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Manuals and User Guides for GE JungleMUX SONET Multiplexer. We have
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GE JungleMUX SONET Multiplexer manual available for free PDF download: Technical Practice
GE JungleMUX SONET Technical Practice (174 pages)
Brand:
GE
| Category:
Multiplexer
| Size: 3.05 MB
Table of Contents
Table of Contents
3
Section Page
4
Introduction
9
Related Publication and Documentation Support
9
Product Color and Nomenclature
9
Handling and Packing
10
Revision History
10
Unit Overview
11
Summary of Features
11
Figure 1: ETHER-1000 Unit
11
Connectivity
14
Figure 2: Typical ETHER-1000 Drop
15
Table 1: Bandwidth Available for Bridging
15
Cascading ETHER-1000 Units
16
Figure 3: Cascading ETHER-1000 Units
17
Supported Topologies
17
Bandwidth Partitioning
18
Figure 4: ETHER-1000 Ring Topology
18
Bandwidth Partitioning Examples
19
Figure 5: TDM Pipes
19
Figure 6: Four TDM Pipes Accessed at Every ETHER-1000 Unit
20
Figure 7: each TDM Pipe Accessed by a Different Set of ETHER-1000 Units
21
Figure 8: Two Sites with Potentially more than 1 Gb/S of Total Add/Drop Traffic
21
Compatibility with ETHER-100
22
Figure 9: Example of a Mixed ETHER-1000 / ETHER-100 System
22
Path Protection
23
Figure 10: Fully Redundant ETHER-1000 Drop Solution
24
Distributed Port-Based Vlans
25
Figure 11: Implementing D-Pvlans in ETHER-1000 System
25
QVLAN Filtering
26
Output Tagging
26
Table 2: Port Type Options
27
Port Types
27
Port Type Application Examples
28
Figure 12: PA Ports in a Single Ring (and same ETHER-1000 WAN)
28
Figure 13: PA Ports in Multiple Physical Rings (but same ETHER-1000 WAN)
29
Figure 14: PA Ports in Multiple Rings (and Different ETHER-1000 Wans)
29
Figure 15: Tying Multiple D-Pvlans through a P-Trunk
30
Figure 16: Distributing Vlans from External Switch"S Trunk Port to D-Pvlans
30
Figure 17: Distributing Traffic from a Router"S Trunk Port to D-Pvlans
30
Figure 18: Multiple Vlans Within a Single D-PVLAN (One VLAN Per Port)
31
Figure 19: Multiple Vlans Within a Single D-PVLAN over Multiple Rings
32
Figure 20: Filtering QVLAN Traffic From/To External Switch Trunks
33
Figure 21: Connecting Remote End Devices to Various Vlans on External Switch Trunk Port
33
Figure 22: Connecting Remote End Devices to Various Vlans on a Router Port
34
Figure 23: Exchanging Traffic between Multilevel Switches and Remote End Devices Via Multiple Vlans over a Single D-PVLAN
34
Traffic Prioritization
35
Figure 24: ETHER-1000 Priority Queues
36
Use of TDM Pipes and Traffic Prioritization for Providing Guaranteed SONET Bandwidth for Important Vlans
37
Figure 25: TDM Pipe Bandwidth Utilization (Example)
38
Rate Limiting
39
Ethernet Port Interfaces
39
RJ-45 Interface
39
Optical Interface
39
MAC Address Management
40
Unit Security
43
Port Security
43
Passing Ethernet Traffic Across Multiple Junglemux Networks
43
Maintenance Features
44
Front Panel Features
46
LED Indications
46
Figure 26: Front Panel Layout
46
Push-Button (ACK)
48
Craft Interface (C.I.) Jack
48
Extractor
49
Installation
50
Pre-Installation
50
Shelf Position
50
Figure 27: Typical Rack Layout
51
Backwards Compatibility
52
Ring and Linear Network
52
Line Port Connection
53
Table 3: Line Port Cables
53
Paddleboard Connections
54
