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Radxa Zero 3W single board computer (SBC) $19

Radxa Zero 3W single board computer

Offering an alternative to the smaller Raspberry Pi mini PCs the Radxa Zero 3W, a small but mighty single board computer equipped with robust features and attractive price point. This tiny powerhouse is designed to cater to the needs of both hobbyists and professionals, offering a versatile platform for a wide range of projects. Starting at just $19 and going up to $68, depending on the configuration, it’s an affordable option for those looking to dive into the world of computing without breaking the bank.

At the heart of the Radxa Zero 3W lies the Rockchip RK 3566 SoC, which works in tandem with a quad-core ARM Cortex-A55 processor. This combination delivers a performance that strikes a perfect balance between power consumption and efficiency, making it suitable for a variety of uses. Whether you’re setting up a media center, creating digital signage, or working on a different project that requires visual output, the Mali G52 2E GPU ensures that the Radxa Zero 3W can handle the task with ease.

Radxa Zero 3W features

The inclusion of DDR4 RAM means that multitasking is smoother than ever, allowing users to run multiple applications without a hitch. Connectivity is another strong suit of this SBC, as it supports the latest Wi-Fi 6 and Bluetooth 5.4 standards. This means faster and more reliable wireless connections, which are essential in today’s interconnected world. The Radxa Zero 3W doesn’t skimp on physical connections either, offering USB-C ports, a micro HDMI connector, and a 40-pin GPIO header to meet various expansion needs.

Radxa Zero 3W single board computer (SBC)

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When it comes to storage, the Radxa Zero 3W provides users with options. You can choose between onboard eMMC flash storage for faster data transfer rates or a micro SD card slot for added flexibility. The eMMC option is particularly advantageous for those who prioritize quick operating system and application loading times. Additionally, a CSI camera serial interface connector is available for those interested in image or video capture projects.

Out of the box, the Radxa Zero 3W is ready to go with Debian Bullseye and an XFCE desktop environment, providing a stable and user-friendly platform. For those who prefer a different flavor of Linux, the SBC also supports Ubuntu, among other distributions, allowing users to tailor their experience to their specific project requirements.

However, it’s not all smooth sailing. Users looking to install an operating system on the eMMC flash storage may face a challenge due to the absence of a bootloader file. This means that some extra steps are necessary to get the system up and running. But once you’ve navigated this hurdle, the performance benefits of the eMMC storage are clear, with faster boot times and more responsive applications, which can be crucial for projects where time is of the essence.

Raspberry Pi alternative

When placed side by side with other zero form factor SBCs like the Raspberry Pi Zero 2W and the Orange Pi Zero 2W, the Radxa Zero 3W holds its own. It offers competitive features and performance, with advanced wireless capabilities and quicker storage options that make it a formidable player in the SBC market.

The Radxa Zero 3W is a compelling choice for a wide array of applications, thanks to its solid specifications and support for popular Linux distributions. As the community continues to explore and utilize this board, we can expect to see a wealth of insights into its true potential and the innovative projects it enables. Whether you’re a seasoned professional or a curious hobbyist, the Radxa Zero 3W is a small computer that’s worth keeping an eye on. For more details on pricing, availability and full specifications jump over to the official Radxa website.

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680 Edge Ryzen X86 single board computer (SBC)

680 Edge Ryzen Powered X86 Single board computer

The 680 Edge is a new x86 powered AMD Ryzen Single board computer designed primarily for edge computing, but it is versatile enough for various applications. It features a Ryzen 7 6800U processor with eight cores and 16 threads, Radeon 68M integrated graphics, and 16 GB of LPDDR5 RAM. The board includes a substantial cooling solution to manage its power consumption and heat output. It offers a range of I/O options and supports additional accessories and displays. The 680 Edge is capable of media playback, gaming, and running multiple applications efficiently.

