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| 9 REASONS WHY INDUSTRY STARTED TO ADOPT RASPBERRY PI
The Raspberry Pi computers were originally developed for educational purposes in the United Kingdom, but have become increasingly popular for industrial applications in recent years.
According to Raspberry Pi, tens of thousands of applications across various industries worldwide are powered by these computers. The increasing interest from enterprises and industries is due to a variety of reasons, which we will be exploring today.
Here are 9 possible reasons for their success in the industrial market.
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| | 1. Value for Money
The Raspberry Pi is considered a low-cost alternative for building automation and industrial control systems. In comparison to traditional industrial control tools like PLCs, it can perform the same tasks at a significantly lower cost.
2. Flexibility The Raspberry Pi is versatile and can run on different platforms, including Linux and Windows IoT, and can be programmed in various languages, such as Python, C++, and Java. This versatility makes it easy to integrate with existing systems, such as PLCs, and makes it an ideal choice for building automation solutions.
3. Compact Size The Raspberry Pi is a compact Single Board Computer, making it easy to install in tight spaces. With the ability to attach extra peripherals directly on the board, called "Hardware attached on top" (HAT), the entire system is compact and organized.
4. Durability
The Raspberry Pi is a durable device that can withstand harsh industrial conditions and operate 24/7 in a wide range of temperature environments. It also has low power consumption. |
| | 5. Open Source Software
The Raspberry Pi runs on open source software, enabling a large developer community to contribute to its development. This results in a more stable and efficient system and allows for customization of the software to meet individual user needs.
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| | 6. Easy to program
You can easily code your Raspberry Pi with many Computer languages. Such as Python, C++, and more. Make you able to develop many types of application.
7. Rich IO Interfaces
The Raspberry Pi is equipped with a range of interfaces, including Ethernet, USB, HDMI, 40-GPIO, CSI, and DSI, allowing for connection to various peripherals.
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| | 8. Universal USB-C Power
The Raspberry Pi operates at 5V and can be powered through the USB C port, with a maximum current of 3A, making it easy to power the device.
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| | 9. Scalability
The Raspberry Pi is suitable for both simple and complex projects. It can be operated as a standalone unit or as a cluster of multiple boards for increased power. The ability to scale from small to large makes it ideal for applications that require gradual system development over time.
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| In summary, the key advantages of the Raspberry Pi computers are their low cost, reliability, and comprehensive ecosystem. These factors have allowed them to secure a significant share in the industrial computer market. If you need Raspberry Pi solutions for your project, our experts are available for consultation. We have ample support to ensure the uninterrupted operation of your industrial automation projects, even in the face of supply challenges.
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| | | The Raspberry Pi Compute Module 4 (CM4) is a versatile and powerful embedded computing platform designed for industrial applications, IoT devices, and custom-built hardware projects. It is a small form-factor module that contains the same system-on-chip (SoC) as the Raspberry Pi 4, along with up to 8GB of LPDDR4 RAM, a microSD card slot, and an optional eMMC flash memory.
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Regards,
Sharminiy Cytron Technologies
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