Low-Cost, Multi-Channel Digital Data RF Transceiver Module: New 868MHz HumDT™ Series for IoT

Low-Cost, Multi-Channel Digital Data RF Transceiver Module: New 868MHz HumDT™ Series for IoT

Designed for simple digital transfer, Home Automation applications and low cost communication for sensor networks, the Hummingbird platform is the lowest cost complete wideband transceiver with microcontroller module on the market today. The HumDT™ is built on this 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.
 

To view Specs, Pricing & Ordering Information click on the desired model number:

Part Description Data Guides
HUM-868-DT 868MHz HumDT™ Series Transceiver
HUM-900-DT 900MHz HumDT™ Series Transceiver
EVM-868-DT 868MHz HumDT™ Series Evaluation Module
EVM-900-DT 900MHz HumDT™ Series Evaluation Module
MDEV-868-DT 868MHz HumDT™ Series Master Development System
MDEV-900-DT 900MHz HumDT™ Series Master Development System

 

The 868MHz version supports 68 channels across the 863-870MHz band. This allows the best channel for the application to be selected based on the ETSI regulations. The module automatically handles all of the over-the-air transactions, so no overhead is required by the user.
 
The HumDT™ transceiver has built-in networking. Each module can act as one of three components in the network, either the Access Point that controls a network, a Range Extender to repeat messages and expand the range of the network, or an End Device. Each Access Point can be joined to up to 50 Range Extenders and End Devices. The Access Point also supports routing so that End Devices can talk to each other through the Access Point. All routing and network maintenance functions are automatically handled by the module.
 
The AES encryption algorithm is used to encrypt the data and provide a secure wireless channel. The module has a serial UART interface for configuration and data transfer. Everything is controlled by a few serial commands. 8 GPIO lines can be digital inputs or outputs or analog inputs. These are monitored and controlled through the UART and are suitable for simple on/off operations or for connection to sensors.

Back to News