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User Manuals: Ateme MC3000 Conference System
Manuals and User Guides for Ateme MC3000 Conference System. We have
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Ateme MC3000 Conference System manual available for free PDF download: User Manual
Ateme MC3000 User Manual (213 pages)
Brand:
Ateme
| Category:
Conference System
| Size: 5 MB
Table of Contents
Table of Contents
3
1 Introduction
12
2 Installation and Safety
13
The 4Ru Chassis
13
Ventilation
13
Replacing the Power Supply Module
13
Figure 1 - 4RU Chassis with Power Connectors, Switch Module and Available Slots
13
The 1Ru Chassis
14
Ventilation
14
Replacing the Power Supply Module
14
Safety Considerations
14
Figure 2 - 1RU Chassis with Power Connector, Switch Module and Available Slots; Front and Rear View
14
Installation
15
Power Supply Rating
15
4RU Chassis with 300 and 400W AC Power
15
Figure 3 - Power Input for 4RU Chassis with 300 and 400 Watt AC Power
15
Figure 4 - Front Plate of Dual 48V Power Supply in a MC3000
16
Figure 5 - Layout of 48V DC Power Supply Connector
16
Figure 6 - Power Input Connector for 1RU Chassis
16
Figure 7 - Classification Label
18
Figure 8 - CDRH Identification Label
18
Figure 9 - QAM Modulator
22
Figure 10 - Two-Slot Wide Quad Decoder
24
Figure 11 - Three-Slot Wide Quad Decoder
24
4 Administrative Settings Configuration
25
Accessing the Web Interface
25
Figure 12 - Web Home Page
25
Assigning an IP Address
26
Figure 13 - Admin View
26
Figure 14 - Admin Properties View
26
Figure 15 - Setting up Virtual Lans
27
Figure 16 - Ipv6 Address in Admin Page
28
Ipv6 Address Support
28
Management GUI
28
Figure 17 - Manual Ipv6 Address
29
Figure 18 - Ipv6 Internal Redundancy
29
Figure 19 - Ipv6 PSI Synchronization
29
Figure 20 - Setting up Virtual Lans
30
Management over IP-Data Port and Vlans
30
Figure 21 - Setting up Virtual Lans Via Management Port
31
Internal Time Clock Setting / Network Time Protocol (NTP) Server
31
Changing the Password for the GUI
32
Figure 22 - Setting the Time and Date
32
Figure 23 - Login Management Section
32
Figure 24 - Password Configuration
32
Password Protection in the GUI
32
Figure 25 - Changing the Password
33
Figure 26 - Optional Languages
33
Optional Languages
33
Configuration of Clock Reference Module
34
Configuration
34
Figure 27 - Clock Reference Module
34
Figure 28 - Configuration of Clock Reference Module
34
Figure 29 - Parameters of Clock Reference Module
35
Licensing
36
Figure 30 - MMI Clock Reference Selection
36
Figure 31 - MMI Clock Reference Warning
36
Figure 32 - Licensing
38
Installing a License File
38
Ordering a License File
38
5 Input Configuration
39
The Inputs Node
39
Figure 33 - Inputs Node
39
Input Analysis
40
Figure 34 - Example of DVB-S/S2 Inputs
40
Figure 35 - DVB-S/S2 Port Detailed View
41
Input Port Analysis
41
Input Service Filtering and Analysis
41
Figure 36 - Detailed PSI/SI Analysis of Input Services
42
Figure 37 - PID Scrambled with Even Control Word
43
Figure 38 - PID Scrambled with Odd Control Word
43
Input PID Analysis
43
Figure 39 - Selecting PID 20
44
Figure 40 - Selecting PID 550
44
Manual Psi
45
Figure 41 - Manually Define Input PSI
45
Figure 42 - Table Analysis When an Input Service Is Defined
46
Figure 43 - Verifying Manually Defined Inputs
46
MPTS Support
46
Defining a Component Type for an Incoming PID
47
Figure 44 - Defining Manual PSI
47
Figure 45 - Defining Component for Service
47
PSI Modifications of Input Services
47
Changing the Language Descriptor of an Incoming Audio
48
Figure 46 - Edit Language Descriptor
48
Edit Options on Existing Manual PSI
49
Dvb-S/S2 Input
49
Figure 47 - Editing Existing Manual PSI
49
Figure 48 - DVB-S2 Input
50
Figure 49 - Edit DVB-S/S2 Port Configuration
51
Figure 50 - Edit DVB-S/S2 (HW Rev. 2.0) Port Configuration
51
Figure 51 - DVB-S/S2 Status View
52
Asi Input
53
Figure 52 - ASI Input