One of the key features of this board is its integrated Radeon 68M graphics, which offers versatility and the ability to manage tasks that require substantial graphical power. This makes the 680 Edge a suitable option not only for general computing needs but also for more graphics-intensive activities. To complement its processing capabilities, the board comes with 16 GB of LPDDR5 RAM, ensuring smooth multitasking and the efficient operation of numerous applications at the same time.

The 680 Edge is also designed with a sophisticated cooling system that effectively manages heat and power consumption. This is particularly important for maintaining stability and peak performance, especially given the board’s 54W power supply. The cooling system ensures that the board can run at optimal levels without overheating, even when tackling complex tasks or running for extended periods.

AMD Ryzen Single board computer

Watch the fantastic hands-on overview performance test created by ETA PRIME below for more information on what you can expect from the performance of the AMD Ryzen mini PC and its components.

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Connectivity is another area where the 680 Edge shines. It includes an M.2 slot for Wi-Fi and Bluetooth modules, enhancing its wireless capabilities and making it easy to connect to a variety of devices and networks. Additionally, the board supports NVMe SSD storage, which allows for rapid data transfer rates and quick boot times. For those interested in high-quality video, the 680 Edge can output 4K content, making it an excellent choice for home theater enthusiasts who demand crisp, clear visuals.

Gaming enthusiasts will find the 680 Edge to be a capable machine, especially when the settings are adjusted to match the capabilities of the Radeon 68M graphics. While it may not compete with top-tier gaming PCs, it is a strong option for playing less demanding games or for emulation purposes. The board’s performance in gaming scenarios is a testament to its overall power and versatility.

Specifications features :

  • The 680 Edge is designed for edge computing but has multiple use cases.
  • It is powered by a Ryzen 7 6800U CPU with Radeon 68M graphics.
  • The board includes 16 GB of LPDDR5 RAM and various I/O ports.
  • It features a significant cooling system to handle its power consumption.
  • The 680 Edge supports media playback, gaming, and emulation.
  • It has an M.2 slot for Wi-Fi, Bluetooth modules, and NVMe SSD storage.
  • The device can output 4K video and handle PC gaming at adjusted settings.
  • It comes with a 54W power supply and has a power draw suitable for its capabilities.
  • The 680 Edge is compared to other mini PCs and Raspberry Pi in terms of size and performance.
  • Additional accessories and mounting options are available for the board.

When compared to other mini PCs and Raspberry Pi models, the 680 Edge stands out with its superior computational power and a more extensive set of features. This makes it an attractive solution for users who have more intensive requirements for their single board computers. Whether it’s for professional use or tech enthusiasts, the 680 Edge offers the necessary hardware to meet and exceed expectations.

The 680 Edge is not just about raw power; it’s also about flexibility. The board supports a range of accessories and mounting options, which adds to its versatility and allows for easy integration into various setups. Whether you’re looking to create a compact workstation, a sophisticated home entertainment system, or a custom computing solution, the 680 Edge has the hardware capabilities to support your ambitions.

Overall, the 680 Edge AMD Ryzen Single board computer is a powerful and multifaceted device that is well-suited for a wide range of applications. Its combination of a Ryzen 7 6800U CPU, Radeon 68M graphics, and ample RAM makes it a strong contender in the realm of edge computing and beyond.

With its comprehensive cooling system, extensive I/O options, and support for high-resolution video, the 680 Edge is an appealing choice for anyone looking for a powerful computing experience. Whether you’re a professional seeking a reliable computing platform or a tech enthusiast eager to explore the capabilities of edge computing, the 680 Edge offers the performance and features to fulfill your needs.

Image Credit : ETA PRIME

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AAEON GENE-RAP6 13th Gen Intel SBC mini PC

EON single board computer13th Gen Intel Core Processor

AAEON a manufacturer of advanced industrial and embedded computing platforms, has this week introduced its first single-board computer (SBC), the GENE-RAP6, equipped with the 13th Generation Intel Core processors. This latest offering from AAEON is a significant development in the field of single-board computers, as it brings a new level of performance and capability to a compact form factor.

