Single-board computers (SBCs) have totally changed the way we tackle computing projects. These tiny and cheap devices can do a lot, from making your home smarter to helping you learn and improve your tech skills.
Arm-based SBCs, like the Raspberry Pi, are extremely popular because they’re cheap and don’t use much power. However, Intel- and AMD-based SBCs also have some great things going for them. A few options include the LattePanda 3 Delta, Odroid H3+, and Radxa X4.
Intel and AMD SBCs use the same computer chips as most desktops and laptops, so they can run a broader range of software and often do better than their Arm counterparts. Arm processors, usually found in smartphones, are great at saving power, but they might not be as fast or powerful as Intel or AMD chips.
So, if you need a computer that can do many different things or are just starting out, Intel or AMD-based SBCs might be a better choice. Just think about what you need and choose the one that’s best for you.
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10 Leverage broad x86 compatibility
Access a wider range of software
SBCs based on Intel or AMD architectures are a game-changer. They run on the same x86 chipset as your average desktop PC so that you can use the same operating systems and software. This means you can access a vast library of applications, including professional software suites, development tools, and even some games.
This is especially helpful if you need software that’s not available or fully supported on Arm-based systems. You don’t have to worry about finding alternative apps or dealing with compatibility layers that slow things down. Complex data analysis programs and multimedia editing software work well on these SBCs.
On top of that, driver support is much better on x86 platforms. Hardware manufacturers usually focus on developing drivers for Intel and AMD systems, so your peripherals and accessories work seamlessly without any extra setup.
9 Enjoy enhanced processing power
Handle demanding tasks more efficiently
When it comes to raw power, Intel and AMD SBCs usually beat out their Arm counterparts. They often have faster clock speeds, more cores, and cool tech like hyper-threading. This combination makes them suitable for demanding jobs like video editing, 3D rendering, and running virtual machines.
If your project requires extensive multitasking or computing power, an Intel or AMD-based SBC can handle it. It offers faster processing times and smoother performance, essential for tasks requiring quick and efficient completion.
These SBCs also offer more storage and memory, which makes them even better at handling complex tasks. This means you can focus on developing and executing your projects without worry.
8 Enjoy powerful integrated graphics
Enhanced visual performance for graphics tasks
Intel and AMD processors often have better built-in graphics than those in Arm-based SBCs. For example, AMD’s Radeon Graphics and Intel’s Iris Xe have a lot of power to handle graphics-heavy tasks well. This makes them great for graphic design, video editing, and even light gaming. Some have even proven to tackle AAA games with ease.
The better graphics will mean that you can use high-resolution displays, connect multiple monitors, and get smoother visuals. This is especially useful for media centers, digital signage, and anything where looking good is essential.
The improved graphics also mean your SBC can do more than you thought it could. It can handle tasks that use the GPU, like certain types of data processing and machine learning algorithms. So, your SBC can do even more than you imagined.
7 Support higher memory capacities
Run memory-intensive applications smoothly
Speaking of memory, Intel and AMD-based SBCs often support larger amounts of RAM than their Arm counterparts. This higher memory capacity allows for better performance in applications that require significant memory resources, such as large databases, complex simulations, or high-resolution video processing.
More RAM means your SBC can handle more tasks simultaneously without slowing down. This improves multitasking capabilities and ensures smoother operation when running memory-hungry software. This is particularly important in professional or industrial settings, where performance and efficiency are critical.
Additionally, these SBCs may support faster memory types and higher bandwidth, further enhancing system performance. Furthermore, they often include support for error-correcting code (ECC) memory. This can improve system stability, letting you push the limits of what your SBC can do and opening up possibilities for more ambitious projects.
6 Benefit from expanded peripherals
Connect more devices with greater ease
SBCs powered by Intel or AMD often have more options for connecting devices than those with Arm processors. These SBCs usually have multiple USB ports, HDMI outputs, Ethernet ports, and sometimes even PCIe slots for adding extra cards. This extra connectivity lets you connect a wide range of devices, from high-speed external drives to fancy networking gear.
This flexibility is especially useful for projects that need specific hardware or want to use multiple devices at once. Whether you’re setting up a media center with multiple screens or building a network server with different connections, the extra I/O options make it easy to do that.
The best part is that these SBCs work with standard PC parts, so you can easily find the necessary hardware without worrying about special connectors or compatibility issues. This makes it simpler to set up, and cheaper too.
5 Get better operating system support
Run mainstream OS with full features
Intel and AMD SBCs are great for running full versions of popular operating systems like Windows 10 and Linux. Many can even run Windows 11 with ease. This means you’ll have all the features, updates, and support you need.
If you have specific software that doesn’t work with certain operating systems, Intel and AMD SBCs are a big plus. You don’t have to settle for a less powerful version that doesn’t have all the features you need. This makes SBCs perfect for schools and offices which need something reliable and consistent.