53
Figure 53 - ASI Edit Dialog
53
Figure 54 - ASI Status View
54
Qam/Dvb-C Input
55
Figure 55 - QAM Input
55
Figure 56 - QAM Edit Dialog
56
Figure 57 - QAM Status View
56
Cofdm/ Dvb-T Input
58
Figure 58 - COFDM Input
58
Figure 59 - COFDM Edit Dialog
59
Figure 60 - COFDM Status View
59
Ip Input
61
Figure 61 - IP Input
61
Figure 62 - Edit IP Port
62
Figure 63 - IP Input Port Status
63
Setup of Ipv6 Input
63
Figure 64 - Setup of Ipv6 Input
64
IGMP Source Filtering on Switch IP Input
64
Figure 65 - Edit IP Port for IGMP Source Filtering
65
Figure 66 - IP Input Page (for Modules with FEC)
65
IP Input with FEC
65
Adding a New Input Stream
66
Figure 67 - IP Input Port Status (for Modules with FEC)
66
Removing a Multicast Input
66
IP Input Seamless Switching Module
67
Figure 68 - IP Input Seamless Module Status Parameter View
68
Figure 69 - IP Input Seamless Module Status Parameter Detailed View
68
8Vsb Input
69
Figure 70 - 8VSB Input
69
Figure 71 - 8VSB Status View
70
Qam-B Input
71
Figure 72 - QAM-B Input
71
Figure 73 - QAM-B Status View
72
Dvb-T2 Input
73
Figure 74 - DVB-T2 Input
73
Figure 75 - DVB-T/ Input Port Configuration
74
Figure 76 - DVB-T Status Parameter View
75
Figure 77 - DVB-T2 Status Parameter View
76
6 Conditional Access Configuration
77
Descrambling - Common Interface Module
77
Figure 78 - Conditional Access Node
77
CAM Configuration
78
Descrambling a Service
78
Figure 79 - CAM Configuration Within the Service Properties Dialog
78
Transporting a Descrambled Service to Multiple Output Modules/Ports
78
Figure 80 - CAM Configuration Page
79
Figure 81 - CAM Configuration Page (for Chassis with a Quad Decoder)
79
Alt CAM Mode
81
CAM Interface
81
Navigation
81
Figure 82 - Example of a Menu from Conax
82
Figure 83 - Example of List from Cryptoworks
82
Figure 84 - Example of Enquiry
82
Multiple Users and CAM Access
82
Error Handling
83
Bulk Descrambling
84
Figure 85 - Setting up the Bulk Descrambler Module
84
Figure 86 - Configuring Verimatrix Parameters
85
Verimatrix Configuration
85
Figure 87 - Additional VKS Parameters
86
BISS Scrambling and Descrambling
87
Figure 88 - Creating a BISS Mode 1 Key
87
Figure 89 - Setting up a BISS Scrambling Service
88
Figure 90 - Setting up a BISS Descrambling Service
88
Scrambling
89
Figure 91 - Scrambler Module Architecture
89
Figure 92 - Scramblers Overview
90
Scrambler Module Configuration
90
Figure 93 - Adding an ECM Generator
91
Figure 94 - Editing Ecmgs
91
Figure 95 - Adding an ECM
92
Figure 96 - Editing an Existing ECM
93
Figure 97 - Adding an EMM Generator
94
Figure 98 - Editing an EMM Generator
95
Figure 99 - Adding an EMM/PD
95
Figure 100 - Edit an Existing EMM/PD
96
Figure 101 - Adding an EIS
97
Figure 102 - Edit an EIS Service
98
7 Decoder Output Configuration
99
Channel Configuration
99
Figure 103 - Decoders Node
99
Decoder Status
101
Figure 104 - Decoder Status Dialog
101
Decoder Parameter Configuration
104
Figure 105 - MPEG-2/4 SD/HD Quad RF Decoder Configuration
104
Figure 106 - MPEG-2/4 SD/HD SDI Decoder Configuration
104
Figure 107 - Illustration of the Video Aspect Ratio Conversion Parameter
105
Dolby® Digital Plus Professional Decoder
109
Figure 108 - CC Burn-In Parameter
109
Figure 109 - Decoders with Dolby® Digital Plus Option
110
Figure 110 - Decoders with Dolby® Digital Plus Option
111
Vbi/Test Lines (or Vbi/Vanc/Test Lines)
113
Descrambling for the Decoder Module
114
Semi-Agile Frequency Setting
114
Upconverter: RF Parameter Configuration
114
Figure 111 - Manual Channel Spacing
115
Figure 112 - Adjacent RF Spacing under OIRT
116
Video Sync Shutoff
116
RF/NICAM or RF/A2 Parameter Configuration
117
Carrier Offset in TVMOD
118
Figure 113 - TVMOD- PAL/SECAM Switching in Decoders
118
TVMOD- PAL/SECAM Switching in Decoders
118
Genlock Feature
119
Figure 114 - Carrier Offset for TV MOD
119
Figure 115 - Genlock Feature
119
On Screen Display Messaging (OSDM)