The GENE-RAP6 is a powerful single-board computer that utilizes the 13th Generation platform’s performance hybrid architecture. This architecture offers up to 6 performance cores, 8 efficient cores, and 20 threads. The board is available with various options of Intel Core CPUs, including i7, i5, i3, and the Intel Processor U-series. The 13th Gen Intel Core processors are known for their high performance and energy efficiency, making them an ideal choice for a wide range of applications.

GENE-RAP6 Specifications:

– 13th Generation Intel Core i7/i5/i3/U-series Processor SoC
– DDR5 4800, Dual Channel SODIMM x 2, up to 64GB
– LVDS x 1, eDP x1, DP x 1, HDMI x 1
– 2.5GbE x 1, GbE x 1, SATA 6Gb/s x 1, DIO x 8-bit
– USB 3.2 Gen 2 x 3, USB 2.0 x 4, USB Type C x 1, RS-232/422/485 x 4
– M.2 2280 M-Key x 1, M.2 2230 E-Key x 1, M.2 3052/3042/2242 B-Key x 1
– Wide DC Input 9-36V

One of the key features of the GENE-RAP6 is its support for up to 64GB of dual channel DDR5 memory running at 4800 MHz via two SODIMM slots. This high-bandwidth DDR5 memory provides the board with the capability to handle demanding applications and workloads, making it a versatile solution for various industries. Other articles we have written that you may find of interest on the subject of AAEON products :

The GENE-RAP6 features a variety of display interfaces, including HDMI 2.1 and DP 1.4 ports, both offering 8K resolution at 60 Hz. The board’s HDMI port can drive two 4K displays at 120 Hz, supporting up to four simultaneous 4K displays. This makes it suitable for applications that require high-resolution displays, such as healthcare imaging, human-machine interfaces, and panel PC solutions.

Connectivity

In terms of connectivity, the GENE-RAP6 offers an external I/O made up of 2.5GbE and 1GbE LAN ports, four USB 3.2 Gen 2 ports, and four internal COM headers for RS-232/422/485, as well as GPIO and SMBus. This broad range of connectivity options gives the board the flexibility to interface with a wide variety of peripherals and devices.

Storage

Storage is another area where the GENE-RAP6 excels. The board offers various storage options, including a standard SATA drive, an M.2 2280 M-Key for NVMe, and an FPC connector supporting four PCIe 4.0 lanes. This variety of storage options allows users to choose the best storage solution for their specific needs.

The GENE-RAP6 also supports functional expansion with 5G, Wi-Fi, and Bluetooth modules via an M.2 3052/3042/2242 B-Key and M.2 2230 E-Key. This feature allows for easy integration of wireless connectivity, further enhancing the board’s versatility. The GENE-RAP6 is not only powerful and versatile, but it is also secure. The board has the option of TPM 2.0 to enhance data security, providing users with peace of mind when handling sensitive data.

Given its robust features and capabilities, the GENE-RAP6 is suitable for a wide range of applications. Its high-resolution display capabilities make it ideal for healthcare imaging applications, while its connectivity options and support for high-bandwidth DDR5 memory make it a suitable choice for industrial automation applications. The board’s ability to handle process control systems, data analysis, and virtualized monitoring makes it a versatile solution for various industries.

The GENE-RAP6 single-board computer from AAEON, equipped with the 13th Gen Intel Core processors, offers a compelling combination of performance, versatility, and security. Whether it’s for healthcare imaging, human-machine interfaces, panel PC solutions, or industrial automation, the GENE-RAP6 is a powerful and flexible solution that can meet a wide range of needs.

 

 

 

 

 

Source: AAEON

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6 Fantastic Single Board Computers (SBC) compared

6 Fantastic Single Board Computers (SBC) of 2023

Single-board computers (SBCs) have evolved from simple educational tools into powerful devices capable of handling tasks ranging from everyday computing to complex machine learning algorithms. In an era where the Internet of Things (IoT), edge computing, and artificial intelligence are at the forefront of technological innovation, these small yet potent machines offer a cost-effective and flexible approach for both hobbyists and professionals.

