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Contents
n
Installation Overview1
n
Upgrading from a Previous Release2
Upgrading a Single-User System2
n
Pre-Installation Requ ir em ents5
CRCS/OpCenter and OpCenterSP Checklist5
Fax Option6
n
Configuring the PC7
n
Connecting the PC to the MCU9
Local Connection to MCU9
Remote Connection to MCU10
Connection Procedure10
Checking the Modem Settings12
n
CRCS/OpCenter Software Installation15
n
Testing CRCS19
Logging In to CRCS19
Setting the Time Zone20
Adding the M CU21
Establishing the Communications Link22
Uploading MCU Options24
Running the MCU Extension Utility Program24
Adding an Endpoint24
Adding a Conference Template26
Adding a Company27
Adding a Person27
Adding a Site28
Editing Defaults30
Adding a Test Conference30
n
Testing OpCenter31
n
Faxmodem Installation32
Windows 9532
Windows NT 4.032
Installing WinFax PRO 8.033
Saving Faxes with WinFax Log Files37
Setting Up Reminder Faxes37
Issue 1 CRCS R6.0 April 1999iii
Contents
n
OpCenterSP Installation38
n
Testing OpCenterSP42
n
Appendix A: Modem Pooling44
Administering Modem Pool Groups44
3800 Series Modem Installation48
3810 48
3820 53
3830 53
7400A Data Module Installation54
ivIssue 1 CRCS R6.0 April 1999
Single-User
CRCS/OpCenter and
OpCenterSP Installation
Installation Overview
CRCS/OpCenter and OpCenterSP can be set up as a single-user system on a
dedicated PC connected to up to 2 Lucent Technologies MultiPoint Conferencing
Units (MCU). The CRCS/OpCenter PC can run either Microsoft® Windows NT
4.0 or Microsoft Windows 95.
The connection between the CRCS/OpCenter or the OpCenterSP PC and the
MCU can be local if the distance between the two is less than 5000 feet. The connection is considered remote if the distance is greater than 5000 feet. Also, if the
CRCS/OpCenter or OpCenterSP PC is not connected to the TN754B or TN2224
on the MCU side, the connection is considered remote.
Follow the installation procedures outlined in this guide to set up and connect the
CRCS/OpCenter or the OpCenterSP PC to the MCU. This manual also includes
installation procedures for the fax option available with CRCS.
Issue 1 CRCS R6.0 April 1999 1
Upgrading from a Previous Release
Upgrading from a Previous Release
Each new release of the CRCS/OpCenter program and the MCU offers additional
features. If any endpoint already included in your previous release supports some
or all of the new enhancements, you may need to update the bandwidth, protocols, and feature entries in the Conference Template, Endpoint, Site, and MCU
databases.
Beginning with release 6.0, CRCS is backward compatible with the previous
release MCU. The two MCUs controlled by CRCS do not need to be the same
release. For example, MCU1 could be release 6.0 and MCU2 could be release
5.0.47.
NOTE:
If upgrading from a release earlier than CRCS 4.2, remove all reservation
system items including link manager and command manager from the
StartUp group prior to installation.
Upgrading a Single-User System
The first consideration before upgrading from an earlier release is to make sure
your hardware and operating system meets the higher minimum requirements of
the release of CRCS/OpCenter. See "Pre-Installation Requirements" for a list of
the required hardware components, software, and operating system. Also make
sure you have the list of logins and passwords as defined.
With the proper hardware installed, use the following upgrade procedure to load
the new release of CRCS:
1. Before upgrading, you need to run the database repair program. To do so,
click Start—Programs—Lucent Technologies CRCS—Run Dat abase
Repair. If there are any errors reported, click Start—Programs—Acces-
sories—System Tools—Scan Disk.
