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  • The versatile and powerful electronic development board of the Deneyap family has been developed using the original ESP32-WROVER-E module.
  • With its powerful dual-core Tensilica Xtensa LX6 microprocessor, you can start machine learning and artificial intelligence–based projects using TensorFlow Lite.
  • Thanks to its built-in Wi-Fi and Bluetooth communication capabilities, it enables you to develop Internet of Things and cloud-based projects. A Bluetooth library specific to the device must be used. Click here for Bluetooth examples. You can use Deneyap Kart as a Bluetooth keyboard on Deneyap Kart, Deneyap Kart v2, Deneyap Kart 1A, Deneyap Kart 1Av2, and Deneyap Kart G boards, as well as on Android, Apple, and Windows devices. Click here for a sample project.
  • By using the Wi-Fi communication feature, you can exchange data between your system and your cloud-based application. In addition, you can use your Deneyap Kart as a server to establish your own closed-loop wireless communication network.
  • With dual-mode Bluetooth support, you can exchange data with devices that support both BLE and Bluetooth EDR infrastructures. Deneyap Kart provides significant convenience for IoT projects in areas such as smart home, smart agriculture, smart transportation, and mobile health.
  • Deneyap Kart includes a built-in high-precision LSM6DSM sensor. With this sensor, you can perform 3-axis acceleration and 3-axis angular rate measurements and monitor the temperature of your system.
  • Equipped with a built-in MP34DT05 microphone based on MEMS technology, Deneyap Kart not only detects ambient sound intensity but also enables speech and sound recognition applications.
  • It features a rich set of peripheral interfaces such as ADC, DAC, UART, PWM, I2C, SPI, I2S, SD/SDIO/MMC, capacitive sensing, TWAI, RMT, JTAG, timers, pulse counters, and external interrupts. In addition, to provide flexibility, some of these interfaces can be assigned to any desired pin according to your needs.
  • The microprocessor includes an integrated magnetic field sensor. You can measure the magnetic field level when a magnet is brought close to the device or when the device enters a magnetic field.
  • With the built-in temperature sensor integrated into the 6-axis inertial measurement unit, you can monitor the device temperature in the range of –40 °C to +85 °C.
  • It has 24 general-purpose pins. The pins used as digital input/output are protected against overcurrent by PTC fuses.
  • A dedicated Li-Po battery connector is provided to help you power your system reliably. Moreover, you can charge your Li-Po battery using this connector.
  • You can connect the Deneyap Camera directly to the (FPC) connector on the Deneyap Kart.
  • Additionally, 2 buttons and 1 RGB LED are integrated on the board.
  • By using the I2C communication connector, you can quickly build your system consisting of sensors and actuators without the need for wiring or soldering.
  • You can obtain 3.3 V and 5 V outputs from the Deneyap Kart for use with peripherals that require continuous external power. Even when powering your system with a Li-Po battery, a 5 V power output is always available.
  • Deneyap Kart features a breadboard-compatible design. The pins are pre-soldered to allow you to start development immediately.
  • Deneyap Kart is compatible with the Arduino IDE. You can start coding by following the provided instructions.