(Source Section: Network Solutions
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Operating platform: Windows platform
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Detailed description: These are some books related to integrated wiring and hope to be effective for everyone
Table of contents
foreword
Chapter 1 Integrated Cabling System 1
1.1 Overview of Integrated Cabling System 1
1.2 Advantages of integrated wiring system 4
1.3 Integrated wiring system standard 5
1.4 Design Level 6 of Integrated Cabling System
1.5 Design Points of Integrated Cabling System 7
1.6 Development Trend of Integrated Cabling System 7
1.6.1 Integrated Cabling System 7
1.6.2 Smart Community Wiring 12
Chapter 2 Network Transmission Media 14
2.1 Wired Communication Lines 14
2.1.1 Twisted Pair 14
2.1.2 Coaxial cable 17
2.1.3 Optical cable 18
2.2 The variety, performance and
Standard 19
2.2.1 Varieties of twisted pair 19
2.2.2 Test data for twisted pair cables 20
2.2.3 Commonly used twisted pair cables 20
2.2.4 Category 5e cabling system 33
2.2.56 Problems related to class line 35
2.3 Variety, performance and standard of coaxial cable 38
2.4 Types and properties of optical cables 41
2.4.1 What is Optical Fiber 41
2.4.2 Types of optical fibers 41
2.4.3 Brief Description of Optical Fiber Communication System 42
2.4.4 Types and mechanical properties of optical cables 43
2.5 Several terms in data transmission technology 53
2.5.1 Channel transmission rate 53
2.5.2 Communication methods 53
2.5.3 Transmission method 53
2.5.4 Baseband Transmission 53
2.5.5 Broadband Transmission 54
Chapter 3 Networking Devices 55
3.1 Repeaters and hubs 55
3.1.1 Repeaters 55
3.1.2 Hubs 55
3.2 Modems 56
3.2.1 Purpose and classification of modems 56
3.2.2 The function and function of modem in networking
way 58
3.2.3 How to choose a modem 62
3.3 Network interconnection equipment - network card 65
3.3.1 Overview of NICs 65
3.3.2 Types of NICs 66
3.3.3 The bus type of the network card 67
3.3.43Com Enterprise Network Card Series 68
3.4 Bridge 70
3.4.1 The working principle of the bridge 70
3.4.2 Functions of bridges 70
3.4.3 Types of bridges 72
3.5 Switch 73
3.5.1 Overview of Switches 73
3.5.2 Three switching technologies 73
3.5.3 Types and selection of LAN switches 74
3.5.4 Several noteworthy points in the use of switches
Question 74
3.6 Routers 76
3.6.1 Principle and function 76
3.6.2 Advantages and failures of routers 77
3.6.3 Functions of routers 77
3.7 Gateways 78
3.7.1 Basic Concepts of Gateways 78
3.7.2 Gateway-Gateway Protocol Brief 79
3.7.3 Brief Description of Exterior Gateway Protocol 79
3.7.4 The Interior Gateway Protocol Suite 79
3.8 Firewall 80
3.8.1 Overview of Firewalls 80
3.8.2 Firewall System Architecture 82
3.8.3 Combination Modes of Firewall System Architecture 86
3.8.4 Internal Firewall 87
3.8.5 The Future of Firewalls 87
Chapter 4 Specifications and varieties of wire ducts and cables
laying 88
4.1 Metal and plastic slots 88
4.2 Metal and plastic pipes 89
4.3 Bridge 89
4.4 Cable laying of grooves and pipes 90
Chapter 5 Overall Design of the Network 93
5.1 Network System Formation 93
5.2 Typical success stories of 5 solutions 98
5.3 Internet/Intranet network solution case 103
5.4 ATM Solutions 108
Chapter 6 Engineering Design Techniques for Integrated Wiring 113
6.1 Engineering Design of Integrated Cabling 113
6.1.1 The Scope of Network Engineering 113
6.1.2 Analysis and Design of Network Engineering 114
6.1.3 Network Engineering Office List 114
6.2 Design of Office Area Subsystem 118
6.2.1 Overview of Subsystem Design of Office Area 118
6.2.2 Key points of office area design 118
6.2.3 Technical requirements for connection of information sockets 119
6.3 Design of Horizontal Trunk Subsystem 122
6.3.1 Overview of Horizontal Trunk Subsystem Design 122
