description Texas Instruments CC1352P Overview
The Texas Instruments CC1352P is a System on Chip designed for low-power wireless communication. It excels in creating robust, long-range Zigbee and Sub-1 GHz mesh networks. This device is particularly useful for industrial applications requiring reliable data transmission over extended distances and resistance to interference. Developers and engineers working with IoT devices, smart buildings, and asset tracking systems will find it a key component.
help Texas Instruments CC1352P FAQ
Which wireless protocols can the TI CC1352P run?
The CC1352P is a multiprotocol SimpleLink wireless MCU for Sub-1 GHz and 2.4 GHz communication. Depending on the software stack and regional configuration, it can support technologies such as Bluetooth Low Energy, Zigbee, Thread, IEEE 802.15.4, and proprietary Sub-1 GHz links.
What does the P in CC1352P mean?
The P variant includes an integrated power amplifier for higher transmit power than non-PA members of the family. Designers still need to select the correct CC1352P device variant and RF path because supported output power differs by frequency band.
Can one CC1352P use Sub-1 GHz and 2.4 GHz at the same time?
The chip contains a multiprotocol radio, but it does not provide two fully independent radios transmitting simultaneously. Applications normally schedule access between protocols using TI's software and radio-command architecture.
Which development board should I use for the CC1352P?
TI offers CC1352P LaunchPad development kits, with board variants designed for different regional Sub-1 GHz bands and power-amplifier configurations. Match the exact LaunchPad suffix to the intended frequency, antenna design, and local radio regulations.
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