1) high speed serial
高速串行
1.
By using Intel Xeon LV processor and by rational layout and wire for high speed serial bus through EDA tools and simulation software, the type of multiple master parallel processing rugged computer is realized.
采用Intel Xeon LV处理器,利用先进的EDA工具和仿真软件进行高速串行总线的合理布局布线,实现了一种支持多主并行处理的加固计算机。
2) high speed serial DA
高速串行DA
1.
The design combines embedded computer system with FPGA technology,takes full use of new technologies,such as 100M Ethernet,Ping Pang Buffer,high speed serial DA and hardware table exchange,to solve the problem of high speed infrared image data flow.
采用嵌入式计算机和FPGA相结合的构架,充分利用100M以太网技术、乒乓缓冲技术、硬件查表技术,解决了图像数据的高速稳定传输的问题,采用高速串行DA技术解决了200Hz帧频的128路行驱动信号生成问题。
3) high-speed serial link
高速串行接口
1.
A novel high-precision termination resistor circuit on chip in agreement with high-speed serial link was proposed.
采用数字化端子控制技术,基于负反馈动态调整原理和可调多晶硅电阻条,设计了新颖的、符合高速串行接口USB2。
2.
Receiver is a key module in high-speed serial link.
接收器电路是高速串行接口电路中关键模块。
4) high-speed serial channel
高速串行通道
1.
Study on Hspice simulation of 10Gbit/s high-speed serial channels;
10Gbit/s高速串行通道的Hspice仿真研究
5) RapidIO high speed serial bus
RapidIO高速串行总线
1.
The RapidIO high speed serial bus signal integrity simulation is performed by using 3D electromagnetic field EDA software.
采用最先进的3D电磁场仿真软件对RapidIO高速串行总线进行了板级信号完整性仿真,在前仿真中对关心的设计参数进行了有效评估,形成了可信赖的指导数据;后仿真对实际设计数据进行了验证,修正了不理想的设计参数。
6) High Speed Serial Transmission
高速串行传输
1.
25Gbps high speed serial transmission with RocketIO are emphasesly discussed.
25Gbps高速串行传输的设计方案。
2.
An implementation scheme of video data acquisition and high speed serial transmission based on Rocket I/O of VIRTEX II PRO FPGA is introduced in this paper.
介绍了一种以VIRTEXⅡPRO系列FPGA中RocketI/O为核心的视频数据采集和高速串行传输系统的实现方案。
3.
Design and Implementation of High Speed Serial Transmission Protocol Based on RocketIO;
采用Xilinx公司Virtex-II Pro系列FPGA内嵌得SERDES模块——RocketIO作为高速串行协议的物理层,利用其8B/10B的编解码和串化、解串功能,实现了两板间基于数据帧的简单高速串行传输,并在ISE环境中对整个协议进行了仿真,当系统频率为100MHz,串行速率在2Gbps时,在验证板上用chipscope抓取的数据表明能够实现两板间数据的高速无误串行传输。
补充资料：高速
高速度；～发展│～公路。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条