It is the most flexible and powerful electronic development board of the Deneyap family, developed with the original ESP32-WROVER-E module.
You can start machine learning and AI-based projects with Tensorflow Lite with the powerful dual-core Tensilica Xtensa LX6 microprocessor.
There are modules for internal wifi and bluetooth communication on the card. Thanks to these features, it helps to prepare internet of things and cloud-based applications.
By using the Wi-Fi communication feature, you can exchange data between your system and your cloud-based application. You can also use your Deneyap Kart as a server and set up your own closed loop wireless communication network.
You can exchange data with devices that have both BLE and Bluetooth EDR infrastructure with the Dual Mode Bluetooth feature. Deneyap Kart provides you great convenience in Internet of Things projects where you can realize applications in areas such as smart home, smart agriculture, smart vehicles, mobile health, etc.
The Deneyap Kart has a high-precision LSM6DSM sensor built in. You can measure 3-axis acceleration and 3-axis rotation with this sensor and monitor the temperature of your system.
The Deneyap Kart not only senses the intensity of sounds in the environment with its built-in MP34DT05 microphone with MEMS technology, it also allows you to perform speech and voice identification applications.
It has a wide range of peripheral connections such as ADC, DAC, UART, PWM, I2C, SPI, I2S, SD/SDIO/MMC, Capacitive Sensing, TWAI, RMT, JTAG, Timer, pulse counter and external interrupt. In addition, to give you flexibility, some of these connection interfaces can be used on any pin of your choice according to your requirements.
There is a built-in magnetic field sensor integrated into the microprocessor. You can measure the magnetic field level when a magnet is brought close to your device or when the device enters a magnetic field.
You can monitor the device temperature in the range of -40 °C to +85 °C with the built-in temperature sensor integrated into the 6-axis inertial measurement unit.
It has 24 pins that can be used for general purposes. These pins, which are used as digital input/output, are protected against overcurrent with a PTC fuse.
There is a dedicated Li-Po connection connector to help you reliably power your system. What's more, you can charge your Li-Po battery using this connector.
You can connect the Deneyap Camera directly to the (FPC) connector on the Deneyap Card.
In addition, there are 2 buttons and 1 RGB LED built-in.
You can quickly implement your system of sensors and actuators without wiring and soldering using the I2C communication connector.
You can get 3.3V and 5V voltage output from the Deneyap Kart for use in peripherals that you will provide external connection without interruption. Even when feeding your system with a Li-Po battery, the 5V power output will always be with you.
Deneyap Kart has a design compatible with breadboard. The pins are soldered for you to start developing immediately.
Deneyap Kart is compatible with Arduino IDE. You can start coding using the instructions.
Technical Specifications
240 MHz Dual Core Tensilica LX6 Microprocessor
520 KB SRAM
448 KB ROM
8 MB PSRAM
4 MB SPI Flash
2.4 GHz Wi-Fi – 802.11b/g/n
Bluetooth EDR and BLE
Built-in PCB Antenna
3-Axis Rotometer and 3-Axis Accelerometer with LSM6DSM (I2C Address: 0x6A)
MP34DT05 MEMS Microphone
Built-in Magnetic Field Sensor
RGB LED (Pins: RX, TX, SDA)
General Purpose Button (Pin: GPKEY)
Li-Po Battery Charging
Li-Po Battery Connector
24 x Digital Input/Output Pins
16 x Analog Input Pins (12-bit ADC)
All Digital Input/Output Pins; It is supports UART, SPI, I2C Communication Interfaces and External Interrupt