Free Delivery on Orders Above Rs 999/- Pan-India

Cash on Delivery Available for Orders above Rs.500/- and Upto Rs 3000/-

SAVE more when you BUY more. Upto 30% Off on BULK PURCHASE

GST Invoices for Your Business

Dedicated Technical Support Team

Safely Delivering Genuine Products PAN INDIA

Track Order | Support | Careers

ESP Module

Best Esp for Your Next Build

Ever felt confused while choosing esp for your project? In this collection, we have gathered useful esp that are commonly used in real electronics and robotics projects. You don’t have to guess anymore. Take your time, look around, and choose the esp that fits your project best.

Explore ESP-based module options for IoT, robotics, automation, wireless communication, and embedded projects. The collection includes ESP32 module variants, ESP8266 Wi-Fi boards, ESP32-WROOM, ESP32-CAM, ESP32-S3, and compact modules for custom electronics.

Choose a development board for prototyping or a compact module for integration into a custom project. The sections below explain the main types of ESP modules, their applications, and key differences to help you select the right option.

What Is an ESP Module?

An ESP module is a compact electronics module built around an Espressif chip. It combines processing, wireless connectivity, memory, GPIO, and supporting circuitry in a package that can be integrated into an electronic project.

The terminology can be confusing because ESP chips, microcontrollers, modules, and development boards are related but not identical.

Term	What It Means
ESP chip	The integrated circuit that provides processing and connectivity functions.
ESP microcontroller	A programmable controller based on an ESP chip that runs the application.
ESP module	A packaged module containing the ESP chip and supporting circuitry, often including an antenna.
Development board	A larger board built around an ESP module, with USB, power, headers, and other features for prototyping.

For example, an ESP32 module is suitable for integrating wireless processing into a custom design, while a development board makes prototyping easier by exposing GPIO pins and providing USB connectivity.

Types of ESP Modules

The main types of ESP modules differ in processing capability, connectivity, size, peripherals, and intended applications. Common families include ESP8266, ESP32, ESP32 WROOM, ESP32-CAM, ESP32-S3, ESP-01, ESP-12E, and ESP-12F.

Module / Family	Typical Use
ESP8266	Basic Wi-Fi IoT and connected devices
ESP32	Wi-Fi, Bluetooth, robotics, automation, and IoT
ESP32 WROOM	Embedded products and custom PCB designs
ESP32-CAM	Wireless camera and vision projects
ESP32-S3	Advanced embedded, AI, and vision applications
ESP-01	Compact Wi-Fi connectivity
ESP-12E / ESP-12F	Compact ESP8266-based projects

Understanding these differences makes it easier to select an ESP module that matches the requirements of your project.

ESP32 Microcontroller

The ESP32 microcontroller combines processing with built-in Wi-Fi and Bluetooth, making it a popular choice for connected electronics. It provides more processing capability and peripheral options than the ESP8266, making it suitable for projects that need multiple sensors, wireless communication, or more complex control logic.

Common applications include:

IoT monitoring and data logging
Home automation
Wireless robotics
Sensor networks
Smart devices
Embedded control systems

An ESP microcontroller such as the ESP32 can also be used as the main controller in projects that require Wi-Fi and Bluetooth without adding separate connectivity hardware.

For prototyping, an ESP32 module mounted on a development board provides convenient access to GPIO, power, and programming interfaces.

ESP32 WROOM Module

The ESP32 WROOM is a compact ESP32-based module for projects that need Wi-Fi, Bluetooth, and embedded processing in a smaller form factor. It is a good choice when you're moving from a development board toward a more integrated PCB design.

Key specifications of the ESP32-WROOM module include dual-core processing up to 240 MHz, Wi-Fi, Bluetooth 4.2 and BLE, up to 34 GPIOs, and a typical 4 MB flash configuration. The ESP32-WROOM-32 also uses an onboard PCB antenna, while variants such as the WROOM-32U support an external antenna.

Choose ESP32-WROOM when you need	Suitable Applications
Wi-Fi + Bluetooth	IoT and smart devices
Compact embedded hardware	Custom PCBs
Multiple GPIO and peripherals	Sensors and controllers
Wireless processing	Industrial and automation projects

An ESP WROOM 32 module is the component-level option, while a development board adds USB connectivity, power regulation, headers, and other features that make programming and prototyping easier. For example, the SmartElex ESP32 WROOM 32 Development Kit provides USB-to-Serial connectivity and exposed GPIOs for prototyping.

