At the 14th International VDI Congress “Electronic Systems for Vehicles” in Baden-Baden, Germany, a Parallel Video Image Stream Processing system was presented which utilized a MLE 1000 Series RPS as a camera breakout box.
New firmware and software for the Missing Link Electronics MLE 1000 Series Rapid Prototyping System is now available. The new functionality includes stability fixes in the PowerPC-based applications processor, a robust, networked rescue system, and a suite of confidence tests for the underlying hardware interfaces. The new Release 2.0 is available for download.
Missing Link Electronics introduces the MLE 1000 Series Rapid Prototyping System (RPS) which makes available an early clone of the target hardware running the target software to facilitate architectural exploration at Electronic System Level (ESL), to enable concurrent design and testing of hardware, software and diagnostic functions, and to reduce the risks and efforts during system integration.
In booth 9-501, hall 9, at the Embedded World Exhibition and Conference in Nuremberg, Germany, prominent electronic design and manufactoring service company CAD-UL Electronic Services GmbH will be hosting a demonstration of Missing Link Electronics Rapid Prototyping Platforms. Using the famous game of PONG as a proof-of-concept application multiple FPGA-based embedded systems are connected via CAN, USB, LVDS, Bluetooth, and Ethernet networking technology. Please stop by for more information.
Missing Link Electronics moved into new office space at the TFU in Neu-Ulm, Germany. Strategically located in close proximity of leading European automotive and aerospace industry partners, there will be sufficient space to grow to the next level.
Missing Link Electronics presents its’ Flexible Prototyping Platform at Electronica 2008. You can find us in the booth of Zitzmann GmbH, Hall A1, Booth 246.
In the Xilinx XCell Journal Issue 66 you will find a detailed description from Missing Link Electronics’ engineering team on how to make use of the PowerPC APU inside Xilinx Virtex5-FXT devices. The reference designs mentioned in that article can be found in our Documentation section.