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IDM-MINICP SDH transmission user's manual

USER’ MANUAL IDM MINICP Multiservice access platform Product overview
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USER MANUAL

                                                                               

 

 

 

 

IDM MINICP

Multiservice access platform

Product overview

 

 

 

 

 

 

Beijing Raytrans Digital Technology Co., Ltd.

Room 409, The Overseas Students Pioneer Park, No.29, Shangdi East Road, Haidian District, Beijing China 100085

Tel: 86-10-51668955 Ext 8028  

Fax: 86-10-51668955    

                                              

1.        概述        

 

2.        参考标准        

 

3.        设备特点        

 

4.        IDM MINICP设备结构        

4.1        机械结构        

4.1.1        前面板示意图        

4.1.2        背板连接示意图        

4.1.3        背板说明        

4.2        单盘说明        

4.2.1        OPI-3U_STM4盘(3U-622M        

4.2.2        OPI-3U_STM1盘(3U-155M        

4.2.3        E1映射盘(MSCP-21/42 E1盘)        

4.2.4        STM1-WG        

4.2.5        PDH        

4.2.6        16E1DXC        

4.2.7        GE-2GE        

4.2.8        EOSEOP        

4.2.9        8STM1-16FE        

4.2.10        基于以太网的网管盘        

4.2.11        IPPBX        

4.2.12        64KDXC        

4.3        电源系统        

4.3.1        功能        

4.3.2        面板说明        

4.3.3        注意事项        

4.4        设备保护        

4.4.1        电源互备份(OPI-3UPRU)        

4.4.2        光口汇聚盘互备份(OPI-3U_STM1)        

4.4.3        业务保护        

4.5        设备典型应用        

4.5.1        链形组网        

4.5.2        树形组网        

4.5.3        环形组网        

5.        规格        

5.1        接口类型        

5.2        光信号接口        

5.2.1        STM-1155M光接口        

5.2.2        STM-4622M光接口        

5.2.3        光传送眼图        

5.3        电信号接口        

E1支路接口指标        

5.4        以太网接口        

5.5        RS232接口(Console)        

5.6        接口抖动指标        

5.6.1        输入抖动和漂移容限        

5.6.2        抖动产生        

5.6.3        中继器的抖动传递要求        

5.6.4        光接口抖动输入容限        

5.6.5        映射抖动        

5.6.6        结合抖动和漂移        

5.6.7        时钟特性        

5.6.8        时钟工作模式        

5.7        环境要求        

5.8        电源功耗        

6.        设备安装        

6.1        工作环境要求        

6.1.1        环境温度和湿度要求        

6.1.2        洁净度要求        

6.1.3        设备供电要求        

6.1.4        施工维护电源        

6.2        保护设施要求        

6.2.1        接地要求        

6.2.2        防震要求        

6.2.3        防雷要求        

6.2.4        抗电磁干扰要求        

6.3        设备运输        

6.3.1        清点货物总件数        

6.3.2        开箱        

6.4        设备安装        

6.4.1        板卡插拔步骤        

6.4.2        操作注意事项        

6.5        目测检查        

7.        设备通电        

7.1        加电开机        

7.2        加电步骤        

7.3        断电步骤        

8.        业务开通        

8.1        业务线连接        

8.2        开通业务        

9.        常见故障排除        

9.1        电源加不上电        

9.2        光路告警        

9.3        E1告警        

9.4        以太网不通        

附件:各类标志        

 

 

 

 

1.       Overview

IDM MINICP equipment is a new type multiservice optical transmission and access equipment base on SDH technical, IDM MINICP Integrated SDH transmission, PBX switching and all-optical Ethernet switching in one of three technologies, the integration of video and audio dispatching function. It can be widely used in public security, electricity, railways, mining and other private network and Mobile, China Unicom, telecommunications and other public areas.

 

IDM MINICP use 19inch, 3U, plug-in card structure, can set different quantity, different type business card, offer multiservice access function. Can provide the associated optical interface up STM-1/STM-4, optical card include STM1 access card, STM-4 convergence card. Provides access to a variety of business down. Business card include: G3-4PDH card, G3-21/42E1 card, 3U-ETHUSER card, G3-2GE, G3-EOSEOP card, G3-PBX card, G3-FXO card, G3-FXS card, G3-V24 card, G3-EM24 card, G3-MUSER card etc.

 

IDM MINICP equipment is mainly used for data communication network access layer service access transport and aggregation. With complete synchronization timing, Powerful VC12 and 64K level non-blocking cross-connect matrix, have aggregation function of IP, voice, V.24Ethernet etc business. Configure audio dispatching module by means IDM MINICP multiple transmission, access, video and audio composition dispatching system that can be applied to emergency command and other places, to meet the user access to the network edge technology diversity, diversity and transmission services diverse needs of the network structure.

 

Network managerment platform use our company Netguard network managerment system. offers based on client / server model, strong management capability classification, include configuration management, fault management, performance management, rights management, log management, etc. function.

