RF-BM-ND04C is a Bluetooth 5.0 Low Energy module developed for the high reliability, high-performance requirements of battery-powered IoT products. It is an ideal module for applications with less complex uses. Start your product development with RF-BM-ND04C nRF52810 BLE module.
RF-SM-1277B2 is a Sub-1G module working under the 431 MHz ~ 537 MHz frequency. The CC1312R module can be used in the sensoring market. Choose RF-SM-1277B2 to enhance the transmission distance and ease the design of the end products.
RF-SM-1277B1 is a Sub-1GHz module working under the 779 MHz ~ 930 MHz frequency, especially recognized for 868 MHz 915 MHz transmitter and transceiver. It is widely used in high requireents with the long range transmission and low power consumption. RF-SM-1277B1 will be a good choice to be inserted in your end devices.
RF-SM-1077B2 is a sub 1GHz module working under the 433 MHz frequency. The Sub-1G module is aimed at power-supplied applications with long-range and low power consumption requirements. It is widely used in the sensor monitoring market. Choose CC1310 433 MHz transmitter and transeciver to simplify your monitoring devices.
RF-SM-1077B1 is a CC1310 module working under the sub-1GHz frequency supporting 868MHz and 915MHz. The Sub-1G module is targeted at long range and low power consumption applications. It is widely used in the sensor monitoring market. Choose 868 MHz - 915 MHz transceiver&transmitter RF-SM-1077B1 to simplify your end devices.
RF-AL42UHB2 is a LoRa and LoRaWAN module designed for the long range wireless data transmission markets. This long range RF module can work under a continuous frequency coverage from 410 MHz to 525 MHz. RF-AL42UHB2 will be a suitable module in LPWAN application.
RF-WM-20CMB1 is a Combo BLE4.2 Wi-Fi 2.4 GHz module targeted at the low-cost and low-power consumption markets. The module with three RF output modes makes it popular in IoT Internet of Things applications.
RF-WM-11AFB1 is a Wi-Fi module targeted at the low-power markets. The module with rich resources makes it popular in the Internet of Things applications.