Cabletron Systems DMS-100 - Manual

Cabletron Systems DMS-100

Cabletron Systems DMS-100 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

1 Page 1
2 Page 2
3 Page 3
4 Page 4
5 Page 5
6 Page 6
7 Page 7
8 Page 8
9 Page 9
10 Page 10
11 Page 11
12 Page 12
13 Page 13
14 Page 14
15 Page 15
16 Page 16
17 Page 17
18 Page 18
19 Page 19
20 Page 20
21 Page 21
22 Page 22
23 Page 23
24 Page 24
25 Page 25
26 Page 26
27 Page 27
28 Page 28
29 Page 29
30 Page 30
31 Page 31
32 Page 32
33 Page 33
34 Page 34
35 Page 35
36 Page 36
37 Page 37
38 Page 38
39 Page 39
40 Page 40
41 Page 41
42 Page 42
43 Page 43
44 Page 44
45 Page 45
46 Page 46
47 Page 47
48 Page 48
49 Page 49
50 Page 50
51 Page 51
52 Page 52
53 Page 53
54 Page 54
55 Page 55
56 Page 56
57 Page 57
58 Page 58
59 Page 59
60 Page 60
61 Page 61
62 Page 62
63 Page 63
64 Page 64
65 Page 65
66 Page 66
67 Page 67
68 Page 68
69 Page 69
70 Page 70
71 Page 71
72 Page 72
73 Page 73
74 Page 74
75 Page 75
76 Page 76
77 Page 77
78 Page 78
79 Page 79
80 Page 80
81 Page 81
82 Page 82
83 Page 83
84 Page 84
85 Page 85
86 Page 86
87 Page 87
88 Page 88
89 Page 89
90 Page 90
91 Page 91
92 Page 92
93 Page 93
94 Page 94
95 Page 95
96 Page 96
97 Page 97
98 Page 98
99 Page 99
100 Page 100
101 Page 101
102 Page 102
103 Page 103
104 Page 104
105 Page 105
106 Page 106
107 Page 107
108 Page 108
109 Page 109
110 Page 110
111 Page 111
112 Page 112
113 Page 113
114 Page 114
115 Page 115
116 Page 116
117 Page 117
118 Page 118
119 Page 119
120 Page 120
121 Page 121
122 Page 122
123 Page 123
124 Page 124
125 Page 125
126 Page 126
127 Page 127
128 Page 128
129 Page 129
130 Page 130
131 Page 131
132 Page 132
133 Page 133
134 Page 134
135 Page 135
136 Page 136
137 Page 137
138 Page 138
139 Page 139
140 Page 140
141 Page 141
142 Page 142
143 Page 143
144 Page 144
145 Page 145
146 Page 146
147 Page 147
148 Page 148
149 Page 149
150 Page 150
151 Page 151
152 Page 152
153 Page 153
154 Page 154
155 Page 155
156 Page 156
157 Page 157
158 Page 158
159 Page 159
160 Page 160
161 Page 161
162 Page 162
163 Page 163
164 Page 164
165 Page 165
166 Page 166
167 Page 167
168 Page 168
169 Page 169
170 Page 170
171 Page 171
172 Page 172
173 Page 173
174 Page 174
175 Page 175
176 Page 176
177 Page 177
178 Page 178
179 Page 179
180 Page 180
181 Page 181
182 Page 182
183 Page 183
184 Page 184
185 Page 185
186 Page 186
187 Page 187
188 Page 188
189 Page 189
190 Page 190
191 Page 191
192 Page 192
193 Page 193
194 Page 194
195 Page 195
196 Page 196
Page: / 196

Table of Contents:

