ESP32-WROVER (8MB)

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RF Transceiver Modules are composed of an integrated transceiver (transmitter and receiver) and accompanying digital logic. Thanks to modern CMOS technology, they occupy a very small footprint with very little power dissipation, making them ideal for applications such as remote sensing, safety and security systems, robotics, medical monitoring and control, etc. One of the most popular RF Transceiver Modules available in the market is the ESP32-WROVER (8MB). This module has a combination of cores, including an Xtensa Dual-Core, an RTOS-based SDIO/SPI, and an I2S/PCM with low-power design.

The ESP32-WROVER (8MB) offers a power supply voltage of 2.2V to 5.5V, allowing it to be used in a variety of applications. Additionally, it features an ultra-low power standby current of 2.5uA, making it a great choice for battery-powered applications. The module is also IEEE 802.11b/g compliant, meaning it can be used in wireless communication applications.

In terms of performance, the ESP32-WROVER (8MB) boasts a maximum data rate of 150 Mbps, making it suitable for applications that require fast communication speeds. The module also features an integrated antenna, which allows users to connect it to a variety of antennas in order to meet desired performance requirements. Additionally, it has a high sensing accuracy on the returns, meaning it can detect even very small targets.

The ESP32-WROVER (8MB) application range includes wireless LAN applications, home automation, industrial and medical telemetry, and other remote sensing applications. Furthermore, thanks to its low power consumption and ultra-low standby current, it can be used in battery-operated electronics. Additionally, its integrated antenna and high sensitivity make it a great choice for outdoor applications.

The ESP32-WROVER (8MB) is based on a Dual Core Tensa processor, and it features an RTOS-based SDIO/SPI and I2S/PCM along with a low-power design. The overall working principle behind the module is to route data and commands from the user interface layer to the radio layer for communication with an access point. This is achieved by utilizing its Dual Core Tensa processor’s ability to quickly switch between tasks while running at a low voltage. This results in low power consumption as it only works when a task is active.

Once data and commands have been processed by the Dual Core Tensa processor, it is then routed to the radio layer. From here, the radio layer takes over and the signal is transmitted over the air and received by the target device. Upon receipt, the target device will then process the data received and route a response back to the module. The module will then pass the response back to the user interface layer for processing.

The ESP32-WROVER (8MB) is an ideal choice for users looking for a reliable and power efficient RF Transceiver Module. With its Dual Core Tensa processor, RTOS-based SDIO/SPI and I2S/PCM with low-power design, it can handle a variety of applications, ranging from wireless LAN to industrial and medical telemetry. Additionally, its integrated antenna, high data rate and low power consumption make it well suited for outdoor applications, such as robotics and remote sensing.

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