Industrial Touch Panel PCs and Monitors
IP Rated Touchscreen Computers For HMI Integration
IP Rated Touchscreen Computers For HMI Integration
Premio’s line of industrial motherboards and single board computers represent the standard of embedded computing as well as the future of data processing and I/O connectivity. From OEM /ODM enterprise computing designs to embedded single board computer applications, Premio provides reliability and longevity with standard off-the-shelf industrial grade motherboards for the most challenging embedded deployments.
We also provide end-to-end engineering services to ensure your configuration requirements and solve your mechanical design challenges. From a full custom solution to a small change in the I/O, we can adapt each motherboard to comply to your specifications without compromising performance.
3.5” SBC motherboards are popular building blocks for OEM embedded designs and IoT devices for industrial-grade deployments. Small and compact in size, our 3.5” single board computers provide mission-critical balance in power consumption, flexible I/O, and performance.
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75% smaller than mini-ITX motherboards, PICO-ITX boards are known to fit in small, embedded designs that are limited in mechanical space. This small standard size supports x86 SoC processors and is an OEM building block for embedded computing designs.
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FEMTO-ITX form factor is an industrial-grade alternative to the “Raspberry Pi” that can deliver performance in the smallest embedded or IoT devices. A key differentiator for the 1.8” single board computer is its extremely small size and its ability to provide x86 processing and data telemetry for industrial-grade deployments.
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Micro ATX, or mATX, motherboards are a common choice used in small form factor computers. 25% in size to its standard ATX variant, micro ATX supports x86 socket processors, up to four expansion slots and memory DIMM slots.
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Mini ITX is a popular motherboard size for its flexibility in various embedded and industrial deployments due to its robust performance and compact size. The Mini-ITX form factor is known for its lower power consumption design and measures in at roughly 6.7” x 6.7” in size.
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The largest and most common form factor motherboard, found in many computers around the world. ATX motherboards offers room for many I/O ports, PCIe lanes, and SATA connections that users can find useful for many industrial workloads.
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Download Our Solution Guide For Embedded Computer and Industrial Touch Display Solutions.
What is form factor? How are motherboard form factors different from one another? Learn more about the various types of motherboard form factors and how they are used at the rugged edge.
| Form Factor | ATX | Micro-ATX | Mini-ITX | 3.5" Single Board Computer | 2.5" Single Board Computer | 1.8" Single Board Computer |
|---|---|---|---|---|---|---|
| Socket Design | Socket CPU | Socket CPU | Socket CPU | System-On-Chip (SoC) | System-On-Chip (SoC) | System-On-Chip (SoC) |
| Architecture | x86 | x86 | x86 | x86 | X86 | x86 |
| Processor | Intel | Intel | Intel | Intel or AMD | Intel | AMD |
| PCIe Slots | 2-3x PCIe x16 2-3x PCIe x1 |
1-2x PCIe x16 1x PCIe x4 1-2x PCIe x1 |
1x PCIe x16 1x MiniPCIe |
2x Half-sized mini PCIe |
2x Half-sized mini PCIe | 1x Mini PCIe |
For many industrial embedded applications, size plays a major role in an overall choice when it comes to any system deployment. A critical decision for any OEM system builder, is understanding which industrial board in their compute solution.
CPUs are a core element of computers systems. It fetches data from memory, carries out instructions, and executes logical or arithmetic operations on data. Learn more about how Socket and SoC CPUs differ and how each can impact your industrial application.
With 35+ years of computing design and manufacturing, Premio emphasizes its specialty in highly reliable and rugged edge computing hardware for Industry 4.0 deployment applications.
While both are printed circuit boards (PCBs), a single board computer (SBC) has all the necessary components that a full computer requires (CPU, memory, I/O, storage, and GPU) contained all on the board. These components are soldered onto the PCB, locking the specifications in place. However, motherboards are built with sockets that are to be populated by the CPU, graphics, and memory. These components can be removed, changed, and upgraded.
Key market verticals that benefit from these boards include industrial automation, smart retail and kiosks, digital signage, medical imaging, and more.
Yes, Premio offers a variety of customization options for its motherboards and single board computers, including different form factors, CPUs, and I/O configurations.
Premio’s industrial motherboards and single board computers come equipped with a wide range of connectivity options, including ethernet, serial ports, and advanced wireless options such as Wi-Fi 6E, 4G/LTE and 5G connectivity.
Premio offers a wide range of motherboard form factors and covers all the standard form factors for embedded motherboard . From ATX, Micro-ATX, Mini-ITX, 3.5", 2.5", and even a 1.8" SBCs.
Yes, Premio’s embedded motherboards are designed for fanless and rugged environments. These motherboards are built to operate efficiently in harsh industrial conditions, providing reliable performance without active cooling.
Premio embedded motherboards typically offer a variety of I/O ports to meet diverse industrial needs, including:
Premio's embedded motherboards support a range of processors from different generation tailored for industrial use, including:
Yes, many of Premio’s embedded motherboards and single board computers are capable of supporting wireless connectivity through M.2 . This can be used to add wireless modules such as Wi-Fi, Bluetooth, or cellular LTE/5G , making them adaptable for wireless communication needs in various industrial applications.
Yes, Premio’s embedded motherboards and SBCs can be integrated into IoT networks. These boards typically support various connectivity options such as Ethernet, Wi-Fi, and cellular modules, allowing them to communicate with other devices in IoT ecosystems
