2000, ADC Telecommunications, Inc.
All Rights Reserved
Printed in the U.S.A.
REVISION HISTORY
ISSUEDATEREASON FOR CHANGE
Issue 102/2001Phase 3.1 release features added, (622 CRS)
TRADEMARK INFORMATION
ADC and ADC Telecommunications are registered trademarks of ADC Telecommunications, Inc.
Cellworx is a trademark of ADC Telecommunications, Inc.
DISCLAIMER OF LIABILITY
Contents herein are current as of the date of publication. ADC reserves the right to change the contents without prior
notice. In no event shal l ADC be l ia ble for any dam ag es r esul ting fro m lo ss o f data , lo ss of use, o r l oss o f pr ofi ts
and ADC further disclaim s any and al l liability for indirect, incidental, special, consequential or other similar
damages. This disclaimer of liability applies to all products, publications and services during and after the
warranty period.
This publication may be verified at any time by contacting ADC’s Technical Assistance Center at 1-800-366-3891,
extension 54878 (in U.S.A. or Canada) or 1-972-680-4878 (outside U.S.A. and Canada), or by writing to ADC
Telecommunications, Inc., Attn: Technical Assistance Center, Mail Station #77, P.O. Box 1101, Minneapolis, MN
55440-1101, U.S.A.
ADC Telecommunications, Inc.
P.O. Box 1101, Minneapolis, Minnesota 55440-1101
In U.S.A. and Canada: 1-800-366-3891
Outside U.S.A. and Canada: (952) 938-8080
Fax: (952) 946-3292
ABOUT THIS MANUAL................................................................................................................................VII
REVISION HISTORY LIST............................................................................................................................VII
LIST OF CHANGES ....................................................................................................................................VII
HELP ...........................................................................................................................................DLP-735
REVERT TO SAVED ICON LAYOUT ..........................................................................................................DLP-736
ADD A RING NETWORK ELEMENT ..........................................................................................................DLP-737
ADD A SECOND NETWORK ELEMENT ......................................................................................................DLP-738
This manual provides the system administrator with information necessary to turn up and test the
Cellworx Service Transport Node (STN), and/or services, as well as configure connections and monitor
the network using the CellworxVision Graphical User interface (GUI). Information provided within this
document deals primarily with the Phase 3.1 design features of the Cellworx STN system.
Trademark Information
The following trademarks are documented in this manual:
ADC and ADC Telecommunications are registered trademarks of ADC Telecommunications Inc.
Cellworx is a registered trademark of ADC Telecommunications Inc.
Open View is a registered trademark of Hewlett-Packard.
SRTS – Synchronous Residual Time Stamp is a patent of Bell Communications Research, N ov 9, 1993
Related Publications
Listed below are all of the related manuals and their publication numbers. Copies of these publications can
be ordered by contacting the ADC Technical Assistance Center at 1-800-366-3891 extension 63434 (in
U.S.A. or Canada) or 612-946-3434 (outside U.S.A. and Canada).
Title/DescriptionPart Number
Application and Engineering Guide 3.11152699
Contains an introduction to the ADC Cellworx STN system, hardware and software
descriptions, applications, and engineering information required for system deployment.
Craft User’s Manual 3.11152703
Contains information required for provisioning, operation, and administration of the
Cellworx STN system through the craft access. Information includes detecting and isolating
alarms, and turn up of features over the entire network.
System Description Manual 3.11152712
Combines information from the Users Manual, Installation Manual, and Applications
Engineering Manual to provide introductory information and a general overview of the
Cellworx STN system.
Cellworx CLEI Code Guide1112344
Lists all CLEI codes used to order Cellworx equipment.
Important safety admonishments are used throughout this manual to warn of possible hazards
to persons or equipment. An admonishment identifies a possible hazard and then explains what
may happen if the hazard is not avoided. The admonishments — in the form of Dangers,
Warnings, and Cautions — must be followed at all times. These warnings are flagged by use of
the triangular alert icon (seen below), and are listed in descending order of severity of injury or
damage and likelihood of occurrence.
Danger: Danger is used to indicate the presence of a hazard that will cause severe personal
injury, death, or substantial property damage if the hazard is not avoided.
