EBYTE E49-900M20S is a cost-effective wireless data transmission module launched by Chengdu Ebyte. It is a pure hardware module based on CMT2300A. E49-900M20S supports a maximum transmit power of 20dBm,...
E01-2G4M13S is a SMD wireless transceiver module, operates at 2.4GHz with small-size and high air data rate (2Mbps maximum). With embedded high-performance antenna, impedance matching precision and Batch production, the...
E07-900M10S is an independently developed 855-925MHz SMD wireless module based on the CC1101 chip produced by Texas Instruments (TI), using an industrial-grade high-precision 26MHz crystal oscillator. This ultra-precise, industry-standard wireless...
E72-2G4M20S1E is a multi-protocol 2.4GHz SMD wireless system-on-chip module independently developed by TI based on the CC2652P produced by TI. The transmit power is 20dBm. It integrates an ARM microcontroller...
E73-2G4M04S1B is a hardware platform without firmware, so users need to conduct secondary development.For more details about nRF52832, please refer to the official datasheet. This module has maximized the RF...
Experience reliable wireless communication with the CC1310 Wireless Serial Port Module. This high-performance device is based on the imported CC1310 from TI, with a UART interface and an IPX/Stamp Hole...
E01-ML01SP4 is a small-size SMD wireless transceiver module, operates at 2.4 GHz. with high data rate (Max 2Mbps) and SPI interface. E01-ML01SP4 is based on original imported nRF24L01P form Nordic...
E73-2G4M04S1BX is a small volume chip Bluetooth wireless module independently developed based on nrf52832 chip of Nordic of Norway. It adopts 32mhz industrial crystal oscillator to ensure its industrial characteristics...
E72-2G4M05S1A is small SMD wireless RF module designed by Chengdu Ebyte, working at 2.402~2.480GHz, with 5dB maximum power and PCB antenna & IPEX interface. It has super low RF &...
E01-2G4M01S1B is a 2.4GHz SMD wireless module with PCB antenna developed by Ebyte. With industrial grade high precision 16MHz crystal, the RF performance and component selection of the module are...