Module Name		C.1. System-on-Chip-Design							Abbreviation		SY-SOC
Module Group			Digital Systems / Computer Science						mandat. [X]		option []
Summer / Winter			Summer Term				Semester Term				1
Master Program			ESD
Group			15 students
Teaching Staff			K. Mueller
Person in Charge			K. Mueller
Requirements
Course Types				class (2 h), lab (2 SWS)
Course Objectives			The complete digital logic and control of systems can be included on a single device (System-on-Chip design). This results in very high speed, very reliable solutions at low cost. This module teaches all required techniques to create SoCs with custom logic, microcontrollers and the required interfaces. The students can integrate custom logic and interfaces on a single chip handle integration von microcontrollers (embedded softcore) can solve control problems in hardware and software.
Contents			Interfaces to sensors and actuators AD and DA converters advanced communication protocols intellectual properties embedded microcontroller, 8 bit, 32 bit integration of digital components to a complete control system Application examples in the industrial/scientific/medical area
Methods			Class, Labs
Literature			J. Wakerly: Digital Design: Principles and Practices. Prentice-Hall, 1999 Xilinx PicoBlaze™ Users's Guide. Xilinx Corp., 2011 Xilinx MicroBlaze™ Users's Guide. Xilinx Corp., 2011 EDK Concepts, Tools, and Techniques .A Hands-On Guide to Effective Embedded System Design, Xilinx Corp.2011
Exams			written or oral exam
Workload (h)	class		Seminar/others		labs	homework/ presentation		preparation		industry
	30		0		30	0		90		0
Language			English
Remarks
Credits			5