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RF Transceiver Modules

XM1203FC915XE1

XM1203FC915XE1 RF transceiver module is a single-chip frequency hopping spread spectrum system. The integrated module is built around Micronas\' XMEngine core, which includes an On-Chip Antenna Diversity receiver, a baseband processor, a synthesizer, a power amplifier, a bandpass filter and a digital transceiver. The module offers high-performance, low-power communication over the 915 MHz spectrum.

Application Field: XM1203FC915XE1 RF transceiver modules are used in a wide range of applications from short-range low-power communication to long-range high-power communication. It is suitable for applications that requires reliable and secure communications such as remote keyless entry, security systems, asset tracking, industrial automation, lighting control, building automation, home automation, wireless sensor networks, environmental monitoring and medical monitoring.

Working Principle: The XM1203FC915XE1 RF transceiver module works on frequency hopping spread spectrum technique. Frequency hopping spread spectrum (FHSS) is a type of spread spectrum communication technology in which the frequency of the signal is changed rapidly over time in a pseudo-random manner. This makes it difficult for signal interference and easy to detect.

The XM1203FC915XE1 RF transceiver module utilizes the frequency hopping over a wide band, with hopping rates from 2 Mbps to 44 Mbps. This module uses adaptive data rates and adaptive channel selection which helps in minimizing interference and maximizing coverage area. The module also has built-in power management and low-power modes, allowing it to automatically adjust the power output depending on the environmental conditions.

XM1203FC915XE1 RF transceiver module also features integrated security measures such as AES-128, with support for authentication protocols, which offers secure communication. It also supports advanced protocol feature set such as time-stamped burst mode, advanced error detection and correction techniques, as well as Link-Level trace recordings.

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