Guppy – Fishino Nano Board
SKU 7305-GUPPYEAN 8219671111140Item type: Assembled, BoardArduino compatible, ESP8266 / ESP32, Fishino, IoT (Internet of Things)
Description
Fishino GUPPY is a board that is 100% compatible with the famous Arduino NANO. It features an integrated WiFi module, an integrated microSD card interface, high-efficiency switching power supply, and the ability to be powered by a rechargeable battery. An important detail of the Fishino GUPPY board is the possibility of being powered by a single-cell LiPo battery, which is automatically recharged when another power source is present. Note: microSD card not included.
Note: Fishino requires some packages for the Arduino IDE to make the SD work; click on the following link http://fishino.it/arduino-ide-packages-it.html
Technical specifications
- 100% compatibility with Arduino Nano:
Fishino GUPPY is based on the Arduino platform, keeping all its features unchanged and adding new ones. This guarantees that all Arduino shields and libraries will work unchanged with Fishino GUPPY. - High-efficiency switching power supply:
Fishino GUPPY has all power stages in switching technology. This means it can be powered via battery, USB connector, or external power connector with a voltage from 6.5 Volts to over 20 Volts without the overheating problems that afflict the original even when powered at 12 Volts. - Rechargeable battery power option:
Fishino GUPPY is equipped with an additional LiPo battery power system and its charger. It can therefore be used for portable devices in complete autonomy. - Integrated WiFi module:
Fishino GUPPY is equipped with an exceptional performance WiFi module, whose software has been specially modified by us. With Fishino you can connect to an existing WiFi network or create a new one. - Integrated microSD card interface:
The ability to use a common microSD memory card allows Fishino GUPPY to manage huge amounts of data, create small web servers, and portable data loggers. - Dimensions (mm):
75 x 20 x 18.5. - Weight:
10 grams.














