Product Description

The ESP8266 NodeMCU is a low-cost, open-source Wi-Fi development board based on the ESP8266 microcontroller. Designed for rapid IoT prototyping, it integrates the ESP-12E module, a USB-to-serial converter, and a voltage regulator, all on a compact PCB with breadboard-friendly headers. Powered by the Tensilica L106 32-bit RISC processor, the NodeMCU supports clock speeds up to 80/160 MHz, features 11 GPIO pins, SPI, I²C, PWM, ADC, and supports deep sleep modes for low-power applications. It comes preloaded with the NodeMCU firmware, which allows programming in Lua, though it's most commonly used with the Arduino IDE thanks to its wide support and ease of use. The onboard micro-USB port provides power, programming, and serial communication. Ideal for IoT applications, home automation, sensor nodes, and Wi-Fi-enabled projects, the NodeMCU offers an excellent balance of power, price, and flexibility for beginners and advanced developers alike. Key Features

• Microcontroller: ESP8266EX (Tensilica L106 @ 80/160 MHz)
• Flash Memory: 4 MB (typical)
• Wi‑Fi: 802.11 b/g/n with STA/AP/STA+AP modes
• Interfaces: GPIO, ADC (10-bit), PWM, I²C, SPI, UART
• USB-to-Serial: Onboard (CH340 or CP2102)
• Power Supply: 5 V via micro-USB, 3.3 V onboard LDO regulator
• Programming: Arduino IDE, Lua, MicroPython, PlatformIO
• Dimensions: ~58 × 31 mm
• website:https://www.ai-thinker.com/home

Controller Specific

Attribute	Value	Description	Why It Matters
Processor Type	N/A	CPU architecture and speed	Computational capability
I/O Capacity	N/A	Digital/analog input/output count	System integration capacity
Memory	N/A	RAM and storage capacity	Program complexity capability
Real-time Capability	N/A	Deterministic response time	Motion control precision
Communication Interfaces	N/A	Network and fieldbus support	System connectivity
Programming Environment	N/A	Development software	Ease of implementation
Safety Features	N/A	Functional safety compliance	Human safety requirements
Expansion Options	N/A	Modular expansion capability	System scalability

Form Factor

Attribute	Value	Description	Why It Matters
Height	10	Total standing height (cm)	Human-scale enables use of tools, navigation of spaces
Width	20	Shoulder-to-shoulder width (cm)	Affects balance, door/passage fit
Weight	52	Total mass (kg)	Impacts mobility, safety, power usage, transportability

Power System

Attribute	Value	Description	Why It Matters
Battery Type	Alkaline Battery	Li-ion / LiFePO4 / etc.	Determines energy density, safety
Battery Capacity		Wh or Ah	Impacts range and operating time
Operating Duration		Hours under normal load	Key for logistics, shift planning

Performance

Attribute	Value	Description	Why It Matters
Payload Capacity		Maximum carrying capacity (kg)	Determines real-world utility
Speed		Maximum operational speed	Task completion rate & productivity
Precision		Positioning accuracy (mm)	Quality of work & application suitability
Repeatability		Consistency of positioning (±mm)	Manufacturing quality & reliability
Cycle Time		Time per standard operation	Productivity & throughput calculations
MTBF		Mean Time Between Failures (hours)	Reliability & maintenance planning
Service Life		Expected operational lifespan (years)	ROI calculations & replacement planning

Connectivity

Attribute	Value	Description	Why It Matters
Communication Protocol		Wi-Fi / Ethernet / 5G / Bluetooth	Network integration capabilities
Remote Control		Web / App / Joystick / API	Needed for manual override or remote training
Programming Interface		Drag-drop / Code / Visual / Teach pendant	Ease of deployment and customization
Integration APIs		Available software interfaces	System integration capabilities
Cloud Connectivity		Cloud platform compatibility	Data analytics & remote monitoring
Security Features		Encryption & authentication methods	Cybersecurity compliance