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A
- ABCD bits
- and D3/D4 framing 54
- and E&M protocols 51
- and E1 trunks 51, 57
- and ESF framing 55
- and MFC-R2 protocols 51
- and T1 trunks 51, 54
- described 51, 80
- AG Access
- installing 10, 19
- sample AG config files in 28
- AG configuration file
- Address statement in 29
- and agmon 28
- Board x statement in 36-37
- ClockRef statement in 33
- creating 28
- described 9, 28, 80
- DigitalMode statement in 29
- EnableMVIP statement in 32
- End Board statement in 36-37
- FrameType statement in 30
- Interrupt statement in 30
- LineCode statement in 31
- LineLength statement in 32
- loopback 41
- RunFile statement in 32
- Runfile statement in 32
- sample 28, 36
- search path 28
- TCP statement in 36-37
- ag.rpt 35
- AG-E1
- compliance 105
- connecting to network 24
- described 2
- LEDs 46
- on-board oscillator 33
- sample AG configuration file 38
- sample configuration file 39
- specifications 100
- trunk interface 24
- trunk interface connectors 22
- versions 4
- zero code suppression algorithms supported 59
- agerror.log 35
- agmon
- and AG configuration file 28
- described 9, 80
- downloads TCP to board 7
- output 35
- running 34
- search path 28
- AG-T1
- compliance 104
- connecting to network 20
- connecting with CSU 20
- connecting without CSU 20
- described 2
- LEDs 46
- on-board oscillator 33
- sample configuration file 36-37
- specifications 100
- trunk interface 20
- trunk interface connectors 22
- zero code suppression algorithms supported 59
- Alarm Indication Signal (AIS)
- behavior in proper installation 48
- described 80
- specifications 103-104
- status indicator LEDs for 46
- a-law
- described 58, 80
- runfiles for 38
- Alliance Generation Board (AG board) 80
- Ally board 80
- Alternate Mark Inversion (AMI)
- described 59, 80
- selecting using LineCode statement 31
- audio signal processing specifications 101
B
- bearer channel (B channel)
- described 52, 81
- in ISDN 52
- on E1 trunks 52
- on T1 trunks 52
- Binary 8 Zero Substitution (B8ZS)
- described 59, 81
- selecting using LineCode statement 31
- bipolar violation 59, 81
- Blue Alarm
- described 81
- status indicator LED 46
- board number
- in Board x statement 36-37
- Board x statement 36-37
C
- cable
- connecting in loopback configuration 25
- MVIP bus 4
- positioning boards on MVIP cable 17
- supplied with AG-E1 boards 24
- supplied with AG-T1 boards 22, 24
- supplied with boards 4
- Teflon 18
- call progress analysis 3
- CAS Mode
- default MVIP connections in 74
- E1 trunk to MVIP timeslot connection in 67
- specifying in AG config file 29
- T1 trunk to MVIP timeslot connection in 63
- CEPT
- described 81
- interface specifications 104
- selecting using FrameType statement 30
- trunk interface 4, 24
- channel 2
- described 81
- Channel Associated Signaling 67
- channel associated signaling (CAS)
- described 51, 82
- mapping to MVIP timeslots (E1) 67
- mapping to MVIP timeslots (T1) 63
- on E1 trunks 51
- on T1 trunks 51
- channel service unit (CSU)
- acquiring 20
- described 20, 82
- T1 trunk interface involving 20
- channels 50
- clock master
- described 16, 82
- determining source with ClockRef statement 33
- positioning in system 17
- clock slave
- described 16, 82
- determining with ClockRef statement 33
- positioning in system 17
- codec 82
- Common Channel Signaling 68
- common channel signaling (CCS)
- described 52, 82
- mapping to MVIP timeslots (E1) 68
- mapping to MVIP timeslots (T1) 64
- on E1 trunks 52
- on T1 trunks 52
- companding
- choosing method 59
