SSZTBU9 december 2015 CC1120 , CC1125 , CC1190 , CC1200 , CC1310 , CC1312R
Are you looking to connect devices to the Internet of Things (IoT) at a distance greater than 25 km? Or even 100 km?
Then you are probably going to want to add Sub-1 GHz technology to your product to achieve this connection. The combination of long range, low power, software flexibility and operation on a less crowded spectrum make Sub-1 GHz technology ideal for these long-range IoT applications.
TI’s Sub-1 GHz solutions, for operation in 169 MHz, 315 MHz, 433 MHz, 470MHz, 500 MHz, 868 MHz, 915 MHz and 920 MHz ISM bands, provide the longest real-world RF range with a proven distance greater than 100 km. With long distance, another requirement that is needed is robustness. Our Sub-1 GHz narrowband products provide the distance and robustness to meet any developer’s needs for networks with the lowest power. This means the devices have the ability to transmit at a longer range, at the lowest power consumption, through concrete and cities without interruption from other sources.
To learn more about narrowband, long-range Sub-1 GHz technology read our three-part blog series on Electronic Design which covers different applications where narrowband is the de facto standard:
- Why did Europe choose narrowband for long-range smart gas meters?
- Why should you use long range narrowband in a smoke detector?
- How long range narrowband can improve efficiency in agriculture
Additional resources related to Sub-1 GHz technology:
- Why Sub-1 GHz technology? Watch this video.
- Read our long-range, narrowband RF communication white paper
- Learn how Sub-1 GHz technology is diversifying the IoT in this white paper
- Watch these videos that demonstrate the range of narrowband technology:
Looking to get started with Sub-1 GHz, check out the below products and reference designs: