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NMS Communications CG 6565 Media Board Manuals
Manuals and User Guides for NMS Communications CG 6565 Media Board. We have
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NMS Communications CG 6565 Media Board manual available for free PDF download: Installation Manual
NMS Communications CG 6565 Installation Manual (308 pages)
PCI board
Brand:
NMS Communications
| Category:
Computer Hardware
| Size: 2.13 MB
Table of Contents
Revision History
2
Table of Contents
3
Chapter 1: Introduction
9
Chapter 2: Overview of the CG 6565 Board
11
Migration Information
11
Hardware Differences
11
Software Differences
12
CG 6565 Board Features
16
Software Components
20
Nms Oam
20
Configuration Files
21
Runtime Software
22
Trunk Control Programs (Tcps)
23
Natural Access
23
NMS Fusion and the CG 6565 Board
24
Ethernet Interfaces
24
Temperature Monitoring System
25
Warning Error Message
25
Critical Error Message
25
Chapter 3: Installing the Hardware
27
System Requirements
27
CG Driver Software
27
Installation Summary
27
Configuring the Hardware
28
Configuring H.100 Bus Termination
29
Configuring the DIP Switches
29
Configuring the Board Without Trunk Interfaces
30
Configuring the T1 or E1 Interface
30
Configuring Hardware Echo Cancellation
31
Installing the Board
32
Connecting to the Network
32
Chapter 4: Establishing Network Connections
33
Connectors and Cables
33
Ethernet Connectors
33
Four-Trunk Board
33
Eight-Trunk Board
37
Connecting to a T1 Network
40
Connecting to an E1 Network
41
Cable Requirements
41
Connecting a Four-Trunk CG 6565 to an E1 120 Ohm
42
Connecting a Four-Trunk CG 6565 to an E1 75 Ohm
42
Connecting an Eight-Trunk CG 6565 to an E1 120 Ohm
42
Connecting an Eight-Trunk CG 6565 to an E1 75 Ohm
42
Grounding the Conductor
43
Testing in Loopback Mode
43
Testing with Four Trunks
43
Testing with Eight Trunks
44
Connecting to an Ethernet Network
45
Chapter 5: Configuring the Board
47
Configuring and Starting the System with Oamsys
47
Creating a System Configuration File for Oamsys
48
Running Oamsys
49
Using Board Keyword Files
50
Changing Configuration Parameters
50
Specifying Configuration File Locations
51
Configuring Board Clocking
51
CG 6565 Clocking Capabilities
52
Configuring Clocking
55
Configuring CG 6565 Board Clocking Using Keywords
55
Multiple Board System Example
57
Managing Board DSP Resources
59
Setting up a Single Resource Pool
60
Setting up Multiple Resource Pools
60
Using Multiple Resource Pools
61
Sample Board Keyword File
61
Chapter 6: Configuring Ethernet Interfaces
63
Configuring Ipv4 Ethernet Connections
63
Using Ipv4 Ethernet Interface Keywords
63
Setting up the Ipv4 Ethernet Connections
63
Configuring Ipv6 Ethernet Connections
65
Ipv6 Ethernet Interface Keywords
65
Ipv6 Addresses and Routing
65
Ipv6 and Neighbor Discovery
66
IP Security and Ipv6
66
Ipv6 Path Redundancy
67
Example Configuration
67
Ipv6 Standards
68
Running in Ipv4/Ipv6 Dual Stack Mode
68
Setting up Multi-Homed Configurations
69
Load Balancing in Dual Subnet Configurations
69
UDP Port Numbers in Multi-Homed Configurations
71
Configuring the Board in Redundant Ethernet Mode
72
Configuring the Board in Dual Subnet Mode
73
Monitoring Ethernet Link Status Events
74
Chapter 7: Verifying the Installation
75
Status Indicator Leds
75
Trunk Leds
75
