BGM123N256V2R

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RF transceiver modules are essential for any communication system that functions wirelessly. A BGM123N256V2R RF transceiver module provides full-duplex radio frequency (RF) wireless communication and includes an easy-to-use library of high-level functions.

Application Field

The BGM123N256V2R is designed for wireless applications such as smart home systems, industrial metering, vehicle communication, and medical monitoring. This module is a perfect choice for embedded applications, as it supports higher data rates and can operate in less than ideal environmental conditions. In addition, it has a wide operating frequency range, that can help reduce power consumption.

This module can communicate with numerous devices, including appliances, displays, computers, tablets, sensors, and mobile phones. It is compliant with several protocols, such as Bluetooth, Z-Wave, and Zigbee, and it supports both single- and multi-mode systems.

It provides both high-speed data transfer and low-power operation. It offers low-latency communication, which is important in applications such as augmented reality. Its advanced security features ensure strong data protection.

Working Principle

The BGM123N256V2R module features frequency-hopping spread spectrum (FHSS) technology, which takes advantage of multiple channels on the same frequency band. FHSS technology avoids interference from other signals by continuously changing the frequencies used for communication. This technique also increases data capacity by increasing the number of available channels.

The module also employs direct-sequence spread spectrum (DSSS) technology, which spreads the signal over multiple frequency channels to reduce interference from other signals. It also makes it possible to transmit and receive data simultaneously. This allows for higher data rates than other communication protocols.

The module supports fast signal hopping and packet switching. Fast signal hopping allows devices to adjust their frequencies quickly, so they can operate in noisy environments. Packet switching allows data to be sent in small packets, which allows for increased data throughput and can reduce latency.

The module also supports advanced security features, such as encryption and authentication. Encryption scrambles the data so that only authenticated parties can access it. Authentication verifies the identity of a device before allowing it to access or transmit data.

With its wide frequency range, fast signal hopping, and high-level security features, the BGM123N256V2R module is ideal for embedded applications that require reliable and secure data transfer. It is a perfect choice for applications such as smart home systems, industrial metering, vehicle communication, and medical monitoring.

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