  • Page 3 – Ethernet Interface Unit; User Guide; NORTHERN TELECOM CONFIDENTIAL
  • Page 4 – iv
  • Page 5 – Publication history; TELECOM09 Standard 02.02 Implemented design comments.
  • Page 6 – vi Publication history
  • Page 7 – vii; Contents; About this document
  • Page 8 – viii Contents; EIU messaging protocols
  • Page 9 – Volume listing
  • Page 10 – x Contents; EIU supported configurations
  • Page 11 – xi; List of figures
  • Page 12 – xii
  • Page 13 – xiii; List of tables
  • Page 14 – xiv
  • Page 15 – xv; hardware description; When to use this document
  • Page 16 – xvi; Internet request for comment documents; An Ethernet Address Resolution Protocol, RFC826
  • Page 17 – xvii; What precautionary messages mean; Examples of the precautionary messages follow.; ATTENTION Information needed to perform a task; Possibility of service interruption or degradation; ATTENTION
  • Page 18 – xviii; Possibility of equipment damage; CAUTION; Possibility of static electricity damage; DANGER; DANGER; Possibility of electrocution; How commands, parameters, and responses are represented
  • Page 19 – xix; Commands and fixed parameters; CTRL; Variables; Variables are shown in lowercase letters:; Responses; Step
  • Page 20 – xx
  • Page 21 – Chapter 1: Introduction to the EIU
  • Page 22 – 2 Chapter 1: Introduction to the EIU; EIU provisioning requirements; Overview of the EIU; AFT is also referred to as Madley AFT. Limited availability.
  • Page 23 – Chapter 1: Introduction to the EIU 23; System architecture
  • Page 24 – DMS-bus interface and expansion
  • Page 25 – Chapter 1: Introduction to the EIU 25; Inter-message switch links required with LPP
  • Page 27 – Chapter 1: Introduction to the EIU 27; LAN repeaters to locally extend the range of the LAN
  • Page 28 – Hardware description
  • Page 29 – Chapter 1: Introduction to the EIU 29; Figure 4
  • Page 31 – Figure 8 illustrates the memory and buffer architecture.
  • Page 32 – Ethernet physical interfaces; The MAU is different depending on the implementation of the LAN.
  • Page 33 – Chapter 1: Introduction to the EIU 33; Grounding requirements; Capabilities, limitations, and restrictions
  • Page 34 – 4 Chapter 1: Introduction to the EIU; EIU hardware capabilities and limitations
  • Page 35 – Chapter 1: Introduction to the EIU 35; — programs were not aware that a period of time had elapsed
  • Page 36 – 6 Chapter 1: Introduction to the EIU; System-wide limitations
  • Page 37 – Chapter 1: Introduction to the EIU 37; Limitations associated with protocols
  • Page 38 – Feature packaging
  • Page 39 – Chapter 1: Introduction to the EIU 39; the applications running on the EIUs; Table 1
  • Page 40 – The following cards must also be provisioned on each switch:; DMS-bus external MS provisioning
  • Page 41 – Chapter 1: Introduction to the EIU 41; EIU provisioning; Observe the following provisioning rules:; EIU sparing and redundancy; In table IPNETWRK, one EIU is defined as the default for the CM.
  • Page 42 – 2 Chapter 1: Introduction to the EIU; — the EIU state; Billing; EIUs do not directly affect billing functions.; Service orders; The EIU does not affect service order functions.; User interface characteristics; MAP display level hierarchy
  • Page 43 – Chapter 1: Introduction to the EIU 43; Log reports; error counts
  • Page 44 – 4 Chapter 1: Introduction to the EIU
  • Page 45 – Chapter 2: EIU messaging protocols; SuperNode software architecture
  • Page 46 – 6 Chapter 2: EIU messaging protocols; Software architecture; IP
  • Page 47 – SuperNode TCP/ IP protocol stack
  • Page 49 – Chapter 2: EIU messaging protocols 49; Supported protocols; BOOTP can be used to configure three types of IP hosts:
  • Page 50 – 0 Chapter 2: EIU messaging protocols; File transfer protocol; is the IP address of the FTP server
  • Page 51 – Chapter 2: EIU messaging protocols 51
