传输设备

  • 网络transmission equipment;SDH;MSTP;PDH
传输设备传输设备
  1. 通信工程中SDH传输设备指针调整故障的分析

    Analysis on SDH Transmission Equipment Pointer Modification Troubles in Communications Projects

  2. 用于EMC测试的低频光导传输设备的设计

    Design of LF Analog Data Optical Fiber Transmission Equipment for EMC Test

  3. 微波传输设备安装工程CAD平台软件的开发

    Developement of installation engineering CAD platform software for micro-wave communication

  4. 宽带RF信号光传输设备技术分析与实现

    Analysis and Implementation of Broadband RF Signal Optical Transmission Device

  5. 早期的数字微波传输设备没有网络接口,无法连接到Internet进行网络管理。

    Since early digital microwave transmission devices lack network interfaces , it cannot carry on network management by connecting to the Internet .

  6. USB块传输设备的设计与实现

    Design and Implementation of USB Bulk-transport Device

  7. 虚拟SDH传输设备的网络构建与仿真研究

    The Virtual SDH Network Element ` s Construction and Network Simulation

  8. 舰船综合业务传输设备的EMC设计

    The EMC Design of Synthetic Service Transmission Equipment for Ships

  9. SDH传输设备误码的来源及解决办法

    The Sources of Error-code of SDH Transmission Equipment and Solutions

  10. 浅谈SDH传输设备的管理及维护程控交换机的维护

    Management And Maintenance Of SDH Transmission Equipment Maintenance of Program Control Exchange

  11. SDH传输设备系统总线研究

    Studies on the System Bus of SDH Transmission Equipments

  12. 一种155Mb/sATMoverSDH加密传输设备的设计

    A Design of 155 Mb / s Encrypted Transmission Equipment for ATM over SDH Networks

  13. 正确设置SDH传输设备的时钟取向

    Setting Timing of SDH Transmitted Equipment Correctly

  14. 华为SDH光传输设备维护

    Maintenance of Huawei SDH Optical Transmission Equipment

  15. SDH传输设备的告警与故障定位

    Alerting and troubleshooting of SDH transmission equipment

  16. 包括新一代音频传输设备的一些关键技术,它将ARM控制与音频传输相结合。

    Audio IP is the key technology of the new generation audio transmission equipment , and combines the ARM control and audio transmission .

  17. 文中立足于多网互联业务融合,首先将PLC固件划分为传输设备、网络设备和特殊设备三大类,进而描述各自的具体功能;

    The firmware is categorized into three parts , the transmission facility , network facility and special facility , by the amalgamation of several networks .

  18. 随着IP技术的迅速发展和应用以及SDH光传输设备在现代通信网络中的广泛应用,大家对ID与IP的认识也不断深入。

    With the development and application of IP technology in SDH optical communication network , we pay more attention to ID & IP technology .

  19. E1上的无差错传输设备就是为系统可靠性服务的。

    E1 error-free transmission device , called EFTD , is then developed for this purpose .

  20. SDH传输设备的误码是由均匀误码、随机误码和突发误码组成的。

    The error-code of transmission equipment ( SDH ) is consisted of equality error-code . , random error-code and burst error-code .

  21. 在海底终端传输设备中使用FEC功能不是强制的。

    The use of this FEC function in submarine terminal transmission equipment is not mandatory .

  22. 利用DCN网实现传输设备的远程监控

    Realize the Long-range Control over Transmission Equipment with DCN

  23. FLXSDH传输设备在维护中需注意的几个问题

    Several Attentive Problems in Maintenance FLX SDH Transmission Equipment

  24. CATV信号对AM-VSB光纤传输设备的要求

    Requirement of CATV Signals for AM-VSB Fiber Optic Transmission Equipment

  25. 40Gbit/s(STM-256)SDH光纤传输设备的研究

    Research in 40 Gbit / s ( STM-256 ) SDH optical transmission equipment

  26. 语音对数脉冲编码调制(PCM)在数字电话通信等大型通用数字传输设备中已得到广泛应用。

    Logarithmic pulse code modulation of speech has been used widely in many digital transmission facilities , such as digital telephone network .

  27. 本文提出了一种基于码分复用技术的四路E1数据扩频无线传输设备的实现方案。

    This paper introduces a project based on code division multiplexed that is used to realize four El channels 's wireless transportation .

  28. 分析了GPRS网络的特点和以往数据传输设备存在的缺陷,介绍了GPRS网络在数据传输中的优势和特点,讨论了GPRS的网络结构、协议模型和路由管理的问题。

    In addition , introduces the superiorities and features of GPRS in the data transmitting , and discusses the network structure , the protocol model , the route management of GPRS .

  29. 基于CDMA1X网络的远程图像传输设备的设计

    Design of the Remote Video Transmission Device Based on CDMA 1X

  30. 在此背景下,本文通过使用基于移动通信技术的无线数据传输设备(DataTransferunit,DTU)作为信息传输的桥梁,搭建起了网络设备监测的物联网络。

    In this context , this thesis erected Internet of Things network of network device monitoring by using the wireless data transmission device based on mobile communication technology ( Data Transfer Unit , DTU ) as an information transmission bridge .