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Let your dreams come true with the DENEYAP Kart!

DENEYAP Kart IDE

DENEYAP Kart IDE is a software tool developed specifically for programming the native Deneyap Kart. It aims to provide a comprehensive programming experience to students, makers and software developers.

DENEYAP Kart

32-Bit Dual-Core CPUs, Microphone, 6-Axis IMU, 8MB PSRAM, 4MB Flash, Wi-Fi, Bluetooth

DENEYAP Kart 1A

32-Bit Dual-Core CPUs, 8MB PSRAM, 4MB Flash, Wi-Fi, Bluetooth, SD Card, RGB LED

DENEYAP Mini

32-Bit CPU, 4MB Flash, Wi-Fi, RGB LED

DENEYAP Kart G

32-Bit Processor, 4MB Flash, Wi-Fi, BLE, RGB LED

DENEYAP Kart 1A v2

32-Bit Dual-Core CPUs, 8MB PSRAM, 4MB Flash, Wi-Fi, Bluetooth 5, SD Card, Addressable RGB LED, Type-C USB

DENEYAP Mini v2

32-Bit CPU, 4MB Flash, 2MB PSRAM, Wi-Fi, Addressable RGB LED, Type-C USB

DENEYAP Camera

2MP Camera with IR Filter Module

HOW CAN I USE IT?
Deneyap Bloc is a coding platform which has a web-based visual interface. You can code using interlocking blocks. Simultaneously with the interlocking of the blocks, codes in C++ are automatically created in the background. You can upload the codes you have prepared to DENEYAP electronic development cards.

FREQUENTLY ASKED QUESTIONS

The most curious things about DENEYAP Kart!

A) Try changing your cable or using a different USB port.

B) Perform a manual boot.

  1. Set the upload mode to manual.
    Press the Upload button and wait until “Connecting…” appears. Then, while holding down the BUT button on the card, press and release the RES button (the BUT button can be released immediately afterward). The upload process will then start.
    After the upload is complete, switch the upload mode back to auto.

  2. Connect the card to the computer. Then, while holding down the BUT button on the card, press and release the RES button (the BUT button can be released immediately afterward). Proceed with the code upload step.

 

You should avoid defining the same variable (#define) more than once, as it will cause a compilation error. You can continue by using a different definition.

 

A) The correct COM port must be selected. The code will compile, but it will not upload.
B) The correct board must be selected. If the Deneyap Card used does not match the Deneyap Card selected during uploading, an ESP32 chip error will occur.

A) You can connect a battery using the Deneyap Card’s 3.7V LiPo battery connector. Avoid connecting a LiPo battery with a voltage higher than 3.7V, as this may damage the card.
B) You can power the card by supplying 5V through the USB port.

 

A) There may be an issue with your cable; try using a different one.
B) The required drivers must be installed for the port to appear. When you install the CP210x Windows Drivers, the port will become visible. Make sure to extract the ZIP file and install the 64-bit driver.

 

A) During code uploading, no connections should be made to the TX/RX pins. This will prevent the code from uploading. Disconnect the connections, upload the code, and then reconnect them.
B) Make sure that you have selected the correct board and port.

Check your baud rate settings and make sure they are configured correctly. This will ensure the characters are displayed properly.
The value specified in the Serial.begin() command must match the serial monitor baud rate.

A) The password of the Wi-Fi network you created must be longer than 8 characters.
B) Make sure that the Wi-Fi network name and password you are trying to connect to are correct and that the Wi-Fi signal strength is sufficient.

There should be no Turkish characters in your definitions. Using Turkish characters will cause a compilation error.

 

A) Deneyap Cards (except Deneyap Mini cards) have 12-bit resolution (0–4095), while Deneyap Mini cards have 13-bit resolution (0–8191). You can process these values using the appropriate commands.
B) The pins of Deneyap Cards are 3.3V tolerant. The power connections of the circuit should be designed accordingly.

This issue occurs when multiple libraries with the same name are installed. Removing the unused library will resolve the problem.

 

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