Avaya DMC DECT Fundamentals - Communications Server 1000 Manuel d'utilisateur Page 47
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Noté. / 5. Basé sur avis des utilisateurs
Simplified guidelines
Use Table 9: Handset capacity/DMC8 for Superloop/IPE on page 46 to calculate the superloop
capacity
.
Low traffic example of one superloop on each IPE shelf
• Sixty-nine (69) handsets per DMC8 card x 16 DMC8 cards per shelf = 1104 (1000)
Medium traffic example of one superloop on each IPE shelf
• Forty-six (46) handsets per DMC8 card x 16 DMC8 cards per shelf = 736 (750)
High traffic example of one superloop on each IPE shelf
• Thirty-four (34) handsets per DMC8 card x 16 DMC8 cards per shelf = 544 (500)
Basestation combinations for handsets on a DMC8
DMC DECT Fundamentals August 2012 47
- DMC DECT Fundamentals 1
- Revision History 11
- New in this release 12
- Overview 13
- Clock requirements 14
- CS 1000E 14
- Product description 16
- Mobility card (DMC8) 17
- DMC8 options 18
- DMC8 - Expander (DMC8-E) 19
- Faceplate features 19
- DMC Faceplate cables 21
- IPE Shelves Faceplate Cabling 23
- The above figure shows: 24
- Basestations 25
- Figure 14: Basestation 26
- Basestation housing 27
- Figure 16: Basestation cell 28
- Common Services 30
- Remote Access Service (RAS) 30
- Operating parameters 34
- Card audit 34
- Network Message Service 34
- Feature packaging 34
- Messaging and Alarms 35
- System concentration traffic 37
- Traffic definitions 38
- System hardware parameters 39
- DMC8 engineering guidelines 41
- Netprice Order Tool 43
- DECT on Large Systems 43
- DECT on Cabinet system 44
- DECT on Chassis system 44
- DECT on CS 1000E 44
- Rules with new basestations 44
- Simplified guidelines 47
- Engineering guidelines 48
- Chapter 4: Site planning 49
- Site survey 50
- Building details 51
- Radio coverage 51
- Site survey example 52
- The facts for Able-Studio 53
- Gather survey items 54
- Identifying site contacts 54
- Obtaining site plans 55
- Identifying existing cabling 56
- Assessing radio coverage 56
- Profiling handset use 57
- Profiling handset users 57
- Deployment 58
- Locating cell centres 59
- Figure 23: Cell centres 60
- Determining cell boundaries 61
- Figure 25: Cell boundaries 62
- Table 10: Example cell labels 64
- Deployment illustrations 66
- Deployment terms 74
- Coverage terms 75
- Deployment tool 76
- Charging time 80
- How the deployment tool works 85
- Interpreting handset tones 86
- DECT Deployment Kit 2 87
- Deploying DECT 91
- Single-floor deployment 97
- Single cell deployment 98
- Double cell deployment 99
- Multi cell deployment 100
- Multi-cell deployment 101
- Multiple floor deployment 102
- Assess floor layout 103
- High rise buildings 104
- Unusual conditions 104
- Cell centres are too close 105
- Too many cell centres 105
- Traffic volume 106
- Creating an estimate table 108
- Comments? [email protected] 110
- No office information 115
- Subdividing a cell 117
- Site planning 118
- Deployment review 119
- Checking system capacity 120
- Review with the customer 121
- Record floor plan information 121
- Review the work 122
- Contents 123
- Before you begin 123
- Unpacking the equipment 124
- Provisioning records 125
- Basestation cell 126
- Installation record 127
- TN to DECT TN assignment 127
- Installing the basestation 128
- Rules and guidelines 129
- Compatibility 129
- C4610E and external antenna 129
- Voltage: 139
- Electric Shock 139
- Figure 80: Connector box 143
- Figure 82: Foam placement 144
- Figure 86: Hole placement 147
- Mounting the cabinet 149
- Expander installation 158
- MGXPEC (CS 1000E) 168
- Chassis installation 176
- Connecting to a DECT system 179
- Adding DECT 188
- Setting the IP 189
- Adding the upstream IP 190
- address, if required 190
- Synchronizing data with DECT 191
- Synchronizing DECT P 192
- ARI and SARI 192
- Synchronizing DECT parameters 193
- address 194
- Subscribing handsets 195
- Enabling subscription 196
- Handset subscription 197
- Opening RFP window 198
- Configure a local connection 200
- Dial-up configuration 201
- Figure 133: Modem detection 203
- Figure 135: Port selection 204
- Configuring the modem 205
- DAS configuration 217
- Implementing the MSMN feature 224
- Operating the MSMN feature 228
- DECT Systems window 230
- System administration 232
- Deleting DECT systems 233
- Enabling subscriptions 235
- Obtaining the PIN 236
- Removing configured sets 245
- Complete the following step 248
- DECT manager 250
- Modifying system properties 251
- Changing passwords 252
- Changing the DECT system name 253
- Changing the IP 254
- address on the DECT system 254
- Changing a PARI or SARI 257
- Changing the time and date 259
- Changing parameters 260
- DMC DECT Manager 261
- Selecting login options 263
- Troubleshooting 264
- Windows Alarm Snapshot 268
- System maintenance 276
- Figure 188: DMC window 276
- Removing a faulty DMC8 card 277
- Figure 191: DMC window 279
- Retrieving current RSSI data 287
- Performance Collection 289
- Retrieve upm and epm files 294
- Rename upm and epm files 296
- Figure 206: Upm file renamed 297
- Creating a database 298
- Using the database 299
- Previously created databases 300
- DECT Performance Manager data 301
- Dropped voice call 302
- Dropped message 303
- Handover 303
- RFP-channel occupation 303
- S-channel occupation 304
- B-channel occupation 305
- Top-down analysis 306
- Top-down analysis explanation 307
- Statistical Performance Data 307
- Setting parameters 309
- Recovering a password 310
- Cable setup 315
- Configuring NetBEUI Protocol 317
- Configuring a dial-up network 318
- Modem setup 320
- Modem requirements 320
- Adding a new DECT system 322
- DECT system 325
- Chapter 10: DMC8 debug port 327
- Items to monitor 328
- DMC8 debug port 328
- Connecting a modem 329
- Terminal configuration 330
- Successful connection 330
- Information collection 331
- Press 3 from the main menu 332
- Messages on an idle system 333
- Message examples 334
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