ESP8266 NodeMCU V2 heavy Duty WiFi Microcontroller with CP2102 – Premium IoT Logic | Electrive Co
1,150.00 Rs.
Product Description:
The ESP8266 NodeMCU V2 is the definitive choice for applications that demand high reliability in a standardized logic architecture. Optimized for professional deployment and complex prototyping, this heavy-duty microcontroller guarantees full logical processing capability, featuring native support for the powerful ATmega328P microcontroller found on standard Arduino boards. Electrive Co’s microcontroller board ensures seamless data protocols and native stability for complex industrial automation and sophisticated localized logic management.
Engineered with genuine, industrial-grade components and precise manufacturing, this professional board ensures rock-solid stability even when subjected to industrial conditions. Its robust architecture allows for direct mounting into customized panels without sacrificing visibility. Every trace, component, and the durable green PCB are built for longevity and dependable execution of complex automated workflows.
Our rigorous quality assurance protocols guarantee that each ESP8266 NodeMCU meets international electronic standards. It provides native support for 22 Digital I/O and 8 Analog Inputs, making it ideal for scalable localized automation and complex data protocols within customized industrial assemblies. Electrive Co stands behind this component as the reliable processing unit for your most ambitious miniaturized and scalable deployments.
Technical Specs (Bulleted List):
Microcontroller: ESP8266MOD (metal shield)
Operating Voltage: 3.3V
Input Voltage (Recommended): 7-12V
Connectivity: Native WiFi (802.11 b/g/n)
Flash Memory: 4 MB (approx. 0.5 KB used by bootloader)
SRAM: 32 KB
Digital I/O Pins: 22 (6 provide PWM)
Analog Input Pins: 8 (2 are dedicated; 6 are multiplexed from digital)
Clock Speed: 16 MHz
Connectivity: Native Serial, I2C, SPI serial interfaces
Buttons: EN (Reset) and BOOT (Flash)
Applications/Uses:
Low-Power IoT Sensor Nodes: Acting as the localized logic and data aggregator for smart agriculture or environmental monitoring systems (e.g., measuring soil moisture and temperature at 5V).
Advanced Robotics & Drones: A central processing core for miniaturized robot swarms or bipedal walking algorithms where the scalability of the Mega version provides a critical advantage.
Localized Automotive Monitoring: Interfacing with vehicle sensors (OBDII, temperature, pressure) and displaying data on customized dashboard screens using complex data protocols.
Smart Lighting Control: Providing centralized control and communication logic for distributed LED lighting systems or customized digital signage arrays.
Biomedical Data Acquisition: Integrated as the signal processing and transmission engine for low-power wearable health monitors or localized patient data interfaces, prioritizing stable logic execution.