uClinux on SmartFusion cSoC using ARM Cortex-M3

Overview:
This webinar will cover the requirements and tradeoffs of running uClinux on the SmartFusion customizable system-on chip (cSoC) devices, based on ARM's Cortex-M3 processor. Several demonstrations will be shown including a Qt-Embedded graphical interface implementation using a soft-ip LCD controller in the SmartFusion FPGA fabric, a 4-wire SPI LCD demonstration, and additional demonstrations of networking and Linux shell capabilities with uClinux. The demonstrations will be shown on the Emcraft SmartFusion board and on the Microsemi A2F500-DEV-KIT.  This presentation is targeted at SmartFusion cSoC customers who are interested in running uClinux and want to see what is possible with this solution.

Presenters:
Kent Meyer, Partner, Emcraft Systems
Kent is a partner at Emcraft Systems, a company focused on embedded Linux solutions for ARM Cortex-M* processors. Prior to Emcraft, Kent was a founding partner of Pigeon Point Systems, a Resident Affiliate at the Software Engineering Institute (SEI), Product Architect at Lynx Real Time Systems (now LynuxWorks), and a Senior Software Engineer at Telesoft. Kent hold a Masters of Software Engineering from Carnegie Mellon University, and a B.S. in Computer Engineering from the University of California, San Diego. Kent has spent his 27 year career focused on Unix, Linux, embedded systems, Real Time Operating Systems, and software/hardware product integration, testing and manufacturing.

Vladimir Khusainov, Founder, Emcraft Systems
Vladimir is a founding partner at Emcraft Systems, a company focused on embedded Linux solutions for ARM Cortex-M* processors. Prior to Emcraft, Vladimir was a Director of Embedded Solutions at Auriga and a UNIX Software Engineer at NICEVT. Vladimir holds a Masters of Software Engineering from Moscow State University. Vladimir has spent his 24 year career focused on Unix, Linux, and Real Time Operating Systems for embedded systems.

Emcraft Systems is a leading provider of uClinux for ARM Cortex-M3 processors.