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Multi-Brand Single-Board Computers
Multi-brand single-board computers include LattePanda, ODYSSEY, BeagleBone, DFRobot, ASUS, and similar SBC models. You can compare them at Robotistan according to processor architecture, operating system support, RAM/storage capacity, connection interfaces, and project requirements.
What Is a Single-Board Computer?
In electronics projects, standard microcontrollers such as Development Boards Based on Arduino are highly suitable for performing specific and sequential tasks, such as reading sensors or driving motors.
However, if your project needs to browse the internet, process high-resolution video, manage databases, and provide a user interface at the same time, standard boards may fall short.
This is where single-board computers, or SBCs, come into play.
These hardware platforms are fully equipped mini computers that include their own RAM, CPU/GPU cores, storage unit, and connection ports, and can directly run desktop operating systems such as Windows, Linux, or Android.
Which SBC Brand Should You Choose?
Although Raspberry Pi is one of the first names that comes to mind when single-board computers are mentioned, the hardware world offers many powerful alternatives for different needs.
You can review the popular brands in our category according to usage scenarios as follows:
1. Windows Experience: LattePanda
If you want to use the full version of the Windows 10 / Windows 11 operating system from your desktop computer on a compact board, the LattePanda series is a powerful option.
These boards run on x86 Intel processors instead of ARM and can directly run .exe programs written for PC.
They also include a built-in auxiliary processor compatible with Arduino®, allowing you to communicate with the physical world.
2. High Price/Performance: Orange Pi and Odroid
If you are looking for a powerful and affordable alternative to the Raspberry Pi series, you can review Orange Pi and Odroid models with ARM architecture.
They stand out with wide RAM options and strong cooling hardware, especially for building advanced media centers, retro game consoles, or home server systems.
3. Industrial Stability: BeagleBone
If the system you build will operate in a factory environment and timing is critical at the microsecond level, such as in CNC control or PLC systems, the BeagleBone series is a strong alternative for industrial projects with its large number of GPIO pins and hardware structure.
Comparison Guide Between Models
You can use the hardware table below to find the most suitable model for your needs:
| Brand / Model | Processor Architecture | Supported Operating System | Key Use Case |
| LattePanda | Intel, x86 | Windows 10/11, Linux | PC software integration, kiosk systems |
| Orange Pi | ARM Cortex | Ubuntu, Debian, Android | Home servers, budget-friendly projects |
| BeagleBone | ARM Cortex | Linux-based operating systems | Industrial automation, CNC |
| NVIDIA Jetson | ARM + NVIDIA GPU | Ubuntu, JetPack | Advanced Edge AI, image processing |
The Robotistan Ecosystem to Complete Your Project
When you purchase an SBC, you need peripheral components similar to those used with desktop computers to run it at full performance. At Robotistan, we make it possible to get this entire ecosystem from one place:
- Correct power: Single-board computers draw high current. For stable operation, you can choose quality adapters with at least 5V 3A or different capacities depending on the model from our Power Supply - Battery category.
- Interaction: If you want to add vision to your board or read temperature data, you can connect modules suitable for 3.3V logic levels from our Sensors / Modules for Arduino range to your GPIO pins.
- Artificial intelligence alternative: If your main purpose in buying a single-board computer is to train AI models or develop deep learning projects, you can also review our GPU-focused NVIDIA Development Boards category, which is designed directly for this purpose.
Frequently Asked Questions
Can I connect a monitor, keyboard, and mouse to SBCs?
Yes. Just like a desktop computer case at home, these boards include HDMI or DisplayPort video outputs and USB ports. You can connect a keyboard, mouse, and monitor to experience a desktop environment directly.
What does the Arduino-compatible chip on LattePanda do?
Windows operating systems are not always ideal for real-time hardware control, such as moving a servo motor with millisecond precision. The auxiliary microcontroller on LattePanda allows you to read sensors and drive motors without putting extra load on the main Windows processor. This lets you combine the power of PC software with the flexibility of hardware control on a single board.