Top IoT Development Boards

-

1. Raspberry Pi

Description: Raspberry Pi is a versatile and affordable IoT development board widely used for various projects. It features a Broadcom processor, GPIO pins, HDMI output, and USB ports.

Key Features:

  • Compact form factor.
  • Broad community support and extensive documentation.
  • Wide range of compatible accessories and add-ons.

2. Arduino

Description: Arduino boards are popular for their ease of use and extensive community support. They come in various models, such as Arduino Uno, Nano, and Mega, catering to different project requirements.

Key Features:

  • Open-source platform with a user-friendly IDE.
  • Rich ecosystem of shields and modules.
  • Suitable for both beginners and advanced users.

3. ESP32

Description: ESP32 is a powerful IoT development board with built-in Wi-Fi and Bluetooth capabilities. It is ideal for applications requiring wireless connectivity.

Key Features:

  • Dual-core processor with ample RAM and Flash memory.
  • Integrated Wi-Fi and Bluetooth support.
  • Extensive community and documentation.

4. BeagleBone Black

Description: BeagleBone Black is a feature-rich IoT development board with a variety of I/O options. It offers an alternative to Raspberry Pi, with its own strengths and capabilities.

Key Features:

  • Powerful AM335x processor.
  • Multiple I/O options, including PRU for real-time tasks.
  • Linux-based operating system.

5. Particle Photon

Description: Particle Photon is designed for IoT projects with a focus on cloud connectivity. It offers a straightforward development platform for creating connected devices.

Key Features:

  • Wi-Fi connectivity out of the box.
  • Particle Cloud for easy device management.
  • Integrated development environment (IDE) for coding.
  • These IoT development boards cater to diverse needs, providing developers with the tools and resources to bring their innovative ideas to life.

Comments

Post a Comment

Popular posts from this blog

Create a Telegram Bot with ESP32 which controls GPIO Pins through Telegram Chat

-
Image
Telegram is a cross-platform cloud-based instant messaging, videotelephony, and VoIP service with end-to-end-encrypted chat for secret chat only, whereas server-client / client-server encryption is used in cloud chat. In Today's world, everything is getting smart. Many new smart devices are being introduced in the commercial markets. Controlling all smart devices can be a handy job. IoTDesignPro comes with a different way of handling your smart devices. Unlike other social media apps, Telegram allows users to share any kind of open-source content. It announced the Telegram bot API in 2015, which lets third parties create telegram bots for ESP32 that utilize the messaging application as their main communication interface. This means that we can control any smart device with Telegram only. Previously, IotDesignPro also did some projects with the telegram app like Using Telegram Bot with Raspberry Pi: Sharing Text and Files Raspberry Pi GPIO control using Telegram App You might find...
Read more

Current Sensors: Types, Key Parameters, Performance Comparison, and Common Applications

-
Image
Types of Current Sensors: Hall Effect Sensors: Utilize the Hall effect to measure magnetic field changes caused by current flow. Non-intrusive and suitable for both AC and DC applications. Shunt Resistors: Measure voltage drop across a known resistance to determine current. Commonly used in high-current applications. Rogowski Coils: Employ a coiled conductor to measure AC current. Provide a compact and flexible design for easier installation. Key Parameters for Current Sensors: Accuracy: Crucial for precise current measurement, expressed as a percentage of the full-scale current. Bandwidth: Defines the range of frequencies over which the sensor can accurately measure current. Isolation: Important for safety, especially in high-voltage applications, ensuring no electrical contact between the current-carrying conductor and measurement circuit. Performance Comparison: Hall Effect Sensors vs. Shunt Resistors: Hall effect sensors are non-intrusive, making them suitable for applications whe...
Read more

Design Multiplexer and Demultiplexer ICs using VHDL on Modelsim

-
Image
In the world of digital electronics, an integrated circuit called the “Multiplexer” is a device often used for the selection process. Let's dig deeper into what Multiplexer is, its specifications, and how we can design one using VHDL in Modelsim. If you are new to VHDL, check out Getting Started with VLSI and VHDL using ModelSim – A Beginners Guide . What is Multiplexer? A multiplexer is a device that selects and merges together several analog or digital signals for transmission on a single line. Multiplexer has input and output ports. This combinational circuit select/switch between the available input data and map it to the output port. How to Design Multiplexer using VHDL? First, I will provide the entire code written to design the Multiplexer. The VHDL Multiplexer code is below. Library ieee; use ieee.std_logic_1164.all; entity mux_41 is port( signal data :in std_logic_vector(3 downto 0); signal select_line: in std_logic_vector(1 downto 0); signal enable: in std_logic; signal o...
Read more