For programming and testing individual modules, the ESP32 Wroom Programming Jig provides access to the ESP-WROOM-32 pins and supports firmware programming without directly soldering wires to the chip.

ESP32-CAM Module

The ESP 32 CAM module combines an ESP32 controller with a camera interface and wireless connectivity. It is a practical choice for projects that need image capture, remote monitoring, or camera-based IoT functionality without using a separate controller and camera board.

The ESP32 CAM WiFi Module with OV3660 Camera Module 3MP available in our collection includes a 3MP OV3660 camera, Wi-Fi, Bluetooth, BLE support, 520 KB SRAM, and 4 MB PSRAM.

Application	Why ESP32-CAM Fits
Smart cameras	Compact wireless image capture
Security monitoring	Remote camera access
Robotics	Camera-based sensing and vision
IoT projects	Wireless image and data transmission
Remote monitoring	Small form factor with built-in connectivity

An ESP camera module is especially useful when space and component count matter. The ESP 32 CAM module can handle projects such as wireless monitoring, smart door cameras, and basic vision-based robotics.

For detailed wiring, programming, and camera configuration, those topics are better covered in a dedicated ESP32-CAM guide rather than on the collection page.

ESP32-S3 Module

The ESP 32 S3 is a newer member of the ESP32 family designed for applications requiring greater embedded processing capability and advanced peripheral support. It is particularly relevant to projects involving intelligent sensing, image processing, and AI-oriented applications.

Compared with a standard ESP32, the ESP 32 S3 provides a different processor architecture and feature set aimed at more demanding embedded workloads.

Consider an ESP 32 S3 when your project requires:

Advanced sensor processing
Embedded vision
AI or machine-learning workloads
More demanding peripheral requirements
Wireless connected devices with higher processing needs

For simpler IoT, automation, and wireless control projects, a standard ESP32 module may provide everything you need. The ESP32-S3 becomes more relevant when processing requirements extend beyond basic connectivity and control.

ESP8266 WiFi Modules

The ESP8266 WiFi module is a compact and affordable option for projects that mainly require 2.4 GHz Wi-Fi connectivity. It is widely used for IoT devices, home automation, sensor nodes, and simple wireless controllers.

Compared with ESP32, ESP8266 has fewer peripherals and does not provide built-in Bluetooth, but its lower cost and simpler architecture make it suitable for basic connected projects.

ESP-01 WiFi Module

The ESP-01 WiFi module is one of the smallest ESP8266-based options. Its compact form factor makes it useful when space is limited or when Wi-Fi needs to be added to another microcontroller-based system.

The ESP 01 module can be used for simple IoT devices, wireless sensors, and relay control. For example, an ESP 01 relay module can be used in Wi-Fi-controlled switching and home automation projects.

ESP 12E module

The ESP 12E module is an ESP8266-based module with more accessible GPIO than the compact ESP-01. It is commonly used for development boards and connected embedded projects.

The ESP 12E module is suitable for IoT prototypes, sensor systems, automation, and projects requiring several GPIO interfaces.

ESP-12F WiFi Module

The ESP-12F WiFi module is another ESP8266-based option designed for compact wireless applications. It is suitable for IoT devices, home automation, and custom embedded products.

For development, the ESP12F ESP8266 Amica NodeMCU WiFi Module provides a more convenient board-level implementation with USB-to-serial connectivity.

ESP-07 WiFi Module

The ESP-07 WiFi module provides ESP8266-based wireless connectivity in a compact module format. It can be considered for custom embedded applications where Wi-Fi, GPIO, and a small form factor are important.

The ESP8266 Serial WiFi Wireless Transceiver Module ESP-07 is suitable for wireless communication, IoT nodes, and custom electronics projects.

ESP32 vs ESP8266

The choice between ESP32 and ESP8266 depends mainly on processing requirements, wireless connectivity, peripherals, and project complexity. ESP32 provides Wi-Fi and Bluetooth, while ESP8266 focuses primarily on Wi-Fi connectivity.

