Programming
025-9368H
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privilege. The default for short sign-on is Mobile-to-Phone. Short sign-on requires a minimum of
500 msec digit duration to both qualify sub-audible decode and prevent falsing of single DTMF
digits.
Multi-Digit ANI
Multi-digit ANI is defined as any ANI that is more than one digit in length. All multi-digit ANIs are
checked for conflicts and considered unique. A typical usage is when a steering digit is needed for
access to multiple privileges with a single ANI. It is also provides a unique ID for the purpose of call
tracking and billing. A third use of multi-digit ANI is when trying to emulate leading steering digit
installations. Sub-audible decode for validation is optional when using multi-digit ANIs.
ANI Conflicts
ANI conflicts occur when one ANI code could be mistaken for another. Due to the flexibility of ANI
programming in the Model 748, an understanding of how conflicts can arise is important. Every
multi-digit ANI is checked against the existing database before being accepted into the database.
Short sign-on, by its very nature, is limited in how many unique digits are available and not checked
for conflicts.
An ANI conflict is where one multi-digit ANI is a sub-set (starting with the first digit) of another
multi-digit ANI. Conflicts between multi-digit ANIs that are checked for, follow this rule:
*1 = *12 = *123 = .. = *123456789
An ANI of *1 will match long before the 2 is ever sent!
Conflicts between Short sign-on and multi-digit ANIs are NOT checked for during programming.
There are two ways this can happen; a short sign-on (“*”) = the first digit of a multi-digit ANI
(“*123”), or using steering digits with short sign-on.
Conflicts to avoid:
•
If “*” is used for short sign-on (the default ANI) any multi-digit ANI that starts with “*” could
be a conflict.
•
If no sub-audible decode is used to validate a short sign-on user, a conflict may exists.
•
Using steering digits with short sign-on presents a problem. All multi-digit ANIs with a valid
steering digit as the second digit could be a possible conflict.
Summary of Contents for 748
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Page 68: ...Operation 54 025 9368H Notes...
Page 110: ...Programming 96 025 9368H Notes...
Page 216: ...Feature Set Reference 202 025 9368H Notes...
Page 219: ...Repair 025 9368H 205 MODEL 7XX AUDIO BLOCK DIAGRAM 006 0077A...
Page 225: ...Repair 025 9368H 211 MODEL 7XX CONTROL BOARD 008 9793D Schematic Sheet 1 of 5...
Page 226: ...Repair 212 025 9368H MODEL 7XX CONTROL BOARD SCHEMATIC 008 9793D Sheet 2 of 5...
Page 227: ...Repair 025 9368H 213 MODEL 7XX CONTROL BOARD SCHEMATIC 008 9793D Sheet 3 of 5...
Page 228: ...Repair 214 025 9368H MODEL 7XX CONTROL BOARD SCHEMATIC 008 9793D Sheet 4 of 5...
Page 229: ...Repair 025 9368H 215 MODEL 7XX CONTROL BOARD SCHEMATIC 008 9793D Sheet 5 of 5...
Page 230: ...Repair 216 025 9368H MODEL 7XX CONTROL BOARD 702 9793D Silkscreen...
Page 233: ...Repair 025 9368H 219 MODEL 7XX SINGLE E E CARD 008 9794A Schematic...
Page 234: ...Repair 220 025 9368H MODEL 7XX SINGLE E E CARD 702 9794A Silkscreen...
Page 236: ...Repair 222 025 9368H MODEL 4XB VOICE CARD 008 9236F Schematic...
Page 237: ...Repair 025 9368H 223 MODEL 4XB VOICE CARD 702 9236F Silkscreen...
Page 239: ...Repair 025 9368H 225 MODEL 4XB DIAL CLICK BOARD 008 9242E Schematic...
Page 240: ...Repair 226 025 9368H MODEL 4XB DIAL CLICK BOARD 702 9242E Silkscreen...
Page 254: ...Quick Reference 240 025 9368H Notes...
Page 258: ...Specifications 244 025 9368H...
Page 259: ...Specifications 025 9368H 245...