2. Backup the database to external media such as floppy disk, zip disk, or
tape. This database file named
tory (where CRCS was previously installed). You can perform a Start—
Find to locate the file or look in your CRCS directory under the dbase
folder. It may be located on your main boot drive.
crs.mdb
is located in the
dbase
subdirec-
NOTE:
If you changed the name of the default directory or destination drive when
you previously installed CRCS, copy the
rectory of the new directory before installing CRCS and readministering the
link. For example, if you name the directory
crs.mdb
c:\crcs6x
file to the dbase subdi-
, you would need to
2Issue 1 CRCS R6.0 April 1999
Upgrading a Single-User System
create a subdirectory named
c:\crcs6x\dbase
and copy the
crs.mdb
file into
it before installing CRCS.
3. From the MCU MT, perform an add login and change permissions to create
the crcs login, password, and permissions (see
MCU Administration
for
details).
4. Insert the CRCS CD-ROM and click Start on the Windows Taskbar.
NOTE:
Make sure no other applications are running, including fax programs.
5. Click Run and use the Browse button to locate the
CD-ROM. Click OK.
6. Follow the program prompts (see "CRCS/OpCenter Software Installation"
on page 15 for details) and when the installation is complete, choose to exit
without the automatic reboot (the No option) and shutdown your PC.
7. Power off your PC.
8. Wait a few seconds and power on the PC.
9. Login to CRCS as an administrator.
10. From the A
dmin menu on the Main window, select Query MCU Parame-
ters for each MCU (1 and/or 2).
1 1. Schedule a test conference to begin immediately, verify that the conference
downloads to the MCU and record the CRCS ID #.
setup.exe
file on the
12. From the MCU MT, perform a list conference to verify the conference
downloaded to the MCU. If the connection is established, the upgrade is
complete. For remote connections only, continue to step 13.
13. For remote connections, you can administer when the link between CRCS
and the MCU is connected. It can be connected full time (permanent), only
when a conference data is being downloaded (on-demand), or during a
specified hours in a day (between). From the CRCS PC, administer a connect time from the A
dmin menu on the Main window, select Run Link
Admin.
14. From the MCU Link Administration window, click the Connect Parameters
tab.
n
for the on-demand option, specify the time (in minutes) that the link
should remain connected.
n
for the between option, specify the time range when the link will be
connected. Also, for off-hours (those hours that fall outside the time
range) specify the time (in minutes) that the link should remain connected when requested.
Issue 1 CRCS R6.0 April 1999 3
Upgrading from a Previous Release
Figure 1. MCU Link Administration window
15. The upgrade process is complete and you can begin using CRCS/
OpCenter.
4Issue 1 CRCS R6.0 April 1999
CRCS/OpCenter and OpCenterSP Checklist
Pre-Installation Requirements
As a single-user dedicated system on a PC connected to one or two Lucent Technologies MultiPoint Conferencing Units (MCU), CRCS/OpCenter or OpCenterSP
can be set up as either local or remote.
For a local connection, the distance between the PC and MCU must be less than
5000 feet. Distances beyond 5000 feet are considered remote. Also, if the PC is
not connected to the TN754B or TN2223 on the MCU side, the connection is
remote.
CRCS/OpCenter and OpCenterSP Checklist
Hardware Requirements
The system installed for single-user CRCS/OpCenter must be dedicated for
CRCS/OpCenter use only. The following hardware components are required:
n
266 MHz Pentium II CPU with 64 MB RAM or greater recommended (minimum 100 MHz Pentium with 32 MB RAM)
n
1024 by 768 pixel
n
One 17-inch monitor (minimum 15 inch)
n
2.5 GB hard disk with a high-speed drive and local bus controller (minimum
1.2 GB)
n
One 1.44 MB 3.5 inch floppy disk drive
n
One 6X CD-ROM drive (minimum 4X)
n
A COM1 serial port with a 25-pin connector or a 9-to-25 pin adapter, if the
COM1 port is 9 pin
n
A bus mouse or a serial mouse connected to a COM serial port
n
Optional laser or laser-quality printer connected to the LPT1 parallel port
and installed as the default printer
n
Optional (highly recommended) backup tape or high capacity removable
disk device and appropriate software for the backup
n
Slot for the fax hardware (optional)
Software Requirements
n
Microsoft Windows 95 or Windows NT 4.0 workstation with Service Pack 4
resolution,
256 color
, and
small fonts
Issue 1 CRCS R6.0 April 1999 5
Pre-Installation Requirements
Remote Configurations
For remote configurations where the MCU and CRCS/OpCenter or OpCenter SP
are not collocated, modem pooling is used (see "Appendix A: Modem Pooling" on
page 44). The modems must support a minimum of 9600 baud. Additional serial
ports may be required which must support non-shared interrupts.
