MLE Founder Dr. Endric Schubert presents at FPGA Camp 2011. In a joint presentation with Glenn Steiner from Xilinx, Inc. design choices for Closed-Loop Real-Time Control-Systems were given. Utilizing modern co-design methodologies such systems can efficiently be built using the Xilinx ZYNQ-7000 Extensible Processing Platform, for example.
MLE announces an FPGA companion solution to extend the connectivity of Texas Instrument’s OMAP 4 Platform. The presented approach adds a wide variety of automotive and industrial interfaces, including FPGA-based ADC and DAC and exposes them to an ANDROID API, available from MLE.
Acknowledging the importance of a vital FPGA ecosystem for embedded applications, MLE is proud to join the elite Xilinx Alliance Program.
To provide you with better overall solutions for system design ESIC and MLE team up: Now, ESIC’s design services will be available to you via MLE.
To all Apple users: Now you can have the MLE Connectivity app for Apple iOS, supporting stand-alone MLE systems and the MLE Live Online Evaluation.
An Android-based User Interface for the SATA Demo is now available for Android phones. It works for stand-alone MLE systems and for the MLE Live Online Evaluation.
Listed as one of the highlights of Hall 9, MLE introduced the FPGA-based “Soft” Hardware Platform at Embedded World 2011. Thank you to all visitors!
Based on user feedback, the new hardware / PCB extends the MLE 1000 Series Rapid Prototyping System: Console I/O is now available via USB; FPGA device reconfiguration supports the Xilinx platform cable, and a realtime clock was added for data acquisition applications, for example.
A new release for the MLE “Soft” Hardware Platform adds support for additional 3rd party hardware platforms including the Xilinx Virtex-5 FXT FPGA ML507 Evaluation Platform. The new Release 3.0 is available for download, please see the release notes for more information.