Board module

Start by matching the board to your preferred microcontroller family, voltage, and I/O needs. In this range you’ll find a Nano-style Arduino board with ATmega328P, Type C USB, 5V operation, 7–12V input, 14 digital I/O pins, and 8 analog inputs. Preinstalled bootloader, 32 KB flash, and 16 MHz clock provide a ready-to-program platform for beginners and seasoned tinkerers alike.

Choose a motor driver when you need to control two DC motors or one bipolar stepper motor with PWM speed control. The L9110S board is compact, supports a broad operating voltage range, and pairs well with microcontrollers such as Arduino, ESP32, or Raspberry Pi for small robotics or automation projects.

Yes, dedicated amplifier boards like the TDA7379 offer stereo output (38W+38W) and run on DC power within a typical 9–17.5V range. This makes them suitable for compact home audio projects, hobby amplifiers, or small speaker setups that benefit from straightforward board-based integration.

BluetoothDecode boards provide Bluetooth 5.0 connectivity with support for MP3, WMA, WAV, FLAC, and APE formats, plus remote control, USB, SD Card, and FM capabilities. These modules are ideal for DIY car audio, compact media players, or Bluetooth-enabled project hubs where wireless audio streaming is desired.

Absolutely; specialized modules such as liquid pH value detection boards integrate with Arduino-compatible platforms. They include a BNC electrode for strong signal integrity and simplify automation in water-quality monitoring, hydroponics, and laboratory-style experiments, making them suitable for students and engineers alike.

Yes, a SIM800L GSM/GPRS module provides SMS, voice calls, and data over GPRS via UART. External antenna support and compatibility with Arduino and ESP32 offer a compact way to add mobile connectivity to IoT or remote-monitoring projects, delivering a practical solution for weather stations or field sensors.