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  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
  • Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3
Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3

Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3

$1.24-$4.70/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized packaging(Min.Order: 1000 pieces)

Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • ESP32 Microcontroller Integration: A versatile development board featuring dual-core processing, built-in Wi-Fi, and Bluetooth capabilities for IoT, home automation, and robotics projects.
  • Modular Connectivity: Supports expansion via USB interface, screw terminals, and headers, enabling seamless connection to sensors, cameras (e.g., ESP32-CAM module), and other peripherals for multi-functional applications.

Key features

  • 1. Durable Material Construction

  • With a high-quality, corrosion-resistant PCB finish, ensure reliable performance and extended lifespan compared to standard development boards*.

  • 2. User-Friendly Interactive Design

  • With screw terminal connectors and pre-attached headers, easily integrate sensors and components without soldering*, simplifying prototyping and assembly.

  • 3. Dual-Core Processing & Wireless Connectivity

  • With a dual-core ESP32 chip and integrated Wi-Fi/Bluetooth, achieve faster data handling and seamless connectivity compared to single-core boards*, supporting complex IoT applications.

  • 4. Low-Power, Versatile Scenario Solutions

  • Designed for low-power operation, this board supports continuous use in IoT, home automation, and robotics projects*, outperforming high-power alternatives in energy efficiency*.

  • 5. Industry-Standard Compatibility

  • Adheres to industry standards (e.g., Arduino IDE and Python compatibility), ensuring seamless integration into professional development workflows* and broad ecosystem support.

Product details

Lua Wireless WIFI Module Connector Development Board CP2102 V2 D1 MINI ESP-12E Micro USB ESP8266 ESP32 CP2102 CH340 NodeMcu V3

The Lua Wireless WIFI Module Connector Development Board supports ESP32, ESP8266, and NodeMCU platforms, offering a versatile solution for IoT, robotics, and embedded systems. Designed with a standard board layout and USB connectivity, it simplifies development through compatibility with Arduino IDE and Python frameworks.

Technical specifications

FeatureSpecificationBenefit
Microcontroller TypeESP32 (Dual-core, 240MHz)Handles complex IoT tasks with real-time responsiveness
Communication InterfaceUSB 2.0 (CP2102/CH340)Plug-and-play programming for quick prototyping
CompatibilityESP-12E, ESP8266, NodeMCU V3, D1 MiniUniversal use across diverse hardware ecosystems
Power ManagementLow-power modes (ESP32-specific)Optimized for battery-operated devices
Operating SystemStandard (Arduino/Python frameworks)Accessible to developers of all skill levels

Customization guide

Adjust GPIO configurations to reassign pins for custom sensor integration or modify firmware parameters to meet specific communication protocol requirements.

Get inspired

With the ESP32’s dual-core processor, you can run real-time sensor data logging while maintaining seamless Wi-Fi connectivity. Its integrated Bluetooth capability enables wireless configuration for smart home devices. For low-power applications, leverage ESP32’s sleep modes to extend battery life in wearable tech.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing Power240MHz (Standard)240MHz + 16KB SRAM240MHz + 32KB SRAM
ConnectivityWi-Fi/Bluetooth 4.2Wi-Fi 5 + Bluetooth 5Dual-band Wi-Fi 6
Memory4MB Flash8MB Flash16MB Flash
Power EfficiencyStandard20% lower idle power30% lower idle power*
GPIO Customization18 pins (fixed)20 pins (reconfigurable)26 pins (reconfigurable)

Supplier's note

  1. Technical Breakthroughs:

    • Dual-core architecture: Enables parallel processing for multi-tasking IoT applications.
    • Integrated Wi-Fi/Bluetooth 5: Delivers 2x faster data transfer than legacy Bluetooth 4.2.
    • Low-power modes: Reduces energy consumption by 40% compared to ESP8266.
  2. Version Selection Guide:

    • Base Model: Ideal for hobbyists and basic IoT projects (e.g., smart lighting).
    • Advanced Model: Targets developers needing enhanced memory and power efficiency for industrial sensors or wearables.
    • Pro Model: Best for enterprise IoT deployments requiring high-speed connectivity (e.g., real-time surveillance systems paired with ESP32-CAM modules).

*Pro Model’s power efficiency surpasses industry benchmarks by 30%, enabling prolonged operation in battery-powered drones or remote sensors.

Frequently asked questions

  • Which ESP32 development board suits IoT projects with Wi-Fi and Bluetooth?

  • What are the key differences between ESP32 and ESP8266 modules?

  • Can this board be programmed using Python or Arduino?

  • Is the ESP32 module FCC/CE certified for commercial use?

  • Which model is best for low-power home automation systems?

  • How does the USB interface enhance development flexibility?

  • Can I add custom sensors to the Terminal Adapter board?

  • Does the ESP32-CAM board support real-time image processing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
ESP32 Standard Development BoardIoT prototyping, home automationDual-core 160 MHz processor (Industry: 80 MHz single-core ▲▲)High processing power for complex tasks; integrated Wi-Fi/Bluetooth 4.2Higher power consumption (200 mW vs industry standard 100 mW)
ESP32-CAM ModuleSurveillance systems, image captureIntegrated 2MP OV2640 camera (Industry: Requires external camera ▲)Compact all-in-one design; supports JPEG/MJPEG streamingLimited GPIO ports; bulkier form factor (25% larger than ESP32 Base ▲)
ESP8266 BoardsLow-power sensors, simple IoT devicesSingle-core 80 MHz processor (Industry baseline)Ultra-low cost ($2/unit vs $5 for ESP32 ▲); minimal power use (30 mW ▲▲)No Bluetooth support; limited RAM (80 KB vs 320 KB in ESP32 ▲)
Customizable ESP32 BoardsRobotics, industrial IoTArduino/Python/RTOS compatibility (Industry: Limited to SDKs ▲▲)Flexible programming with 32-bit precision; 4 MB flash (Industry: 1 MB ▲▲)Requires advanced coding skills; 20% higher latency in complex workflows ▲
Low-Power ESP32 ModulesWearables, battery-operated devices0.5 µA deep sleep (Industry: 10 µA ▲▲); 32 KB RAM in sleep mode10x longer battery life compared to ESP8266 ▲▲; ultra-compact design50% slower wake-up time (200 ms vs 100 ms in standard ESP32 ▲)
ESP32 Terminal AdapterIndustrial sensor interfacingScrew terminals for 24V/10A load (Industry: 5V/1A header pins ▲▲)Ruggedized design for harsh environments; ESD protection (8 kV contact ▲)Bulky form factor (3x larger than standard ESP32 ▲▲); higher cost (+$3/unit ▲)

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