  • Page 52 – 2 Chapter 2: EIU messaging protocols; Internet Protocol; a server that resides on the accessed (host) computer
  • Page 53 – Chapter 2: EIU messaging protocols 53; Transmission control protocol
  • Page 54 – 4 Chapter 2: EIU messaging protocols; Addressing; A unique IP address is required per hardware device.; MAC addresses; Only 48-bit MAC addresses are supported by the SuperNode switch.; Internet addresses
  • Page 55 – Chapter 2: EIU messaging protocols 55; The IP addresses for all SuperNode hosts are on a single subnet.
  • Page 56 – How to get IP addresses for SuperNode
  • Page 57 – Chapter 2: EIU messaging protocols 57; the IP address class; Routing; internal SuperNode SOS and UNIX-based hosts
  • Page 58 – 8 Chapter 2: EIU messaging protocols
  • Page 59 – An example SuperNode Ethernet
  • Page 60 – Routing tables
  • Page 61 – Chapter 2: EIU messaging protocols 61; IP Screening; Protocol engineering; IP throttling
  • Page 63 – Chapter 2: EIU messaging protocols 63; FTP session control
  • Page 64 – 4 Chapter 2: EIU messaging protocols; Buffer allocation is summarized in table 7.; Table 7
  • Page 65 – IP throttling for LPP
  • Page 66 – IP throttling for SSLPP
  • Page 67 – Chapter 3: EIU datafill; Summary of data schema tables required for EIU provisioning
  • Page 68 – 8 Chapter 3: EIU datafill; Interdependency and auto-configuration
  • Page 69 – Datafill sequence and implications; The following tables must be datafilled before table LIUINV:; Table LIUINV datafill; Field descriptions for table LIUINV for EIU datafill
  • Page 72 – 2 Chapter 3: EIU datafill; EIU MAC addresses; Field descriptions for table LIUINV for EIU datafill (continued)
  • Page 73 – Chapter 3: EIU datafill 73; IP addresses; Figure 15 shows sample datafill for table LIUINV for an EIU.; Datafill example for table LIUINV; Table IPNETWRK
  • Page 74 – 4 Chapter 3: EIU datafill; the EIU must be datafilled in LIUINV table; Datafill for table IPNETWRK
  • Page 76 – 6 Chapter 3: EIU datafill; Field
  • Page 77 – Sample datafill for table IPNETWRK; Figure 16 shows sample datafill for table IPNETWRK for an EIU.; Datafill examples for table IPNETWRK
  • Page 78 – 8 Chapter 3: EIU datafill; Supplementary information; Observe the following criteria required for the subnet:; Table IPROUTER; Note: Table IPROUTER is not required for interface EIUs.
  • Page 79 – The following tables must be datafilled before table IPROUTER:; Datafill; Field descriptions for table IPROUTER for EIU datafill
  • Page 80 – 0 Chapter 3: EIU datafill; Sample datafill for table IPROUTER; Figure 17 shows sample datafill for table IPROUTER for an EIU.; Datafill example for table IPROUTER; Table IPHOST
  • Page 81 – Chapter 3: EIU datafill 81; The following tables must be datafilled before table IPHOST:; Field descriptions for table IPHOST for EIU datafill
  • Page 82 – 2 Chapter 3: EIU datafill; Field descriptions for table IPHOST for EIU datafill (continued)
  • Page 84 – 4 Chapter 3: EIU datafill; The datafill appears in the following table.; Field descriptions for conditional datafill for NODENAME = APU
  • Page 86 – 6 Chapter 3: EIU datafill; Field descriptions for conditional datafill for NODENAME = EIU
  • Page 89 – Sample datafill for table IPHOST; Figure 18 shows sample datafill for table IPHOST for an EIU.; Datafill example for table IPHOST; Table IPTHRON; The following are general rules for datafilling table IPTHRON:; Field descriptions for conditional datafill for NODENAME = MS
  • Page 90 – 0 Chapter 3: EIU datafill; There are eight optional fields for each tuple.
  • Page 91 – The following tables must be datafilled before table IPTHRON:; Field descriptions for table IPTHRON for EIU datafill
