(Page 1 of 1 in this chapter)
A
- A bit 53
- adapter cable
- DB-62 connector on. See DB-62
- description 3
- needed 12
- on-board connector illustration 16
- RJ21X connector on. See RJ21X
- address. See I/O address
- aditest demo 66, 81
- AG Access 4
- AG Connect
- board function overview 46
- board models 2
- bus clock capabilities 14
- description 2
- end bracket 19
- hardware components 16
- hardware installation. See hardware
- installation verification. See verifying the installation
- software installation. See installing driver software
- special commands 58
- AG-24 3, 46
- AG-8 3, 46
- A-law. See encoding scheme
- application overview 4
- ati2mvip demo 66, 69
- automatic call delivery demo 66, 72
B
- B bit 53
- base address. See I/O address
- batch file. See script file
- board number
- under OS/2 26, 42
- under SCO OpenServer 5 31, 42
- under UnixWare 2.1 36, 42
- under Windows NT 28, 42
- board. See hardware
- broadcasting 50, 57
- to control transmit signaling 57
C
- C bit 53
- call control (inbound) demo 66, 75
- call control (outbound) demo 66, 78
- callback 75, 78
- chattering 58
- clock, MVIP. See MVIP clock
- CLOCK_REF_MVIP 86, 88
- CLOCK_REF_OSC 86, 88
- conferencing 50
- and SwitchPath 50
- and the SW Utility 50
- capabilities 3, 50
- conference defined 51
- defined 46
- gain. See gain
- limit on no. of parties 3, 51
- noise suppression. See noise suppression
- seats 48, 51
- streams 48
- Conferencing Developer's Reference Manual 9
- CONFIG.SYS
- modifying 25
- CONFIG_CLOCK command 86
- CONFIG_GAIN command
- description and syntax 64
- overview 58
- ConfigClock 89
- connector specifications
- interface to PSTN 95
- MVIP bus 94
- PC-AT bus 94
- controlling transmit signaling 57
- CxDefineSwitch 88
- CxDriverCommand 86, 88
- introduction 59
- not referenced in early SwitchPath versions 60
- syntax 60
- CxGetSwitchHd 88
- CxSampleInput 56
- CxSendPattern 57
D
- D bit 53
- DB-62 3, 18, 94
- illustrated 16, 19
- pinouts 95
- demonstration scripts
- automatic call delivery demo 66, 72
- call control (inbound) demo 66, 75
- call control (outbound) demo 66, 78
- introduction 66
- loop start switching demo 66, 69
- operator work station demo 66, 81
- setting up your system for demos 66
- developer support 8
- device number. See board number
- dial2asi demo 66, 72
- document conventions 6
- driver
- installation. See installing driver software
- opening 43
- reconfiguration. See reconfiguring the driver
- removal. See uninstalling the driver
- shared by board models 22
- verifying installation. See verifying the installation
- driver load status message
- enabling 25
- on startup 26
- drv.ConfigClock 89, 90
- drv.LoadDriver 89, 90
- drv.OpenDevice 43, 89, 90
- drv.QueryTmSlot 43
- drv.ResetSwitch 43, 54, 89, 90
- DSi 50
- DSo 50
- duplex 51
E
- electrical specifications
- board power requirements 93
- environmental requirements 93
- external power supply 93
- host interface 92
- MVIP interface 93
- PSTN interface 94
- encoding scheme
- choosing under OS/2 26
- choosing under SCO OpenServer 5 32
- choosing under UnixWare 2.1 36
- choosing under Windows NT 28
- defined 22
- environmental requirements 93
F
- FAX 3
- forward 48, 50
- frame 51
G
- gain
- conferencing 50
- configuring 64
- Getting Started with MVIP Switching 9
- glare 78
H
- handle
- assigning to boards 43
- hardware
- bus clock capabilities 14
- configuring 13
- connecting to operator work stations 18
- connecting to PSTN 18
- illustration 16
- installing 17
- specifications 92
- host interface 92
- hybrids. See line interfaces
I
- I/O address 92
- default 15
- selection jumpers illustrated 16
- setting 15
- specifying under OS/2 23
- specifying under SCO OpenServer 5 31
- specifying under UnixWare 2.1 36
- specifying under Windows NT 28
- inadi demo 66, 75
- installation
- hardware. See hardware
- reconfiguration. See reconfiguring the driver
- removal. See uninstalling the driver
- verification. See verifying the installation
- installing driver software
- introduction 22
- under OS/2 23
- under SCO OpenServer 5 30
- under UnixWare 2.1 35
- under Windows NT 27
- ISA bus 92
- boards designed for 2
- connector illustration 16
- installing boards on 17
- positioning boards on 14
- slots needed 12
J
- jumpers
- illustrated 16
L
- LED 19, 94
- line interfaces
- configuration stream 48
- configuring gain 64
- determining installed types 43, 62
- illustration 16
- numbering vs. timeslot numbering 53
- perform signaling conversion 52
- signaling overview 52
- timeslots 48
- local streams 48
- no direction associated with 50
- loop current
- sensing using signaling (loop start) 54
- sensing using signaling (OWS) 56
- loop start
- releasing the line 54
- seizing the line 54
- sensing loop current using signaling 54
- sensing ringing using signaling 54
- switching demonstration script 66, 69
- loop start switching demo 66, 69
M
- master, MVIP clock. See MVIP clock
- ME/2/X 4
- mechanical specifications
- ISA bus 92
- PC-AT board 92
- memory requirements 12
- monitoring receive signaling 56
