Embedded Motherboards and SBCs
Industrial embedded motherboards and SBC’s are available in a range of factor sizes; from Mini-ITX, 3.5″ SBC’s, NUC to Pico-ITX modules.
Industrial motherboards are on availability programs (typically 3-5 years) for longevity and can operate in ambient conditions (0°C to 50°C) and harsh environments (-40°C to +85°C) to make them more appealable than their commercially based equivalents.
• Intel Elkhart Lake: Powering the Next Generation of IoT Edge Devices
• Intel Raptor Lake: 13th Generation Core Processors
• Intel Alder Lake: 12th Generation Core Processors
• ARM-based Embedded SBCs: Low Powered IoT SBCs
• BVM Product Finder – Old, EOL and Discontinued products
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Mini-ITX Motherboards (112)
The Mini-ITX format (6.7”x 6.7”) is the most popular for all formats belonging to the industrial families of motherboards. Manufacturing volumes make it a relatively low-cost solution – whether supplied in low powered Atom format – or a high powered core series Intel or AMD Ryzen formats – with a huge variety of I/O support for other embedded device and instrumentation connectivity. • What is a Mini-ITX Motherboard? • Exploring the Versatility of Mini-ITX Motherboards for Industrial Applications • Mini ITX Motherboards: What You Need to Know -
1.8" Embedded "Industrial Pi" SBCs (13)
1.8" “Raspberry Pi” sized single board computers are mainly available in X86 Intel Atom and AMD Ryzen processor formats, enabling them to operate with low power consumption – maintaining an ultra-slim package and thus ideal for space-constrained applications. Availability of solution also comes in both ambient(0°C to 50°C) & wide temperature operating (-40°C to +85°C) formats, too. • Converting your Raspberry Pi prototype to an industrial design • 1.8” SBC Powered by AMD Ryzen Embedded R1000 • Industrial Pi + PoE. 1.8" - 2.5" SBCs for Edge Applications • DFI PCSF51 1.8” AMD Ryzen R2000 Next-Generation Industrial Pi -
2.5" Embedded Pico-ITX SBCs (26)
In a 72x100mm (2.8”x3.9”) format, Pico ITX single board computers are mainly in X86 Intel Atom. Core series and ARM processor formats, enabling them for low power & high computing applications, They maintain a slimline footprint, ideal for space-constrained applications. Availability of solution also comes in both ambient (0°C to 50°C) & wide temperature operating (-40°C to +85°C) formats, too. • What is a Pico-ITX Motherboard? • i7 Pico-ITX and Mini-ITX SBC’s from Commell -
3.5" Embedded SBCs (37)
In a 5.7”x 4.09” (144.8x103.9mm) format, 3.5” SBC’s are most commonly found directly driving TFT displays via LVDS or eDP interfaces. With a wide variety of i/o available to connect multiple peripheral devices, 3.5” SBC’s are available in low powered x86 or ARM CPUs through to high performance Intel or AMD processors and can be fanless or heat-spreader cooled. • Jetway 3.5” SBC MF05 Series • iCore and Xeon 3.5″ and Mini-ITX Tiger Lake-H SBCs • Intel Tiger Lake SBCs From Commell • 5 x GbE Coffee Lake-S 3.5″ Embedded SBC from Lex -
4" Embedded EPIC SBCs (5)
In a 165x115 mm (6.5"x4.5"), the EPIC 4” SBC format sits between the smaller PC/104 and 3.5" and EBX and Mini-ITX and offers multiple i/o expansion options, supporting both PC/104 and PC/104-Plus expansion. The standard provides specific i/o zones to implement functions such as Ethernet, serial ports, digital and analogue I/O, video, wireless, and various application-specific interfaces. • Exploring the World of Single Board Computers: From 1.8″ to 4″ • Choosing the Right Single Board Computer: Factors to Consider • Choosing the Perfect SBC: Windows vs Linux on ARM and x86 Single Board Computers -
4" NUC / 4X4 Embedded SBCs (45)
In a 101x101mm (4”x4”) format, industrial NUC motherboards are designed for compact sizing in limited spaces for high powered computing solutions. Offering support for gigabit ethernet and powered via a diverse voltage input range - from 12V to 19V – NUC motherboards are ideal for medical, industrial automation, digital signage and IoT applications. • ASRock Industrial 4X4 and NUC Series • 12th Gen Alder Lake-P NUC 1200 Series • AMD Ryzen 5000 Series Embedded Box PCs • Intel Tiger Lake i3, i5 and i7 Fanned NUC Box PCs • Elkhart Lake NUC Motherboard Series -
5" Mini-STX / Micro-STX Motherboards and SBCs (7)
Mini-STX comes in a 147mm x 140mm (5.8" x 5.5") format, making them larger than NUC (4"x4") but notably smaller than Mini-ITX (6.7" x 6.7"). Micro-STX motherboards add an MXM slot (147 x 188mm (5.8" x 7.4")) which allows the use of PCI Express graphics (GPU) expansion cards for facilitation of improved graphical performance and machine learning accelerators making them idea for medical and gaming applications. • Mobile PCI Express Modules – “MXM modules” • Micro-STX SBC high density graphics engine • STX Motherboards: Mini STX vs Micro STX -
ATX / mATX / UTX Industrial Motherboards (29)
ATX (12”x 9.6” / 305 x 244 mm) and Micro ATX (9.6”x 9.6” / 244x 244mm) motherboards are ideal where multiple PCI or PCI Express (PCIe) expansion slots are required for add-on-card expansion. With high computing capability and a rich mixture of i/o they can be deployed in automation and machine vision, digital video recording, intelligent transportation systems and multi-media applications • ASRock 12th Generation Alder Lake-S Industrial Motherboards • Jetway MM02 Series Micro ATX Motherboards for IoT Applications -
AMD Ryzen Motherboards and SBCs (38)
AMD Ryzen Motherboards: Long Life Industrial and Embedded Motherboards. Ryzen and Ryzen Embedded processors powering Mini PCs turbocharge the industrial, media, and enterprise space with low power compute in a small form factor. • V1000 • R1000 • V2000 • Ryzen Embedded Media Archives -
ARM Motherboards and SBCs (10)
ARM powered Motherboards and SBCs: Long life industrial and embedded single board computers with low power consumption based on the latest ARM Cortex and I.MX processors. • Exploring the World of Single Board Computers: From 1.8″ to 4″ • Choosing the Right Single Board Computer: Factors to Consider • Choosing the Perfect SBC: Windows vs Linux on ARM and x86 Single Board Computers