- described 82
- CT Access
- described 7
- installing 10, 19
- MVIP switching under 7-8
- Cyclic Redundancy Check (CRC)
- described 83
- status indicator LED for 46
- cyclic redundancy check (CRC) 55
D
- D channel 69
- D3/D4 framing
- described 83
- selecting using FrameType statement 30
- data channel (D channel)
- described 52, 83
- in ISDN 52
- on E1 trunks 52
- on T1 trunks 52
- developer support ix
- digital signal level 0 50
- digital signal level 1 50
- Digital Signal Processor (DSP)
- described 83
- DigitalMode 69, 75
- DS-0 83
- DS-1
- described 83
- DSP daughterboard
- described 4, 83
- DSP tasks requiring daughterboard 3
- DSP resources
- described 3
- mapping signaling to if EnableMVIP=NO 74
- specifications 100-101
- DSX-1
- described 20, 83
- specifications 103
- trunk interface 4
- DTMF 3
- tone detection specifications 102
E
- E&M
- and ABCD bits 51
- described 84
- E1
- alternate mark inversion 59
- B channel on 52
- connecting to 24
- D channel on 52
- deriving MVIP clock from 33
- described 84
- framing 56
- interfacing 2
- mapping to MVIP timeslots 66, 70
- NFAS not supported 52
- ones density 59
- RAW 69
- voice encoding 58
- zero code suppression 59
- e1stat
- described 84, 92
- display 94
- location 92
- usage 93
- using to verify installation 47
- e1test 84
- echo cancellation 4
- EnableMVIP statement
- default connections if EnableMVIP=NO 74
- enabling/disabling MVIP switching with 32
- Extended SuperFrame (ESF)
- described 84
- selecting using FrameType statement 30
F
- Facilities Data Link (FDL)
- described 84
- in ESF framing 55
- facilities data link (FDL)
- in E1 framing 56
- fax
- DSP resources 3
- NaturalFax 6
- frame
- described 84
- E1 56
- T1 53
- framing
- E1 56
- selecting method with FrameType statement 30
- specifications 103-104
- T1 53
- Framing bit (F bit)
- described 85
- framing bit (F bit)
- in D3/D4 framing 54
- in ESF framing 55
- full duplex
- described 85
H
- hardware installation
- connecting AG-E1 to network 24
- connecting AG-T1 to network 20
- installing in system (no MVIP connectivity) 16
- installing in system (with MVIP connectivity) 18
- requirements 13
- summary 10
- verifying 47
- HDLC controller
- described 85
- mapping E1 signaling to 68, 70, 72
- mapping T1 signaling to 64, 70, 72
- HDLC controllers 75
- High Density Bipolar 3 (HDB3)
- described 59, 85
- selecting using LineCode statement 31
I
- I/O address
- configuring hardware 13
- configuring in AG config file 29
- default hardware setting 13
- described 13
- specifications 101
- in-band 85
- interrupt
- default 16
- described 16
- selecting in AG config file 30
- specifications 101
- ISA
- and AG-T1/E1 boards 4
- described 85
- hardware requirements 13
- specifications 101
- ISDN
- and Network Facility Associated Signaling 52
- described 85
- signaling 52
J
- jammed bit ZCS
- described 59, 85
- selecting using LineCode statement 31
- jumpers 12
L
- line
- described 85
- loop start
- adding line interfaces over MVIP bus 4
- described 85
- loopback
- block 25
- configuring hardware 25
- described 85
- sample AG configuration file 41
- specifications 103-104
- verifying installation using 48
M
- M24 superframe 54
- described 85
- MC1 97
- memory requirements 13
- MF 86, 102
- tone detection specifications 103
- MFC-R2 51, 103
- and ABCD bits 51
- described 86
- modem 3
- mu-law
- described 58, 86
- runfiles for 36-37
- multiframe 57, 86
- multiplexing 86
- MVIP 86
- MVIP bus
- described 4
- positioning boards on 17
- products from other manufacturers 4
- specifications 105
