DFI Tech Offers i.MX6 SoC Version of Qseven Modules
DFI Tech, a provider of embedded computing solutions and board products, now offers a 1-4 core i.MX6 NXP (formerly Freescale) versions of the Qseven computer on modules.
DFI Tech, a provider of embedded computing solutions and board products, now offers a 1-4 core i.MX6 NXP (formerly Freescale) versions of the Qseven computer on modules.
Compliant to the Qseven revision 1.2 specification, the FS700 has I/O interfaces of CANbus, RS-232, LAN, I2S, dual I2C, and 4x USB 3.0. The unit also has x1 PCIe expansion and a supports 1x SATA 2.0 interface and a microSD socket.
DFI provides COM Express family modules in the Qseven, Mini, Basic, Compact, and Carrier Board types. The company also offers PanelPCs, small form factor embedded computers, industrial expandable computer systems, and more.
About DFI Tech
DFI Tech designs, integrates and provides long lifecycle support for embedded computer systems and industrial PCs to meet the diverse needs of the Infotainment, Gaming, Industrial Automation, Mil/Aero, Medical, Transportation, Network Security, and a variety of other industries. We offer a large selection of off-the-shelf embedded computer solutions such as fanless, small form factor, all-in-one panel PCs, and multi-function devices, as well as application-specific tailored embedded computer systems. DFI Tech also provides a complete line of motherboard products based on Intels latest chipsets, as well as Computer-on-Modules, and Embedded SBCs. As an affiliate of DFI in Taiwan, DFI Tech can offer high volume, board level contract manufacturing capacity, while at the same time offering high touch US based customer service and embedded computer hardware systems.
Featured Product
Robotmaster® 2024
Program multi-robot cells and automatically solve robotic errors with ease. Hypertherm Associates announces a new version to its robotic programming software. Robotmaster 2024 addresses key market trends including the support for programming multiple robots in a single work cell and the demand for automatic trajectory optimization and robotic error correction.