Feature	ESP32	ESP8266
Wi-Fi	Yes	Yes
Bluetooth	Yes	No
Processing	Higher	Lower
GPIO & peripherals	More extensive	More limited
Typical applications	Robotics, IoT, automation, advanced embedded projects	Basic IoT, sensors, home automation
Cost	Generally higher	Generally lower

Choose ESP8266 for simple Wi-Fi projects where cost and basic connectivity matter. Choose ESP32 when you need Bluetooth, more GPIO, greater processing capability, or more complex peripherals.

Which ESP Module Should You Buy?

The right ESP controller depends on what your project needs rather than simply choosing the newest variant.

Project Requirement	Recommended Option
Basic Wi-Fi sensor	ESP8266
Compact Wi-Fi connectivity	ESP-01
Multiple GPIOs with Wi-Fi	ESP-12E / ESP-12F
Wi-Fi + Bluetooth	ESP32
Camera or image capture	ESP32-CAM
Advanced embedded or AI applications	ESP32-S3
Custom PCB integration	ESP32 WROOM

For a simple IoT project, an ESP WiFi module based on ESP8266 may be sufficient. Projects requiring Bluetooth, more peripherals, or greater processing capability are better suited to an ESP32-based board.

ESP Module Specifications Comparison

Use the specifications below as a quick reference when comparing common modules in the collection.

Module	Connectivity	Form Factor	Suitable For
ESP 8266	Wi-Fi	Module / development board	IoT and automation
ESP-01	Wi-Fi	Compact module	Small wireless projects
ESP-12E	Wi-Fi	Module	IoT and embedded projects
ESP-12F	Wi-Fi	Module / NodeMCU board	IoT and automation
ESP32 WROOM	Wi-Fi + Bluetooth	Module	Custom embedded products
ESP32-CAM	Wi-Fi + camera	Camera module	Vision and monitoring
ESP32-S3	Wi-Fi + Bluetooth	Module / development board	Advanced embedded and AI applications

Check the relevant datasheet before integrating a module into a custom PCB, particularly for GPIO availability, power requirements, memory, antenna configuration, and pin assignments.

ESP Module Applications

ESP modules are widely used where a project needs wireless communication combined with local processing. The collection covers applications ranging from simple sensor nodes to robotics and connected devices.

Application	Suitable ESP Option	Example Use
IoT	ESP8266 / ESP32	Sensor monitoring and data logging
Home Automation	ESP8266 / ESP32	Wi-Fi switches, relays, and appliance control
Robotics	ESP32	Wireless robot control and sensor integration
Smart Devices	ESP32	Connected embedded products
Wireless Communication	ESP8266 / ESP32	Remote monitoring and device communication
Camera & Vision	ESP32-CAM / ESP32-S3	Image capture and vision-based projects

An ESP WiFi module is a practical choice for connected sensor and automation projects, while ESP32 variants provide more options when Bluetooth, additional peripherals, camera functionality, or greater processing capability is required.

How to Choose the Right ESP Module

Start with the requirements of your project rather than the module name. The main factors to compare are:

Processor: Match processing capability to the complexity of your application.
Wi-Fi and Bluetooth: Choose ESP32 when both wireless technologies are required.
GPIO: Check the number and type of pins needed for sensors, displays, motors, or relays.
Memory: Larger applications may require more RAM or flash.
Power: Check operating voltage and expected power consumption, especially for battery-powered devices.
Form Factor: Compact modules are useful for custom products, while development boards are easier for prototyping.
Camera Support: Choose ESP32-CAM or a suitable ESP32-S3 board for vision-related projects.

For a basic wireless sensor, an ESP8266 can be sufficient. A more demanding project may benefit from an ESP32 processor, additional GPIO, Bluetooth, and greater peripheral support.