  • Page 93 – Sample datafill for table IPTHRON; Figure 19 shows sample datafill for table IPTHRON for an EIU.; Datafill example for table IPTHRON; Table IPPROTO; Field descriptions for table IPTHRON for EIU datafill (continued)
  • Page 94 – There are no datafill sequence and implications.; Figure 20 shows sample datafill for table IPPROTO.
  • Page 95 – Chapter 3: EIU datafill 95; Table ENSITES; Figure 21 shows sample datafill for table ENSITES for an EIU.; Datafill example for table ENSITES; Table ENTYPES; Field descriptions for table ENSITES for EIU datafill
  • Page 96 – Sample datafill for table ENTYPES; Figure 22 shows sample datafill for table ENTYPES for an EIU.; Table EXNDINV
  • Page 97 – Chapter 3: EIU datafill 97; Figure 23 shows table EXNDINV filtering IP packets; Table EXNDINV filters IP packets; PMLOADS
  • Page 98 – 8 Chapter 3: EIU datafill; Field descriptions for table EXNDINV for EIU datafill
  • Page 102 – Sample datafill for table EXNDINV; Figure 24 shows sample datafill for table EXNDINV for an EIU.
  • Page 103 – Chapter 4: EIU maintenance
  • Page 104 – 04 Chapter 4: EIU maintenance; EIU MAP level; Manual busy state; On the MAP display, manual busy is shown as ManB.; EIU diagnostics
  • Page 105 – Chapter 4: EIU maintenance 105; In-service diagnostics; leaky bucket size
  • Page 106 – 06 Chapter 4: EIU maintenance; EIU overload control; EIU LAN fault leaky bucket parameters
  • Page 107 – Chapter 4: EIU maintenance 107; EIU sparing requirements; hardware failure of an EIU
  • Page 108 – 08 Chapter 4: EIU maintenance; Figure 25 shows the EIU redundant configuration.; EIU redundant configuration; Automated system maintenance
  • Page 109 – Chapter 4: EIU maintenance 109; Manual system maintenance; Maintenance activities includes the following:
  • Page 110 – 10 Chapter 4: EIU maintenance; Logs relevant to EIU OA&M; TELN; OMs relevant to EIU OA&M; EIUETHER
  • Page 111 – Appendix A: EIU installation checklist
  • Page 113 – Appendix B: EIU troubleshooting
  • Page 116 – 16 Appendix B: EIU troubleshooting
  • Page 117 – Appendix C: Using FTP
  • Page 118 – 18 Appendix C: Using FTP; FTP on the DMS-100 switch provides the following functionalities:; Automatic Record Length Detection
  • Page 120 – 20 Appendix C: Using FTP; Example of an error message:; FTP cookbook; a description of the FTP implementation on the DMS-100 switch; FTP on the DMS-100 switch
  • Page 121 – DMS FTP client commands; Note: Some commands are not available in field loads.; FTP commands on the DMS-100 switch
  • Page 122 – 22 Appendix C: Using FTP; Obtaining the IP address of the SuperNode host; Command
  • Page 123 – Tutorial: basic FTP operations; Procedure 1
  • Page 125 – Procedure 4
  • Page 126 – Tutorial: moving files; setting file type to ASCII
  • Page 127 – If the file
  • Page 128 – 28 Appendix C: Using FTP
  • Page 131 – Tutorial: advanced operations
  • Page 133 – Use this procedure to add a userID with a limited set of commands.
  • Page 135 – ftp> commandtimeout value; ftp>adduserinfo ‘johnh’ ‘johnh’ ‘/S00DTEMP’ y; FTP operations reference
  • Page 136 – WS>site autolrecl off
  • Page 140 – 40 Appendix C: Using FTP; FTP operations reference: DMS to workstation
  • Page 141 – Appendix D: Using telnet
  • Page 142 – 42 Appendix D: Using telnet; Telnet access to a switch
  • Page 144 – 44 Appendix D: Using telnet
  • Page 145 – What is internetworking?
  • Page 146 – 46 Appendix E: Understanding IP and IP addressing; Routing and routed protocols
  • Page 147 – Appendix E: Understanding IP and IP addressing 147; Planning overview; Map the networks to which the SuperNode connects through the EIU.; Mapping the network
  • Page 149 – Appendix E: Understanding IP and IP addressing 149; Detailed network diagram; Choosing IP addresses
  • Page 150 – 50 Appendix E: Understanding IP and IP addressing; IP address structure; Class
  • Page 151 – Appendix E: Understanding IP and IP addressing 151; The EIU supports Ethernet connectivity to class A, B or C networks.
