RF-BM-MG24B2I is designed based on Silicon Labs EFR32MG24 SoC. The low power, robust resources, up to 19.5 dBm TX power and the high security make the 2.4 GHz RF module popular in smart home and building applications. Select RF-BM-MG24B2I to start your design.
RF-BM-4044B4 is a Bluetooth Low Energy v5.0 stack module. The smallest size makes it popular in the target markets of the battery-powered Internet of Things. Select RF-BM-4044B4 CC2640R2F serial interface module as your design option.
RF-BM-MG24B2 is designed based on Silicon Labs EFR32MG24 SoC. The low power, robust resources, up to 19.5 dBm TX power and the high security make the 2.4 GHz RF module popular in smart home and building applications. Select RF-BM-MG24B2 to start your design.
RF-BM-MG24B1 is an EFR32MG24-based wireless connectivity module. The abundant flash enables the module to well fit for the Matter applications. It also supports OpenThread, ZigBee and Bluetooth Low energy. Use RF-BM-MG24B1 to simplify your RF design work.
RF-BM-BG24B1 BLE 5.3 module is designed on SiliconLabs EFR32BG24 for the Mesh application with a longer transmission range requirement. It has ultra-low power consumption and high performance. Try RF-BM-BG24B1 as your wireless connectivity part, which will simplify your development process.
RF-ZM-2530P1I is a ZigBee module designed on CC2530 and CC2592. The module is with a PA and the IPEX connector, which enable it a wider transmission coverage and more feasible for the external antenna.
RF-ZM-2530P1 ZigBee module is based on Texas Instruments’ CC2530 and CC2592. The high TX power enables a longer transmission range in smart home household appliances. The module is specialized designed for ZigBee use. Find RF-star, for your end devices.
RF-BM-S01A module is based on Texas Instruments CC2541 SoC. The higher and more stable performances enable the CC2541 module to enter a wide range of applications. RF-BM-S01A is one of the most classic Bluetooth LE4.2 modules.