The variety and capabilities of SBCs on the market have never been more diverse, providing a multitude of options tailored for different needs and applications, but here are a selection of the best to help you get started wilting your next project. The fantastic Explaining Computers YouTube channel by Christopher Barnatt has created a fantastic guide taking you through the labyrinth of choices by offering an in-depth comparison of six exceptional SBCs available in 2023: Raspberry Pi 5, Orange Pi 5, Lichee Pi 4A, VisionFive 2, Odyssey x86J4125 v2, and Rock 3C.

Each board comes with its unique set of features, processing capabilities, and ecosystems. Whether you are an IoT enthusiast, a developer focused on edge computing, or simply a tech aficionado looking to build your next project, understanding the strengths and weaknesses of these SBCs can be invaluable.

The best Single Board Computers (SBC) of 2023

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Processing Power

Raspberry Pi 5

  • CPU: 2.4GHz quad-core 64-bit Arm Cortex-A76
  • GPU: VideoCore VII

Orange Pi 5

  • CPU: Rockchip RK3588S, 8-core 64-bit (quad-core A76 + quad-core A55), up to 2.4GHz
  • GPU: ARM Mali-G610
  • NPU: 6TOPs

Lichee Pi 4A

  • CPU: RISC-V 64GCV C910x4@2GHz
  • NPU: 4TOPS@INT8, up to 1GHz

VisionFive 2

Odyssey x86J4125 v2

  • CPU: Quad-core Intel Celeron J4125

Rock 3C

  • CPU: Quad-core Armv8.2‑A Cortex‑A55

Orange Pi 5 leads in terms of core count and NPU capabilities, followed by Lichee Pi 4A. Raspberry Pi 5 and Rock 3C offer competitive quad-core setups, while Odyssey opts for an Intel architecture. VisionFive 2 brings RISC-V architecture into the fray but at a lower clock speed.

Graphical Performance

Raspberry Pi 5’s VideoCore VII GPU is well-regarded for its performance and efficiency. Orange Pi 5’s ARM Mali-G610 is a strong contender, especially with its 8K display capabilities. Lichee Pi 4A and VisionFive 2 both support Vulkan 1.2 and OpenGL ES 3.x, making them capable performers. Odyssey uses Intel UHD Graphics 600, suitable for 4K output. Rock 3C, however, is limited to 1080p displays.

Connectivity

Odyssey x86J4125 v2 impresses with dual 2.5GbE interfaces and multiple wireless options. Raspberry Pi 5 and Orange Pi 5 provide a balanced set of connectivity options, including Gigabit Ethernet and dual-band Wi-Fi. Lichee Pi 4A offers dual Gigabit Ethernets but lacks wireless connectivity. VisionFive 2 and Rock 3C are quite standard in this aspect.

Storage and expandability

Odyssey provides the most storage options with SATA and M.2 interfaces. Orange Pi 5 and Lichee Pi 4A offer up to 16GB LPDDR4 RAM and various storage sizes. Raspberry Pi 5 relies on high-speed microSD cards. VisionFive 2 and Rock 3C offer moderate storage capabilities.

Raspberry Pi 5 remains the most compact, whereas Odyssey x86J4125 v2 and Orange Pi 5 provide the most features and expandability options. Lichee Pi 4A and VisionFive 2 focus on AI and multimedia capabilities. Rock 3C stands out for its ultra-small form factor.

Software

Raspberry Pi 5 has extensive community support and a wide range of compatible software. Orange Pi 5 supports its own OS, Android 12, and Debian 11. Lichee Pi 4A and VisionFive 2 are likely to have less extensive software support due to their RISC-V architecture. Odyssey and Rock 3C offer multiple OS support, including Linux and Windows for Odyssey.

