All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(12642 products available)
Ready to Ship
Ready to Ship
Mini Linux embedded PCs are little computers that run on Linux and can be put in anything. They are made to work well and use places with limited space. Because they are small, it is easy to connect them to other systems, carry them around, or get remote access to them. There are different kinds of mini Linux embedded PCs to consider:
Industrial Embedded PC:
Made for hard industrial settings, these computers are strong. They can handle extreme temperatures, vibration, and dust. Industries like manufacturing, logistics, and telecommunications use them to control machines and collect data.
Panel PC:
These computers have touch screens so that people can easily control programs and machines. They are mounted right onto equipment panels or in workplaces where space is limited. Technicians can use them to monitor, measure, or control machines in many different industrial settings.
Raspberry Pi Solutions:
The Raspberry Pi is a small computer made to be affordable and easy to learn on. It has become very popular because of its ability and price. People use it as a mini server, desktop, media player, game emulator, or embedded in custom projects. Because of its GPIO pins, people can connect it to other things and programs easily.
Edge Computing Devices:
Cases where the Internet of Things gets used a lot call for quick data processing close to where the data collects. These embedded PCs are good at that job. They are made to collect data from many different sensors and machines, do some data processing right there, and then send important information to the cloud or a central location.
Robotics Controllers:
Automating tasks is important in many industries. These embedded PCs can control robots, automated machines, or anything that needs to be moved around. They have the processing power and interfaces needed to control motors, actuators, and sensors.
Data Acquisition Systems:
These mini embedded Linux systems get data from different sensors. They can measure things like temperature, pressure, or vibration. The data collected helps people make decisions to improve processes in industrial settings.
Despite their small size, mini PCs have multiple functions and features. They include the following:
Compact Form Factor
The compact form factor is one of the main features of mini embedded Linux PCs. They come in small sizes, which makes them ideal for applications where space is limited. A mini PC can fit behind a monitor or inside a kiosk. The small size allows people to work in compact environments and retain an organized workspace.
Connectivity
Many mini Linux embedded computers have different types of ports for connecting peripherals. USB ports allow users to connect input devices. Some mini PCs also have an Ethernet port for network connectivity. Wireless connectivity options like Bluetooth and Wi-Fi let users connect to a network and use wireless peripherals.
Low Power Consumption
Low power consumption is a notable feature of mini embedded Linux PCs. Manufacturers design them to consume less power even when performing high-demand tasks. The PCs use processors that gobble less power. They are energy efficient and help customers save on electricity bills.
Multiple Mounting Options
Mini embedded PCs come with multiple mounting options to suit different installation needs. They have mounting holes for VESA mounting. Users can install the PC behind a monitor that has the same mounting pattern. It also has options for wall mounting and desktop. Some mini PCs can be mounted using brackets, while others are stand-mounted.
Expandability
Some mini embedded Linux PCs have a potential expandability feature. This feature allows users to upgrade or add more components to meet changing needs. For instance, users can upgrade storage for more files or add memory for increased performance. The PC has an upgrade potential that extends its lifespan and makes it adaptable.
Operating System Options
The operating system options feature gives users the flexibility to choose an OS that suits their needs. Customers can pick a mini PC that comes with a Windows OS, Linux distro, or Android. Various systems give users different computing experiences. Also, businesses can choose an OS that works best for their operations.
Digital Signage and Kiosks:
One of the most popular applications of mini Linux embedded PCs is in digital signage and self-service kiosks. Due to its small size and cost-effectiveness, mini PCs can easily power digital displays for advertising, information, or wayfinding in various public spaces. They are also used inside self-service kiosks for check-in, ticketing, and other services in airports, cinemas, and businesses. The mini PC's ability to run Linux allows for customized software solutions for managing content display or providing interactive services in these scenarios.
Embedded Linux PC in Edge Computing:
With the growth of IoT, edge computing, and AI, mini embedded PCs are increasingly being used in edge computing applications. Their small size allows them to be deployed in remote or space-constrained locations, while Linux provides a flexible operating system for edge services. These mini PCs can collect and process data from connected sensors or devices at the edge of the network instead of sending everything to the cloud for processing. It helps reduce latency and bandwidth usage.
Some edge computing mini PCs even support AI capabilities. They have computing power...like CPUs and GPUs to run artificial intelligence algorithms at the edge. This allows for features like advanced data processing, machine learning, and AI-powered applications directly at the deployment location.
