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随着千兆以太网、ATM等应用的实施,网络大厦也越来越雄伟高大;与此同时,网络的地基——布线系统也越要发挥出更高效能。但由于布线系统更多以难涩的物理指标来反应其性质,又加上厂商的销售卖点的干扰,因而用户很容易忽视本身的实际应用。近日记者采访了西蒙公司总部的教育部长——Robert Y. Faber先生,此君前不久被BICSI(建筑咨询国际服务机构)授予1997年度杰出委员会成员称号。Faber先生认为:“在布线系统领域,由于发展日新月异,用户很容易被新名词吸引,但最新的不一定是好的。”一般用户选择结构化布线系统时,一般选择强壮的布线系统来支持已有的和未来的网络应用。而要选择最适宜的系统,必须了解其最坏情形下的性能。但
With the implementation of Gigabit Ethernet, ATM and other applications, the network building is becoming more and more majestic; at the same time, the network’s ground-based cabling system has to play a higher performance. However, due to the fact that the wiring system reacts to its nature with more difficult physical indicators, coupled with the interference of vendors’ selling points, it is easy for users to ignore their practical applications. Recently, the reporter interviewed Mr. Robert Y. Faber, Minister of Education of Simon’s headquarters. This prince was recently awarded the title of 1997 Outstanding Committee Member by BICSI (Building Consulting International Service). Mr. Faber thinks: “In the area of cabling system, users are easily attracted by the new term due to the rapid development. However, the latest is not necessarily good.” When a general user selects a structured cabling system, he generally chooses a strong cabling system to support the Some and future web applications. In order to choose the most suitable system, one must understand its worst-case performance. but