Our Sub-GHz SoC and Module Selector Guide provides you with a quick, comparative overview of our portfolio to help you select the ideal SoC or module for your next project.
When building advanced wireless systems, developers often are faced with choosing between two ISM radio band options: 2.4 GHz or sub-GHz. In recent years, there has been a growing interest in sub-GHz frequencies thanks to its longer range, lower power consumption, and better penetration through walls or other obstacles.
Sub-GHz wireless networks can provide an extremely cost-effective solution in any low-data-rate system, from simple point-to-point connections to much larger mesh networks, where long range, robust radio links and extended battery life are leading priorities.
Download the selector guide to dive into:
- Key considerations for developing sub-GHz applications
- The most common protocols available and how they compare
- An exploration of the Silicon Labs sub-GHz portfolio
When building advanced wireless systems, developers often are faced with choosing between two ISM radio band options: 2.4 GHz or sub-GHz. In recent years, there has been a growing interest in sub-GHz frequencies thanks to its longer range, lower power consumption, and better penetration through walls or other obstacles.
Sub-GHz wireless networks can provide an extremely cost-effective solution in any low-data-rate system, from simple point-to-point connections to much larger mesh networks, where long range, robust radio links and extended battery life are leading priorities.
Download the selector guide to dive into:
- Key considerations for developing sub-GHz applications
- The most common protocols available and how they compare
- An exploration of the Silicon Labs sub-GHz portfolio