120
Figure 116 - Genlock Offset Feature
120
Figure 117 - Enable and Disable OSDM
120
Disabling OSD Messages
121
Enabling OSD Messaging
121
8 Digital Output Configuration
122
Figure 118 - Outputs View
122
Input Stream Selection
123
Figure 119 - Dragging and Dropping a Service
123
Auto Service Modes
124
Configuring an Output with Auto All Services
124
Figure 120 - Auto Service Modes
124
Transport Stream Generation
125
Figure 121 - Auto All Services Output Configuration
125
Figure 122 - Stopping a Selected Service
125
Figure 123 - Default Stream Properties for IP Modules
126
Figure 124 - Default Stream Properties for All Other Modules
126
Figure 125 - Service Grouping
127
Figure 126 - Layout of Properties Dialog for an MPTS
127
Figure 127 - Layout of Properties Dialog for an SPTS
128
Figure 128 - Transport Tab for ASI Modules
129
Figure 129 - Delivery Descriptors for Cable
129
Transport Settings
129
Emm
130
Figure 130 - Delivery Descriptors for Satellite
130
Figure 131 - Delivery Descriptors for Terrestrial
130
Figure 132 - Import TS Pids
130
Port Settings
130
Figure 133 - EMM Tab for IP Modules
131
Figure 134 - Passthrough Option for Emms in SPTS
131
Epg
132
Figure 135 - PSI Tab for IP Modules
132
Figure 136 - PSI Tab for a Service Encapsulated Within an MPTS
132
Psi
132
Figure 137 - EPG Tab for IP Modules
133
Figure 138 - Service Tab for IP SPTS
133
Service
133
Components
134
Figure 139 - Components Tab for IP SPTS
135
Manual Mapping
135
Figure 140 - Components Multiplexing
137
Figure 141 - Scrambling Tab for IP SPTS
138
Scrambling
138
Figure 142 - Scrambling Tab for IP SPTS with BISS
139
Output Port Settings
140
IP Output Module
140
Figure 143 - Port Settings Tab for IP Modules
140
Figure 144 - Forward Error Correction Panel for IP Modules
140
Figure 145 - Output Redundancy Panel for IP Modules
141
Figure 146 - Enabling CBR Mode
142
Figure 147 - Port Settings Tab for IP Output Modules with Ipv6
142
ASI Output Module
143
Figure 148 - Dragging and Dropping a Service with Ipv6 Address
143
Figure 149 - Port Settings Tab for ASI Modules
143
Figure 150 - MIP Parameters for ASI Modules
144
QAM Output Module
145
Figure 151 - Device Setup Node
145
Figure 152 - 16QAM Annex A/C Setup
145
COFDM Output Module
146
Figure 153 - 16QAM Annex B Setup
146
Figure 154 - Port Settings Tab for COFDM Modules
146
DVB-S/S2 Output Module
147
Figure 155 - DVB-S2 Output -Port Setting Configuration
147
Figure 156 - DVB-S2 Output -Linear Pre-Correction
149
DVB-T2 Output Module
150
Figure 157 - DVB-T2 Output -Port Setting Configuration
150
Output Options
151
Virtual MPTS Output
151
MPTS Transparent Mode
151
Figure 158 - Transport Tab for the Virtual QAM Output
151
Figure 159 - Port Settings Tab for the Virtual QAM Output
151
MPTS Semi-Transparent Mode
152
Figure 160 - Transparent Mode
152
Figure 161 - Stream Properties for Semi-Transparent MPTS
152
Psi/Psip Configuration
153
Editing the PSI Network Configuration
154
Figure 162 - PSI Networks
154
Editing the PSI Default Values
155
Figure 163 - Edit PSI Networks
155
Figure 164 - Associate Transport Stream with PSI Network
155
Figure 165 - PSI Base Values Tab (DVB Profile)
155
Editing the Logical Chanel Descriptor (NIT)
156
Figure 166 - Edit NIT Settings
156
Figure 167 - Edit NIT Settings with Digitaleuorpe Having HD Simulcast Services
157
Editing the BAT Table
158
Editing the TOT Local Time Offset Descriptor
158
Figure 168 - Edit BAT Settings
158
Figure 169 - TOT Settings Dialog
159
PSI Synchronization
160
Figure 170 - PSI Synchronization Tab
160
Inserting Generic Descriptors
161
Figure 171 - Generic Descriptor Tab
161
Modifying PSI Generation Settings
163
Figure 172 - Setup Tab
163
DVB ATSC, ATSC DVB Conversion
165
SI Domain Support
165
Figure 173 - PSI Domains
165
9 Fm Radio Output Configuration
167
Configuring Global Parameters for a Module
167
Figure 174 - FM Radio Page
167
Figure 175 - FM Radio Settings Page