Warning: Warning is used to indicate the presence of a hazard that can cause severe personal
injury, death, or substantial property damage if the hazard is not avoided.
Caution: Caution is used to indicate the presence of a hazard that will or can cause minor
personal injury or property damage if the hazard is not avoided.
1152700 • Issue 1 • February 2001 • Preface
General Safety Precautions
Danger: Do not look into the ends of optical fibers. Exposure to invisible LASER radiation may
cause serious retinal damage or even blindness. Verify the optical source is disabled through
the use of an optical power meter before handling optical fibers.
Caution: Use caution when routing wires and cables. Avoid severe bending and routing over
sharp edges. Use grommet material when possible to avoid wear on cable insulation.
Caution: Allow sufficient fiber length to permit routing without severe bends. Fibers may be
permanently damaged, or signal degradation may be experienced if fibers are bent or curved to
a radius of less than 1.5 inches (3.81 cm).
Caution: Modules can be damaged by electrostatic discharge. Before handling any modules
connect your wrist to an equipment ground using an approved anti-static wrist strap. Ensure
that all uninstalled modules are stored in anti-static packing material. When working with
modules, always place the module on an electrically grounded approved anti-static mat.
Caution: Using excessive force when seating cards and modules into the backplane may result
in physical or severe electrical damage to the backplane pins or module connectors, and if
power is applied, may result in serious electrical damage to both the modules or the backplane
The Cellworx STN System complies with the requirements for class A digital device per Part
15 of the FCC Rules.
Warning: This equipment has been tested and found to comply with the limits for a Class A
digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference when the equipment is operated in a
commercial environment. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in accordance with the instruction manual, may cause
harmful interference to radio communications. Operation of this equipment in a residential
area is likely to cause harmful interference in which case the user will be required to correct
the interference at his own expense.
DOC Compliance
This equipment does not exceed Class A limits for radio emission for digital apparatus, set out
in the radio interference regulation of the authorization methods of Industry Canada.
Operation in a residential area may cause unacceptable interference to TV and radio reception
requiring the owner or operator to take whatever steps are necessary to correct the
interference.
FDA Compliance
This product uses a Class 1 LASER according to FDA Rules. This product conforms to all
applicable standards of 21 CFR 1040.
Safety Compliance
UL listed for use in the U.S. and Canada.
IEC 950 (1991) Second Edition with Amdts. No. 1 (1992), 2 (1993), 3 (1995), and 4 (1996)
EN60950 (1992) with Amdts. No. 1 (1993), 2 (1993), 3 (1995, 4 (1997), and No.11 (1997); and
with National Differences as specified in the CB Test Report 99RT07840-121698.
The Cellworx STN system complies with EN 55022:1995, IEC 801-2:1991, IEC 801-3:1984
and draft IEC 801-3-1990, and IEC 801-4:1988.
The Cellworx STN system complies to all the applicable EC directives of the European Union
and is CE marked.
The ATM ForumATM User-Network Interface (UNI), Specification, Version 3.1
NFOEC, Volume 2 1995, pg 445. “A Comparative Analysis of 2 Fiber and
NFOEC, Volume 3 1995, pg 885. “SONET Operations Networking; The
RFC-1406, Definitions for Managed Objects for the T1 and E1 Interface
RFC-1407, Definitions for Managed Objects for the T3 and E3 Interface
ITUI.350
ITUI.371
ITUI.610
Bellcore TA-1230
ITUM.3010
ITUM.3020
ITUM.3100
ITUM.3180
4 Fiber Bi Directional Line Switched Rings.”
Key to the Future.”
Types, IETF.
Types, IETF.
TA-NWT-000487, Generic Requirements for Electronic Equipment Cabinets,
Bellcore.
TA-TSV-1408, Generic Requirements for Exchange PVC Cell Relay Service,
Bellcore.
TA-TSV-1409, Generic Requirements for Exchange Access PVC Cell Relay
Service, Bellcore.
TR-NWT-000063, Network Equipment Building System (NEBS) Generic
Equipment Requirements, Bellcore.
TR-NWT-000078, Generic Physical Design Requirements for Telecommunications
Products and Equipment, Bellcore.
TR-NWT-000468, Reliability Assurance Practices for Optoelectronic Devices in
Central Office Applications, Bellcore.