Ethernet Leds
77
Board Leds
78
Verifying the Board Installation
79
Verifying Trunk Connections
79
Demonstration Programs
80
Chapter 8: CG 6565 Switching
81
Switch Blocking
81
CG 6565 Switch Models
81
CAS Mode Switching
82
CAS Switching Limitations
82
CAS Mode Switch Model
83
H.100 and Local Streams
84
Voice and Signaling Information Routing on T1 Trunks (CAS Mode)
85
Voice and Signaling Information Routing on E1 Trunks (CAS Mode)
86
Default Connections (CAS Mode)
87
PRI Mode Switching
89
PRI Mode Switch Model
90
And Local Streams
90
H.100 and Local Streams
91
Voice Information Routing on T1 Trunks (PRI Mode)
92
Voice Information Routing on E1 Trunks (PRI Mode)
93
T1/E1 Signaling Information Routing (PRI Mode)
93
Default Connections (PRI Mode)
94
RAW Mode Switching
94
RAW Mode Switch Model
95
And Local Streams
95
H.100 and Local Streams
96
Voice Information Routing on T1 Trunks (RAW Mode)
97
Voice Information Routing on E1 Trunks (RAW Mode)
98
T1/E1 Signaling Information Routing (RAW Mode)
98
Default Connections (RAW Mode)
98
Chapter 9: Echo Cancellation Control
101
Using Echo Cancellation Control
101
Syntax
101
Setting or Retrieving the Echo Cancellation Bypass State
102
Setting the Bypass State Example
103
Retrieving the Bypass State Example
103
Setting or Retrieving the Nonlinear Processing State
104
Setting the NLP State Example
105
Retrieving the NLP State Example
105
Setting or Retrieving the Acoustic Echo Control State
106
Setting the Acoustic Echo Control State Example
107
Retrieving the Acoustic Echo Control State Example
107
Chapter 10: Keyword Summary
109
Keyword Types
109
Setting Keyword Values
109
Retrieving Keyword Values
110
Editable Keywords
110
Informational Keywords
112
Retrieving Board Information
112
Retrieving Driver Information
112
Retrieving Miscellaneous Information
112
Retrieving EEPROM Information
113
Plug-In Keywords
114
Chapter 11: Keyword Reference
115
Using the Keyword Reference
115
Autostart
116
Autostop
117
Boards[X]
118
Bootdiagnosticlevel
119
Buffers[X].Size
120
Clocking.hbus.autofallback
121
Clocking.hbus.clockmode
123
Clocking.hbus.clocksource
124
Clocking.hbus.clocksourcenetwork
125
Clocking.hbus.fallbackclocksource
126
Clocking.hbus.fallbacknetwork
128
Clocking.hbus.netrefsource
129
Clocking.hbus.netrefsourcenetwork
130
Clocking.hbus.netrefspeed
131
Clocking.hbus.sclockspeed
132
Clocking.hbus.segment
133
Conferencingstream.enable
134
Conferencingstream.slotcount
135
Debugmask
136
Detectedboards[X]
137
Dlmfiles[X]
138
Dsp.c5X[X].Image
139
Dsp.c5X[X].Libs[Y]
140
Dsp.c5X[X].Numrxtimeslots
141
Dsp.c5X[X].Numtxtimeslots
142
Dsp.c5X[X].Os
143
Dsp.c5X[X].Xlaw
144
Dspstream.signalidlecode[X]
145
Dspstream.slotcount
146
Dspstream.voiceidlecode[X]
147
Dynamicrecordbuffers
148
Echo.autoswitchingrefsource
150
Echo.enableexternalpins
151
Enablemonitor
152
Hardwareecho.echochipenabled
153
Hardwareecho.trunk[X].Onofftimeslots
154
Hardwareecho.xlaw
155
Hdlc[X].Boot
156
Hdlc[X].Rxtimeslot
157
Hdlc[X].Txtimeslot
158
Ipc.addroute[X].Destinationaddress
159
Ipc.addroute[X].Gatewayaddress
160
Ipc.addroute[X].Interface
161
Ipc.addroute[X].Mask
162
Ipv6.Link[X].Enable
163
Ipv6.Link[X].Enableping
164
Ipv6.Link[X].Hoplimit
165
Ipv6.Link[X].Icmpratelimit
166
Ipv6.Link[X].Ipsec
167
Ipv6.Link[X].Mtu
168
Ipv6.Link[X].Ndattempts
169
Ipv6.Link[X].Ndreachabilitytimer
170