86498-94 Paddleboard Assembly
54
Figure 28: 86498-94 Paddleboard Assembly
54
86498-95 ETHER-1000 Quad SFP Module
55
Figure 29: Layer 2 Switch IC (Marvell) Residing on Inner Side of 86498-94 Paddleboard"S Top Board
55
Figure 30: ETHER-1000 Quad-Port Paddleboard Module
55
Figure 31: ETHER-100 Quad-Port Paddleboard Modules
56
Table 4: 10/100Base-TX Port Pin Designations
56
86418-61 ETHER-100 Quad RJ-45 Module
57
86418-63 ETHER-100 Quad SFP Module
57
86418-64 ETHER-100 Dual RJ-45 + Dual SFP Module
58
LED Indications
59
Paddleboard Installation
60
Figure 32: Example of 86498-94 Paddleboard with Two Quad-Port Modules
60
Replacing ETHER-1000 Unit in a System in Service
61
Adding ETHER-1000 Unit to a System in Service
62
Tying Ethernet Traffic
64
Using CBW Tie Connections
64
Figure 33: Tying Ethernet Traffic Using CBW Tie Connections (Single Tie Site)
64
Using Ethernet Port Tie Connections
65
Figure 34: Tying Ethernet Traffic Using CBW Tie Connections (Dual Homing)
65
Figure 35: Tying Ethernet Traffic between ETHER-1000 and ETHER-10 Systems When 86438-60 Paddleboard Is Used at Tie Site
66
Table 5: Comparison of Ethernet Tie Solutions Involving ETHER-1000 Units
68
Configuration
69
General Information
70
Figure 36: Vistanet Unit View for ETHER-1000 Unit - Main Tab
70
Context-Sensitive Help
71
Configure Button
71
Undo Button
71
Cancel Button
71
Copy and Paste Buttons
71
Main Tab
72
Unit Info
72
Peaks and Counters Control
74
Unit Location
75
Paddleboard Ports
76
Unit Monitor
76
Network Monitor
76
Line Setup
78
Figure 37: Line Setup Tab
78
TDM Pipe Setup
79
Security Mode
81
Load Defaults
81
Line Monitor Tab
82
Line Port - Left/Right
82
Figure 38: Line Monitor Tab
82
Port Setup Tab
86
Port Summary
86
Figure 39: Port Setup Tab
86
Port Security
90
Port Details Tab
94
Figure 40: Port Details Tab (Appearance When RJ-45 Port Is Selected)
94
Port
95
Port Status
95
Figure 41: Port Details Tab (Appearance When Optical Port Is Selected)
95
Priority
96
Input Rate Limit
99
Output Rate Limit
101
Cu Port
101
SFP Status
102
Vlans Tab
104
Figure 42: Vlans Tab Appearance for P-Access Port
104
Figure 43: Vlans Tab Appearance for P-Trunk Port
105
Figure 44: Vlans Tab Appearance for Q-Access Port
106
Figure 45: Vlans Tab Appearance for Q-Trunk Port
107
D-PVLAN Static Memberships
108
QVLAN Static Memberships
109
MAC Tab
111
MAC Address Table
111
Figure 46: MAC Tab"S Static MAC Table Setup Sub-Tab (P-Access Port)
111
Figure 47: MAC Tab"S Static MAC Table Setup Sub-Tab (Q-Trunk Port)
112
Static MAC Table Setup Sub-Tab
115
MAC Table Entries Sub-Tab
116
Figure 48: MAC Table Entries Sub-Tab Appearance When a D-PVLAN with QVLAN Filtering Disabled Is Selected
116
Figure 49: MAC Table Entries Sub-Tab Appearance When a D-PVLAN with QVLAN Filtering Enabled Is Selected (and QVLAN Filter OFF)
117
Figure 50: MAC Table Entries Sub-Tab Appearance When a D-PVLAN with QVLAN Filtering Enabled Is Selected (and QVLAN Filter ON)
118
Table 6: Types of MAC Entries
119
Port Statistics Tab
120
Figure 51: Ethernet Port Statistics Tab
120
Port
121
Errored Frame Counts
121
Input Frame Statistics
122
Output Frame Statistics
123
Show Frame Length Statistics
124
Clear Statistics Button
124
Passed Tab
125
Figure 52: Passed Tab
125
Traffic Passed
126
Table 7: Routing of Ethernet Frames Ingressing Local Access Port
