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Index
Numerics
- 2500-type telephone 100
A
- adapter cable
- description 3
- illustrated 21, 23
- needed 12
- power leads on 21, 23
- AG board driver software 7
- AG configuration file 7, 92, 100
- AG Connect driver
- installing 28
- removing 116
- role in CX 1000 application 8
- agmon 7, 89, 94, 100
- AMP connector
- illustrated 21-23
- pinouts 126
B
- board number
- under OS/2 36, 54
- under SCO OpenServer 5 44, 54
- under Solaris 49, 54
- under UnixWare 2.1 40, 54
- under Windows NT 31, 54
- broadcasting 113
C
- cadencing 111
- call control 91
- chattering 114
- clock
- and MC 1 17
- configuring 15, 69
- signals 15
- conf90 87
- conferencing 70
- capabilities 3
- chip 3
- configuring gain 80, 82
- defined 71
- demonstration program 87
- macros 74
- streams (MVIP-90) 61
- streams (MVIP-95) 63
- config.sys 36
- CT Access 9
- described 7
- role in CX 1000 application 8
- Switching service 60
- ctaset 91
- CX 1000
- board types 2
- clock configuration 15
- components 3
- connecting to H.100 bus 16
- controlling switching operations 60
- described 2
- driver 8
- end bracket 53
- hardware specifications 122
- installation 18
- MVIP switch models 61
- typical configuration 4
D
- DB-62 3
- illustrated 21, 53
- local phone pinouts 125
- power pinouts 126
- demonstration programs
- conf90 87
- ctaset 91
- rawdrvr 96
- summary of 86
- driver load status message (OS/2) 36
E
- encoding scheme
- choosing under OS/2 36
- choosing under SCO OpenServer 5 44
- choosing under Solaris 49
- choosing under UnixWare 41
- choosing under Windows NT 31
- defined 31, 41, 49
F
- Flexible MVIP Integrated Circuit 67
- FMIC
- described 4
- location on board 3
- switching restrictions 67
G
- gain
- conferencing 70, 80, 82
- defined 78
- in modem application 26
- macros 74
- only with CT Access 2.1 or greater 7, 60, 74
- retrieving 81
- setting 78
- grounding 3, 19, 24
H
- H.100
- and MVIP clocking 69
- connecting CX 1000 board to 6, 15-16, 18-19
- CX 1000 connectivity 4, 60
- relationship with other telephony standards 5
- hardware specifications
- board power requirements 122
- environment 123
- external power supply 122
- host interface 122
- ISA bus 123
- line interfaces 124
- MVIP bus connector 123
- MVIP capabilities 123
- H-MVIP standard 5
- hybrids. See line interfaces
I
- I/O address
- available 14, 122
- setting on board 13
- specifying under OS/2 35
- specifying under SCO OpenServer 5 44
- specifying under Solaris 49
- specifying under UnixWare 40
- specifying under Windows NT 32
- ISA bus
- boards designed for 3
- connector location on board 3
- hardware specifications 123
- slots needed 12
L
- LEDs
- operation 53, 123
- power 52-53, 123
- ringing 53, 123
- verifying board installation with 52
- lightning protection 26
- line interface signaling
- bit usage 110
- byte illustration 110
- cadencing control 111
- controlling 113
- monitoring 110, 112
- overview 108
- receive signaling 111
- streams used 108
- transmit signaling 110
- line interfaces
- determining current gain setting 81
- determining installed types 55, 75
- hardware specifications 124
- identifying type for a timeslot 75
- location on board 3
- perform signaling conversion 108
- setting input gain 78
- signaling. See line interface signaling
- timeslots 61, 63
- local phone
- connecting board to 20, 25
- modem connections 26
- receive signaling 111
- recommended cable types/lengths 25, 124
- transmit signaling 110
- loop current
- enabling/disabling 110
- sensing 111
M
- macros 74
- MC 1 board 17
- modem connections
- overview 26
- recommended cable type/length 26
- MVIP bus
- clock cinfiguration 69
- clock configuration 15
- connecting CX 1000 to 15
- connector location on board 3
- connector specifications 123
- CX 1000 interface capabilities 123
- using Teflon cable 16
- MVIP bus adapter 19
- and number of boards in system 16
