Free application: Domestic FPGA Ziguang Tongchuang DFPGL22G development board, produced by Zhengdian Atom, with complete learning resources~

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Free application: Domestic FPGA Ziguang Tongchuang DFPGL22G development board, produced by Zhengdian Atom, with complete learning resources~ [Copy link]

 

Evaluation kit: Zhengdian Atom DFPGL22G development board (main board + Ziguang downloader)

The DFPGL22G development board is the first board based on domestic FPGA chips launched by Zhengdian Atom . The main control chip uses the PGL22G of the Logos series of Unigroup Tongchuang, which is a very cost-effective chip among Unigroup Tongchuang FPGA chips. Compared with the chips of the same level of foreign manufacturers (such as LX16 of Xilinx Spartan6 series and EP4CE10 of Intel), it has obvious advantages in price, DDR3 read and write bandwidth and resources. It is the best choice for learning and getting started as well as company project development. Main features of the board:

1) The development board has rich onboard resources, ranging from simple peripherals to high-speed interface peripherals, which is suitable for students and electronic engineers to get started and improve FPGA development ;
2) The supporting materials are rich, and most peripherals contain related routines and documents, and the routines, documents and video tutorials are continuously updated;
3) The display interface is rich. In addition to the conventional HDMI and RGB LCD interfaces, the development board also has a MIPI DSI interface for the first time. Compared with the RGB LCD interface, this interface can connect to a higher-resolution MIPI DSI screen;
4) The interface is flexible. The development board has 1 ATK-Module interface and 2 rows of 21*2 expansion ports on board, which are convenient for connecting various expansion peripherals.

Diagram: Onboard resources

The onboard resources are as follows:
main control chip: PGL22G-6MBG324, lookup table (equivalent to LUT4): 21043, block RAM: 864Kb, PLL: 6, and integrated ADC hard core;
storage: 4Gb DDR3, 128Mb QSIP Flash, 64Kb EEPROM, TF card holder;
communication: 1 USB UART interface, 1 Gigabit Ethernet interface, 1 infrared receiver;
display: 1 RGB888 LCD interface, 1 HDMI interface, 1 MIPI DSI interface, 6-bit digital tube;
camera interface: 1 2*9 female row, can be connected to the atomic camera module;
human-computer interaction: 1 reset button, 4 function buttons, 1 capacitive touch button, 4 LED lights, 1 buzzer;
others: 1 RTC real-time clock, an ADC input test interface, 1 ATK Module interface, 1 single bus interface, 2 21x2 expansion ports, etc.

How to Apply

>> Click I want to apply , and fill in the reason for application, evaluation plan, etc. The official evaluation direction suggestions include: you can consider the board's onboard interface layout, high-speed interface function usage, etc. Excellent trial users who have been uniformly certified by the Zhengdian Atom FPGA R&D team and operation team can get the trial product for free.

Event Schedule

Application period: November 21 to December 12
Selection announcement: All shortlisted candidates will be announced before December 15
Evaluation period: December 22 to February 22
Awarding time: within two weeks after the evaluation

Product Information

1. Development board schematic diagram

_Zhengdian Atom ATK-DFPGL22G development board schematic.zip

2. Documentation Tutorial

ATK-DFPGL22G FPGA Development Guide_V1.0.rar

License Association.pdf

Zhengdian Atomic Logic Design Guide V1.9.pdf

On-time Atom FPGA static timing analysis and timing constraints_V2.3.pdf

3. Teach you step by step with video tutorials

Lecture 1 Comprehensive test of DFPGL22G development board Lecture
2 Introduction to FPGA
Lecture 3 Introduction to DFPGL22G development board resources
Lecture 4 Installation of PDS software Lecture
5 Use of PDS software Lecture
6 Creating timing constraint files
Lecture 7 Hardware debugging of PDS software Lecture
8 Installation of Modelsim software
Lecture 9 Introduction to Modelsim Lecture
10 Joint simulation of PDS software and Modelsim Lecture
11 Syntax Lecture
12 Flowing lamp experiment

4. Factory comprehensive hardware test source code, example source code, learning reference materials and tools, etc.

Data link Disk A: https://pan.baidu.com/s/1ry_MrpP14sKKCGLh7d9t-w Extraction code: p9re
5. FPGA development software Pango Design Suite and simulation software Modelsim:
Data link Disk B: https://pan.baidu.com/s/1DFHdpA8PLPm9FTdrhIWnHg Extraction code: h8gv

For more information, >>Click here to view the event page

lugl4313820

This development board is really good, I hope I can apply for it.