TR-NWT-000496, SONET ADM Equipment Generic Criteria, Bellcore.
TR-NWT-000499, Transport Systems Generic Requirements (TSGR): Common
Requirements, Bellcore.
TR-NWT-000815, OTGR Section 2.3: Network Element and Network System
Security, Bellcore.
TR-NWT-000930, Generic Requirements for Hybrid Microelectronics Used in
Telecommunications Equipment, Bellcore.
TA-NWT-000983, Reliability Assurance Practices for Optoelectronic Devices in
TR-NWT-001112, Broadband-ISDN User to Network and Network Node Interface
TR-TSV-000772, Generic System Requirements in Support of Switched Multi-
Megabit Data Service, Bellcore.
TR-TSV-001369, Generic Requirements for Frame Relay PVC Exchange Service,
Bellcore.
TR-TSV-001370, Generic Requirements for Exchange Access Frame Relay PVC
Service, Bellcore.
TR-TSY-000454, Supplier Documentation for Network Elements, Bellcore.
List of Acronyms and Abbreviations
The acronyms and abbreviations used in this manual are detailed in the following list:
155 CRSDual port Optical Carrier card providing Cell Relay Service in a
concatenated payload at a data rate of 155Mbps
155 RICOptical Carrier Ring Interface Card providing cell relay service in a
concatenated payload at a data rate of 155Mbps
622 RICOptical Carrier Ring Interface Card providing cell relay service in a
concatenated payload at a data rate of 622Mbps
2488 RICOptical Carrier Ring Interface Card providing cell relay service in a
concatenated payload at a data rate of 2488Mbps
ABRAvailable Bit Rate
ADMAdd / Drop Multiplexer
AICAccess Interface Card
AISAlarm Indication Signal
APSAutomatic Protection Switching
ATMAsynchronous Transfer Mode
B-ICIBroadband Inter-Exchange Carrier Interface
BPSBits Per Second
CACConnection Admission Control
CBRConstant Bit Rate
CDVCell Delay Variation
CDVTCell Delay Variation Tolerance
CESCircuit Emulation Service
CIRCommitted Information Rate
COCentral Office
CPECustomer Premise Equipment
CRSCell Relay Service
CTDCell Transfer Delay
DCCData Communications Channel
E1 TMUX Multi 1A 16 E1 port card that converts digital signals into ATM streams
EIM Electrical Interface Module
EPSExpansion Shelf
ESFExtended Superframe
FRSFrame Relay Service
FTPFile Transfer Protocol
GNEGateway Network Element
GUIGraphical User Interface
IPInternet Protocol
LANLocal Area Network
LECLocal Exchange Carrier
LTELine Terminating Equipment
msecmillisecond
NDCNetwork Data Collection
NENetwork Element
NIC Network Interface Card
NMICNetwork Management Interface Card
NMSNetwork Management System
NNINetwork to Network Interface
NPCNetwork Parameter Control
OAM&POperations, Administration, Maintenance, and Provisioning
OSOperations System
PCRPeak Cell Rate
PEIMProtection EIM
PTEPath Terminating Equipment
PVCPermanent Virtual Circuit
QoSQuality of Service
RICRing Interface Card
SAMService Access Multiplexer
SCShelf Controller card
SCRSustained Cell Rate
SDHSynchronous Digital Hierarchy
SEPICShelf ExPansion Interface Card
SNMPSimple Network Management Protocol
SONETSynchronous Optical NETwork
SPESynchronous Payload Envelope
SRTSSynchronous Residual Time Stamp (patent 5260978 Bell Comm. Research)
STMSynchronous Transport Mode
STNService Transport Node
STSSynchronous Transport Signal
STS-3cConcatenated STS-3 signal (one payload)
SVCSwitched Virtual Circuit
T1 Digital Signal Level 1
T1 TMUX Multi 1A 16 DS1 port card that converts digital signals into ATM streams
T3 Digital Signal Level 3
T3 CESThree port Digital Subscriber line card providing Circuit Emulation
T3 CRSThree port Digital Subscriber line card providing Cell Relay Service at a
T3 TMUX Multi 1A single DS3 port line card providing individual DS1 channel multiplexing
TCTransmission Convergence
TCAThreshold Crossing Alert
TDMTime Division Multiplexer
TEIMTerminating Electrical Interface Module
TFTPTrivial File Transfer Protocol
TIDTarget Identifier
TMNTelecommunication Management Network
Manipulating the GUI Net work Layout on an X-Terminal Screen........................................ 12
1. GENERAL
This section provides information on the Cellworx Service Transport Node’s (STN)
Graphical User interface (GUI) and alarm monitoring capabilities. Information in
this document relates to the Release 3.1 design features of the Cellworx STN
system. Future revisions of this document will cover added features and
enhancements to the system and/or software.