- mu-law. See encoding scheme
- MVIP bus
- cable. See MVIP cable
- clock. See MVIP clock
- connector illustrated 16
- connector specifications 92
- defined 2
- switching restrictions on 50
- switching. See MVIP switching
- termination jumpers 16
- MVIP cable
- connecting to boards 17
- positioning boards on 14
- required 12
- MVIP clock
- configuring slave/master using SW Utility 86, 89, 90
- configuring slave/master using SwitchPath 86
- defined 14
- master defined 14
- positioning slaves/master in system 14
- slave defined 14
- MVIP switching
- and conferencing 51
- and receive signaling 52
- and transmit signaling 52, 57
- controlling 3
- defined 46
- resetting to known state 43
- restrictions 50
- switch model 48
- MVIP-90 Standard, Release 1.1 9
N
- network boards 3, 46
O
- operating systems supported 12
- operator work station
- connecting to 18
- defined 2
- demonstration script 66, 81
- receive signaling 56
- transmit signaling 55
- operator work station demo 66, 81
- OS/2
- board number under 26
- changing driver configuration under 27
- choosing encoding scheme under 26
- installing driver under 23
- specifying I/O addresses under 23
- SWDAEMON.EXE 26
- outadi demo 66, 78
- OWS. See operator work station
P
- pattern 50, 51, 57
- broadcasting to control transmit signaling 57
- pinouts 95
- power LED
- described 19, 94
- illustrated 16, 19
- power requirements 92
- power supply
- electrical specifications 93
- ground referencing 18
- recommended model 18, 93
- required 12
- requirements 18
- power supply, uninterruptable 12
- processing requirements 12
- product support 8
- programming tools 47
- PSTN (Public Switched Telephone Network)
- connecting board to 18
- electrical specs for board interface to 94
Q
- QUERY_TIMESLOT
- description and syntax 62
- overview 58
R
- receive signaling
- and MVIP switch model 52
- defined 52
- loop start 54
- monitoring 53, 56
- operator work station 56
- reconfiguring the driver
- under OS/2 27
- under SCO OpenServer 5 33
- under UnixWare 2.1 38
- under Windows NT 29
- REF 89
- related documents 9
- releasing the line 54
- ResetSwitch 54
- resource boards 3, 46
- reverse 48, 50
- ringing
- sensing using signaling 54
- RJ21X 3, 18, 94
- pinouts 95
S
- S Connect-x 2
- S/T Connect 2
- SampleInput 56
- sampling input 50, 56
- SCO OpenServer 5
- board number under 31
- changing driver configuration under 33
- choosing encoding scheme under 32
- installing driver under 30
- specifying I/O addresses under 31
- uninstalling driver software under 34
- script files 4, 47
- configuring clock master 89
- configuring clock slave 90
- demonstration. See demonstration scripts
- SEC8K 89
- SEC8K_NOT_DRIVEN 88
- seizing 54
- SendPattern 57
- signaling
- bit usage 53
- byte illustration 53
- controlling 57
- loop start 54
- monitoring 56
- operator work station 55
- receive. See receive signaling
- transmit. See transmit signaling
- signaling stream 48, 58
- simplex 51
- slave, MVIP clock. See MVIP clock
- software. See driver
- speech recognition 3
- SW Utility
- controlling transmit signaling with 57
- description 47
- exiting 44
- installation 42, 47
- introduced 3
- monitoring receive signaling with 56
- starting 42
- using to configure MVIP bus master/slaves 86, 89
- using to establish or disconnect conferences 50
- where to find it 42
- SW Utility User's Manual 9
- SWDAEMON.EXE 26
- switch blocking. See MVIP switching, restrictions
- SwitchPath
- controlling transmit signaling with 57
- CxDriverCommand not referenced in early versions 60
- description 47
- detached daemon process under OS/2 26
- introduced 3
- monitoring receive signaling with 56
- preserving names and handles when an app is not running 26
- using to configure MVIP clock masters/slaves 86
- using to establish or disconnect conferences 50
- SwitchPath Technical Reference Manual 9
- system requirements 12
T
- T Connect-x 2
- talk battery voltage
- connecting 18
- defined 18
- enabling/disabling using signaling 55
- LED indicator 19
- requirements 18
- technical support 8
- telephone network. See PSTN
- text-to-speech 3
- transmit signaling
- and MVIP switch model 52
- controlling 57
- defined 52
- loop start 54
- operator work station 55
- setting 53
U
- uninstalling the driver
- under SCO OpenServer 5 34
- under UnixWare 2.1 39
- under Windows NT 30
- uninterruptable power supply 12
- UnixWare 2.1
- board number under 36
- changing driver configuration under 38
- choosing encoding scheme under 36
- installing driver under 35
- specifying I/O addresses under 36
- uninstalling driver software under 39
- UPS 12
V
- VBX boards 3
- verifying the installation
- introduction 42
- procedure 42
- voice processing 3
- voice stream 48
W
- Windows NT
- board number under 28
- changing driver configuration under 29
- choosing encoding scheme under 28
- installing driver software under 27
- specifying I/O addresses under 28
- uninstalling driver under 30
X
- xct.Exit 44, 89, 90
(Page 1 of 1 in this chapter)
Tech_Support@nmss.com
Copyright © 1996, Natural MicroSystems, Inc. All rights
reserved.