16MB 2 4GHz WIFI ESP32-S3 Nano Development Board Low-power Bluetooth Zpaxo N16R8 NANO 10pcs

ESP32-S3 Nano Dev Board 16MB Flash 2.4GHz WiFi Bluetooth

N16R8 NANO / 10pcs
$203.95
Sale price  $203.95 Regular price  $252.38
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16MB 2 4GHz WIFI ESP32-S3 Nano Development Board Low-power Bluetooth Zpaxo N16R8 NANO 10pcs

ESP32-S3 Nano Dev Board 16MB Flash 2.4GHz WiFi Bluetooth

$203.95
Sale price  $203.95 Regular price  $252.38
ColorN16R8 NANO
Model Number

ESP32-S3 Nano Development Board – 16MB Flash, 2.4GHz WiFi & Low-Power Bluetooth

Take your embedded projects to the next level with the ESP32-S3 Nano Development Board. Featuring a generous 16MB of flash memory, integrated 2.4GHz WiFi, and dual-mode Bluetooth (Classic + BLE), this compact SMD module is an ideal foundation for IoT prototyping, home automation, wearables, and Arduino-compatible builds. Its low-power architecture makes it perfect for battery-operated or energy-conscious applications.

Key Features

  • 16MB Flash Storage – Ample memory for complex firmware, data logging, and OTA updates
  • 2.4GHz WiFi – Reliable wireless connectivity for IoT and networked applications
  • Dual-Mode Bluetooth – Supports both Classic Bluetooth and BLE for versatile device communication
  • Low-Power Design – Optimized for energy efficiency; ideal for battery-powered projects
  • Arduino-Compatible – Integrates seamlessly into the Arduino IDE ecosystem
  • Compact Nano Form Factor – Small footprint for space-constrained enclosures and prototypes
  • 5V Supply Voltage – Standard USB-powered operation
  • Operating Temperature: 0–120°C – Suitable for a wide range of environments
  • SMD Package – Clean, surface-mount design for reliable soldering and integration

⚙️ First-Time Setup (Important – Read Before Use)

If your board repeatedly disconnects and reconnects when first plugged in, follow these steps:

  1. Before connecting to your computer, use a jumper or short wire to bridge pin header "B1" to "GND".
  2. Connect the board to your computer via a USB cable.
  3. Once the computer recognizes the device, remove the wire between "B1" and "GND".
  4. The board is now ready for normal operation and programming.

Specifications

Flash Memory 16MB
WiFi 2.4GHz 802.11 b/g/n
Bluetooth Dual-mode (Classic + BLE)
Supply Voltage 5V (USB)
Operating Temperature 0–120°C
Package Type SMD
Compatibility Arduino IDE, ESP-IDF
Condition New
Quantity Options 1pc, 2pcs, 3pcs, 5pcs, 10pcs

Available Options

  • Model: N16R8 NANO
  • Quantity: 1pc, 2pcs, 3pcs, 5pcs, or 10pcs

Pair It With Your Projects

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Frequently Asked Questions

Q: What is the ESP32-S3 Nano Development Board and what can I build with it?

A: The ESP32-S3 Nano is a compact, Arduino-compatible microcontroller development board featuring 16MB of flash memory, 2.4GHz WiFi, and dual-mode Bluetooth. It's ideal for IoT projects, home automation, wearable tech, sensor nodes, and any project requiring wireless connectivity in a small form factor.

Q: Why does the board keep disconnecting and reconnecting when I plug it in for the first time?

A: This is a known first-time setup behavior. Before plugging in the USB cable, bridge pin header "B1" to "GND" with a jumper or short wire. Connect the board to your computer, wait for it to be recognized, then remove the jumper. The board will then operate normally for all subsequent connections.

Q: Is this board compatible with the Arduino IDE?

A: Yes. The ESP32-S3 Nano is fully compatible with the Arduino IDE. Simply add the ESP32 board package to your IDE, select the appropriate board profile, and you're ready to upload sketches using standard Arduino workflows. It also supports Espressif's ESP-IDF framework for more advanced development.

Q: How many units can I order at once?

A: This listing offers flexible quantity options — you can order 1pc, 2pcs, 3pcs, 5pcs, or 10pcs to suit individual prototyping needs or small-batch production runs.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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