6.3.2 Types of wiring cables for horizontal trunk subsystems 123
6.3.3 Horizontal Trunk Subsystem Wiring Scheme 123
6.4 Design of the Inter-Management Subsystem 126
6.4.1 Inter-management subsystem equipment components 126
6.4.2 Interconnect hardware components that manage the inter-subsystem 126
6.4.3 Several Modes for Managing Inter-Subsystem Interconnections 127
6.4.4 Management Inter-Subsystem in Trunk Interconnect and Satellite
Use in wiring closets 128
6.4.5 The use of the management room subsystem in the equipment room 130
6.4.6 Design steps for the management subsystem between management 131
6.5 Design of Vertical Trunk Subsystem 131
6.5.1 Brief Description of Vertical Trunk Subsystem Design 131
6.5.2 Structure of the Vertical Trunk Subsystem 132
6.5.3 Vertical Trunk Subsystem Design Methods 132
6.6 Design of Subsystem Between Equipment 133
6.6.1 Overview of Subsystem Design Between Equipment 134
6.6.2 Environmental Considerations for Subsystem Design Between Equipment 134
6.7 Design of building complex subsystems 138
6.7.1 ATT Recommended Building Complex Subsystem Design 138
6.7.2 Cable routing methods 140
6.7.34 Comparison of Building Group Wiring Methods 142
6.7.4 Protection of cables 142
6.8 Overall Design of Network Engineering 143
6.8.1 A complete design scheme structure 143
6.8.2 Design of Network Cabling Scheme 145
6.8.3 The main contents of the respective fees for the two sets of design schemes 145
6.9 Writing Samples of Schemes 145
6.9.1 Proposal for a certain enterprise network system engineering project 145
6.9.2 Methods of collecting fees in the construction industry 167
Chapter 7 Practical Techniques for Network Engineering Construction 169
7.1 Main points of network engineering wiring construction technology 169
7.1.1 Preparation before the wiring project starts 169
7.1.2 Matters needing attention during construction 169
7.1.3 Testing 170
7.1.4 Matters needing attention at the end of project construction 170
7.2 Crimp technology for information modules 171
7.2.1 EIA/TIA568A and EIA/TIA568B
Relationship 171
7.2.2 Crimp technology for information modules 172
7.3 Connection technology of twisted pair and RJ-45 head 173
7.3.1 Matters needing attention when connecting RJ-45 173
7.3.2 Connection between twisted pair and RJ-45 head 174
7.4 Wiring Technology 175
7.4.1 Routing Techniques 175
7.4.2 Trunk laying technology 177
7.4.3 Cable Pulling Technology 180
7.4.4 Building backbone cable connection technology 183
7.4.5 Cable routing technology between buildings 185
7.4.6 Horizontal wiring technology in buildings 185
7.4.7 Optical cable routing technology 187
7.5 Fabrication of Optical Cable Connections 197
7.5.1 Main components and production of optical fiber connectors
Craft 197
7.5.2 Crimp Fiber Connector Technology 209
7.6 Optical fiber connection installation technology 211
7.6.1 Components of Optical Fiber Cabling—Line Management 211
7.6.2 LCGX fiber optic cross-connect system 217
7.6.3 Optical Fiber Connector 217
7.6.4 Design of Fiber Crosslink Fields 218
7.6.5 Optical Fiber Connection Management 219
7.7 Data point and voice point interchange technology 220
7.7.1 The operation method of changing data points to voice points 222
7.7.2 The operation method of changing voice points to data points 222
7.7.31 data (voice) points changed to 4 voices
User's operation method 222
Chapter 8 Wireless Networks 223
8.1 Concepts and Properties of Wireless Networks 223
8.1.1 The concept of wireless networks 223
8.1.2 Wireless Network Communication Transmission Medium 225
8.1.3 Wireless Network Standards and Protocols 226
8.1.4 A brief description of the wireless usage protocol WAP 229
8.1.5 Wireless Broadband HiperLA
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