Confused about choosing between TI's CC1101, CC1100E, and CC1150? This in-depth guide compares their frequency bands, performance, design, and software to help you select the right RF chip for global
See the CC1120 in action. Detailed case studies on its deployment in smart water metering, industrial condition monitoring, urban lighting control, and asset tracking, highlighting solved challenges a
Integrating CC1120 with the TI SimpleLink™ Platform: Building Comprehensive Wireless SolutionsA wireless transceiver like the CC1120 is a powerful engine, but to build a complete product, it requir...
Global Deployment Made Simple: The CC1120’s Wide Frequency Range & Regulatory SupportThe Internet of Things is a global phenomenon, but the radio spectrum is governed by a complex patchwork of nati...
Boosting Reliability with Antenna Diversity: Implementing the CC1120’s RX Diversity & TX/RX SwitchingIn the real world, radio waves rarely travel a single, clean path from transmitter to receiver. ...
Examine the built-in packet handling hardware of the CC1120, including automatic CRC, FIFO management, preamble detection, and sync word recognition. See how these features reduce MCU load and improve
Get started quickly with the CC1120. This guide reviews the CC1120DK development kit, software examples, documentation, and TI’s support ecosystem that streamline the design-in process for wireless.
Explore the software-defined radio (SDR) capabilities of the CC1120. Learn how to configure data rates, modulation schemes, channel bandwidths, and packet structures to create optimized.
A technical analysis of the CC1120's power management system, detailing its deep sleep modes (<100 nA), fast wake-up times, and intelligent duty cycling. Learn how to design battery-powered IoT sensor
Discover the advanced blocking and selectivity features of the CC1120 Sub-GHz transceiver. This article explains how it maintains communication integrity in crowded RF spectrums.