Zynq Training - Learn Zynq 7000 SOC device on Microzed FPGA

This video shows you how to get started with Zynq. So start out by creating a block diagram, add your Zynq Processor and then run block automation; Easy as that! In the next video we will use the SDK to create a simple hello World C program.

In this lecture we will move the Xilinx SDK in eclipse and program a simple hello world app via UART.
You will have to set up your hardware peripherals as shown in the previous video if you haven't already seen it
In this video we use a Microzed board but you can use any Zynq device or even a Microblaze processor to Run this code.

A struct in the C programming language (and many derivatives) is a complex data type declaration that defines a physically grouped list of variables to be placed under one name in a block of memory, allowing the different variables to be accessed via a single pointer, or the struct declared name which returns the same address. The struct can contain many other complex and simple data types in an association, so is a natural organizing type for records like the mixed data types in lists of directory entries reading a hard drive (file length, name, extension, physical (cylinder, disk, head indexes) address, etc.), or other mixed record type (patient names, address, telephone... insurance codes, balance, etc.).

Now Structs on Xilinx FPGA are useful to access peripherals such as GPIO, ethernet, USB etc. Structs save a lot of typing and can significantly reduce your productivity when calling on certain functions in board support package. This Lecture shows introduces you to the concepts of structures in C++ on Xilinx SDK.

If you want to blink an LED on FPGA, you will require structs. We will create a blink LED example in the next two lectures

This lecture will show you how to blink an LED on any Zynq Device in Vivado and Xilinx SDK. If you have an FPGA or Zynq device you can learn how to blink an LED on a Zynq or Microblaze using the Xilinx SDK.

This lecture will show you how to blink an LED on any Zynq Device in Vivado and Xilinx SDK. If you have an FPGA or Zynq device you can learn how to blink an LED on a Zynq or Microblaze using the Xilinx SDK.

To learn more on Image Processing, PCB Design, FPGAs, Zynq and Vivado then Check out
http://www.arduinostartups.com/
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Create a Delay function in C Xilinx SDK for Zynq Boards -Zynq Tutorial

In the Last Lecture, we created a flash LED in Xilinx SDK on a Zynq device. This tutorial shows you how to blink that LED in the most simplest way possible. It is very easy to create a delay function in C and C++ and add it to your Xilinx code in Xilinx SDK (Eclipse Based)

Once you know how to create a Delay function in C Xilinx SDK for Zynq Boards, you can check out the next lecture that will show you how to debug your embedded code.

Your Feedback is greatly Appreciated. Please feel free to ask questions.

This lecture will show you Debugging on a Zynq in Xilinx SDK Eclipse on ARM A9 processor which is built into the MicroZed board.In this video we shall look at the concepts behind debuging a piece of C code. This is important for all software development because mistakes can be easily made.

Because Xilinx SDK is based on Eclipse, you will easily grasp how to debug and step into or step over the code that we wrote in the previous video.

Remember you require the JTAG USB cable in order to debug your project.

Debugging on a Zynq in Xilinx SDK Eclipse is really easy

This lecture discusses expanding Zynq with AXI BRAM and SPI Programmable Logic

In the previous video we have confined our effors to the Hardened Processing system or PS section of the Zynq 7000 device. 

However, your zynq device is much more than just a processor. It provides a large quantity of FPGA programmable logic or PL that can configured by the user. So in this lecture we going back to Vivado to add an BRAM controller that uses the AXI protocol with some
simple Block memory. And then we are also going to add an SPI controller to communicate with external SPI slave devices.

Read GPIO on Zynq with MIO PushButtons Xilinx SDK

In this lecture we'll learn how to link our Zynq Processor to a GPIO MIO push button. We read the
state of the push button and output this state to an LED. Very simple lab but is powerful in
terms of learning and understanding how to use a Zynq Processor.

Reading and Writing to Memory in Xilinx SDK. This video shows you how to read and write to BRAM memory in Xilinx SDK on Zynq devices. This Zynq training lecture shows you what you need to do in order to use the AXI bus to communicate with the BRAM modules that we instantiated in Xilinx
Vivado.

Timers (Polled) in Xilinx SDK Zynq Training

In this Lab we look at how it is possible to accurately measure time using hardware based timer peripheral.

This will give us much greater flexibility in designs, considerably more control and will allows us to avoid wastage of the processors time. This lecture deals with polled timers, the next lecture will discuss timer interrupts in Xilinx SDK on Zynq devices.

Zynq Timers Using Interrupts (Theory and Code)