暗号資産でのお支払いに対応—お手持ちのコインで、本物のハードウェアをご購入いただけます。暗号資産で支払い、本物のハードウェアに使う。 $399以上のご注文で、世界中どこでも送料無料（保険付き）。無地・ノーブランドの外箱で、ドイツから発送いたします。$399以上で送料無料（保険付き）。 注文手続きを開始すると、レートは30分間ロックされます。レートは30分間ロック。 すべての商品は未開封で、シリアル番号を確認した上で、24か月保証が付いています。未開封、24か月保証。

ウォッチリスト ログイン
Green rectangular circuit board with USB-C and micro-USB ports, pin headers and ESP32 chip visible

Vszerda

Vszerda ESP32 NodeMCU-32S development board

SKU CH-AEK7-BT184

ESP32 development board with Wi-Fi, Bluetooth and GPIO expansion for IoT projects

  • ESP32 dual-core processor enables parallel task execution for responsive IoT projects
  • Integrated Wi-Fi and Bluetooth connectivity allows wireless communication without extra modules
  • USB Type-C and Micro-USB options give flexible power and programming choices
  • GPIO expansion header provides direct access to pins for sensors and actuators

ESP32 development board for IoT projects

The Vszerda NodeMCU-32S is a compact development board built around the ESP32 microcontroller. It provides integrated Wi-Fi and Bluetooth connectivity for wireless IoT applications. The board is aimed at makers, students and engineers prototyping connected devices using Lua or other supported frameworks.

Dual USB interface simplifies power and data

This version includes both Type-C and Micro-USB connectors, so you can power or program the board with either cable type. The GPIO expansion header breaks out the ESP32 pins for sensors, actuators or displays. No extra adapters are required to start developing.

特長

  • ESP32 dual-core processor enables parallel task execution for responsive IoT projects
  • Integrated Wi-Fi and Bluetooth connectivity allows wireless communication without extra modules
  • USB Type-C and Micro-USB options give flexible power and programming choices
  • GPIO expansion header provides direct access to pins for sensors and actuators

仕様

この商品の仕様はまだ公開されていません。

この商品に関する質問

How long will the on-board flash memory last before it needs replacing?

The ESP32 chip includes internal flash rated for many thousands of program-erase cycles, so typical development use will not wear it out.

What limits continuous operation when the board is running at full load?

The on-board voltage regulator will hit its thermal limit first, so sustained high current draw requires extra heatsinking or forced airflow.

同じ売り場の商品

よく比較されている商品

同じ売り場、同じレジ — 8種類のコインと30分間のレートロック。