Home Automation Systems:
Mini Linux embedded PCs find use in home automation and IoT projects. Their small size and affordability make them good controllers for home automation. Users can install home automation software solutions on the mini PC to create a centralized system for monitoring and controlling connected smart devices in the home. It provides a way to build a customized home automation system that works with sensors, smart lighting, locks, thermostats, and other devices.
Industrial Automation and Control:
Due to their reliability and flexibility, mini Linux embedded PCs are increasingly being used in industrial automation and control applications. Their small size allows easy integration into machines, control panels, or space-constrained industrial environments. The embedded PC can be programmed to collect data from various industrial sensors, monitors, and devices. It enables real-time monitoring of industrial processes, equipment status, and more.
Rise of AI-Powered Edge Computing:
The 2023 tech trends show an increasing role for mini embedded PCs in edge computing and AI. As more devices connect to the internet, there is a need for powerful computing that can be deployed closer to where data is collected. Mini PCs' small size makes them suitable for these edge locations. At the same time, advancements in artificial intelligence now allow intelligent services and applications to run locally on mini PCs.
This combination of edge computing and AI brings major benefits like faster services, less dependence on the cloud, and more privacy. Businesses can use mini PCs to create these advanced solutions in areas like automation, IoT, and other edge computing applications. The ability of mini PCs to process data intelligently at the edge represents an important step in the future of technology.
Before purchasing mini Linux embedded PCs, system integrators and industries must understand and evaluate their computing needs. In doing so, they can effectively determine the amount of processing power, memory, storage, and graphics that the application requires.
Form Factor and Connectivity
The form factor of an embedded computer is an essential aspect to consider if space is limited. The mini Linux embedded PC provides an ideal solution for projects that require a small embedded computer. Additionally, connectivity plays a vital role in applications requiring extensive data transfer. Such applications include; industrial automation and digital signage.
Environment and Qualification
Industries working in extreme environments require embedded PCs to function in such climates. Qualification is, therefore, an essential factor that needs consideration. Nevertheless, most embedded systems are not subjected to any qualification tests unless they are intended for a specific industry.
Power Consumption
The power consumption of a mini embedded PC plays a crucial role in determining the type of power supply and the overall operating cost. Small form factor embedded PCs are designed to consume less power and run on alternative energy sources. They are ideal for portable and battery-operated applications.
Operating System and Software Support
Application developers should consider the type of embedded Linux system that supports their application. Evaluating the software and peripheral compatibility is critical to the successful deployment of embedded computer solutions.
Lifecycle Support
Asking for long-term lifecycle support is as important as knowing the product’s lifecycle. Buyers need to be informed of the availability of product parts and support after the launch of the product. Industries that make minor changes to their products over time need to have parts for the embedded PC.
Q: What are the advantages of a mini Linux embedded PC?
A: A Linux embedded PC has many benefits. It is energy efficient, using low-power processors that save on electricity costs. Its small size and light weight make it easy to transport and install in space-constricted places. The flexibility of mounting options, including VESA, panel, and din-rail, provides configuration possibilities. It runs on the stable Linux operating system, which is secure and uses minimal resources. Linux offers extensive personalization choices to suit particular requirements.
Q: What industries widely use mini PCs?
A: A mini Linux PC has numerous applications in various industries. It can be used for digital signage to deliver promotional brand messages and information in retail spaces. The logistics sector employs mini PCs for tracking shipments and managing warehouse tasks. Factoring workplaces use the small PCs to monitor machines and control production processes. They are also used in point of sale systems in restaurants and shops. Many mini PCs connect to security cameras to manage surveillance systems.
Q: What peripherals are needed for a mini PC to work?
A: For a mini PC to work, some essential peripherals are required. A monitor is necessary to display information, and a keyboard and mouse are needed for navigation and control. These three accessories are the most critical for the embedded PC to function. However, other nonessential add-ons can be included, like external speakers for audio output and a printer for hardcopy printing.
Q: Can a mini PC be upgraded or expanded?
A: Yes, a mini embedded PC can be upgraded or expanded. Many mini PCs come with upgradeable components. This may include additional RAM to enhance memory capabilities or storage drives to increase data capacity. The storage drives can be in the form of traditional hard disk drives or newer options like M.2 SSDs. Additionally, expansion slots are available to allow the addition of new peripherals and devices to improve functionality. These expansion cards can include graphics cards, wireless adapters and other specialized equipment.
