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OS Implementation On SOPC Charcterization Presentation

This project presents the assembly of a System on a Programmable Chip (SOPC) utilizing the Nios II processor on Altera's DE2 board, based on Cyclone II FPGA technology. The implementation of Micrium’s µC/OS-II, a portable and scalable real-time operating system, enables the creation of a web server. The system supports various peripherals including Ethernet for LAN communication, VGA, keyboard for monitoring, UART for host connection, and various memory options. This project highlights the integration of sophisticated components to enhance embedded systems functionality.

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OS Implementation On SOPC Charcterization Presentation

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  1. OS Implementation On SOPCCharcterization Presentation Performed by: Ariel Morali NadavMalki Supervised by: Ina Rivkin

  2. The Project • Assemble a SOPC system, using Nios II processor on Altera’s DE2 board, based on Cyclone II FPGA. • Implement Micrium’s µC OS-II. • Use the system to create a web server.

  3. Micrium’s µC OS-II MicroC/OS-II is portable, scalable, preemptive real-time operating system that has been ported and optimized to run on the Nios II processor. Thousands of people around the world are using µC/OS in all kinds of applications, such as cameras, medical instruments, musical instruments, engine controls, industrial robots, and more.

  4. Block Diagram The following diagram describes our project:

  5. Peripherals • Ethernet – Communication interface to the LAN. • VGA, Keyboard - I/O to monitor and config the system. • UART - Connection to the host computer. • Memories – for the use of the OS and additional programs.

  6. Memory The DE2 board includes: • 8-MBytes SDRAM, 512K SRAM, 4-MBytes Flash • SD memory card slot The µC OS-II Kernel requires: 1-100 Kbytes depending on the features provided by the kernel.

  7. Project Schedule Until Midterm - 17.6.09: • Learning and using Altera’s environment: Quartus II, SOPC Builder & Nios II IDE. done • Creating a small SOPC with nios II, uart and OnChip memory. In process • Learning Micrium’s µC OS-II: Blocks, implementation flow, drivers etc. until 17.6

  8. Thank You

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