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Limitations of traditional AMP configurations
Xilinx Zynq AP architecture provides unprecedented possibilities in terms of integration. In industrial world applications, this is often leveraged to combine on a single chip the implementation of real-time tasks with generic software applications and functionalities that don't have specific requirements in terms of real-timeness{{efn|Network connectivity is an example of such functionalities.}}. In addition, the flexibility offered by the FPGA - known as Programmable Logic or PL for short - allows system designer to implement in hardware custom IPs to add new interfaces and peripherals or to move processing modules from the software to the hardware world{{efn|Powerful tools have been introduced in the market recently that facilitate this process significantly. One of these is [http://www.xilinx.com/products/design-tools/software-zone/sdsoc.html SDSoC]. Bora and BoraX are two of the [http://www.xilinx.com/products/design-tools/software-zone/sdsoc.html#boardskits supported hardware platforms].}}.
to one of the most common The following list details recaps the typical requirements that such systems must be met. They have This list has been compiled on the base of real world use cases (specifically medical, transportation, automation and telecom applications).* real-time and non real-time tasks integration* communication and data sharing* integrity** isolation 
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