Fpga Development Board Xilinx Zedboard 7000 Detailed Video Tutorial Zynq | Мебель

Fpga Development Board Xilinx Zedboard 7000 Detailed Video Tutorial Zynq | Мебель

The boards shipped now are equipped with heat sinks and 3M loose adhesive stickers, which can be pasted by themselves. The picture has not been updated.

The current XC7Z020 chips all use industrial-grade high-speed chips -2I. The new chip comes with a QR code. With this as a promotion, the price will increase at any time.

Speed and stability are much higher than -1C. The cost of the chip is about 2 times that of -1C.

Since the release of the open source 5-stage pipeline 32-bit MIPS processor soft core MIPS789 in 2007, I have been engaged in the research and development of the processor system, FPGA verification and the establishment of the software and hardware development environment. Served successively in the Loongson Group, Junzheng, Zhongshu Guorui...

You may have noticed that you can directly access our online store through SYSCLK.taobao.com. Yes, the domain name SYSCLK was registered in 2008. It contains my ideals and interests: Every detail from the operating system SYStem to CLocK Research and grasp.

Fortunately, the ZYNQ7000 series of chips turned out. After doing multiple projects with ZYNQ7000 in four years, I became more and more fond of the ZYNQ7000 series system-on-chip, so after I decided to make the popular ZEDBOARD, I made the supporting materials and promoted them. I plan to focus on this for at least five years from now. I seem to see that with the promotion of Z7 and the popularization of Z7 series chip prices in 2-3 years, the application of Z7 will sweep everything, and the popularity of Z7 will be unstoppable. Whether you are engaged in embedded automation software or hardware, there will be requirements for Z7 development capabilities.

In addition to high-quality, stable, and highly compatible boards, I hope that complete, detailed, professional, in-depth tutorials and perfect services will become our outstanding features! What you get is not only the board, but also our genuine ZYNQ7000 development guidance and technical support.

Willing to provide you with free ZYNQ7000 and FPGA technical services, please contact me if you have this technology. If you want to make friends, you can contact me for consultation and discussion, whether you buy a board or not. For customers who have purchased, I will serve as a technical consultant or technical support, and I will do my best to provide technical support and help everyone learn and develop along the way!

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•processor

o Zynq™-7000 AP SoC XC7Z020-CLG484-100 logic resources are about four times that of 7Z010! Meet the requirements of running videos!

• Memory

o 512 MB DDR3

o 256 Mb Quad-SPI Flash

o 8 GB SD card

•communication

o Onboard USB-JTAG Programming

o 10/100/1000 Ethernet

o USB OTG 2.0 and USB-UART

•Extension

o External connector (68 single-ended or 34 differential I/Os)

o 5 Pmod™ compatible headers (2x6)

o Agile Mixed Signaling (AMS) header

•clock

o 33.33333 MHz clock source for PS

o 100 MHz oscillator for PL

•display

o HDMI output supporting 1080p60 with 16-bit, YCbCr, 4:2:2 mode color

o VGA output (12-bit resolution color)

o 128x32 OLED display

•Configuration and debugging

o Onboard USB-JTAG interface

o Xilinx Platform Cable JTAG connector

•General IO

o 8 user LEDs

o 7 push buttons

o 8 DIP switches

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Compatible with official ZEBOARD, the layout of all connectors, buttons, jumpers and LEDs are the same as the official ones. In addition, most of the original label and the official are also corresponding. You can directly use any ZEDBOARD book or tutorial for learning, which is no different from the official original.

Our development board is the same as the official one. There is no need to purchase a download cable separately. The board integrates a download cable, which can be downloaded or debugged directly by connecting it to the computer via USB.

Of course, there is also a download line interface, but the on-board download line is not suitable, and an external download line is used for the experiment.

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Video 19, the principle of the interrupt control part, the SDK function and the interrupt test (duration 90 minutes), has been completed, this introduction is to be updated.

Video 20, Principle Analysis and Realization of an Equal Precision Frequency Meter (Duration: 85 minutes), has been completed, this introduction needs to be updated.

Video 21, the principle and operation example of dual-core (56 minutes in duration), has been completed, this introduction is to be updated.

Video 22, the detailed analysis and implementation of LINUX starting in SPI FLASH (duration 42 minutes), has been completed, this introduction needs to be updated.

Video 23, the establishment of the QT development environment and the first QT example running on the ZEDBOARD development board. (Duration 33 minutes), completed, this introduction needs to be updated.

Video 24: Principle analysis of VGA interface and realization of control logic. Completed, this introduction needs to be updated.

A. Detailed introduction of VGA interface signal level, communication protocol and various resolutions, and write VGA drive code verbatim according to the timing diagram to make a VGA timing controller (duration 75 minutes).

B. Simulate the above-mentioned VGA timing controller and run it in hardware to make a color bar generator and check that the VGA timing is normal (duration 46 minutes).

\Video 25: Pure PL realizes independent video memory VGA driver and display screen (duration 47 minutes). Completed, this introduction needs to be updated.

Video 26: Introduction and use of BRAM principles. Completed, this introduction needs to be updated.

A. Analyze the principle of BLOCK RAM, and use an independent BRAM block to access the above VGA controller as an independent buffer (different from the RAM described in the language used in video 25) (duration: 48 minutes).

B. Use the BLOCK RAM controller of the AXI interface to connect to the BRAM, realize data reading and writing in the PS, and achieve the exchange of data between the PL and the PS through the shared BRAM (duration 56 minutes).

Video 27: PS programming realizes VGA image display (duration: 43 minutes). Completed, this introduction needs to be updated.

Pages are limited,

The video content is not described here.

You can directly join the group to download the video.

The number 50 and subsequent numbers will only be provided for after-sales. Now it is temporarily open for download and can be downloaded in groups.

Video 50, through the implementation of PL and PS and driven embedded LINUX system. Take a small project as an example, divide it into three small videos to analyze in detail. Completed, this introduction needs to be updated.

A. Write PL logic, generate BIT stream configuration file, combine FSBL and U-BOOT to finally generate BOOT.BIN. (Duration 45 minutes)

B. The writing of the driver and the dynamic mounting to the LINUX system. (Duration 55 minutes)

C. The user program is written and the driver is called to test. (Duration: 30 minutes)

D. Analysis and realization of statically compiled drivers into the kernel (duration: 54 minutes).

Video 51, LINUX system development based on VIVADO.

Provides all the latest codes, and tells how to get the latest codes, from VIVADO logic to the final LINUX software interface, the total size is more than 1G, which has practical value for the project.

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Shipping list:

1. ZEDBOARD is fully compatible with a motherboard.

2. One 12v 2A power converter.

3. Two MICRO USB cables (one is connected to the USB serial port as a terminal, and the other can be used as a downloading and debugging cable).

4. A MICRO USB to OTG cable (used for USB OTG test, such as an external mouse or keyboard)

5, 8G SD card, original SanDisk brand high quality.

6. An SD card reader.

7. 1 meter Gigabit (compatible with 1000M/100M/10M) Ethernet cable.

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We will continue to localize expensive FMC daughter cards! This board has made an equivalent replacement of the physical plug-in for the original FMC interface. On this basis, a wealth of expansion modules can be made, and rare FMC compatible modules have been introduced one after another. There are already a number of external expansion modules, and various expansion modules will continue to be launched in the future! The modules launched by our store are compatible with XILINX and DIGILENT and other third-party FMC expansion modules at the code and schematic level!

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