intel fpga

volumes of digital processing are very large, in order to increase the speed, commands and data spaces are separated to access two spaces using two buses. At the same time, generally, there is high-speed RAM in the DSP. Data and programs must be loaded to the high-speed slice Ram before they can run. To improve the efficiency of digital computing, DSP sacrifices the convenience of memory management and has many poor support for multiple tasks. Therefore, DSP is not suitable for multi-task contr

Original link:FPGA development of the eight: from the development of programmable devices to see the future trend of FPGAFPGA development All the nine: FPGA main suppliers and products (1)FPGA development All the nine: FPGA main suppliers and products (2)FPGA development All the nine:

Requirement Description: Deep learning FPGA realizes knowledge reserveFrom: http://power.21ic.com/digi/technical/201603/46230.htmlWill the FPGA defeat the GPU and GPP and become the future of deep learning?In recent years, deep learning has become the most commonly used technology in computer vision, speech recognition, natural language processing and other key areas, which are of great concern to the indus

Default Value Yarn. nodemanager. resource-plugins.fpga.allowed-fpga-devices Auto FPGA Devices managed by yarn nodemanager are separated by commas. The number of GPU cards will be reported to ResourceManager for scheduling. The default value auto indicates that yarn will automatically discover the GPU card from the system. If the Administrator only wants some

DDR2 Circuit DesignHigh-speed large-capacity cache is an essential hardware in high-speed big data applications. At present, the use of a wide range of high-speed large-capacity memory in FPGA system has a classical low-speed single data rate of SDRAM memory, and high-speed dual-rate DDR, DDR2, DDR3 type SDRAM memory, The DDR series of memory all require the FPGA chip has the corresponding hardware circuit

Original link:FPGA Practical Development Tips (1)The fifth chapter, the FPGA actual combat development skill5.1 FPGA Device Selection KnowledgePeng Tong, Hu Yihua/CAS Shanghai Institute of Technical PhysicsThe selection of FPGA devices is very important, unreasonable selection will lead to a series of follow-up design problems, and sometimes even make the design

Many of the friends who have done microcontroller know that after the MCU is burned to write the program firmware, then the program firmware is stored inside the MCU. The program can continue to operate even if the MCU is powered off and then re-energized. This is because the firmware of the MCU is written to write the program firmware to the MCU on-chip program memory ROM, and most modern MCU this ROM is flash memory. Flash memory can be power-down to keep data, so can realize the power-down pr

The advanced embedded market is divided into the following three categories: ARM, DSP and FPGA. ARM is the industry leader, currently almost all Android smartphones use ARM authorized CPU architecture, while DSP (digital signal processor) has been widely used in the early years of the telephone, DVD, communication base Station and other fields. The difference between DSP and arm is that arm is a universal CPU,DSP and a dedicated CPU.

ArticleDirectory Part 1 Introduction to software Part 2 Introduction to OpenGL Part 3 exercise with OpenGL Part 4: Part 3 Part 5 Time Series Constraints Part 6 software skills Description There is no link to the unfinished document. Comments A lot of feedback shows that many FPGA beginners are passionate at the beginning, but if they are not getting started for a long time, some people will gradually lose their interest a

Windows software platforms, and mature technologies, after FPGA products are replaced, who do you want to set up? FPGA engineers do not understand servers, server engineers do not understand FPGA, and the entire technical system is unfamiliar. As a result, maintenance is difficult and they have to work hard to find the people they can do. In case of resignation,

FPGA timing problems and fpga timing problems Recently I made a project ------ 4 1080 p (1920x1080) to synthesize a 4 K (3840x2160,297 M) interface board. When 1080 p goes in and p goes out, the video is played normally. However, when P and 4 K are in progress, the video image will have water ripple. At that time, it was assumed that the timing sequence sent by FPGA