- described 6
- installation 16, 18-19
- needed if connecting to H.100 12
- usage 16
- MVIP cable
- connecting 18
- positioning CX 1000 on 16
- requirements 12
- Teflon 16
- MVIP switching
- and conferencing 71
- and line interface signaling 109
- configuring the clock 69
- opening a switch 54
- resetting to known state 55
- restrictions 67
- MVIP-90
- connectivity 3
- device driver 60
- relationship with other telephony standards 5
- switch model 61
- MVIP-95
- connectivity 3
- device driver 60
- recommended 60
- relationship with other telephony standards 5
- switch model 63
N
- Natural Access CD-ROM 28
- NMS_ANALOG_INTERFACE_TYPE_PARMS 75
O
- operating systems supported 12
- OS/2
- board number under 36, 54
- changing driver configuration under 37
- choosing encoding scheme under 36
- enabling driver load status message 36
- installing driver software 34
- not packaged with Natural Access 28
- specifying I/O addresses under 35
P
- pattern mode 71, 113
- phasing 111
- pinouts
- DB62 125
- ISA bus 123
- MVIP bus 123
- power supply
- connecting non-ringing supply 23
- connecting ringing supply (110 VAC countries) 21
- connecting ringing supply (220 VAC countries) 22
- grounding 24
- lines and pinouts 126
- recommended model (110 VAC countries, ringing) 21, 122
- recommended model (220 VAC countries, ringing) 122
- recommended model (non-ringing) 23, 122
- requirements 12, 20, 23
- power supply, uninterruptable 12
Q
- QueryHybridId 55
R
- raw driver commands 96
- rawdrvr 96
- reconfiguring the driver
- under OS/2 37
- under SCO OpenServer 5 46
- under Solaris 49
- under UnixWare 2.1 41
- under Windows NT 32
- ringing
- cadencing 111
- controlling using signaling 111
- phasing 111
- voltage. See ringing voltage
- ringing voltage
- and phasing 111
- connecting power supply for 20
- defined 20, 23
- LED indicator 52
- requirements 23, 122
- RJ21X 3
- illustrated 21
- pinouts 125
- run-time software 7
S
- S Connect 2
- SCO OpenServer 5
- board number under 44, 54
- changing driver configuration under 46
- choosing encoding scheme under 44
- installing driver software 43
- not packaged with Natural Access 28
- removing driver software 118
- specifying I/O addresses under 44
- signaling stream 114
- software compatibility 2
- Solaris
- board number under 49, 54
- changing driver configuration under 49
- installing driver software 47
- removing driver software 119
- specifying encoding scheme under 49
- specifying I/O addresses under 49
- swi.OpenSwitch 54
- swi.ResetSwitch 55
- SWI_LOCALTIMESLOT_ARGS 75
- swiConfigLocalTimeslot 79
- swiGetLocalTimeslotInfo 75, 81
- swish utility
- configuring MVIP clocking with 69
- controlling transmit signaling with 113
- description 60
- exiting 56
- role in CX 1000 application 8
- starting 54
- switch model
- MVIP-90 61
- MVIP-95 63
- switch restrictions 67
- Switching service
- configuring clock with 69
- description 60
- included with CT Access 7
- role in CX 1000 application 8
- system requirements 12
T
- talk battery voltage
- connecting (non-ringing application) 23
- connecting (ringing application) 20
- controlling using signaling 110
- defined 20, 23
- determining setting using signaling 111
- LED indicator 52
- requirements 20, 23, 122
- trunk control program (TCP) 7
U
- uninterruptable power supply 12
- UnixWare
- board number under 40, 54
- changing driver configuration under 41
- choosing encoding scheme under 41
- installing driver software 38
- removing driver software 117
- specifying I/O addresses under 40
- UPS 12
V
- verifying the installation
- introduction 52
- using swish 54
- using the LEDs 52
W
- Windows NT
- board number under 31, 54
- changing driver configuration under 32
- installing driver software 29
- removing driver software 116
- specifying encoding scheme under 31
- specifying I/O addresses under 32
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