End of Life RF Modules & Development Kits

The R4 Series GPS receiver module is a self-contained high-performance GPS receiver ideal for the engineer looking for an easy way to add GPS to their product. Based on the SiRF-IV chipset, it provides exceptional sensitivity, even in dense foliage and urban canyons. The module’s very low power consumption helps maximize runtimes in battery-powered applications. With over 200,000 effective correlators, the R4 Series receiver can acquire and track up to 48 satellites simultaneously in just seconds, even at the lowest signal levels.

The F4 Series is a self-contained high-performance GPS receiver module. Based on the SiRFstar IV chipset, it provides exceptional sensitivity, even in dense foliage and urban canyons. The F4 Series GPS module can acquire and track up to 48 satellites simultaneously in just seconds, even at the lowest signal levels.

Rapidly develop hardware and software based on a GPS receiver module with the SG Series or SR Series master development system. It comes with two development boards for benchmarking and prototyping, each of which is populated with a GPS receiver and an OLED display for viewing satellite data. A large prototyping area gives you a place to develop circuitry. To help you get started, the system also includes an extra module, demonstration software and a USB interface for connecting to a PC. The SG Series system includes an antenna.

Add GPS to your device with the SG Series or SR Series GPS receiver module. They're ideal for applications involving navigation, tracking or surveying. Each module determines its position on the globe by tracking up to 20 satellites at once. Its high sensitivity (up to -159dBm) allows the module to find its position even in dense foliage and urban canyons. Its low power consumption (46mW) helps maximize battery life. The SG Series includes five GPIOs that let you attach input or outputs without using a microcontroller. The SR Series includes an onboard antenna.

The HS Long-Range Handheld transmitter Master Development System is designed to assist in the rapid evaluation and integration of the HS Long-Range Handheld transmitters. The allinclusive system features a pre-assembled evaluation board which includes everything needed to quickly test the operation of the transmitter, receiver and decoder. A large prototyping area with connections to the regulated power supply allows for the addition of custom circuitry directly on the development board. All of the receiver and decoder signals are available on a breakout header.

The HS Compact Handheld transmitter Master Development System is designed to assist in the rapid evaluation and integration of the HS Compact Handheld transmitters. The allinclusive system features a pre-assembled evaluation board which includes everything needed to quickly test the operation of the transmitter, receiver and decoder. A large prototyping area with connections to the regulated power supply allows for the addition of custom circuitry directly on the development board. All of the receiver and decoder signals are available on a breakout header.

The HS Long-Range Handheld transmitter is ideal for general-purpose remote control and command applications that require the highest level of security and longer transmission distances. The small transmitter has a line of sight range of up to up to 1,000 feet (300m) when combined with an LR Series receiver and HS Series decoder. As a part of our HS family of wireless remote controls, it is available in 315, 418 (standard), and 433.92MHz. It has been pre-certified for FCC Part 15, Industry Canada, and European CE (433MHz only) compliance, reducing costs and time to market.

The HS Compact Handheld transmitter is ideal for general-purpose remote control and command applications that require the highest level of security. The small transmitter has a line of sight range of up to up to 750 feet (230m) when combined with an LR Series receiver and HS Series decoder. As a part of our HS family of wireless remote controls, it is available in 315, 418 (standard), and 433.92MHz. It has been pre-certified for FCC Part 15, Industry Canada, and European CE (433MHz only) compliance, reducing costs and time to market.

The HS Series master development system is designed to assist in the rapid evaluation and integration of HS Series encoders and decoders. The HS Series uses CipherLinx®, an extremely secure protocol that received a glowing review from the Independent Security Evaluators. This all-inclusive development system contains all of the tools and parts necessary to fully explore the capabilities of the HS Series. It features two fully assembled development boards for benchmarking and prototyping. On-board Linx RF modules provide a wireless link for basic remote control operation. LR Series RF modules are standard, but ES Series modules are also available. This allows the encoder and decoder to be quickly tested in a wireless environment. A large prototyping area with breakout headers and regulated power supply allows for rapid testing and integration of your own design.

The ES Series Basic Evaluation Kit is a quick way to evaluate the field performance of the ES Series transmitter and receiver and verify the performance of a custom design. The kit features two fully assembled development boards for benchmarking and prototyping. One is populated with the ES Series transmitter and a remote control encoder. The other is populated with the ES Series receiver and a remote control decoder. Together, they implement a complete remote control solution. This allows for range and interference testing in the actual use environment.

The ES Series Master Development System contains everything required to evaluate the ES Series transmitter and receiver and begin to integrate them into a product. The development system features two fully assembled boards for benchmarking and prototyping. One is populated with the ES Series transmitter and the other is populated with the ES Series receiver. On-board remote control encoders and decoders provide a remote control link that activate a buzzer and relay to aid in range testing in the product’s actual use environment.

Rapidly develop hardware and software based on NT Series transceivers and MT Series transcoders with the NT Series master development system. It comes with two development boards for benchmarking and prototyping, each of which is populated with a transceiver and transcoder. Buttons, switches and knobs in the evaluation area make it simple to control the transceiver through hardware. A large prototyping area isolated from the evaluation area gives you a place to develop circuitry. Lights show you which areas are active. To help you get started, the system also includes antennas, extra modules, connectors, configuration software, and a USB interface for connecting to a PC.

