Computer On Module (COM) enables to create quickly a ready computer platform that can be easily upgraded by replacing selected module with newer one. At the same time, it is possible to create several variations of motherboards to prepare devices that differ in supported interfaces and derived signals without a need to differentiate other components of the project. COM’s by DFI Co. are manufactured with strict version control. That enables to avoid problems when there are needed changes in components used in these computers.
System On Module (SOM) mainly base on ARM processors and are a very interesting alternative to x86 SBC’s (Single Board Computers) and for self-made projects. When using SOM module, design and testing costs are significantly reduced while maintaining low production costs. Available motherboards, wide documentation and source codes allow users to quickly start operating with selected module. Motherboards are also perfect for building final solutions, as they guarantee a fast product’s launching on the market.
The MicroGEA MX6ULL System On Module by Engicam offers compact, high-performance computing with energy efficiency, ideal for industrial applications. Powered by the NXP i.MX 6ULL processor, this module delivers robust processing capabilities while maintaining low power consumption. It features flexible connectivity options, including USB, Ethernet, and UART interfaces, ensuring seamless integration with diverse systems. The module supports Linux operating systems, providing a stable and versatile platform for development. With its compact design and reliable performance, the MicroGEA MX6ULL is perfect for applications requiring a small footprint without compromising on functionality and reliability.
Experience superior modular computing with the ENG-COMe-10M-EHL by Engicam, designed for versatile industrial applications. Equipped with LPDDR4@3733 MTs 2 GB RAM, expandable up to 16 GB, this powerhouse ensures seamless multitasking and future-proof performance. Compatible with both Linux and Windows 10, it offers flexibility to cater to diverse operational needs. Its robust interface options, including DP, eDP, HDMI, and LVDS, deliver stunning visuals, while a comprehensive range of ports like GPIO, I²C, PCIe, and more ensure unparalleled connectivity and integration. The ENG-COMe-10M-EHL adheres to the SMARC COM standard, making it an ideal choice for scalable and efficient industrial computing. Optimize your technology infrastructure with this reliable and cutting-edge solution, ensuring your operations are always ahead of the curve.
Revolutionize your industrial computing with the Smar Core EHL modular computer from Engicam. Engineered for versatility, this powerhouse features 2 GB LPDDR4@3733 MTs RAM, expandable up to 16 GB, ensuring smooth multitasking and robust performance. Its comprehensive interface support includes DP, eDP, HDMI, and LVDS, providing seamless connectivity options. Compatible with Linux and Windows 10, the ENG-Smar Core-EHL adapts to your preferred operating system effortlessly. Equipped with essential ports such as CAN, GPIO, I²C, PCIe, SDIO, SPI, and UART, this SMARC SOM standard device is designed for maximum flexibility and integration. Perfectly suited for industrial environments, the ENG-Smar Core-EHL by Engicam delivers unmatched reliability and efficiency. Elevate your computing capabilities with this cutting-edge solution, tailored to meet the demands of modern industrial applications.
GRN-GLS11.2.053.2.2.E System On Module (SOM) by Grinn is equipped with single core i.MX6UL processor. Computer has also 256 MB RAM DDR3, 2GB eMMC and RGB interface. The module operates on Linux and may work within industrial temperature range.
Grinn creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Grinn is an application-rich system with real-time responsiveness.ENG-MOD.CORE.MX6SX.256M.512M System On Module (SOM) by Engicam is equipped with single core iMXSX processor. Computer has also 256 MB RAM DDR3, 512MB NAND and RGB , LVDS , MIPI CSI interface. The module operates on Linux and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-START.CORE.MX6S.512M.4G System On Module (SOM) by Engicam is equipped with single core i.MX6S processor. Computer has also 512 MB RAM DDR3, 4GB eMMC and RGB , LVDS , HDMI interface. The module operates on Linux, Android and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-START.CORE.MX6DL.1G.4G System On Module (SOM) by Engicam is equipped with dual core i.MX6DL processor. Computer has also 1 GB RAM DDR3, 4GB eMMC and RGB , LVDS , HDMI interface. The module operates on Linux, Android and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-START.CORE.MX6Q.2G.4G System On Module (SOM) by Engicam is equipped with quad core i.MX6Q processor. Computer has also 2 GB RAM DDR3, 4GB eMMC and RGB , LVDS , HDMI interface. The module operates on Linux, Android and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-MOD.CORE.MX6Q.2G.4G System On Module (SOM) by Engicam is equipped with quad core i.MX6Q processor. Computer has also 2 GB RAM DDR3, 4GB eMMC and RGB , LVDS , HDMI , MIPI CSI interface. The module operates on Linux, Android and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-MOD.IOT.MX6UL.128M.256M System On Module (SOM) by Engicam is equipped with single core i.MX6UL processor. Computer has also 128 MB RAM DDR3, 256MB NAND and RGB interface. The module operates on Linux and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.ENG-MOD.GEA.MX6UL.128M.4G System On Module (SOM) by Engicam is equipped with single core i.MX6UL processor. Computer has also 128 MB RAM DDR3, 4GB eMMC and RGB interface. The module operates on Linux and may work within industrial temperature range.
Engicam creates highly integrated multi-purpose solutions. The module is optimized for high performance energy efficient processing and may be a part of a variety of applications – embedded, automotive, industrial and consumer. SOM by Engicam is an application-rich system with real-time responsiveness.
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