  • Page 153 – CLASS A subnet masks
  • Page 155 – CLASS B subnet masks
  • Page 157 – Address masks
  • Page 158 – Network numbering example
  • Page 159 – Appendix E: Understanding IP and IP addressing 159; Simple network numbering; Firewalls and network security
  • Page 160 – 60 Appendix E: Understanding IP and IP addressing; Variable-width subnetworks; internetwork-wide addressing
  • Page 161 – Appendix E: Understanding IP and IP addressing 161; Internet control message protocol
  • Page 162 – 62 Appendix E: Understanding IP and IP addressing; ARP is defined in RFC826.; Reverse ARP; Proxy ARP is defined in RFC1027.; Inverse ARP; Inverse ARP is defined in RFC2390.; Bootstrap Protocol; BOOTP provides a means to notify a host of the following:
  • Page 163 – Appendix E: Understanding IP and IP addressing 163
  • Page 164 – 64 Appendix E: Understanding IP and IP addressing
  • Page 169 – Interface configuration part 1; Note: The CM node can support up to 16 different IP addresses.
  • Page 171 – Overview; SuperNode network topology
  • Page 172 – 72 Appendix G: IP network number requests; IP address class; NIC IP network number request form; NIC IP address request form
  • Page 173 – Appendix G: IP network number requests 173
  • Page 175 – Appendix G: IP network number requests 175
  • Page 176 – 76 Appendix G: IP network number requests
  • Page 177 – Application-specific units and supported services; The following ASUs are described in this section:; Link interface unit; custom local area signaling service (CLASS)
  • Page 178 – 78 Appendix H: ASU background information; automated directory assistance service (ADAS); Frame relay interface unit; OSI connectionless networking
  • Page 179 – Appendix H: ASU background information 179; Network interface unit; networks
  • Page 180 – 80 Appendix H: ASU background information; External routers; Platforms; ASUs are supported on the following platforms:; Link peripheral processor
  • Page 181 – LPP architecture
  • Page 182 – 82 Appendix H: ASU background information; access to mapper hardware for logical-to-physical addressing; Single-shelf link peripheral processor
  • Page 183 – Appendix H: ASU background information 183; SSLPP architecture; SuperNode SE link interface shelf
  • Page 185 – Appendix I: Obtaining a MAC address; , and on obtaining a MAC address for the Ethernet interface unit
  • Page 186 – The format of the MAC address is defined as follows:
  • Page 187 – Appendix I: Obtaining a MAC address 187; How to get the MAC address for an EIU
  • Page 188 – 88 Appendix I: Obtaining a MAC address
  • Page 189 – List of terms
Loading the manual

297-8991-910

DMS-100 Family

Ethernet Interface Unit

User Guide

TELECOM12

Standard

03.01

August 1999

"Loading the manual" means you need to wait until the file loads and becomes available for online reading. Some manuals are very large, and the time they take to appear depends on your internet speed.

Summary

Page 3 - Ethernet Interface Unit; User Guide; NORTHERN TELECOM CONFIDENTIAL

DMS-100 Family Ethernet Interface Unit User Guide Document number: 297-8991-910Product release: TELECOM12Document release: Standard 03.01Date: August 1999 © 1998 Northern TelecomAll rights reservedPrinted in the United States of America NORTHERN TELECOM CONFIDENTIAL : The information contained in th...

Page 4 - iv
Page 5 - Publication history; TELECOM09 Standard 02.02 Implemented design comments.

DMS-100 Family EIU User Guide TELECOM12 v Publication history August 1999 TELECOM12 Standard 03.01 Updated Chapter 2 and Appendix C in responseto Feature 59010371, FTP Extended Functionality. May 1999 TELECOM09 Standard 02.02 Implemented design comments. March 1999 TL09 Standard 02.01 Updated table ...

Other Cabletron Systems Models

All Cabletron Systems Other