If you’re switching from a desktop or laptop, using an SBC with a familiar operating system can make the transition easier. The familiar look and feel of an OS you’re used to can make it seem like you never changed computers at all.
4 Benefit from advanced security features
Enhance data protection with hardware security
Intel and AMD processors often have security features not usually found in Arm-based SBCs. For instance, Intel’s Software Guard Extensions (SGX) and AMD’s Secure Encrypted Virtualization (SEV) are built-in security measures that protect sensitive data and code from cyber threats. These features benefit projects that deal with confidential information or need strict security rules.
Adding an extra layer of protection that naturally goes with software-based security measures makes these computing environments extra secure. This integration ensures that the security features are practical and easy to manage within your projects. The smooth teamwork between hardware and software security measures gives you a strong defense against cyberattacks.
In addition, major operating systems and software vendors support these security features, so you can easily add them to your projects. This widespread support lets you use advanced encryption, secure boot processes, and trusted execution environments without technical issues. As a result, you can confidently boost the security of your apps and data, knowing that you have all the tools and resources you need.
3 Utilize robust development environments
Access comprehensive tools and support
Developers need all the tools they can get, which Intel and AMD SBCs provide. Developers can use their favorite Integrated Development Environments (IDEs), like Visual Studio and Eclipse, along with the essential compilers and debuggers. This means they can bypass the limitations of Arm-based systems.
These SBCs also support many programming languages and frameworks optimized for x86 architectures. Whether you’re working with .NET, Java, Python, or C++, you’ll have everything you need right at your fingertips.
Plus, a massive community of developers is always ready to help. You’ll find tons of resources, tutorials, and forums that can help you out with any problems you run into. You will have a virtual development team at your disposal.
2 Experience greater upgrade options
Easily enhance your system's capabilities
SBCs powered by Intel or AMD are often viewed as the Swiss Army Knives of computers. They have many customization options, so you can make your device your own. You can easily upgrade the RAM, add more or faster storage, or even replace the processor. This means you can keep your system running smoothly without buying a whole new computer.
This flexibility is especially useful if you’re working on a long-term project or using an application that might change over time. An SBC allows you to adapt your hardware quickly to meet changing needs, saving you money and keeping your device working well.
Standard components also mean you have a lot of choices and can often find better deals. This means you can avoid buying proprietary hardware that’s more expensive and harder to find.
1 Optimize networking capabilities
Build reliable systems for industrial use
Reliability and advanced features are essential in industrial and networking applications. Intel and AMD SBCs are popular because they can do many things. They have multiple Ethernet ports, support the fastest network speeds, and even come with virtualization and encryption. These SBCs are perfect for building servers, routers, and other networking components.
One cool thing about these SBCs is that they’re super reliable. The components are designed and manufactured for harsher environments than your standard laptop or desktop PC. This means they can keep running even in industrial environments, something crucial in professional settings.
If you’re working on a complex networking project or need a computer that can handle demanding industrial-grade tasks, an Intel or AMD-based SBC is the way to go. By using these SBCs, you can build systems that are powerful and reliable for a long time.
Choose the right SBC board for your projects
Arm-based single-board computers (SBCs) are great for low-power and budget projects, but Intel and AMD-based SBCs have some serious advantages. They’re mighty, and they are compatible with a wide range of operating systems and software.
So, when choosing the perfect SBC for your project, consider what you need. Do you need special software? A lightning-fast development platform? Reliable hardware for industrial use?
Intel and AMD SBCs can do all of that and more. If you want to try an Intel or AMD SBC for yourself, there are some great options.
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Odroid H3+
The Odroid H3+ is a highly-capable device that, unlike your average SBC, is powered by an Intel Pentium N6005 processor. Once you include the Intel UHD Graphics and support for 64GB of memory, it's clear that the Odroid H3+ can crush pretty much any SBC-oriented workload you can throw at it with ease.
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LattePanda 3 Delta
The LattePanda 3 Delta is a SBC powered by the capable Intel Celeron N5105 processor. It is a strong performer and well suited for a wide range of uses. This is an SBC you can rely on. Not a budget item, but you get what you pay for here.
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Radxa X4
- Storage
- M.2 M-key slot, eMMC storage (optional)
- CPU
- Intel N100
- Memory
- Up to 16GB LPDDR5
- Operating System
- Most x86 operating systems, Windows 11
- Ports
- 3x USB 3.2 Gen 2, 1x USB 2.0, 1x 2.5GbE RJ45, 1x audio/microphone AUX jack, 40-pin GPIO
- Display
- 2x micro-HDMI
Radxa X4 is a powerful device that's armed with an Intel N100 processor and 16GB LPDDR5 memory, making it perfect for anyone who needs to run non-ARM operating systems on their SBCs. What's more, despite sporting a 2.5GbE connection and an RP2040 40-pin GPIO header, it's a highly affordable SBC.