx provide longer range and lower current consumption at a more cost-effective price.

Benefits

• Attain longer range: send and receive digital data from up to 3,000 feet (914 meters) away when used with another LT Series or LR Series module
• Integrate with ease: simple hardware configuration lets you transfer raw data without protocol constraints or the need for user programming
• 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

Tiny GNSS Receiver for Positioning, Tracking and Navigation

The TM Series GNSS receiver module is a self-contained high-performance Global Satellite Navigation System receiver designed for navigation, tracking and positioning applications. Based on the MediaTek chipset, it can simultaneously acquire and track multiple satellite constellations. These include the United States GPS system, Europe’s GALILEO, Russia’s GLONASS and Japan’s QZSS.

The module has an internal LNA that provides exceptional sensitivity, even in dense foliage and urban canyons. It’s very low power consumption helps maximize runtimes in battery powered applications. The GNSS receiver has built-in receiver duty cycling that can be configured to periodically turn off the module for further power savings. Hybrid ephemeris prediction can be used to achieve cold start times of less than 15 seconds.

A standard UART serial interface is used to send and receive NMEA messages in ASCII format. A simple serial command set can be used to configure optional features. The module’s UART can be connected directly to the UART on a microcontroller or a PC using a USB or RS-232 converter chip.

Housed in a tiny reflow-compatible SMD package, the GNSS receiver requires no programming or additional RF components (except an antenna) to form a complete GNSS solution. This makes the TM Series easy to integrate, even by engineers without previous RF or GNSS experience.

Benefits

• Improve performance: built-in LNA provides excellent sensitivity and performance, particularly when using passive antennas
• Low power: 20mA supply current while tracking. Duty cycle mode to further reduce power consumption.
• Quick start times: cold start under 15 seconds using AGPS (3-day satellite prediction); hot start under 1 second
• Better reliability: tracks multiple positioning systems simultaneously
• Simplify design: modules and antennas are the only RF components you need; no tuning required
• Easy integration: easy to integrate, even by engineers who have no prior experience with GPS modules
• Streamline production: save time and money with modules that are already tested
• Rapid development: development system allows full interfacing and color display

Application Examples

• Positioning and navigation
• Location and tracking
• Security / loss-prevention
• Surveying
• Fleet management
• Logistics