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ESP8266-EVB  

ESP8266-EVB - Open Source Hardware Board
ESP8266-EVB - Open Source Hardware Board ESP8266-EVB - Open Source Hardware Board
ESP8266-EVB is Evaluation board for ESP8266 with relay, button, UEXT, all GPIOs available on 0.1" header
Price7.95 EUR
10 - 49 pcs7.55 EUR
50 - 10000 pcs7.16 EUR
In Stock
ESP8266-EVB is OSHW certified Open Source Hardware with UID BG000015

ESP8266-EVB is board suitable for resarch and development of espressif's ESP8266EX chip. The module be used for home automation, smart plugs and lights, mesh networks, industrial wireless control, baby monitors, IP cameras, sensor networks, wearable wlectronics, etc.
ESP8266EX is very highly integrated SoC which includes Tensilica's L106 32-bit core processor; SRAM; power management unit; RF front end. ESP8266EX has a number of interfaces - I2C, SPI, SDIO and also a number of free GPIO pins. The chip allows the implementation of a WIFI TCP-IP stack with just few extra components beside the ESP8266EX.

FEATURES


Board features:

  • Includes MOD-WIFI-ESP8266-DEV
  • Relay 10A/250VAC (15A/120VAC 15A/24VDC) with connector and status LED
  • Big button for easier access to UART mode
  • Power jack for +5V external power supply
  • UEXT connector
  • Row of 16 pin holes at 0.1" step with all ESP8266 signals accessible; male-male 16-pin connector included 
  • 4 mounting holes
  • Dimensions: (2.25 x 2)" ~ (57 x 50)mm

MOD-WIFI-ESP8266-DEV features:

  • Main chip: EPS8266EX
  • 2MB (16Mb) SPI flash memory
  • Power LED
  • User-programmable LED
  • SMT jumpers for different boot modes (FLASH, UART, SDO)
  • PCB antenna
  • UEXT pads for easier access to UART interface
  • Pads for a U.FL antenna connector (if you want to use external antenna)
  • 22 pin holes for easier access to processor pins
  • OSHW desgn
  • Dimensions: (1.3 x 0.9)" ~ (33 x 23)mm

DOCUMENTS

HARDWARE

SOFTWARE

FAQ

  • How do I send AT commands to the board?

  • You need to establish UART connection to the board's UEXT (using RX, TX, GND). The best approach is to use a USB to serial cable with 3.3V TTL converter and a terminal program. Then power the board in standard "boot from FLASH mode" (no button pressed during power-up).

  • I want to send basic AT commands to the board but I receive no response. The strange thing is that I receive "ready" when I power the module. What is the problem?

  • All AT commands must end with carriage return and line feed - "/r/n". Your terminal software might have such a new line option - transmitting CR+LF at the end of each command. If it doesn't - either use another terminal software or try to send the commands with "CTRL"+"J" keyboard combination, instead of "ENTER".

  • I send basic AT commands to the board but I receive only "ERROR" response. What is the problem?

  • The commands are case sensitive. Make sure you are using capital letters.

  • Newly purchased boards can't be programmed via Arduino IDE. What is the difference compared to previous revisions?

  • The SPI memory had to be changed due to unvailability of the original one. New memory requires different flash mode, make sure to select QOUT instead of QIO (as it was before). Refer to the latest schematic.