127
Figure 53: Lost Tab
128
Lost Tab
128
Traffic Lost
129
Advanced Tab
130
Figure 54: Advanced Tab
130
MAINTENANCE and TROUBLESHOOTING
132
Context-Sensitive Help
132
Configuration
132
SPE Path Monitoring
132
Network Status Monitoring
132
Troubleshooting
133
Table 8: Troubleshooting Table
136
Line Port Interface
137
Unit-To-Paddleboard Interface
137
Functional Specifications
137
Specifications
137
10/100Base-TX User-Interfaces
138
1000Base-SX/LX User-Interfaces
138
100Base-FX User Interfaces
139
802.1Q-Based VLAN Support
140
Port-Based VLAN Support
140
LAN" MAC Address Learning
140
WAN" MAC Address Learning
140
Frame Formats
140
Output Tagging
141
Port Types
141
Egressing-Frame Queues
142
Output Rate Limiting
142
Frame Priorities
142
Frames' FCS Bytes
143
Input Rate Limiting
143
Protection Switching
144
Ingressing-Frame Buffers
144
Frame Latency
145
GMII Port's Throughput Performance
145
Spanning-Tree Networks Compatibility
146
Multicast Networks Compatibility
146
MAC Security
146
Unit Security
146
Network Size (Per each TDM Pipe)
146
Maintenance Specifications
147
Mirror Port Feature
147
Line Port Interfaces
147
Ethernet Cu Port Interface
147
Ethernet Fiber Port Interface
147
Port LED Status Indicators for RJ-45 Ports (Available on 86418-61 and 86418-64 Paddleboard Modules)
148
Port LED Status Indicators for SFP Ports (Available on 86498-95, 86418-63 and 86418-64 Paddleboard Modules)
148
Received Ethernet Bad-Frame Counters
148
Received Ethernet Frame-Byte Counters
149
Outputted Ethernet By-Frame-Type Counters
149
Received Ethernet Discarded-Frame Counters
149
Received Ethernet By-Length Good-Frame Counters
149
Received Ethernet By-Frame-Type Counters
149
Tried-To-Output Ethernet Discarded-Frame Counters
150
Outputted Ethernet By-Length Counters
150
Outputted Ethernet Frame-Byte Counters
150
WAN Queues
150
LAN Queues
151
Wide Area Network Monitoring and Path-Protection
151
Displaying "LAN" MAC Address Table Entries
151
Environmental Specifications
152
Physical
152
Electrical
152
Atmospheric
152
Reliability
153
Mechanical
153
Emi/Rfi
153
Ordering Information
154
Equipment and Option Code List
154
Table 9: Equipment and Option Code Table
155
Traffic Priorities
156
Virtual Local Area Network (VLAN)
157
Port-Based Vlans and Nested Vlans
157
Priority of Layer-3 "IP" Frames
159
Introduction
159
Originally
159
Later
159
How to Map Frames to Priority Queues
159
How the ETHER-1000 Units Maps IP Frames to Priority Queues
160
Figure 55: TOS Byte
160
Ipv4 and Ipv6
161
Positions of Traffic Monitoring Counters
162
Figure 56: Traffic Monitoring Counters at Source ETHER-1000 Site
162
Figure 57: Traffic Monitoring Counters at Pass-Through ETHER-1000 Site
163
Figure 58: Traffic Monitoring Counters at Destination ETHER-1000 Site
163
ETHER-1000 System Engineering Guidelines
164
Traffic Prioritization
164
Traffic Separation and Bandwidth Management
165
Approach 1: Use Different ETHER System for each Application
165
Approach 2: Use One ETHER-1000 System for All Applications
165
Upgrading Older Versions of ETHER-1000 Units to Version 3
167
Upgrading from V1 to V3
167
Upgrading from V2 to V3
169
List of Illustrations
170
List of Figures
170
List of Tables
171
List of Acronyms
172
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