The Cellworx STN system has been designed to accelerate the migration of
networks to support broadband services. It is an Add/Drop Multiplexer (ADM)
utilizing Asynchronous Transfer Mode (ATM) technologies to support access and
delivery of emerging and legacy services. Through the use of simple transport
provisioning, the Cellworx STN enables broadband services on an ATM backbone
to coexist within the TDM infrastructure. A single platform is used to both deploy
new services to thousands of customers, and provide significant bandwidth savings
in existing networks. At the same time, it provides the utility and survivability that
service providers have come to expect from true Telecom-oriented SONET
products.
The Cellworx STN shelf is shown in Figure 1-1. It is available in a 19-inch or a 23inch rack mount shelf that has specific card slot assignments for the Ring Interface
Cards (RICs), Network Management Interface Cards (NMICs), and Shelf
Controller cards (SCs). The intent of specific slot locations is to maximize bus
performance and the number of working and protect pairs. The Cellworx STN can
be used as a collocated or remote Expansion node utilizing 622, 155 or T3 CRS
cards as links to a ring node to provide subscriber fan out or remote access
capabilities to a ring. Certain card slots are keyed to prevent the installation of
wrong card types into those slots. The remainder of the slots can accept any Access
Interface Card (AIC) provided the proper Electrical Interface Module (EIM) is
installed at the rear of the shelf for that AIC service type.
1152700• Issue 1 • February 2001 • Section 1 Introduction
SHELF
ALARM
INDICATOR
DOOR
HINGES
LOWER AIR INTAKE/
CABLE ROUTING TRAY
Figure 1-1. Cellworx STN Shelf
UPPER HEAT BAFFLE/
FIBER MANAGEMENT TRAY
ESD GROUND JACK
DOOR
LATCH
10479-C
2. USER INTERFACES
The Network Management Interface Controller (NMIC) shown in Figure 1-2
provides a common ring and element management system platform where all
aspects of network management are performed. The NMIC houses the operating
system and application software for each node and card to provide Fault,
Configuration, Performance, and Security management functions based on TMN
principles at the Element Management Layer.
The NMIC provides an asynchronous RS-232 port for character based access
provided through a DB9 connector located under the front hinged faceplate. This
port is used to load the operating system information and IP addresses at initial
network turn up.
Figure 1-2. NMIC Craft Port IdentificationFigure 1-3. NMIC EIM Port Identifications
B.NMIC EIM RJ45 Ethernet Interface
An external Network Management System (NMS) and/or X-Terminal connection is
provided through an RJ45 10 Base-T Ethernet connection on either NMIC
Electrical Interface Module (NMIC EIM) in slot 2 or 4 at the rear of the shelf.
Refer to Figure 1-3. This connection is available only in the Gateway Network
Element (GNE) located at a Central Office or controlled environment (0-50° C)
location. It provides access to the GUI software screens for all management
1152700• Issue 1 • February 2001 • Section 1 Introduction
functions, or SNMP access for Sets, Gets, Traps etc. Up to five GUI sessions may
be launched at a time. An X-Terminal may remain active while the GUI is launched
on another terminal. A user establishes a Telnet session to the NMIC to launch the
GUI. The NMIC can maintain the Telnet session after the GUI is exited, or
maintain the GUI functionality after the user terminates the Telnet session, but
once both the Telnet session is terminated and the GUI is exited, the Telnet session
must be re-established.
