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This ESP8266-based development board is designed for rapid IoT application development. It features support for two Grove Plug-n-Play connectors, digital and analog I/O, and UART and I2C interfaces for connecting multiple sensors and modules. The device supports OTA firmware updates, a RESTful API, and integration with mobile apps and IFTTT, allowing for easy remote control and monitoring. Seeed Studio 102110057
Wio Node is a compact and lightweight development board based on ESP8266, designed for rapid IoT application development. Despite its small size, Wio Node offers many features found in larger Wio models, such as support for Grove Plug-n-Play, OTA (Over-The-Air) firmware updates, RESTful API, as well as integration with IFTTT and mobile apps on Android and iOS. The board is intended for easy creation of IoT devices without the need for breadboards, soldering, or connection wires.
Wio Node supports 2 Grove connectors, providing 2 digital input/output pins, 1 analog input, 1 UART interface, and 2 I2C interfaces, allowing connection to up to 42 Grove modules and more in the future. Device configuration is visual and managed via the Wio APP mobile application, which allows sensor readings and actuator control. Due to its lightweight design and low cost, Wio Node is ideal for projects requiring multiple connected devices in IoT systems. Wio Node is an excellent solution for hobbyists, educators, and IoT prototype creators who need an affordable, compact, and easy-to-use platform for internet-connected smart devices.
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
4-core cable, 20 cm long, terminated on both sides with a Grove plug. Compatible with the interface used in Seeed Studio and M5Stack modules. Seeed Studio 110990027
4-core cable, 50 cm long, terminated on both sides with a Grove plug. Compatible with the interface used in the M5Stack modules. M5Stack A034-C
A 4-core cable with a length of 50 cm, both terminated with a Grove plug. Seeed Studio 110990038
A 4-core cable with a length of 30 cm, both terminated with a Grove plug. Seeed Studio 110990040
4-core cable with a length of 15 cm, terminated on one end with a Grove plug, and on the other with a male goldpin connector. Seeed Studio 110990210
Adafruit Feather HUZZAH ESP8266 is a new development board from Adafruit with a built-in WiFi module ESP8266. Processor frequency: 80 MHz, USB-serial TTL CP2104 converter, Li-Pol battery charger. Adafruit 2821
WiFI 802.11 b/g/n module. Equipment includes, among others: LED diode, antenna, 8 pins with 2.54mm pitch (including 3 GPIO lines). Power supply: 3.3V.
WiFi module with ESP8266 and 1.14" display, designed to work with Raspberry Pi Pico. It communicates via UART interface using AT commands. SB Components 21888
LoLin NodeMCU V3 is a board with ESP8266 (ESP12E). The ESP8266 system provides WiFi connectivity (802.11 b / g / n). The USB-UART converter (CH340G chip) is located on the board. The module can be programmed in Lua (under the control of the NodeMCU firmware) or in the Arduino environment. There are 10 GPIO lines available.
The module is based on the ESP8266EX chip. Thanks to the support of the 802.11 b/g/n standard, it enables wireless communication with WiFi networks, which allows for Internet access and data exchange. It is programmed via the USB Type-C connector using Arduino, MicroPython or NodeMCU. WeMos D1 Mini Type-C
Development board D1 Mini with WiFi module ESP-8266MOD and 4 MB Flash memory. The module can be programmed from the Arduino IDE level. WeMos D1 Mini
Development board ESP8266 with WiFi module; WRL-13231
The base board for the Wi-Fi NodeMCU module (ESP-12E), thanks to the built-in L293DD system, allows for attaching e.g. motors, electromagnets or other executive devices. The I/O lines of the NodeMCU module were derived to the pin connectors, and the power supply can be connected with the use of screw connectors. ESP12E Motor Shield
ESP8684-DEVKITC-02C-N4 is a development board with the ESP8684 module, 4 MB Flash, Wi-Fi, and Bluetooth LE support, perfect for IoT and automation projects. Espressif ESP8684-DEVKITC-02C-N4
WiFi module based on ESP8266. The module has a built-in antenna and USB-UART converter. The module can be programmed in Lua (under the control of the NodeMCU firmware) or in the Arduino environment. 10 GPIO lines are available which each can be configured to work as PWM, I2C.
WiFi 802.11 b/g/n module with ESP8266 chip, there are 8 pins with UART and GPIO interface. Built-in PCB antenna. SparkFun WRL-17146
Wifi module with ESPR8266 ESPRESSIF for communication in the 2.4 GHz band. It is powered by a voltage from 3 V to 3.6 V, available in an SMD enclosure. ESP-WROOM-02
Evaluation set designed for the use of Internet of Things based on ArduCAM-Mini-2MP and ArduCAM-ESP8266-Nano-V2 modules. ArduCAM-Mini-2MP is a module with a 2 megapixel camera with an OV2640 transducer and an ESP8266 chip. Mounting the M12 lens. ArduCAM B0085
ESP8266-DevKitS – a board for quick programming and launching of ESP8266 modules without soldering. Ideal for IoT prototyping. Espressif ESP8266-DevKitS
WiFi 802.11 b/g/n module with ESP8266 system, 16 terminals are available with a 2 mm pitch with the possibility of soldering gold pins, there are 9 GPIO lines and 1 ADC line on the connector. Built-in ceramic antenna and U.FL antenna connector. ESP-07
Wi-Fi module based on the ESP8266 system - simplicity of use (communication through UART, supports AT commands), 3.3V power supply, support for WPA / WPA2 encryption - these features make the EPS8266 module applicable anywhere, where reliable and effective data transmission. The module is not equipped with an antenna, it should be attached using the U.FL connector. ESP-05
This ESP8266-based development board is designed for rapid IoT application development. It features support for two Grove Plug-n-Play connectors, digital and analog I/O, and UART and I2C interfaces for connecting multiple sensors and modules. The device supports OTA firmware updates, a RESTful API, and integration with mobile apps and IFTTT, allowing for easy remote control and monitoring. Seeed Studio 102110057