QUADMO747-X/i.MX6 has been presented by SECO at FTF Americas, San Antonio, Texas.

QUADMO747-X/i.MX6Module Based on the latest Freescale i.MX 6 for Next Generation Consumer, Industrial and Automotive Applications.

SECO is going to present the new QUADMO747-X/i.MX6, the first scalable multi-core ARM® Cortex™ A9 architecture in Qseven®  standard modular solution that combines and emphasizes the high-graphics performance with the power-efficient processing capabilities.

QUADMO747-X/i.MX6 has been presented by SECO at FTF Americas, San Antonio, Texas.

QUADMO747-X/i.MX6Module Based on the latest Freescale i.MX 6 for Next Generation Consumer, Industrial and Automotive Applications.

SECO is going to present the new QUADMO747-X/i.MX6, the first scalable multi-core ARM® Cortex™ A9 architecture in Qseven®  standard modular solution that combines and emphasizes the high-graphics performance with the power-efficient processing capabilities.

Quadmo747-X/i.MX6is a Qseven® Rel. 1.20 Compliant Module designed by SECO that offers top computational and graphical performances given by low-power consuming ARM architecture.

This brand new product is the flexible solution from a multi-display platform to a mobile fanless application, supporting up to 4 independent displays using LVDS, HDMI and DSI interfaces.

SECO believes that there are two different needs in the market right now, that’s why their innovative production never stops:  manufacturers need to produce standard products to be used by as many customers as possible, and reduce engineering and manufacturing costs. Customers need to reduce resources invested, minimizing overall development and material expenses. Standards help ensure product availability over years, second sources and cost reduction.

Quadmo747-X/i.MX6integrates i.MX6 Multimedia Applications platform from Freescale™, a multimedia processor integrating a multicore Cortex™ A9 ARM Core (up to Quad Core processors), ideal for applications requiring multimedia capabilities and/or high levels of parallel computing.