Selecting the best single board computer depends on your specific needs. If you’re looking for raw power and AI capabilities, Orange Pi 5 and Lichee Pi 4A are strong contenders. For balanced performance and extensive community support, Raspberry Pi 5 is hard to beat. Odyssey x86J4125 v2 offers robust connectivity and storage options, making it versatile for various applications. VisionFive 2 and Rock 3C are niche boards that might be ideal for specialized projects.

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AAEON GENE-ADN6 Single Board Computer (SBC)

AAEON GENE-ADN6 Single Board Computer

 

AAEON has this week announced the availability of its new embedded computer in the form of the GENE-ADN6. Offering a single board computer (SBC) powerful enough to cater for a wide range of different applications including machine vision, drones, and autonomous mobile robots (AMR).

The GENE-ADN6 SBC is powered by a range of Intel processors, including the Intel Atom x7000E Series, Intel Processor N Series, and Intel Core i3-N305 Processors. This variety of CPUs, ranging from the 6 W Intel Processor N50 to the 15 W Intel Core i3-N305, provides a range of power and performance options to meet diverse requirements. This flexibility makes the GENE-ADN6 a versatile solution for various industrial and commercial applications.

Designed to withstand harsh industrial environments, the GENE-ADN6 operates within a wide temperature range of -40°F to 185°F (-40°C to 85°C). This durability is a critical feature for applications such as industrial automation, where reliable operation under adverse conditions is crucial.

The GENE-ADN6 single board computer accommodates multiple expansion modules via M.2 2230 E-Key and M.2 3052 B-Key slots, offering versatility in customization. The board also offers additional storage options, including a full-size mSATA slot and a SATA HDD bay. This ensures that the SBC can handle demanding applications that require substantial data storage and fast data access.

AAEON GENE-ADN6 SBC specifications

  • Intel Atom x7000E Series, Intel N series, and Intel CoreTM i3-N305 Processors
  • DDR5 4800 MHz, SODIMM x 1, Up to 32GB
  • HDMI 1.4, VGA, LVDS x 1
  • Intel 2.5GbE x 3, SATA 6.0 Gb/s x 1, DIO x 8bit
  • USB3.2 Gen2 x 2, USB2.0 x 4, RS-232/422/485 x 2, RS-232 x 2
  • Mini PCIe card x 1, M.2 E-Key 2230 x 1, M.2 B-Key 3052 x 1
  • Wide DC Input 9-36V

One of the standout features of the GENE-ADN6 is its suitability for multi-camera machine vision setups. This is made possible by its three LAN ports supporting Intel I226 Ethernet at 2.5GbE, and the ability to host up to three simultaneous displays. These features allow for complex machine vision applications, a crucial component in industries such as manufacturing and logistics.

The GENE-ADN6’s external I/O includes two USB 3.2 Gen 2 ports, and its internal connectors include four COM pin headers, two supporting RS-232/422/485 interfaces, an 8-bit GPIO, SMBus, and four USB 2.0 connectors. These features provide the necessary versatility and connectivity for a wide range of peripherals and devices.

AAEON GENE-ADN6 SBC underneath

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Data security and speed are also prioritized in the GENE-ADN6 single board computer. The board’s interfaces are enhanced by high-bandwidth DDR5 system memory for faster data processing, and optional TPM 2.0 for added data security. These features ensure that the GENE-ADN6 can handle sensitive data securely and efficiently, a critical requirement in today’s data-driven industries.

The compact size, robust design, and diverse interfaces of the GENE-ADN6 make it suitable for industrial automation. Its ability to operate reliably under harsh conditions, coupled with its powerful processing capabilities and expandable features, make it a valuable tool for automating complex industrial processes.

The GENE-ADN6 is now in mass production and available for purchase. Its introduction represents a significant advancement in the field of embedded computing, offering a robust, versatile, and powerful solution for a wide range of industrial and commercial applications. The GENE-ADN6 single board computer is not just a new product, but a testament to AAEON’s commitment to innovation and the advancement of industrial computing technology.