Ipv6.Link[X].Ndretrantimer
171
Location.pci.bus
172
Location.pci.slot
173
Maxchannels
174
Name
175
Networkinterface.ethernet[X].Mac_Address
176
Networkinterface.t1E1[X].Alarmmode
177
Networkinterface.t1E1[X].Crcmfmode
178
Networkinterface.t1E1[X].D_Channel
179
Networkinterface.t1E1[X].Frametype
180
Networkinterface.t1E1[X].Impedance
181
Networkinterface.t1E1[X].Isdn.d_Channel_Backup_Trunk
183
Networkinterface.t1E1[X].Isdn.nfas_Member[Y].Board
184
Networkinterface.t1E1[X].Isdn.nfas_Member[Y].Nai
185
Networkinterface.t1E1[X].Isdn.nfas_Member[Y].Trunk
186
Networkinterface.t1E1[X].Isdn.nfasgroup
187
Networkinterface.t1E1[X].Length
188
Networkinterface.t1E1[X].Linecode
189
Networkinterface.t1E1[X].Signalingtype
191
Networkinterface.t1E1[X].Type
192
Number
193
Products[X]
194
Resource[X].Definitions
195
Resource[X].Dsps
197
Resource[X].Name
198
Resource[X].Size
199
Resource[X].Starttimeslot
200
Resource[X].Tcps
201
Switchconnections
202
Switchconnectmode
203
Tpkt.complexforward.count
204
Tpkt.complexforward[X].Destinationpacketsize
206
Tpkt.complexforward[X].Lifetimeticks
208
Tpkt.complexrxport
210
Tpkt.complextxport
211
Tpkt.enable
212
Tpkt.numberofcomplexforwardconditions
213
Tpkt.simplerxport
214
Tpkt.simpletxport
215
Version.major
216
Version.minor
217
Chapter 12: Hardware Specifications
219
General Hardware Specifications
219
Physical
219
Media Stream DSP Processing
219
IP Network Connectivity
220
PSTN Network Connectivity
220
Software Environment
220
Host Interface
220
Compliant Interface
220
Environment
221
Power Requirements
221
CEPT E1 G.703 Telephony Interface
222
DSX-1 Telephony Interface
222
Compliance and Regulatory Certification
223
Emc
223
Safety
223
Telecom
223
EU R&TTE Statement
223
Chapter 13: DSP Resource Management
225
Managed DSP Resources
225
Dsps, Dpms, and Dpfs
226
DSP Resources
227
Worst-Case Resource Management Calculation
228
Example
228
Resource Calculations
230
Determining the Maximum Number of Ports Available
231
DSP Resource Management Keywords
231
Resource Definition String Syntax
231
DSP Image and Resource Definitions
232
Resource Definitions
232
Input and Output Slots
232
Resource Definition Examples
232
Conditional Relationships between Dpfs
235
Natural Access Media Masks and Call Progress Masks
236
Software Echo Cancellation Restriction
236
Trunk Control Program Resource Usage
237
Debugging Resource Management
238
Using CG Board Debug Masks
238
Resource Management Board Errors
238
Debugging Resource Management with Cgtrace
239
DSP Files and MIPS Requirements
239
Software Echo Cancellation MIPS
247
DSP Files
253
Chapter 14: T1 and E1 Trunk Channels
257
Channels and Transmission Rates
257
Signaling
258
Channel Associated Signaling (CAS)
258
Common Channel Signaling (CCS)
258
Framing
259
T1 Framing
259
E1 Framing
261
Voice Encoding
262
Companding
262
AMI, Ones Density, and Zero Code Suppression
263
Chapter 15: Utilities
265
Utility Summary
265
F41Info - Displaying DPF File Resource Usage
266
Cg6Kcon - Displaying Statistics about CG Board Activity
277
Cg6Ktool - Displaying EEPROM and RAM
288
Cgroute - Setting up CG Board Ipv4 Routing Tables
289
Cgsetkey - Configuring Ipv6 Security Keys and Policies
290
Cgtrace - Performing CG Board Debugging
298
Cgv6If - Adding, Printing, and Deleting Ipv6 Addresses
302
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