🚀 Elevate Your Projects with Ideaspark's ESP32 Board!
The ideaspark® ESP32 Development Board combines a powerful ESP32-WROOM-32 module with a 1.14-inch ST7789 LCD display, offering seamless integration for various IoT applications. With dual-mode connectivity, low power consumption, and a compact design, this board is perfect for developers looking to create innovative projects without the hassle of traditional setups.
| RAM | LPDDR4 |
| Wireless Type | 802.11bgn |
| Brand | ideaspark |
| Item model number | ESP32 1.14 inch LCD(Solder PIN) |
| Operating System | Linux |
| Item Weight | 1.13 ounces |
| Package Dimensions | 2.91 x 1.97 x 0.87 inches |
| Processor Brand | Espressif |
| Number of Processors | 2 |
| Manufacturer | ideaspark |
| ASIN | B0D7S7YQMC |
| Country of Origin | USA |
| Date First Available | June 22, 2024 |
M**A
USB A - C cable required.
Use a USB-A to USB-C cable or be hugely disappointed. It will not power up with USB C-C cable.
M**O
Great combo of ESP-WROOM-32 with an ST7789 I2C screen!
The media could not be loaded. This is a very capable little Espressif ESP32 microcontroller with a beautiful ST7789 based screen. Download the Adafruit ST7789 support library, and the Adafruit GFX library and you can draw photos, or programatically render text or geometric objects, like the little balls I made to bounce around in this video. Little computers are so fun to work with... kind of like home PCs from the dawn of the era. Dive in and imaging yourself coding on an ancient Apple II computer back in the early 1980s. These little things are many orders of magnitude more powerful than those old home computers were though, of course.
I**Y
Large readable display
First experience with an ESP32 after previously using an ESP8266. In the end it worked very well, although I found WiFi was not very sensitive when powering with the USB-C cable attached to a PC. After searching found that powering via rear pins handled the WiFi signal better.
J**E
Nice esp easy to use
Very nice small footprint
D**T
Doesn't work with normal USB-C to USB-C cable
This board is improperly engineered and missing the resistor needed to use a cable that has USB-C on both ends. This means for instance that you cannot plug it into a MacBook with USB-C. It won't power on. The designer did not follow the USB-C specification.
J**B
You have to use a USB-A cable
In order for this unit to power on, you cannot use a USB-C to USB-C cable. It has something to do with the wiring. You have to use a USB-A to USB-C cable in order for this unit to power on. It is possible to do some jumper configurations, but I haven’t figured that out because it requires a Resistor. Other than that, it’s a good.
Z**A
It works
Yep. See the picture. Platform IO and such.
S**N
Works as expected
Nice little project, wish it was easier to get information on how to program it.
Trustpilot
1 week ago
3 weeks ago
