MCDODO
MCDODO ESP32-S3 DevKitC-1 N16R8 44Pin 8M PSRAM 3pcs 50cm cable
Three ESP32-S3 development boards with 44-pin headers and 8 MB PSRAM, plus a 50 cm USB-C cable
- TypeSingle Board Computers
- Triple board pack accelerates parallel prototyping
- 44-pin headers expose full I/O for flexible wiring
- 8 MB PSRAM enables larger buffers and smoother multitasking
- 4 GHz Wi-Fi and Bluetooth support wireless IoT projects
- Included 50 cm USB-C cable powers and programs the boards
ESP32-S3 development board triple pack
This set contains three ESP32-S3-DevKitC-1 boards built around the ESP32-S3-WROOM-1 N16R8 module. Each board exposes 44 pins and includes 8 MB of integrated PSRAM for larger data buffers. A single 50 cm USB Type-C cable is supplied for power and programming. The boards operate at a 3.3 V logic level and are brand new.
Makers prototyping Wi-Fi and Bluetooth IoT nodes
The pack suits developers who need several identical nodes for mesh experiments, sensor arrays or classroom labs. Builders who require a separate cable for every board, or who need on-board antenna diversity, should look at other kits. Projects that demand 5 V tolerant I/O without level shifting are not a match for the 3.3 V pin headers.
8 MB PSRAM on the N16R8 module
The N16R8 variant provides 8 MB of pseudo-static RAM directly on the wireless module, enabling heavier firmware images and larger frame buffers than zero-PSRAM alternatives. This single memory figure determines whether the board can handle your application’s runtime memory needs.
Βασικά χαρακτηριστικά
- Triple board pack accelerates parallel prototyping
- 44-pin headers expose full I/O for flexible wiring
- 8 MB PSRAM enables larger buffers and smoother multitasking
- 4 GHz Wi-Fi and Bluetooth support wireless IoT projects
- Included 50 cm USB-C cable powers and programs the boards
Προδιαγραφές
| Type | Single Board Computers |
|---|
Ερωτήσεις για αυτό το προϊόν
How do I install the ESP32-S3-DevKitC-1 board and what step is often missed?
Connect the 50 cm USB Type-C cable to a USB-A port that supports data, not a charge-only cable, then select the USB-to-UART or native USB port in your IDE; the charge-only cable mistake stops communication.
What maintenance or replacement will the board need later?
The board has no user-replaceable parts; keep the USB-C connector and 44-pin headers clean, and replace the cable if the Type-C plug wears out.
What limit appears first under sustained use?
The 3.3 V SPI supply and on-board regulator set the thermal ceiling; continuous high-current GPIO or radio duty cycles will hit temperature limits before flash or PSRAM wear.
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