What are the advantages of CC1350, CC1352R and CC1352P

CC1352 series chips and devices are produced by Texas Instruments, with cost advantages, and are divided into two models: CC1352R and CC1352P. CC1352 series chips further improve the hardware performance while integrating the original characteristics of CC1350 devices, including the internal available resources, the performance of the master MCU, and the addition of AES128 and 256 bit encryption accelerometers. Its wireless part is also upgraded to support BLE5.0 dual-band Sub 1GHz and 2.4GHz RF transceivers.

The biggest difference between CC1352P and CC1352R is that CC1352P integrates PA, while CC1352R does not contain PA. When CC1352P uses Sub 1G mode, the maximum transmission power can reach+20dBm, with temperature compensation.

Because CC1352P has one more PA than CC1352R, when CC1352P is in the transmitting state, the current is large. The transmission power is+20dBm. When transmitting in 915MHz mode, the current reaches 63mA, and when transmitting in 2.4GHz mode, the current reaches 85mA.

CC1352 series chips support the rapid development of BLE5.0, making it possible to complete the data conversion from Sub-1G to BLE5.0 under a single chip device. Now there are modules based on CC1352R chip on the market, such as RF-TI1352B1 patch wireless module, which can easily realize data transmission from terminal to cloud using BLE5.0.

CC1352R and CC1352P can be applied in more diverse scenarios, and will play a leading role in the future smart home, smart wear, mobile e-commerce, medical and other Internet of Things fields.

Both CC1352R and CC1352P use 48MHz Arm ®   Cortex ®- M4F CPU, compared with 48MHz Arm of CC1350 ®   Cortex ®- M3 CPU, greatly enhanced processing capacity.