Source: AAEON

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How to run AI models on a Raspberry Pi and single board computers (SBC)

running AI models on single board computers SBC

If you are looking for a project to keep you busy this weekend you might be interested to know that it is possible to run artificial intelligence in the form of large language models (LLM) on small single board computers (SBC) such as the Raspberry Pi and others. With the launch of the new Raspberry Pi 5 this month its now possible to carry out more power intensive tasks to its increased performance.

Although before you start it’s worth remembering that running AI models, particularly large language models (LLMs), on a Raspberry Pi or other SBCs presents an interesting blend of challenges and opportunities. While you trade off computational power and convenience, you gain in terms of cost-effectiveness, privacy, and hands-on learning. It’s a field ripe for exploration, and for those willing to navigate its limitations, the potential for innovation is significant.

One of the best ways of accessing ChatGPT from your Raspberry Pi setting up a connection to the OpenAI API, building programs using Python, JavaScript and other programming languages to connect to ChatGPT remotely. Although if you are looking for a a more locally installed more secure version which runs AI directly on your mini PC you will need to select a lightweight LLM that is capable of running and answering your queries more effectively.

Running AI models on a Raspberry Pi

Watch the video below to learn more about how this can be accomplished thanks to Data Slayer if you are interested in learning more about how to utilize the power of your mini PC I deftly recommend you check out his other videos.

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Before diving in, it’s important to outline the challenges. Running a full-scale LLM on a Raspberry Pi is not as straightforward as running a simple Python script. These challenges are primarily:

  • Limited Hardware Resources: Raspberry Pi offers less computational power compared to typical cloud-based setups.
  • Memory Constraints: RAM can be a bottleneck.
  • Power Consumption: LLMs are known to be energy-hungry.

Benefits of running LLM is on single board computers

Firstly, there’s the compelling advantage of affordability. Deploying AI models on cloud services can accumulate costs over time, especially if you require significant computational power or need to handle large data sets. Running the model on a Raspberry Pi, on the other hand, is substantially cheaper in the long run. Secondly, you gain the benefit of privacy. Your data never leaves your local network, a perk that’s especially valuable for sensitive or proprietary information. Last but not least, there’s the educational aspect. The hands-on experience of setting up the hardware, installing the software, and troubleshooting issues as they arise can be a tremendous learning opportunity.

Drawbacks due to the lack of computational power

However, these benefits come with distinct drawbacks. One major issue is the limited hardware resources of Raspberry Pis and similar SBCs. These devices are not designed to be powerhouses; they lack the robust computational capabilities of a dedicated server or even a high-end personal computer. This limitation is particularly pronounced when it comes to running Large Language Models (LLMs), which are notorious for their appetite for computational resources. Memory is another concern; Raspberry Pis often come with a limited amount of RAM, making it challenging to run data-intensive models. Furthermore, power consumption can escalate quickly, negating some of the cost advantages initially gained by avoiding cloud services.

Setting up your mini PC

Despite these challenges, there have been advancements that make it possible to run LLMs on small computers like Raspberry Pi. One notable example is the work of Georgie Gregov, who ported the Llama model, a collection of private LLMs shared by Facebook, to C++. This reduced the size of the model significantly, making it possible to run on tiny devices like Raspberry Pi.

Running an LLM on a Raspberry Pi is a multi-step process. First, the Ubuntu server is loaded onto the Raspberry Pi. An external drive is then mounted to the Pi, and the model is downloaded to the drive. The next step involves cloning a git repo, compiling it, and moving the model into the repo file. Finally, the LLM is run on the Raspberry Pi. While the process might be a bit slow, it can handle concrete questions well.

It’s important to note that LLMs are still largely proprietary and closed-source. While Facebook has released an open-source version of its Llama model, many others are not publicly available. This can limit the accessibility and widespread use of these models. One notable example is the work of Georgie Gregov, who ported the Llama model, a collection of private LLMs shared by Facebook, to C++. This reduced the size of the model significantly, making it possible to run on tiny devices like Raspberry Pi.

