尽管微处理器的大规模生产比多芯片竞争者们来得便宜，但是在性能上却依然无法与之抗衡。
Even if mass production made microprocessors cheaper than their multiple-chip rivals, they were still were not as powerful.
英特尔大规模生产质量过硬的芯片的能力意味着他们不再需要和二级生产商分享利润了。
Intel's ability to deliver good enough chips in large Numbers meant profits no longer had to be Shared with secondary manufacturers.
富士通的是，在转，打算集中在大规模生产的芯片的新技术与目的，使存储器中等价格。
Fujitsu is, in turn, intended to be concentrated in the mass production of chips on the new technology with the purpose to make FRAM moderately-priced.
目前国内生产的超声探伤仪主要是以微处理器为核心，以大规模集成芯片为外围电路的智能化仪器。
Most of the domestic intelligent products of ultrasonic defect detection use microchip computers as the core units and Large Scale Integration (LSI) chips as their peripheral circuits.
基因芯片技术以其大规模、快速、高效的获取相关生物信息而闻名。
It can get biological information in a large-scale, fast and efficient way.
在大规模集成芯片中以BGA(球栅阵列)封装的IC芯片被广泛使用。
In large scale integrated chip field, the IC of BGA encapsulation was widely used.
应用组织芯片大规模高效检测临床组织样本是可行的，具有快速、方便、经济、准确的特点。
It is feasible to utilize tissue chip for a rap id, economic and accurate screening of clinical tissue specimens on a large scale.
研制的小型无铅芯片载体封装便于大规模生产探测器，主要用途为便携式摄像机或头盔摄像机。
A small LCC package has been developed enabling a mass production of detectors for compact hand held or helmet mounted cameras.
深亚微米下芯片的物理设计面临很多挑战，特别是对于超大规模电路，在后端设计流程上要有新的方法。
The deep submicron technology presents lots of new challenges to the physical design of VLSI and new techniques are needed in the back-end design flow.
英特尔希望其制造的芯片与“大规模”的KVM技术系列协同工作，这意味着促使服务器可以跨超大规模的数据中心运行。
Intel wants to make its chips work with the KVM technology stack "at scale", meaning they're drive servers across very large data centers.
论文针对目前大规模集成电路设计要求，结合电力电子应用，设计了一个SPWM信号产生系统IP软核，该软核可广泛应用于系统级芯片设计中。
According to the requirement of the VLSI and the wide application of power electronics, IP soft core of SPWM generation system is designed. And it can be widely applied in system level chip design.
并且目前各大公司生产的超大规模集成电路芯片基本全部具有边界扫描结构。
Grand scale IC chip that every important company produces at present is almost all having the boundary scan structure.
提供了用一片大规模集成电路芯片HEF4752V产生PWM波的方法。
The method of using a large scale IC—HEF4752V to get PWM pulses is also presented.
因此研究开发基于PCI总线接口和通信协议的超大规模集成电路芯片是具有应用前景和市场价值的。
Therefore, it will have a bright future to develop VLSI chip based on a PCI bus and related a communication protocol.
对于流水线型的超大规模微处理器，通常采用多端口的寄存器堆暂存中间数据，这些读写操作势必增加寄存器堆的芯片面积和功耗。
A multi-ported register file is often required by the superscalar microprocessor to handle multiple simultaneous loads and stores, which cause large increase in area and power consumption.
微处理器MPC850完成ADSL系统的控制和管理，大规模FPGA芯片完成ADSL数字信号的处理。
The micro-process chip MPC850 performs the function of control, while the FPGA performs all the digital signal processing needed in ADSL system.
超大规模专用集成芯片的设计是一项比较复杂的工作。
The design of VLSI (very Large Scale Integration Circuits) chip is a very complex work.
分析了高频地波雷达的时序要求，采用大规模可编程逻辑器件CPLD实现了专用定时芯片。
The time-sequence requirements for the radar are analysed, and a programmable timer is realized by a CPLD.
CMOS工艺是超大规模集成电路的主流工艺，集成度高，可以根据需要将多种功能集成在一块芯片上。
CMOS technics is mainstream technics in VLSI, which owes high integration and integrates many functions into one chip.
鉴于此，本文基于电子科技大学VLSI实验室的某超大规模数字解码芯片的后端设计，讨论了在后端设计过程中面对的诸多问题，以及相应的解决方案。
In view of this, this article discuss the back-end design process and give some solutions to the flow which is based on digital decoder chip which is from VLSI laboratory of UESTC.
本文尝试利用大规模基因芯片数据分析对中医寒热证机理进行了初步探索。
We try to explore the method for explaining the mechanism of Cold - and Hot - ZHENG based on statistical analysis of microarray data.
介绍了一种新型的超大规模、深亚微米、模数兼容的视频格式转换芯片的设计与实现。
This paper presents the design and realization of a new type of video format conversion IC with LSI, deep sub-micron and analog-digital compatibility.
介绍了基于多个DSP芯片- ADSP2 10 60和大规模可编程器件的雷达数字信号处理通用模块。
The universal radar digital signal processing module based on multi DSP ADSP21060 and large scale programmable device is presented.
芯片大规模遥感实验的目的是最大限度地利用大众的样品可以用蛋白质芯片大光斑直径或多个景点每个受体每个基板。
Microarray mass-sensing assays aim to exploit maximally the analyte mass available by using a protein microarray with a large spot diameter or multiple spots of each receptor per substrate.
CMOS工艺是超大规模集成电路的主流工艺，集成度高，可以根据需要将多种功能集成在一块芯片上，单芯片就可以完成摄像机全部功能。
CMOS technics is mainstream technics in VLSI, which owes high integration and integrates many functions into one chip. Only one chip can complete full electric functions.
目前自组装蛋白质芯片已初步用于大规模蛋白-蛋白质相互作用的筛选，以及鉴定免疫优势抗原等研究。
Currently, self-assembling protein microarrays are primarily used for screening protein-protein interactions, identifying immunodominant antigens and so on.
结论本实验采用的聚类分析法获得的结果详尽、可靠，是分析SELDI蛋白芯片等大规模实验数据的理想工具。
Conclusion the clustering analysis method, as an ideal means, may provide detailed and reliable results in analyzing the serum protein profile from SELDI.
结论本实验采用的聚类分析法获得的结果详尽、可靠，是分析SELDI蛋白芯片等大规模实验数据的理想工具。
Conclusion the clustering analysis method, as an ideal means, may provide detailed and reliable results in analyzing the serum protein profile from SELDI.
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