ELECROW ESP32-P4 All-in-One Starter Kit with 16 Modules & AI Lessons For IoT Robotics & STEM Learning

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ELECROW ESP32-P4 All-in-One Starter Kit with 16 Modules & AI Lessons For IoT Robotics & STEM Learning Specification

Output Type
Multiple

Power Factor
Pure DC Input (Not Applicable / 1.0 Linear)

Connector Type
1 x High-Speed USB Type-C Core Power & Data Interface

Application
Advanced Academic Engineering Labs, Corporate R&D Prototyping, Technical Institutes

Power Supply
Direct Current (DC) Bus Architecture

Cooling Method
High-Thermal Conductivity Passive Aluminium Dissipation blocks across core ICs

Output Current
High-Current Drive GPIO pins supporting up to 40mA individual line output Milliampere (mA)

Phase
Single Phase

Current Range
500mA to 2000mA Dynamic Load Consumption Profile Milliamperes (mA)

Noise Level
Completely Silent 0 dB Solid-State Electronic Operation db

Rated Current
2.0A Maximum Supply Feed Allocation Ampere (amp)

Operating Temperature
-10 to +50 Celsius (oC)

Rated Power
~10 Watts Max (Typical continuous load under heavy screen backlighting and dual-core processing limits)

Working Temperature
-10 to 50 Celsius (oC)

Product Type
Electronics IoT Kits

Output Power
Configurable I/O bus output levels to power external nodes Watt (w)

Output Frequency
High-Speed HP Clock up to 360 MHz (Main Core) | Max I2C Speed up to 0.4 MHz Megahertz (MHZ)

Input Voltage
5.0V DC Main Power Line Volt (V)

Voltage Protection
Integrated Over-Voltage, Reverse Polarity, and Thermal Shutoff Safety Overlays

Efficiency
On-board buck-boost logic conversion efficiency running at $\ge$ 88%

Line Regulation
$\le$ 1% variation across operating current bands

Storage Temperature
-20 to +60 Celsius (oC)

Weight
600 Grams (g)

Usage & Applications
Machine Vision Modelling, Voice Recognition Terminals, Smart Industrial HMI Control Panel Prototyping. Advanced Academic Engineering Labs, Corporate R&D Prototyping, Technical Institutes.

Cable Type
1 x High-Speed USB Type-C Core Power & Data Interface

Display Type
7-Inch High-Definition IPS Display Screen with Capacitive Touch Panel Overlay

Material
Toughened Structural Composite Electronics Carrier Board in a Heavy-Duty PP Plastic Suitcase

ELECROW ESP32-P4 All-in-One Starter Kit with 16 Modules & AI Lessons For IoT Robotics & STEM Learning Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
10 Days

About ELECROW ESP32-P4 All-in-One Starter Kit with 16 Modules & AI Lessons For IoT Robotics & STEM Learning

Description

The ELECROW ESP32-P4 All-in-One Starter Kit distributed by REES52 is a next-generation, high-performance edge computing and AI learning platform based on Espressifs powerful 32-bit RISC-V dual-core microprocessor. Breaking away from traditional, messy jumper-wire learning kits, this comprehensive board features a unified "Common Board" layout that integrates 16 distinct hardware sensor modules directly onto a single PCB fabric, eliminating all wire debugging and soldering hazards. The board features an expansive 7-inch high-definition IPS capacitive touchscreen, a 2MP wide-angle camera, dual media speakers, and multi-protocol networking gateways. Purpose-built for computer vision, AI speech interaction, and complex human-machine interfaces (HMI), this kit comes with 19 structured, step-by-step AI training courses, making it the ideal choice for university edge-computing labs, Atal Tinkering Labs (ATL), and industrial IoT engineers.

Key Performance Highlights & Features

Zero-Wiring Prototyping Efficiency: Eliminates the typical hours wasted debugging broken jumper connections, loose breadboard sockets, or troubleshooting backward voltage alignments. The 16 core sensor blocks communicate securely across built-in hardware traces right out of the box.
Dual-Core RISC-V Powerhouse: Built around the cutting-edge ESP32-P4 SoC with a hefty 32MB of integrated system memory. It effortlessly manages edge-level machine learning frameworks, including real-time image classification, local keyword spotting, and facial detection algorithms without cloud dependency.
Industrial HMI Panel Integration: Features a 7-inch 1024x600 capacitive IPS display coupled with the lightweight Light and Versatile Graphics Library (LVGL). This lets developers build smooth, high-fidelity UI dashboards for industrial automation setups, point-of-sale (POS) systems, or smart home command boxes.
Robust Multi-Media Architecture: Integrates a 100 wide-angle 2MP camera sensor and dual sound speakers. This setup gives engineering students and R&D teams a complete hardware layout to test gesture commands, Voice Activity Detection (VAD), and multi-media processing systems.

Frequently Asked Questions (FAQs)

Q1: Does the kit support Wi-Fi and Bluetooth right out of the box?

A: The base ESP32-P4 silicon is a high-performance, non-wireless MCU designed for security-sensitive and processing-heavy applications (featuring integrated Ethernet). However, this Elecrow kit features a dedicated onboard expansion slot specifically intended for dropping in standard plug-and-play wireless Wi-Fi/Bluetooth companion modules as needed.

Q2: What development environments are used to write code for this kit?

A: The kit provides complete open-source code repositories and documentation that seamlessly support the beginner-friendly Arduino IDE framework, as well as the professional, production-grade ESP-IDF (Espressif IoT Development Framework) using C/C++.

Q3: What specific projects are covered inside the 19 guided lessons?

A: The curriculum systematically moves from basic GPIO manipulations (such as lighting up integrated status LEDs) and analog-to-digital sensor communication protocols to advanced, multi-media AI execution scripts. These include on-device image processing using the wide-angle camera, local voice interaction routines, and configuring multi-layered LVGL touchscreen UI dashboards.