Design of DDR3 SDRAM read-write controller based on FPGA

Author:

Yi Jinhui,Wang Mingfu,Bai Lidong

Abstract

Abstract In order to flexibly adjust the frame delay of real-time image acquisition by high-resolution cameras, which is based on optical fiber communication protocol, and facilitate subsequent control, this article uses MT41J128M16JT-125IT DDR3 SDRAM of Mircon company to cache image data. And based on the MIG controller that comes with Xilinx Vivado development tool for continuous read and write control, the results show that when the camera system is designed at 2fps and the system clock is 50Mhz, the system data bandwidth is 2.2Gbps. The selected DDR3 chip has a bandwidth of 6.25Gbps, which can meet the real-time transmission requirements of the design system.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference5 articles.

1. Design and implementation method of DDR3 SDRAM controller based on FPGA;Ding;Information Recording Materials,2018

2. Design of SDRAM controller in the real-time display system of large-area CCD images;Wang;Computer Applications,2009

3. Design and optimization of DDR3 SDRAM controller based on FPGA;Song;Electronic Science and Technology,2016

4. FPGA-based DDR3 controller design;Zong;Electronic Measurement Technology,2017

5. User interface design of DDR3-SDRAM controller based on FPGA[J];Ding;Science Technology and Engineering,2014

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