我为高速而来——访阿尔卡特(中国)公司微电子部首席代表Van Wonterghem先生

微电子是现代高科技产业的核心技术之一,如果把一日千里的信息科技比喻为一辆F1赛车,那么形形色色的小小芯片无疑是提供强大动力的引擎。国内的微电子产业由于种种原因,发展比较缓慢,落后于国际水平,近期从上海传来消息,国内微电子、集成电路的龙头企业上海贝岭与阿尔卡特微电子部门签定全面合作协议,使得阿尔卡特公司在ADSL芯片、ISDN芯片以及POTS芯片领域中的领先技术能够服务于国内的广大市场和用户,同时阿尔卡特微电子部也宣布在中国成立市场及客户支持代表处。隐藏在芯片中的强大能量令人着迷,同时也为了探究微电子这一特殊产业的发展现状及有关经验,记者于不久前来到了位于上海浦东的阿尔卡特微电子部(中国)市场与客户支持代表处,采访了首席代表     

Web2．0时代，中星微的新布局

2007年6月12日。国际领先的数字多媒体芯片设计公司中星微电子在京宣布推出最新的网络摄像头处理芯片VC0336。敏锐的行业观察家发现这并不只是一次普通的产品发布，这可能预示着中星微电子产品策略的一个新布局。VC0336的技术资料显示，这是中星微电子为Web2．0时代量身定做的一款网络摄像头处理芯片，它集成了大量新功能．可以完全满足Web2．0条件下高质量的视频音频输入的需求。     

富士通推出汔车应用型嵌入式90纳米图形显示控制器

富士通微电子推出了针对嵌入式车载应用而设计的两款图形显示控制嚣（GDCs），其中包括该行业全球首款90纳米技术图形控制器。     

2001中国国际智能卡博览会

为加强中外企业在智能卡技术领域的交流与台作，帮助中外制卡企业进一步开拓中国的智能卡市场，促进智能卡在中国各领域更广泛的应用，由国家金卡工程协调领导小组办公室支持，中国信息产业商会，信息产业部计算机与微电子发展研究中心(CCID)，中国国际贸易促进委员会商业行业分会共同主办的第四届中国国际智能卡博览会将于2001年6月6日-6月9日在北京中国国际贸易中心举行。这是三家主办单位在中国国内唯一组织的一次国际智能卡专业展会，也是中国国内最高水平的智能卡展览盛会。     

献给您一个多彩的世界：25台显示器比较评测报告

[编者按]电子工业部计算机与微电子发展中心上海测试发布展示中心经电子工业部办公厅批准成立，由电子工业部计算机与微电子发展研究中心（CCID）主办，是国内第一个计算机软硬件测试发布展示中。C。该中。C以CCID及其所属的中国计算机报社测试实验室（CIWLab）和中国软件评测中心（CSTC）先进的评测技术与工艺为依托，借鉴IDG的技术与方法以及国内外资深测试专家的经验，以科学的脚踏实地的工作作风和“忠实、公正。廉洁、权威”的工作原则，对国内市场上的PC类计算机软硬件、外设、网络产品、银行机具及其他微电子产品在类似用…     

浅析网络摄像机的优势及其发展趋势

随着21世纪信息时代到来，网络、微电子、光电、通讯等高新技术行业快速发展，并带动全球信息产业全面发展。安防行业作为一个保证社会发展稳定的行业则首当其冲，在近几年迅速发展起来，原来的模拟监控产品逐步过渡到数字化网络化监控产品。而网络摄像机也在这种情况下迅速发展起来。     

Web2．0时代——中星微、中国芯

2007年6月12日．国际领先的数字多媒体芯片设计公司中星微电子在京宣布推出最新的网络摄像头处理芯片VC0336。敏锐的行业观察家发现这并不只是一次普通的产品发布．这可能预示着中星微电子产品策略的一个新布局。VC0336的技术资料显示．这是中星微电子为Web2．0时代量身定做的一款网络摄像头处理芯片，它集成了大量新功能．可以完全满足Web2．0条件下高质量的视频音频输入的需求。     

机房设备的专业提供者

产品特点 捷联公司一直关注技术发展，其产品大量应用于电脑、邮电、石油地质、地星地面站、IDC中心以及微电子行业等。     

市政水处理：“工业通讯就像我们肌体的神经”——访中国市政工程西南设计研究总院有限公司第十设计研究院总工程师刘卫民

上世纪90年代左右,随着改革开放的不断深人,我国引进了当时国际上较为先进的水处理生产工艺及自动化控制理念和技术,经过引进消化吸收,国内水处理行业终于逐渐建立起生产自动化网络。而那个时候的网络通讯技术还比较单一,结构也相对简单。随着微电子、计算机技术、网络技术、控制理论的发展普及,工业通讯技术在中国市政水处理行业中已经得到非常广泛的应用。中国市政工程西南设计研究总院有限公司第十设计研究院总工程师刘卫民为记者举了一个非常形象的例子,     

IBM中国公司员工有增无减

近日，IBM公司宣布在全球服务和微电子等部门裁员超过1.56万人的消息引起了国内业界的高度关注，因为这是IBM十年来规模最大的一次裁员行动，裁员数几乎占到目前员工总数的5%。但根据商     

