大家关注的网络布线技术在过去短短的10年内有了飞速的发展。那么,下一代布线系统的发展模式是什么样子呢?我们可从布线的技术发展、应用发展、市场发展的需求来探讨这一问题:一下一代布线系统的模式由于光纤在传输带宽、传输距离以及在电磁干扰环境下的强抗干扰能力,光纤在高速网络的应用如ATM、千兆位以太网以及更高网络应用中具有相当重要的角色。但是因为光纤产品的成本高而受到了限制。随着光缆及光通信设备的广泛应用以及成本的逐步降低,光纤到桌面必将构成未来布线系统模式的主流。但现阶段,作为铜缆布线极限的6类布线无疑是下一代布线系统的重要成分,可以充分满足现在以至未来更高网络传输的应用。1998年伊始,人们便开始热切地讨论关于6类布线 Everyone concerned about the network cabling technology in the past 10 years has seen rapid development. Then, the next generation of wiring system development model is what? We can from the wiring technology development, application development, market development needs to explore this issue: Next generation cabling system mode As the optical fiber transmission bandwidth, transmission distance As well as strong anti-interference ability under electromagnetic interference environment. Optical fiber plays a very important role in high-speed network applications such as ATM, Gigabit Ethernet and higher network applications. But because of the high cost of optical fiber products is limited. With the widespread application of optical fiber and optical communication equipment and the gradual reduction of cost, the fiber to the desktop will surely form the mainstream of the future wiring system mode. However, at this stage, Category 6 cabling, which is the limit of copper cabling, is undoubtedly an important component of the next generation cabling system and can fully meet the needs of higher network transmission now and in the future. From the beginning of 1998, people began to discuss eagerly about 6 kinds of wiring