Running AI models on compact platforms like Raspberry Pi and other single-board computers (SBCs) presents a fascinating mix of advantages and limitations. On the positive side, deploying AI locally on such devices is cost-effective in the long run, eliminating the recurring expenses associated with cloud-based services. There’s also an increased level of data privacy, as all computations are carried out within your own local network. Additionally, the hands-on experience of setting up and running these models offers valuable educational insights, especially for those interested in the nitty-gritty of both hardware and software.

However, these benefits come with their own set of challenges. The most glaring issue is the constraint on hardware resources, particularly when attempting to run Large Language Models (LLMs). These models are computational and memory-intensive, and a Raspberry Pi’s limited hardware isn’t built to handle such heavy loads. Power consumption can also become an issue, potentially offsetting some of the initial cost benefits.

In a nutshell, while running AI models on Raspberry Pi and similar platforms is an enticing proposition that offers affordability, privacy, and educational value, it’s not without its hurdles. The limitations in computational power, memory, and energy efficiency can be significant, especially when dealing with larger, more complex models like LLMs. Nevertheless, for those willing to tackle these challenges, the field holds considerable potential for innovation and hands-on learning.

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CM4 Nano Raspberry Pi powered industrial SBC mini PC

Compute Module 4 CM4 Nano industrial mini PC

The CM4 Nano, an industrial-grade embedded computer, with a robust design and advanced features. Offering a ruggedised alternative to the Raspberry Pi 4, making it an excellent choice for a variety of industrial applications. At the heart of the CM4 Nano is the Raspberry Pi Compute Module 4 (CM4), a compact and popular choice for embedded applications.

This module is used in a multitude of commercial devices, highlighting its reliability and versatility. The CM4 Nano takes this module and enhances it with a carrier board, equipped with multiple ports and connectors, all housed within a robust metal case with a built-in heatsink. This aluminium alloy base not only provides protection but also helps to manage heat dissipation, a critical aspect for maintaining optimal performance.

One of the primary challenges in many industrial applications is managing the heat generated by the CPU, wireless module, and PMU. The CM4 Nano addresses this issue head-on with its robust design and built-in heatsink. This feature enhances the reliability of wireless communication, ensuring that the system operates smoothly even in demanding environments.

CM4 Nano

The CM4 Nano is not just about robustness and reliability; it also offers flexibility and customization. The system can be configured with a choice of 1GB, 2GB, 4GB, or 8GB RAM and 8GB, 16GB, or 32GB eMMC storage. This allows users to tailor the system to their exact needs. Additionally, the CM4 Nano offers optional 2.4/5.8G dual-band WiFi and Bluetooth capabilities, further enhancing its versatility.

Data storage is another critical aspect of industrial applications. The CM4 Nano supports large data storage capacity through its eMMC and SD card capabilities. This feature, coupled with the system’s configurable specifications, makes the CM4 Nano an excellent choice for data-intensive applications.

The CM4 Nano also includes an alarm buzzer and a battery-powered real-time clock, features that can be extremely useful in various industrial settings. Moreover, it supports a Gigabit Ethernet port with Power over Ethernet (PoE) function, allowing for simplified wiring and increased flexibility.

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In terms of compatibility, the CM4 Nano is designed to work seamlessly with the Raspberry Pi 4 Model B’s CSI and DSI interfaces. It also supports the official Raspberry Pi PoE HAT, Raspberry Pi official 8M and 12M Pixel HQ cameras, and Raspberry Pi official 7″ touch display. These features make the CM4 Nano a versatile and adaptable solution for a range of applications.

Industrial SBC

The CM4 Nano is not just about performance and compatibility; it also focuses on convenience and ease of use. It provides multiple USB interfaces, including two USB 3.0 channels and one USB 2.0 channel, which can be used for system image updates. The system supports 8V~18V DC power input and provides 5V@2A and [email protected] output power, supporting high-power expansion modules.

