ESP8266 esp-01 WIFI Transceiver

ESP8266 WIFI Transceiver Module

The FL-M1S, an ESP8266 Wi-Fi Transceiver Module, utilizes the ESP8266 SoC and comes equipped with a built-in TCP/IP protocol stack. This module has the capability to function as either a stand-alone application or can handle all Wi-Fi networking tasks for another application processor.

With its robust onboard processing and storage abilities, ESP8266 Wifi Transceiver Module can seamlessly connect to sensors and other peripherals through GPIOs. This minimizes the need for extensive development before use and reduces runtime loading.

The substantial on-chip integration reduces the need for external circuitry, resulting in a compact solution that takes up minimal space on the PCB.

Streamline your projects with Wi-Fi connectivity in no time! The ESP8266 Wifi Transceiver Module is a compact and efficient chip tailored for IoT ventures. Its comprehensive Wi-Fi networking solution makes it suitable for hosting small applications or taking over all Wi-Fi functions from another MCU.

Featuring an ESP8266 SoC with a built-in TCP/IP protocol stack, this module is a WiFi serial transceiver. Acting as a TTL ‘Serial to Wireless Internet’ tool, it seamlessly connects with common microcontrollers (MCU) through TTL serial, providing immediate Wi-Fi capabilities. Requiring only 3.3V to operate, it can output an impressive 19.5dBm of power in 802.11b mode and draw up to 500mA of current. With such specs, this module boasts a range of over one hundred meters!

The ESP8266 Wifi Transceiver Module boasts impressive onboard processing and storage capabilities, enabling seamless integration with sensors and application-specific devices via its GPIOs. This means minimal development time and minimal loading during run-time. Additionally, its high level of on-chip integration eliminates the need for extensive external circuitry.

Key Characteristics of ESP8266 WIFI Transceiver Module:

• SDIO 2.0, SPI, and UART are all different interfaces that can be used to transfer data between devices.
• The RF switch, balun, 24dBm PA, DCXO, and PMU have been integrated into one.
• The device comes with a built-in RISC processor, as well as interfaces for both on-chip and external memory.
• This product offers integrated MAC/baseband processors.
• The I2S interface is designed specifically for superior audio performance in applications that demand high fidelity.
• All internal supplies are equipped with on-chip low-dropout linear regulators.
• Includes built-in engines for WEP, TKIP, AES, and WAPI.
• Wi-Fi Direct, also known as P2P, and soft-AP
• The TCP/IP protocol stack has been fully integrated.
• The integrated TR switch features a balun, LNA, power amplifier, and a matching network.
• The integrated components of PLL, regulators, DCXO, and power management units work together seamlessly.

Reduce leakage current to less than 10uA by utilizing an integrated 32-bit CPU as an application processor. Additional features include SDIO 1.1/2.0, SPI, and UART connectivity options, along with STBC, 1×1 and 2×1 MIMO capabilities. A-MPDU & A-MSDU aggregation and a 0.4ms guard interval can also be achieved. It is possible to quickly wake up and transmit packets in under 2ms while maintaining a standby power consumption of below 1.0mW (DTIM3).