PAGE 1
Sub-GHz SoC and Module Selector Guide
silabs.com/wireless/proprietary
Sub-GHz SoC
and Module
Selector Guide
Selecting the Right SoCs and
Transceivers for Your Sub-GHz
IoT applications
PAGE 2
Sub-GHz SoC and Module Selector Guide
silabs.com/wireless/proprietary
To build an advanced wireless system, most developers end up choosing
in this technology due to its many benefits including longer range, lower power
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offer several advantages, including longer range, reduced power
industrial automation, where sensors and other devices need
to communicate with each other over long distances in harsh
maintain a reliable connection even in areas with high levels
sensors to monitor soil moisture, temperature, and other
penetrate obstacles such as walls and buildings and its low
communication is not possible, such as inside buildings with
This, coupled with its low power consumption, means sub-
distances while consuming less power, allowing them to operate
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effective solution in any low-data-rate system, from simple
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absorption, less spectral pollution and narrowband operation
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signal propagation and a smaller memory footprint reduce
overall power consumption, which can result in years of battery-
Introduction to Sub-GHz Networking
PAGE 3
Sub-GHz SoC and Module Selector Guide
silabs.com/wireless/proprietary
Sub-GHz
Wireless critical
for Smart
Infrastructure
range solution for infrastructure where
connectivity needs to be immune to
Applications can vary widely including
the robust connectivity needed for these
new standards-based protocols further