The design of the CM4 Nano is also worth noting. With dimensions of 95 × 58mm and a heatsink measuring 103*62mm*5mm, the system is slightly larger than the Pi4 Model B. However, this size allows for excellent cooling performance, ensuring that the system can operate reliably even in high-temperature environments. The CM4 Nano can function at ambient temperatures ranging from -25 to 60°C, further highlighting its suitability for industrial applications.

Finally, the CM4 Nano offers convenient installation options, including DIN rail mounting. It also has four M2.5 screw holes at the bottom of the case for easy installation on other equipment.

The CM4 Nano is a powerful, flexible, and robust solution for industrial applications. With its advanced features, configurable specifications, and robust design, it offers a ruggedised alternative to the Raspberry Pi 4, making it an excellent choice for a variety of industrial settings.

Source : EDATEC

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AMD Ryzen DFI PCSF51 SBC embedded mini PC

AMD Ryzen DFI PCSF51 SBC mini PC is great for games emulation and more

The DFI PCSF51 is a mini PC or Single Board Computer (SBC) that, despite its credit card size, boasts impressive capabilities. This mini PC is powered by the AMD Ryzen Embedded R2514 APU, a potent piece of technology that makes the DFI PCSF51 a versatile device capable of running both Windows and Linux, playing PC games, and running emulators for Wii U, PS2, PSP, and GameCube, among others.

The DFI PCSF51 is part of the AMD Ryzen Embedded R2000 Series, also known as Picasso. This small form factor 1.8″ SBC is designed for space-limited applications. Its single-channel DDR4 memory can support up to 4GB or 8GB. The HDMI 1.4 resolution can support up to 4096 x 2160 @ 24Hz, offering high-quality video playback. Storage capacity reaches up to 128GB with options of eMMC 32GB, 64GB, or 128GB. Furthermore, the CPU life cycle support lasts for ten years until Q2′ 32, based on AMD’s roadmap.

AMD Ryzen DFI PCSF51 SBC mini PC

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The new model of the DFI PCSF51 features the r2000 series APU, which offers a significant boost in CPU and GPU performance, claiming up to 50% more performance on the CPU side. This SBC comes equipped with two USB 3.1 Gen 2 ports, gigabit Ethernet, a full-size HDMI port, a fan header, and an m.2 e key slot for adding Wi-Fi and Bluetooth.

However, due to the x86 Ryzen CPU, the DFI PCSF51 requires cooling. A cooler is available for purchase separately, ensuring the system’s longevity and performance. The SBC supports Windows 10, Windows 11, and Linux, offering flexibility depending on the user’s preference or needs.

4K video playback

One of the DFI PCSF51’s most attractive features is its ability to function as a small form factor embedded PC. It’s capable of 4K video playback and web browsing, making it a powerful tool despite its small size. Performance tests including benchmarks, PC gaming, and emulation have shown that this SBC performs well. It was capable of running older PC games and emulation, offering a unique blend of portability and power.

Games emulation

In terms of emulation, the SBC performed well in PSP, PS2, and Wii U emulation. This suggests that the DFI PCSF51 could be a viable option for those interested in retro gaming or game development. The DFI PCSF51 can run at a lower TDP for desktop use, but for gaming, the TDP needs to be increased. This shows the device’s versatility, as it can be adjusted to meet different performance requirements.

Comparatively, the DFI PCSF51 offers more power and versatility than the Raspberry Pi 4. While the Raspberry Pi 4 is a popular choice for many due to its affordability and community support, the DFI PCSF51’s enhanced performance and features make it an attractive alternative for those requiring more power or specific capabilities.

The potential for installing Steam OS3 on the DFI PCSF51 opens up even more possibilities for gaming and entertainment, further enhancing its appeal. The DFI PCSF51 is a compact yet powerful SBC or mini PC that offers impressive performance and versatility. Whether used for gaming, emulation, or as a small form factor PC, the DFI PCSF51 proves that size isn’t everything when it comes to computing power.

Source: DFI

Filed Under: Hardware, Top News





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