ESP Modules / Products

The collection includes development boards, compact modules, camera boards, and ESP32 variants for different project requirements. Some options currently available include:

Product	Type	Important Specs	Suitable For	Listed Price*
ESP32 (38 Pin) WiFi + Bluetooth NodeMCU-32 Development Board	ESP32 development board	ESP-WROOM-32, Wi-Fi + Bluetooth	IoT, robotics, automation	₹381
ESP32 NodeMCU Development Board, 30-Pin	ESP32 development board	Wi-Fi + Bluetooth, CP2102	IoT and embedded projects	₹385
Node MCU ESP8266 V3	ESP8266 development board	ESP8266, CH340	Basic Wi-Fi IoT projects	₹191
ESP32 CAM WiFi Module with OV3660 Camera 3MP	Camera module	ESP32 + 3MP camera	Wireless vision and monitoring	₹635
ESP01 ESP8266 Wireless Transceiver Module	Compact Wi-Fi module	ESP8266	Small IoT projects	₹128
ESP12F ESP8266 Amica NodeMCU WiFi Module	ESP-12F development board	ESP8266, CH340	IoT and automation	₹263
ESP8266 Serial WiFi Wireless Transceiver ESP-07	ESP-07 module	ESP8266	Custom wireless applications	₹193
ESP32 Wroom Module	ESP32 module	Wi-Fi + Bluetooth	Custom embedded products	₹280

What is the difference between an ESP module and an ESP development board?

An ESP module contains the core ESP chip and supporting circuitry in a compact package, while a development board adds features such as USB connectivity, voltage regulation, headers, and programming interfaces. Modules are better suited to product integration, while development boards are generally more convenient for prototyping and testing.

Is ESP32 better than ESP8266?

ESP32 is generally the better choice for projects requiring Bluetooth, more GPIO, greater processing capability, or additional peripherals. ESP8266 remains useful for simpler Wi-Fi projects where these features are unnecessary. The better option depends on the application's requirements, available space, power budget, and overall project complexity.

Which ESP module is best for IoT?

ESP8266 is suitable for basic Wi-Fi IoT applications such as sensors and simple automation. ESP32 is a better choice when the project needs Bluetooth, additional GPIO, greater processing capability, or more peripherals. For camera-based IoT applications, ESP32-CAM provides an integrated camera and wireless platform.

Can ESP modules be programmed using Arduino IDE?

Yes. ESP8266 and ESP32 development boards can be programmed using the Arduino IDE after installing the appropriate board support package. Other development options include Espressif's ESP-IDF and, depending on the board and application, environments supporting MicroPython and other programming frameworks.

Should I choose a ESP module or ESP development board?

Choose a development board when you are prototyping, learning, or testing a project because USB programming and exposed GPIO make setup easier. Choose a standalone module when integrating ESP functionality into a custom PCB or finished product where size and design integration matter more than development convenience.

ESP Module

Categories

Refined By Clear all

Featured Products

Best Esp for Your Next Build

All About ESP Module

What Is an ESP Module?

Types of ESP Modules

ESP32 Microcontroller

ESP32 WROOM Module

ESP32-CAM Module

ESP32-S3 Module

ESP8266 WiFi Modules

ESP-01 WiFi Module

ESP 12E module

ESP-12F WiFi Module

ESP-07 WiFi Module

ESP32 vs ESP8266

Which ESP Module Should You Buy?

ESP Module Specifications Comparison

ESP Module Applications

How to Choose the Right ESP Module

Frequently Asked Questions

What is the difference between an ESP module and an ESP development board?

Is ESP32 better than ESP8266?

Which ESP module is best for IoT?

Can ESP modules be programmed using Arduino IDE?

Should I choose a ESP module or ESP development board?

Let customers speak for us

ESP Module

Categories

Refined By Clear all

Featured Products

Sort by:

Best Esp for Your Next Build

All About ESP Module

What Is an ESP Module?

Types of ESP Modules

ESP32 Microcontroller

ESP32 WROOM Module

ESP32-CAM Module

ESP32-S3 Module

ESP8266 WiFi Modules

ESP-01 WiFi Module

ESP 12E module

ESP-12F WiFi Module

ESP-07 WiFi Module

ESP32 vs ESP8266

Which ESP Module Should You Buy?

ESP Module Specifications Comparison

ESP Module Applications

How to Choose the Right ESP Module

Frequently Asked Questions

What is the difference between an ESP module and an ESP development board?

Is ESP32 better than ESP8266?

Which ESP module is best for IoT?

Can ESP modules be programmed using Arduino IDE?

Should I choose a ESP module or ESP development board?

Sign up for our newsletter

Shop the look

Choose Options

Edit Option

Back In Stock Notification

Compare

Choose Options

Let customers speak for us