Wireless digital transmission module X616

The X616 is a wireless transmission module that operates in the ism band or national metering band; it uses customised communication frequencies and its chip, the sx1278, uses "lora" direct sequence spreading technology to outperform existing gfsk modules in terms of stability, anti-interference capability and reception sensitivity. The module operates in the 410-510mhz frequency band, without changing any user data or protocols, and uses a half-duplex transparent transmission mechanism to achieve the function of wireless substitution, lowering the threshold of wireless applications. It has the advantages of concentrated power density, long transmission distance and strong anti-interference capability. The lora direct sequence spread spectrum technology will bring even longer distances. The module has a software fec forward error correction algorithm, which has high coding efficiency and strong error correction capability, and can actively correct the interfered packets in case of sudden interference, greatly improving reliability and transmission distance. In the absence of fec, such packets can only be discarded. The module has data encryption and compression capabilities. The data transmitted by the module over the air, which is random in nature, is rendered meaningless by tight encryption and decryption algorithms that make data interception meaningless. The data compression function has the potential to reduce transmission times and reduce the probability of interference, increasing reliability and transmission efficiency. The module can operate from 2.3 - 12v to meet battery power requirements. The module has four operating modes, which can be switched freely during operation. In power saving mode, the current consumption is only a few tens of ua, making it ideal for ultra-low power applications.

Wireless digital transmission module X604

The X604 is a wireless transmission module that uses the ISM band or the national metering band operating frequencies; it adopts customised communication frequencies and its chip, the SX1278, uses "LoRa" direct sequence spreading technology, which surpasses existing GFSK modules in terms of stability, interference resistance and reception sensitivity. The module operates in the 410-510MHz frequency band, without changing any data or protocol of the user, and adopts a half-duplex transparent transmission mechanism to achieve the function of wireless substitution, lowering the threshold of wireless applications. It has the advantage of concentrated power density, long transmission distance and strong anti-interference capability. The LORA direct sequence spread spectrum technology will bring even longer distances. The module has a software FEC forward error correction algorithm, which has high coding efficiency and strong error correction capability, and can actively correct the interfered packets in case of sudden interference, greatly improving reliability and transmission distance. In the absence of FEC, such packets can only be discarded. The module has data encryption and compression capabilities. The data transmitted by the module over the air, which is random in nature, is rendered meaningless by tight encryption and decryption algorithms that make data interception meaningless. The data compression function has the potential to reduce transmission times and reduce the probability of interference, increasing reliability and transmission efficiency. The module can operate from 2.3 - 5.5V to meet battery power requirements. The module has four operating modes, which can be switched freely during operation. In power saving mode, the current consumption is only a few tens of uA, making it ideal for ultra-low power applications.

Wireless digital transmission module X607

The X607 is a wireless transmission module that uses the ISM band or the national metering band operating frequencies; it adopts customised communication frequencies and its chip SX1278 adopts the "LoRa" direct sequence spreading technology, which surpasses existing GFSK modules in terms of stability, interference resistance and reception sensitivity. The module operates in the 410-510MHz frequency band, without changing any data or protocol of the user, and adopts a half-duplex transparent transmission mechanism to achieve the function of wireless substitution, lowering the threshold of wireless applications. It has the advantage of concentrated power density, long transmission distance and strong anti-interference capability. The LORA direct sequence spread spectrum technology will bring even longer distances. The module has a software FEC forward error correction algorithm, which has high coding efficiency and strong error correction capability, and can actively correct the interfered packets in case of sudden interference, greatly improving reliability and transmission distance. In the absence of FEC, such packets can only be discarded. The module has data encryption and compression capabilities. The data transmitted by the module over the air, which is random in nature, is rendered meaningless by tight encryption and decryption algorithms that make data interception meaningless. The data compression function has the potential to reduce transmission times and reduce the probability of interference, increasing reliability and transmission efficiency. The module can operate from 2.3 - 5.5V to meet battery power requirements. The module has four operating modes, which can be switched freely during operation. In power saving mode, the current consumption is only a few tens of uA, making it ideal for ultra-low power applications.

Wireless digital transmission modules X606

The X606 is a wireless transmission module that uses the ISM band or the national metering band operating frequencies; it adopts customised communication frequencies and its chip SX1278 adopts the "LoRa" direct sequence spreading technology, which surpasses existing GFSK modules in terms of stability, anti-interference capability and reception sensitivity. The module operates in the 410-510MHz frequency band, without changing any data or protocol of the user, and adopts a half-duplex transparent transmission mechanism to achieve the function of wireless substitution, lowering the threshold of wireless applications. It has the advantage of concentrated power density, long transmission distance and strong anti-interference capability. The LORA direct sequence spread spectrum technology will bring even longer distances. The module has a software FEC forward error correction algorithm, which has high coding efficiency and strong error correction capability, and can actively correct the interfered packets in case of sudden interference, greatly improving reliability and transmission distance. In the absence of FEC, such packets can only be discarded. The module has data encryption and compression capabilities. The data transmitted by the module over the air, which is random in nature, is rendered meaningless by tight encryption and decryption algorithms that make data interception meaningless. The data compression function has the potential to reduce transmission times and reduce the probability of interference, increasing reliability and transmission efficiency. The module can operate from 3.3V to 12V to meet battery power requirements. The module has four operating modes, which can be switched freely during operation. In power saving mode, the current consumption is only a few tens of uA, making it ideal for ultra-low power applications.