MCDODO
MCDODO ESP32-S3 DevKit S3 44-pin 8MB PSRAM 6-pack with 2×50 cm USB-C cables
Six ESP32-S3 development boards with 44-pin breakout and 8 MB PSRAM, plus two 50 cm USB-C cables for IoT prototyping
- TypeSingle Board Computers
- Six boards in one pack ready for parallel IoT prototypes
- Each unit packs 8 MB PSRAM for larger buffers
- 44 pins on both sides simplify breadboard wiring
- ESP32-S3-WROOM-1 N16R8 module handles Wi-Fi and Bluetooth tasks
- Two 50 cm USB-C cables included for power and flashing
Six-Board ESP32-S3 DevKit Pack
This pack contains six ESP32-S3 development boards based on the ESP32-S3-WROOM-1-N16R8 module. Each board exposes 44 pins and includes 8 MB of PSRAM for larger buffers and deeper firmware stacks. Two 50 cm USB-C cables are supplied for power and serial communication across the set. The boards arrive new and ready for immediate prototyping.
Makers and educators building multiple nodes
The six identical boards suit classroom labs, mesh-network prototypes or any project that needs several nodes running the same firmware. Engineers who require a single high-pin-count board or a different module variant should look at other options. The included cable count covers only two simultaneous USB connections.
44-pin header with 8 MB PSRAM
The 44-pin layout breaks out every I/O from the ESP32-S3-WROOM-1-N16R8 module, while the 8 MB PSRAM extends usable memory for graphics, audio or protocol stacks. This combination determines whether the board fits a given shield, breadboard or enclosure design.
Najważniejsze cechy
- Six boards in one pack ready for parallel IoT prototypes
- Each unit packs 8 MB PSRAM for larger buffers
- 44 pins on both sides simplify breadboard wiring
- ESP32-S3-WROOM-1 N16R8 module handles Wi-Fi and Bluetooth tasks
- Two 50 cm USB-C cables included for power and flashing
Specyfikacja
| Type | Single Board Computers |
|---|
Pytania dotyczące tego produktu
Does the 8 MB PSRAM on the ESP32-S3-WROOM-1 module limit how large a firmware image I can load?
The 8 MB PSRAM provides ample space for typical IoT firmware and runtime buffers; the 16 MB flash stores the program itself.
How much heat or noise does each board produce when running Wi-Fi and Bluetooth continuously?
The bare boards have no fans and draw little power, so they stay silent and only warm slightly under constant wireless load.
Besides the two 50 cm USB-C cables, what must I already have to program all six boards?
You need a host computer with a USB port and the ESP-IDF or Arduino toolchain installed to flash each board.
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