Product Description
The biggest advantage of Dasduino Connect hides within its name. If you ever wanted to connect your development board directly to the Internet, look no further! This Dasduino comes with the ability to connect to Wi-Fi. It even comes with the TCP/IP protocol suite that supports DNS. Connecting the physical world with the Internet has never been easier! Dasduino Connect is based on the well-known ESP8266 microchip which can be a bit complicated to use on its own. Adding the fact that it works from the Arduino IDE, working this board is as simple as it gets.
Dasduino Connect is 71 mm wide and 26 mm high so you can fit it in most projects. It fits perfectly on a breadboard for faster prototyping. It has a total of 30 pins, most of which are digital and one of which is analog. You can simply connect it to your computer with a USB Type-C and program it in Arduino IDE. Connecting the Dasduino Connect with other boards is done with an easyC cable. The design is 3.3V ready with an onboard regulator for 5V. With the JST battery connector, you can make your projects truly wireless. It includes full RGB WS2812B LED as well. Comes without any headers although it comes with USB-C cable.
Dasduino CONNECT (ESP8266) options:
The Dasduino CONNECT comes in 3 versions depending on the method of establishing a connection to the pins:
– without headers
– with male headers
– with female headers
Product features
Complimentary technical support
In case you ever get stuck with using this product, you can count on us. We provide free, no-strings-attached technical support with this product. Just reach out to us with your questions, and we'll be there to help you.
easyC
easyC is a system for simple connection of microcontroller boards, sensors and actuators that enables fast prototyping without the possibility of error. The connection between the modules takes place with simple cables. easyC is based on I2C communication. Read more here.
Made in EU
Designed and developed in EU (Croatia), with mindfulness of high quality and safety to use. All Soldered products go through strict quality controls. No product comes out of our HQ without being properly tested beforehand. When getting a Soldered product, you’re guaranteed to get a product that will meet your demands.
Open-source
Open-source culture is rooted deep inside us, and that’s reflected in our products. This product follows the open-source principle. It was made with the community’s suggestions and needs in mind. With a modular design, it can be modified to your needs and incorporated into your projects. We provide all the design documentation needed free of charge on our Github repository. Key features
- ESP8266 microcontroller
- Operating voltage: 3.3V (onboard regulator for 5V)
- GPIO pins: 9
- Li-ion charger
- Connectors: USB Type-C (female), easyC, JST battery
- Push buttons: Reset, User
- CH340C USB-UART converter
- WS2812B full color RGB LED
- Optional without headers
- Optional with male headers
- Optional with female headers
- Dimensions: 71 mm x 26 mm / 2.8 x 1 inch
- Install the Dasduino board definition in the Arduino IDE using the repository at the link below.
Product usage tips
Adding code on Dasduino Connect is really simple with Arduino IDE. If something’s not working, check if everything is connected properly. First, take a look at the Dasduino. If everything is connected to headers properly, look at the connections on the breadboard. If everything is correct there, check your code once more. Some bugs that the Arduino IDE doesn’t notice might have snuck in and might be messing up with the whole thing.
Dasduino Connect works very well with other breakout boards in our assortment. We recommend combining it with the OLED I2C 0.96” to display your favorite quotes from the Internet. Both of them have easyC connectivity so they can connect in a matter of seconds. Dasduino Connect has two mounting holes in the middle of it so it can be attached to something and it won’t budge.
ESP8266 is capable of functioning in a wide temperature range. Thus, Dasduino Connect is capable of working consistently in industrial environments. With that in mind, it’s not impact-resistant. It might break if it hits something at a weird angle or high speed. Keep track of the current going through it as well. If too high of a current passes through it, the crucial components can fry and render the board useless.
Useful links & tutorials
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