Login and Passwords
Be sure you know the following information:
n
Login, password, dialed number and COM port for each MCU
n
CRCS or OpCenterSP Serial Number
n
Default administrator password and agent password
n
PC login and password, if applicable
Fax Option
Refer to "Faxmodem Installation" on page 32 for hardware and software requirements for the optional fax feature.
6Issue 1 CRCS R6.0 April 1999
Fax Option
Configuring the PC
Regardless of whether the connection between the PC and the MCU is local or
remote, you must supply the proper adapter to connect the COM1 port to the
RS232 cable.
Configure your CRCS/OpCenter or OpCenterSP PC as follows:
Figure 2. Microsoft Windows Control Panel Settings
1. With your PC powered on, select Start—Settings—Control Panel.
2. Perform each of the following steps:
n
select the Regional Setting and Keyboard to set both to English
(United States)
n
set the Display by selecting Settings to 1024 by 768 pixels, 256
color, and small fonts
Issue 1 CRCS R6.0 April 1999 7
Configuring the PC
.
Figure 3. Display Properties Window
n
select Modem and use the Modem Installation wizard to set the
modem COM ports. Click Add then Don’t detect my modem.
Under Manufacturers, choose Standard Modem Types. Under Models, select Standard 9600 bps Modem. Choose the appropriate COM port: Communications Port (COM 1) for the MCU 1 connection and COM2 for the MCU 2 connection.
Figure 4. Install New Modem Wizard—Selecting the COM Port
8Issue 1 CRCS R6.0 April 1999
Local Connection to MCU
Connecting the PC to the MCU
This procedure establishes the connection between the CRCS/OpCenter PC and
the data module or modem. For information about connecting the data module or
modem to the MCU, see the
PC using the standard serial ports to the modem or data module, follow these
steps:
Local Connection to MCU
The following hardware is required for a local MCU connection:
n
8400B data module (supplied)
NOTE:
7400B data module is supported from previous releases
n
M25B cable (not supplied)
n
9-pin-to-25 pin RS232 adapter (not supplied)
MCU Installation and Test
manual. To connect the
MCU
PBX
Wall
Jack
Phone Line
D8W Cord
Figure 5. Local Connection to the MCU
To
MCU
8400B/7400B
PC
COM 1
RS232
Cable
Port 1
Issue 1 CRCS R6.0 April 1999 9
Connecting the PC to the MCU
Remote Connection to MCU
When the PC is located remotely from the MCU, the MCU’s modem pooling capability is ideal for connecting the data link needed to support CRCS/OpCenter. With
modem pooling, Hayes-compatible analog modems are used at the PC to connect
over the PTSN to the MCU. The MCU implements an external 7400A data module
combined with a 3800 modem running 9600 bps to provide conversion resources
needed to route the analog voice calls from the CRCS to the digital Netcon channels in the MCU.
There are two types of conversion resources for modem pooling. The first type, an
integrated conversion resource, is a circuit pack which emulates a Trunk Data
Module connected to a 212A-type modem. The MCU does not support the integrated modem solution.
The second type, a combined conversion resource, is a separate Trunk Data
Module and modem administered as a unit. The Trunk Data Module component of
the conversion resource may be either a Modular Trunk Data Module (MTDM) or
a 7400A data module. The module connects to a digital port using Digital Communications Protocol (DCP); the 3800 modem connects to an analog port on the
TN746B.
The MCU supports the Combined Modem Pooling Solution for use in remote connectivity between the MCU and the CRCS module whenever these components
are not collocated. See "Appendix A: Modem Pooling" for further installation
details.