This comprehensive Master Development System is designed to assist in the rapid evaluation and integration of the TT Series remote control and sensor transceiver modules. The all-inclusive system features several pre-assembled evaluation boards, which include everything needed to quickly test the range and operation of the transceiver modules.

This comprehensive Master Development System is designed to assist in the rapid evaluation and integration of the TT Series remote control and sensor transceiver modules. The all-inclusive system features several pre-assembled evaluation boards, which include everything needed to quickly test the range and operation of the transceiver modules.

The HumDT™ Series is the lowest cost wireless UART data transceiver module on the market today. This comprehensive Master Development System is designed to assist in the rapid evaluation and integration of the HumDT™ Series into an end product. The all-inclusive system features several pre-assembled evaluation boards, which include everything needed to quickly test the operation of the transceiver modules.

The HS Series is an ideal encoder and decoder for one-way remote control and Remote Keyless Entry (RKE) applications requiring the highest level of security. The series uses CipherLinx®-encrypted remote control technology, which is based on a core algorithm developed by the United States National Security Agency (NSA). The encoder and decoder also offer numerous innovative features, including up to 8 data lines, multiple baud rates, individual "button level" user permissions, an optional keypad PIN, encoder identity output, low power consumption, and easy "programming-free" setup.

The TT Series RF transceiver module is designed for reliable bi-directional, long-range remote control and sensor applications. All remote control functions are integrated, so a basic system can be created without any programming. Operating in the 900MHz band, it makes use of Frequency Hopping Spread Spectrum (FHSS) technology, which gives it more immunity to interference and allows a higher transmit power. This gives the module longer range than non-spread spectrum devices and better performance within that range. The base version is capable of generating +12.5dBm transmitter output power and achieves a range of over 2 miles (3.2 kilometers) line of site in typical environments with 0dB gain antennas. A high power version outputs +23.5dBm achieving up to 8 miles (12.8km).

The ES Series is ideal for the reliable transfer of digital data and analog waveforms, such as audio. Available at 916MHz for North and South America and 869MHz for Europe, the ES Series uses a synthesized architecture to transfer data at up to 56,000bps over distances of up to 1,000 feet (300m) depending on implementation.

The DTS and EUR Series combine a low power 868MHz or 900 MHz wireless transceiver with a powerful multipoint-to-multipoint protocol controller to form a complete wireless communication solution capable of replacing wires in almost any RS-232/422/485 application. The module has a Universal Asynchronous Receiver Transmitter (UART) serial interface that can be connected directly to microcontrollers, RS-232 converters or USB adaptors. The module automatically handles all radio functions resulting in a UART-to-antenna wireless link.

The HumDT™ Series is built on the Hummingbird platform and is designed for reliable wireless digital data transfer. It includes a frequency agile protocol and supports versions at 868 and 900MHz with a common footprint and pin out.

The NT Series is an FM transceiver module family that is designed for bi-directional wireless data transfer. The 868MHz version is suitable for European operation and the 900MHz version is suitable for North and South America. The modules have exceptional sensitivity, giving them outstanding range of up to 3,000 feet (914 meters, line of sight). Current consumption and low power states are optimized for battery-powered devices.

The 250 Series RF transceiver module is designed for reliable bi-directional transfer of digital data over distances of up to 4 miles (6.4km, line of sight). Operating in the 902 to 928MHz frequency band, the module is capable of generating +23.5dBm into a 50-ohm load and achieves an outstanding typical sensitivity of -105dBm. This high output power gives the module exceptional range and also helps overcome noisy environments at shorter ranges.

The 25 Series RF transceiver module is designed for reliable bi-directional transfer of digital data over distances of up to 1 mile (1.6km) line of sight. Operating in the 902 to 928MHz frequency band, the module is capable of generating +13dBm into a 50-ohm load and achieves an outstanding typical sensitivity of -105dBm.

Test the performance of the KH2 Series transmitter/encoder and receiver/decoder modules against your own design with the KH2 Series evaluation kit. It comes with two evaluation boards for benchmarking and prototyping, each of which is populated with a transmitter/encoder or receiver/decoder module. A small prototyping area gives you a place to develop circuitry. To help you get started, the kit also includes antennas, extra modules and connectors.

Trigger discrete actions with button presses or contact closures by using KH2 Series transmitter/encoder and receiver/decoder modules. They contain Holtek chips and LR Series RF modules. The KH2 Series provides a low level of security. It lets you send commands from multiple transmitters to distinct receivers in the same vicinity through physical addressing. Use KH2 Series modules together or with compatible Linx components 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.

Turn up to four electrical loads on or off with a button press or contact closure by using the relay function module with a compatible Linx transmitter and Holtek encoder. Holtek chips provide a low level of security. They let you send commands from multiple transmitters to distinct receivers in the same vicinity through physical addressing. The relay function module contains a Holtek decoder and an LR Series receiver. It can be used with a KH2 Series transmitter/encoder or with a combination of a Holtek encoder and an LT Series, LR Series or LC Series RF module.

Turn a power supply on or off with a button press or contact closure by using the AC function module with a compatible Linx transmitter and Holtek encoder. Holtek chips provide a low level of security. They let you send commands from multiple transmitters to distinct receivers in the same vicinity through physical addressing. The AC function module contains a Holtek decoder and an LR Series receiver. It can be used with a KH2 Series transmitter/encoder or with a combination of a Holtek encoder and an LT Series, LR Series or LC Series RF module.