 

 

 

 

 

 

 

 

 

 

 

 

 

2.       Reference Standard

ITUT standard

 ITUT G.702 Bit-rate digital series

 ITUT G.703 Physical / electrical characteristics series digital interface

 ITUT G.704 Synchronous frame structures using 1544, 6312, 2048, 8448 and 44736 kbit/s 

 ITUT G.707 Network node interface of synchronous digital hierarchy

 ITUT G.773 Protocol is suitable for Q interface transmission system managerment

 ITUT G.774 1~5 SDH managerment information model from Network Element synchronous Digital Hierarchy

 ITUT G.775 LOS and AIS defect detection and removal standard

 ITUT G.783 SDH equipment function module Characteristics 

 ITUT G.784 SDH managerment

 ITUT G.803 Transmission network structure base on SDH

 ITUT G.811 Master clock feature

 ITUT G.813 From the clock feature

 ITUT G.823 The 2048kbit/s series level digital network based control of jitter and wander

 ITUT G.824 The 1544kbit/s series level digital network based control of jitter and wander

 ITUT G.825 The synchronous digital hierarchy (SDH) digital network jitter and wander-based control

 ITUT G.826 

 ITUT G.831

 ITUT G.841

 ITUT G.842

 ITUT G.957

 ITUT G.958

 ITUT Q.811

 ITUT Q.812

 ITUT M.3010

 ITUT G.661

 ITUT G.662

 ITUT G.663

 ITU-T X.86

 ITUT G.7041

 ITUT G.7042

 

IEEE standard

IEEE 802.1

IEEE 802.1q

IEEE Std 802.3

IEEE 802.1p 

 

IETFstandard

RFC2615(1999)

RFC1662(1994)

RFC1661(1994)

 

环境相关标准:

IEC 61000

ETS 300 019-1-3

NEBS GR-63-CORE        

GR 253 CORE

TSI EN 300386

ETSI EN 55022

ETSI EN 50204

ETSI EN 60950

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

3.       Equipment feature

(1). Chassis use 3U, plug in card structure, provide 5 slots in front panel and 5 slots in rear panel.

(2). Our equipment fuse SDH transmission, PBX voice exchange, All-optical switching Ethernet, Video and audio dispatching technology

(3) The key function modules provide mutual backup feature: optical access disk, power supply panel

(4). Provide 2016×2016 VC-12 level Non-blocking cross between TDM business interface. Supports one-way, two-way and broadcast services.

(5). Provide 2016×2016 64K level Non-blocking cross of 64K level. Supports one-way, two-way and broadcast services

(6). Flexible system design, The same device can be configured to TM, ADM or MADM methods

Offers a variety of networking: point to point, chain, ring, star, tree, ring-cut ring, intersection and other networks;

(7) maximum service interface capacity

STM1 interface: 16

PDH optical interface: 16

E1 interface: 168

EOS/EOP FE interface: 32 every FE interface max bandwidth is 48*VC-12

EOS GE interface: 4 every GE interface max bandwidth is 63*VC-12

FXO/FXS interface: 120

EM24 interface: 16

V24 interface: 120

Digital Trunk Interface: 8

(8). Support Synchronous Equipment Timing Source(SETS), Optional tracking optical line timing source or external sync input / output(2.048Mbit/s or 2.048MHZ), Automatic processing timing source switching based on breakdown and SSM, Clock source can be selected line clock, external clock and free oscillations, Clock source can be selected line clock, external clock and free oscillations

(9). Standard models without relay transmission distance is 40 km, Over this distance can be customized transmission

(10). Provide Ethernet managerment channel base on DCC, E1, N*64K, Reliable management and monitoring equipment, use TCP/IP communication protocol.

(11). Provide SNMP

(12). Provide two-way alarm output interfaces

(13). Support device software online upgrade feature

(14). Provide natural cooling and forced cooling fan with intelligent temperature control fan and fan status detection function to ensure stable device

(15). IDM MINICP IP access services have a variety of access methods

(16). IDM MINICP signaling gateway disk can be inserted to support No.1, NO.7, PRI, V5.2 signaling, etc.

(17). IDM MINICP can insert in PCM business access disk, 20 kinds of PCM card, can be inserted into the PCM user disk, provide voice and data business.

(18). IDM MINICP can insert audio visual dispatching plate, image-based scheduling E1 or IP transmission channel of communication

(19). Ethernet-based access to all-optical switching

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

4.       IDM MINICP equipment structure

This chapter describes the mechanical structure, respectively, power panels, fan and technical parameters IDM MINICP equipment

 

4.1 mechanical structure

IDM MINICP device uses an integrated chassis design, chassis height of 3U, can accommodate 6 insert disk, can be easily installed on a standard 19-inch wide rack, the chassis, power plate, crosses, OPI-3U_STM1 convergence disk, service slots, fans composition.