Model XC2VP30-5FF896I Brand XILINX

descriptive value

Device Logic Unit 43, 632

Device Logic Unit 43, 632

System programmability is

Lead Finish Tin/Silver/Copper

Maximum processing temperature 245

Maximum number of user I/Os 692

Maximum operating voltage 1.575 V

Minimum operating voltage 1.425 V

Mounting Surface Mount

MSL level 4

Number of registers 38,784

Operating temperature 0 to 85°C

Number of needles 1152

Product dimensions 35 x 35 x 2.8 mm

RAM bit 3 538 944 bits

Reprogrammable Support1

Screening Level Commercial

Speed class 5

Supplier Packaging FCBGA

Typical operating voltage 1.5000 V

Since June 2007, the preliminary round of the "China Institute of Electronics Xilinx Open Source Hardware Innovation Competition", which has officially started covering universities across the country, has been carefully screened by the competition organizing committee. 53 teams from 34 universities stood out from more than 170 participating teams. Qualified for the semi-finals. Among the shortlisted teams, Dalian University of Technology, Tsinghua University, University of Electronic Science and Technology of China, Xi'an University of Electronic Science and Technology, etc. performed outstandingly. Only 6 teams from Dalian University of Technology entered the semi-finals.

Since the start of the competition, students from nearly 50 colleges and universities including Tsinghua University, Peking University, University of Electronic Science and Technology of China, Xidian University, University of Science and Technology of China, etc. have actively signed up. There are more than 1,000 graduate students and doctoral students in more than 170 teams. led the team to participate in the competition. Nearly 150 projects in the preliminaries were all designed with FPGA, covering industrial control, multimedia, communication, consumer electronics and other fields. The tools and FPGA systems provided by Xilinx have been the core technologies of each project in the competition.

"my country has always advocated innovation with independent intellectual property rights, and the foundation of innovation lies in being able to start from the source," said Liu Rulin, secretary-general of the China Institute of Electronics: "The open source hardware innovation competition not only stimulates the enthusiasm of the Chinese electronics industry to innovate from the source, but also contributes to the development of Chinese electronics industry. The source innovation of the industry provides a platform for reference, exchange, reference, promotion and incubation, which has far-reaching significance

"We are very pleased that Xilinx's cooperation with the open source hardware movement advocated by the Chinese Institute of Electronics has attracted widespread attention from academia and industry," said Dr. Xie Kainian, program manager of China University. "The large number of innovative projects and talents that emerged in the preliminary competition not only It has opened up broad ideas for the wide application of programmable technology in the electronic design industry, and has also played a positive role in promoting the enthusiasm for innovation from the source in the Chinese electronics industry.

It is reported that as long as the shortlisted teams submit SRC, BIT and complete development documents, and the projects that pass the verification of the organizing committee, they will receive the corresponding advanced development board support from Xilinx for the rematch. At present, more than 30 teams have obtained S3E and V2P development board support. Due to the enthusiasm of the majority of contestants, Xilinx decided to increase investment in development boards, and it is expected that more shortlisted teams can receive free development board support.

According to reports, the final is expected to be held in April 2008 at the National Integrated Circuit Design Base in Wuxi, Jiangsu Province. To this end, Xilinx will organize professors from well-known universities including Tsinghua University, Zhejiang University, Shanghai Jiaotong University, Southeast University, University of Science and Technology of China, Xidian University, Beijing University of Posts and Telecommunications, Nanjing University of Aeronautics and Astronautics, as well as from Xilinx, Experts from well-known companies in the industry such as IBM, NI, and MATHWORKS form the competition jury to select the final winner. In addition, Xilinx will also complete the evaluation and funding of follow-up projects through the innovation and incubation centers established in Shanghai, Wuxi and other places, as well as the Xilinx Asia Pacific Technology Fund.

The website technology provider of this competition, EEFocus, provides participants with an efficient and convenient platform for participating by tracking the progress of the competition and sharing the code on the competition official website www.Openhard.org. In addition, specifically

The open source code management and defect tracking platform also makes the most direct way to start a project is to build a project on Openhard.

Company: Yuhang Military Semiconductor Co., Ltd. website; http://www.yhjgic.com

Contact: Mr. Liu

Business Phone; 400-801-6772

Enterprise QQ;_ 2852760362

Tel: 0755-82557010

Welcome to inquire!

Address: Shenzhen Branch Office Room 2003, Bantian People's Government Sub-district Office, No. 5 Huancheng South Road, Longgang District, Shenzhen

Aerospace and military industry XILINX first-level agent spot distributor, price advantage original authentic!

Hello! Welcome to Yuhang Military Industry Group, Yuhang Military Industry is currently a well-known electronic component distributor in China, specializing in, Memory,

FPGA/CPLD diodes, optocouplers, single-chip microcomputers, processors, power chips, amplifiers, MOS tubes, and a series of original channels for superior products, the price exceeds that of peer agents!