167
Configuring Radio Services
168
Figure 176 - Editing Channel Configuration
169
Configuring Rds Output
170
Figure 177 - FM Radio Advanced Settings
170
Ancillary and Auxiliary RDS
171
Figure 178 - Editing Channel Configuration (for RDS)
171
Manual RDS
171
Figure 179 - Auxiliary RDS Configuration
172
Figure 180 - Advanced UECP Addressing Setup
172
Dynamic Looping
173
Figure 181 - Dynamic Looping
173
Figure 182 - Stereo Override in RDS Menu
173
Stereo Override
173
10 Digital Processing Modules
174
Audio Leveling Module
174
Figure 183 - Audio Leveling Effect
174
Figure 184 - Setting up Audio Leveling
174
Electronic Program Guide (Epg)
175
EPG Status
175
Figure 185 - EPG Node
175
Figure 186 - EPG Status Node
175
Setting up EPG
176
Figure 187 - EPG Setup
176
Figure 188 - EPG Sync Peer Units
177
Adding Epg Information to a Transport Stream
178
Figure 189 - Manually Adding an EIT Source PID
178
Figure 190 - Setting up EPG Within the Outputs Node
178
Figure 191 - Setting a Playout Rate
179
Playout Rate, Playout Limit, and Priority
179
Figure 192 - Setting a Playout Limit
180
Figure 193 - Setting a Priority
180
EIT Source Setup
181
Figure 194 - EPG Node
181
11 Redundancy Support
182
Input Redundancy
182
Figure 195 - Input Redundancy Configuration
182
Configuring Port-Based Input Redundancy
183
Configuring Service-Based Input Redundancy
183
Figure 196 - Configuring Service-Based Input Redundancy
183
Figure 197 - Configuring Port-Based Input Redundancy
184
Alarms that Cause Switching
185
Input Redundancy and the MMI
185
Internal Redundancy
185
Figure 198 - Redundancy Switching Triggers
185
Dual Backplane Configuration
186
Figure 199 - Signal Flow Within a Unit with Two Backplanes
186
Hardware Requirements
186
Configuring Modules for Internal Redundancy
187
Figure 200 - Internal Redundancy
187
Decoder Internal Redundancy
189
Figure 201 - Removing Inputs
189
FM Radio Internal Redundancy
190
QAM/COFDM/IP/ASI Output Internal Redundancy
190
Ca Redundancy
191
ECMG Redundancy
191
Redundancy Configuration
192
Manual Switching
192
Figure 202 - Setting up ECMG Redundancy
192
EMMG Redundancy
193
Ip Output Redundancy
193
Figure 203 - Setting up EMMG Redundancy
193
Defining the Source Subnet
194
Figure 204 - Output Redundancy
194
Multicast Configuration
194
OSPF Configuration
194
Figure 205 - Edit Redundancy Options
195
Defining the Source IP Address
196
Figure 206 - Output Redundancy Port Settings
196
Mute on Error
197
12 Control and Monitoring
198
System Status
198
Service View
198
Figure 207 - Service View
198
Figure 208 - Service View Options
199
Output View
200
Figure 209 - Output View
200
Hardware View
201
Figure 210 - Output View Options
201
Figure 211 - Hardware View
201
Active Alarms
202
Figure 212 - Active Alarms
202
Alarm History
203
Figure 213 - Example of IP Input Module with Status LED
203
Figure 214 - Alarm History
203
Alarm Setup
204
Root Cause Filter
205
Configuration of SNMP Alarm Filter Via the GUI
205
Configuration of SNMP Trap Destination Table Via the GUI
205
Configuration of Trap Destination Table Via SNMP
205
Figure 215 - Registered Alarms
205
Figure 216 - an Alarm with Specific Alarm Description
205
Figure 217 - Five Trap Destinations and the Alarm Filter Can be Set in the GUI
205
Interpretation of Traps
206
Soap Xml Interface
206
13 Maintenance
207
Software Upgrades
207
Hot-Swapping
207
Performing a Hot-Swap
207
Switch+MMI Module Hot-Swap
207
Other Module Hot-Swap
208
Adding , Replacing or Removing Modules
208
Figure 218 - a Module with Its Ejector Released
208
Figure 219 - Opening of Air Vents
209
Importing and Exporting Chassis Configuration
210
Figure 220 - Saving Importing and Exporting Chassis Configuration
210
Restoring the Default Ip Address
211
Figure 221 - Hardware IP Reset DIP Switch
211
14 Support and Contact Information
212
Notices
213
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