- using Teflon cable 18
- MVIP clock
- configuring master and slaves 16
- configuring source with ClockRef statement 33
- deriving from Sec8k clock 33
- deriving from trunk clock 33
- described 16
- driving when board is isolated from network 33
- MVIP switching
- default connections if EnableMVIP=NO 74
- described 4
- enabling/disabling 32
- model (MVIP-90) 72
- model (MVIP-95) 70
- products from other manufacturers 4
- under CT Access 7-8
- with swish 8
- MVIP timeslots
- mapping E1 trunk to 66, 70
- mapping T1 trunk to 63, 70
N
- Natural Media 6
- NaturalFax 6
- NaturalRecognition 6
- NaturalText 6
- DSP resources 3
- Network Facility Associated Signaling (NFAS)
- described 52, 86
- mapping to MVIP timeslots 65
- not supported on E1 trunks 52
O
- off-hook 86
- ones density
- described 59, 87
- out-of-band 87
P
- PRI Mode
- default MVIP connections in 74
- E1 trunk to MVIP timeslot connection in 68
- specifying in AG config file 29
- T1 trunk to MVIP timeslot connection in 64
- protocol
- described 6, 87
- differ in different countries 6
- Pulse Code Modulation (PCM) 58, 87
- pulse dialing specifications 102
R
- RAW Mode
- default MVIP connections in 74
- specifying in AG config file 29
- T1 trunk to MVIP timeslot connection in 65
- RAW, for E1 69
- Red Alarm
- behavior in proper installation 48
- described 87
- status indicator LED 46
- robbed bit signaling
- and D3/D4 framing 54
- and ESF framing 55
- described 51, 87
- runfile
- described 9, 32, 87
S
- Sec8k clock
- configuring 33, 97
- described 87, 96
- driving MVIP clock with 33
- showsig 87
- signaling
- controlled by TCP 6
- methods 51
- signaling routing mode
- additional MVIP connections if EnableMVIP=NO 74
- E1, if DigitalMode=CAS 67
- E1, if DigitalMode=PRI 68
- specifying in AG config file 29
- T1, if DigitalMode=CAS 63
- T1, if DigitalMode=PRI 64
- T1, if DigitalMode=RAW 65
- specifications 100
- speech recognition
- DSP daughterboard needed 4
- DSP resources 3
- NaturalRecognition 6
- status indicator LEDs
- diagram 46
- what each one means 46
- SW Utility
- described 88
- swish 8, 88
T
- T1
- alternate mark inversion 59
- B channel on 52
- CAS on 51
- common channel signaling on 52
- connecting through CSU 20
- connecting to 20
- connecting without CSU 20
- D channel on 52
- deriving MVIP clock from 33
- described 88
- framing 53
- interfacing 2
- mapping to MVIP timeslots 63, 70
- Network Facility Associated Signaling on 52
- ones density 59
- ordering service 21
- zero code suppression 59
- t1stat
- described 88, 92
- display 47, 94
- location 92
- usage 93
- using to verify installation 47
- t1test 88
- text-to-speech
- DSP resources 3
- NaturalText 6
- time-division multiplexing (TDM) 53, 88
- timeslots
- described 88
- E1 56
- T1 53
- trunk 88
- trunk control program (TCP)
- available for different countries 6
- described 6, 89
- how supplied 6
- installing 10, 19
- multiple 7
- needed to interpret signaling on trunk 51
- protocol-independent 7
- runs on board 7
- specifying in AG config file 7
- trunk interface
- AG-E1 24
- AG-T1 20
- connectors 22
- pinouts (BNC) 24
- pinouts (RJ48C) 22
U
- uninterruptible power supply (UPS) 13
V
- voice
- encoding 58
- playback 3
- pulse code modulation (PCM) 58
- recording 3
- signal processing specifications 101
Y
- Yellow Alarm
- behavior in proper installation 48
- described 89
- status indicator LED 46
Z
- zero code suppression (ZCS)
- algorithms for 59
- described 89
- selecting algorithm using LineCode statement 31
- specifications 103
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