一种智能化综合布线系统研究

Study on an premises distribution system with smart jumpers

传统的综合布线系统,通过跳线实现网络设备之间的连接,其插接和标识管理过程均由人工操作完成。随着综合布线系统规模的不断扩大,这些工作变得异常繁重,这必然会导致系统出错的概率上升,且相应的解决问题的及时性也会受到影响。为解决这一问题,文章将模拟开关应用于综合布线系统中,实现跳线的智能化通断,无须人工插接和标识跳线,大大减少了人工操作带来的诸多问题。此外,目前综合布线系统只提供以太网口单一接口的连接功能,无法为诸如用户口、E1口、串口等其他类型接口提供连接功能,具有一定的局限性。因此,文章旨在研究一种通用化智能化综合布线系统,为各类装备间接口互连提供统一接入功能。

In traditional premises distribution system(PDS), the network equipments are connected via jumpers, and splicing and identity management for those jumpers are completed manually. However, with the continuous expanding in the scale of premises distribution system, this work will be abnormal arduous, inevitably leading to an increase in error probability and affecting the timeliness of solution for those errors. In order to solve this problem, the analog switch is applied in PDS in this paper to intelligently connect and disconnect the jumpers, without manual splicing and identification jumpers, greatly reducing the problems caused by the manual operation. Furthermore, current PDS is limited to support Ethernet interfaces only, without supporting other kinds of interfaces, such as the user interfaces, the E1 interfaces, the serial interfaces, etc. In this paper, a generalized PDS is investigated to provide the unified access for the various equipments with the E1 interface, the serial interface and the cluster interface.