现代电力电子技术的应用及前景分析

现代电力电子技术是以高新技术知识为基础的一种知识密集型技术,电力电子技术与微电子技术的结合已成为当今技术发展的主流。因此它对生产和生活将像微电子技术那样起着变革性作用。它将使供电和用电系统发生革命性的变革。     

Flexible microelectronics: New application for thin‐film transistors in fingerprint sensors

Abstract— Thin‐film transistors (TFTs) are field‐effect transistors that can be used to create large‐scale‐integrated (LSI) circuits. The combination of high‐performance TFTs and transfer technology of the TFTs has the potential to foster the rise of a new flexible microelectronics industry. This paper discusses the current status of flexible microelectronics, using a TFT fingerprint sensor (FPS) as an example. Technology used in active‐matrix displays can easily be applied to the TFT FPS. TFT technology should not be confined to the display industry; its use should be expanded into the semiconductor industry. With the result presented in this paper, we declare a new era of flexible microelectronics open.     

On the role of Soft Computing in microelectronics technology

 This note discusses the potential of Soft Computing (SC) in microelectronics. Though the SC applications to this field have been so far rather marginal, the present trends of microelectronics technology strongly suggest that the techniques of soft computing, (fuzzy logic, neural networks, genetic algorithms, expert systems, etc.), synergistically combined with more conventional approaches, will play an increasingly relevant role.     

Effects of Aliasing Errors on Microlithographic Image Computations

Recent advances in computational microelectronics have made it possible to compute the images of very large masks. Images of entire masks require many gigabytes of storage. It is therefore desirable to make storage requirements as small as possible. In this paper, we investigate the effects of reducing resolution to the point where some aliasing error enters the final answer. Due to the accuracy requirements of the microelectronics industry, we conclude that reducing resolution to improve storage requirements is not feasible.     

飞速发展的微电子技术

介绍了微电子发展的最新技术动态。     

CO_2激光器加工晶圆切缝控制工艺研究

晶体硅是当前最重要的半导体材料,主要用于微电子技术。随着微电子技术的发展,对晶圆的切割技术要求越来越高,而在实际切割中,对晶圆的切割十分注重于晶圆的切割宽度,以降低晶圆损耗。研究CO2激光切割机的脉宽、频率以及切割速度对晶圆切割宽度的影响,从而达到高效率、小宽度、高标准的激光切割加工。     

离子交换法制取电子级高纯水工艺的改进

本文详细介绍了在现代大型微电子工业用高纯水系统中,混床内树脂再生的新工艺.     

Prospects for WSI: a manufacturing perspective

A manufacturing cost model that describes the relationships among characteristics of modern manufacturing processes, investment costs to achieve these characteristics, and basic IC parameters, including both die size and minimum feature size, is used to explain major trends in the past 20 yr of microelectronics. Results from this model indicate that it is not possible to continue progress in microelectronics through minimizing feature size, that the drive toward larger dies will gain momentum and lead gradually toward wafer-scale integration (WSI), and that manufacturing costs will keep WSI from becoming practical in the immediate future. Active-substrate flip-chip multichip modules (MCMs) are presented as an alternative that may provide both the performance gain and cost efficiency required     

MEMS: small machines for the microelectronics age

In the past few years, the micro-electromechanical systems (MEMS) industry has exceeded the $1-billion-a-year mark. Some economic forecasters estimate that the industry will surpass $14 billion by the year 2000. The reason for this tremendous growth is the enabling nature of MEMS, which give engineers and researchers the tools to build things that have been impossible or prohibitively expensive with other techniques. MEMS are micron- to millimeter-scale devices that can be fabricated as discrete devices or in large arrays. MEMS borrow much of their technology from integrated circuit (IC) manufacturing, providing three-fold benefits: miniaturization, multiplicity and microelectronics. First, miniaturization of the devices is inherent in the processing techniques. Modern microelectronics fabrication techniques are designed to build submicron-scale devices. By using the same techniques, engineers can easily leverage this technology to produce MEMS that are orders of magnitude smaller than their macroworld counterparts. Second, the use of photolithography techniques makes producing thousands or even millions of copies of a single device easy. Thus, single devices can be arrayed into systems to produce an effect impossible with discrete devices. Finally, because MEMS technology is so similar to IC fabrication technology, MEMS are integrable with microelectronics     

Human factors of a microelectronic product: the central heating timer/programmer

The advent of microelectronics has enabled designers to incorporate considerably more functional capability and flexibility into products than was previously possible. Technical capabilities are no longer major constraints and designers are finding it increasingly difficult to choose between a vast range of alternatives. In an effort to narrow the range, designers are turning to behavioural scientists in marketing, ergonomics and psychology to guide them when selecting functions, specifying operating procedures and selecting components. This paper illustrates the application of human factors techniques to the analysis of problems with existing consumer products and to the synthesis of novel designs incorporating advanced microelectronics components. Within this general theme the paper concentrates on the design of a particular product - the central heating timer/programmer.