ESP8285 M3 WiFi Module The high-performance chip ESP8285 M3 WiFi module ESP-1. Enclosed within this compact chip is a powerful Tensilica L106 Diamond series 32-bit kernel CPU and an SRAM. As a result, ESP8285 M3 WiFi Module possesses all the necessary features for WiFi connectivity and can function as either a standalone device or in conjunction with another host CPU. In slave mode, ESP8285 can boot from the onboard Flash. The built-in high-speed buffer offers both improved system performance and optimized store system functionality. Furthermore, ESP8285 M3 WiFi Module can function as a Wi-Fi adapter through SPI/SDIO or I2C/UART interface in other MCU designs. Some notable aspects of ESP8285 M3 WiFi Module: The incredibly tiny dimensions. Establish a WiFi connection for serial communication Transparent wireless transmission. Ultra-low power long-distance transmission. Assist with the external antenna. Enduring a significantly higher temperature of 125C, as opposed to the 85ºC limit for ESP8266. The size of the module measures at 24.5mm in length and 14mm in width. With a flash memory of 1MB, ESP8285 is based on the ESP8266. It is completely suitable for use with ESP8266. WiFi connectivity includes 802.11 b/g/n/e/i compatibility. This product is able to withstand high temperatures, with a working range of -40℃ to 125℃. Traits of SOC: Upgraded with a built-in 32-bit Tensilica CPU, the main frequency can reach 80MHz and reduce power consumption. In addition, the technology also offers support for RTOS at 160MHz. The integrated TCP/IP protocol stack; The device includes a 1 channel 10-bit ADC with high precision capabilities. The ide interfaces include HSPI, UART, I2C, I2S, IR Remote Control, PWM, and GPIO. The deep-sleep current measures 10uA, while the cut-off current is less than 5uA. It has the ability to wake up within 2 ms and immediately establish a connection for transmitting data packages. At standby status, the consumer power is less than 1.0mW (DTIM3). Includes a 1M byte capacity for SPI Flash. The features of Wi-Fi include: Provide assistance for 802.11 b/g/n/e/i connectivity. The system offers three modes: Station, SoftAP, and SoftAP STA. Back Wi-Fi Direct(P2P) Enable hardware acceleration for CCMP (CBC-MAC, computation mode) and TKIP (MIC, RC4). The SMS4 API, RC4 WEP, and CRC are all protocols that are commonly used. P2P discovery, P2P GO mode/GC mode, and P2P power management. Both WPA/PA2 PSK and WPS are security protocols commonly used in wireless networks. Receive support for both pre-certification and TSN under 802.11 i security. Backing 802.11n at a frequency of 2.4 GHz; Encapsulation of frames using 802.1h/RFC1042 protocol. Assistance in facilitating uninterrupted roaming. Provide assistance for AT remote updating and cloud over-the-air updates. Provide SmartConfig support for both Android and iOS devices. Applying: Serial transparent data transfer. Inquiry for WiFi connectivity. The smart power plug and LED light are both great options for automating your home lighting system. Efficiently managing power consumption; Networks of sensors. As a society, we have embraced the convenience and functionality of incorporating technology into our everyday lives through wearable electronics. Please ensure that the security identification label is prominently displayed to guarantee proper access. Wireless identification of location; Wireless beacon for location system; Wireless control in industrial settings.