Connection Procedure
1. Connect the COM1 port to the 8400B/7400B data module with an appropriate adapter, if necessary, and an M25B (EIA-232-D) cord or equivalent. If
using modem pooling, use an analog modem instead.
2. Use an RS232 cable (M25B) with a 25-pin female connector for the CRCS
PC or server and a 25-pin male connector for the analog modem (remote
connection) or data module (local connection).
3. If your supplied cable does not have the appropriate gender connectors,
use a gender changer to make the adjustments.
4. PC ports are usually labeled with the port number and type (serial or parallel), if not see your PC user manual for proper labeling. If the first serial port
is a 9-pin connector, connect a 9-pin-to-25-pin RS232 adapter (you supply).
10Issue 1 CRCS R6.0 April 1999
Connection Procedure
TDM Bus
TN746B
TN754B
DS1
Voice Grade
Data Call
Public/Private
Network
Analog
Analog
DCP
DCP
3800
3800
7400A
7400A
Modem
RS232Analog
Figure 6. Remote CRCS Connection to MCU (Modem Pooling)
5. Connect the female end of the RS232 cable to the male end of either an
adapter or the CRCS PC first serial port.
6. Connect the male end of the RS232 cable to the female 25-pin RS232 connector on the analog modem (remote connection) or data module (local
connection).
RS232
PC
5000 Feet
MCU
TN754B/
TN2224
B25A
Cross-Connect
at MDF
or Wall
Figure 7. Connecting the MCU to the CRCS PC
7. If you are using the 8400B data module (TN2224 required), go to step 8. If
you are using the 7400B data module, verify or change the following dip
switch settings:
n
For a standalone data-only 7400B data module, set dip switch #1 to
ON (UP), if no phone is connected. All other dip switches should be
set to the OFF position (DOWN);
n
If you are using a phone on a 7400B data module, set all dip
switches to the OFF position (DOWN).
8. Continue with "Checking the Modem Settings" on page 12.
103A
Jack
D8WM25B
7400B/8400B
PC
Issue 1 CRCS R6.0 April 1999 11
Connecting the PC to the MCU
Checking the Modem Settings
The last step before loading the CRCS program requires that you configure and
check the modem connection to the MCU.
1. From Microsoft Windows, select Start—Programs—Accessories—
HyperTerminal.
2. From the HyperTerminal window, click the Hypertrm.exe icon.
Figure 8. HyperTerminal Window Setting
3. Enter Test in the
select the first icon as shown. Click the OK button.
4. Click on Connect Using and select Direct to COM1.
12Issue 1 CRCS R6.0 April 1999
Name
field of the Connection Description window and
Checking the Modem Settings
5. Choose the following settin gs:
n
Connector=Com1
n
Baud Rate=9600
n
Data Bits =8
n
Stop Bits=1
n
Parity=None
n
Flow Control=None
6. Click the OK button to save the changes. If you are using the 8400B data
module, continue to step 7. For the 7400B data module, skip to step 10.
7. Type ats24=001 to set the data module for standalone operation without a
telephone.
8. Remove power from the 8400B data module for 5 seconds.
9. Reconnect power to the 8400B data module. The red LED comes on
steady.
10. Type at and press Enter. The OK prompt appears. Type atdt and the dial
number you recorded earlier. Press Enter. The login prompt appears.
Figure 9. Connection Description Window
Issue 1 CRCS R6.0 April 1999 13
Connecting the PC to the MCU
11. When the login for the MCU displays, enter the login and password
assigned by the technical center during installation to verify that you have a
working CRCS to MCU link.
12. Type logoff and exit hyperterminal. Repeat this procedure to test COM2 if
you are controlling a second MCU.
NOTE:
If the MCU login does not display, verify that the MCU recognizes that
CRCS is active (from the MT check the
tomer-options form. It must be set to y).
13. Continue to "CRCS/OpCenter Software Installation" on page 15 to load the
CRCS/OpCenter program.
Scheduler Adjunct
field on the cus-
14Issue 1 CRCS R6.0 April 1999
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