NMICs support 1:1 protection and provide independent Ethernet connections. Each
NMIC has a unique IP address and a shared IP address, requiring the administrator
to provision each of them on the X-Terminal. If the administrator cannot connect
using the shared IP address (NMICs are unobtainable or a no response message is
generated from a remote Telnet session connection attempt), the administrator can
reattempt the Telnet session utilizing either the working or the protection NMIC IP
addresses.
C.NMIC Serial Equipment Port
A serial port is provided on the NMIC EIM that can be used for modem access or
other types of serial equipment. This port will provide the same system access as
the Ethernet port. It has jumpers that enable the user to strap the port for DTE or
DCE depending on the serial device connected to it.
3. CELLWORX STN SYSTEM SOFTWARE
A.NMIC Graphical User Interface (GUI)
The Cellworx NMIC GUI interface provides a simple, consistent means of
interaction through menu, mouse, and keyboard driven software configuration
options. It is an executable program residing on the NMIC that a user gains access
to through an X-Terminal window from the shell command prompt. The GUI
retrieves data for the user initiated events via SNMP to the Application Core or by
accessing the information stored on its hard disk.
Once connected to the NMIC and logged on to the network, a full network view
encompassing each node in the network is displayed on the screen. An example is
shown in Figure 1-4. An arrangement of icons representing Cellworx STN nodes
reflect the network configuration (if configured) and are color-coded indicating the
current alarm state of each node. Table 1-1 describes the color codes of the icons.
The NE containing the NMICs is referred to as the Gateway Network Element
(GNE) and can be determined at a glance from the yellow text underneath it. All
other nodes will have white text.
The fiber connections shown between the nodes will appear green if there are no
fiber fragment failures. They will turn orange in the event of a fiber fragment
failure indicating a major alarm condition on the link between nodes.
Cellworx User: root
Local Time: 21:35 GMT Time: 21:35
NE-3
10924-D
Figure 1-4. Network Manager Main Screen
Table 1-1. GUI Cellworx STN Node Icon Color Codes
COLORINDICATION
GreenNo existing alarms, normal operation.
YellowMinor alarms exist at this site.
OrangeMajor alarms exist at this site.
RedCritical alarms exist at this site.
BlueCannot communicate with the site.
GUI Screen Icon Definitions
Larger icons are used to represent the Cellworx STN shelves that have Secondary
nodes (expansion shelves called STN-EPS) connected to them. These icons are
referred to as Primary nodes and will look the same whether there are 2 or 10 STNEPS nodes connected to them. Refer to Figure 1-5. The Secondary nodes may be
collocated or reside at remote sites. When a user selects a node, it is highlighted by
a white square that surrounds it. By double clicking on one of these nodes with the
left mouse button, a new window is displayed reflecting the interconnecting
relationship between the Primary and Secondary nodes. It is at this point that the
user can determine the number of nodes involved. Refer to Figure 1-6. The Primary
node now appears as a normal size ICON and the ring network interconnections are
not displayed. To return to the ring network view, the operator clicks on the Cancel
button at the bottom of the window.
1152700• Issue 1 • February 2001 • Section 1 Introduction
ICON FOR NE-2 INDICATES
THE PRESENCE OF STN-EPS
SHELVES
Cellworx Vision: Subnetwork Management System
File Configuration Fault PerformanceHelp
i
STN
STN
STN
NE-2
GNE-1
NE-3
Cellworx User: root
Local Time: 21:37 GMT Time: 21:37
10926-D
Figure 1-5. Example of Primary Node with Secondary Expans i ons
Cellworx Vision:Physical Layouts for NE-2
EPS-2
NE-2EPS-1
Cancel
X
10960-B
Figure 1-6. Primary Node Physical Layout to Secondary Nodes
An Auto Discovery feature allows the NMIC to search for and display all nodes
connected in the network during initial system turn-up. Main menu headings are
displayed at the top of the screen (File, Configuration, Fault, Performance) and
when selected will allow the user to perform all higher level functions such as
system administration, establish end to end VP/VC connections, request
performance reports, or display network alarm summaries.
To access any node in the network, the administrator selects the direct selection
arrow tool located on the left tool bar, and then double clicks on the NE ICON to
open a shelf level GUI session. To start a craft session with the node, the user
selects the node with a single click, right click to open the pop-up menu, and select
Craft Interface. The administrator is required to enter a valid user name and
password assigned for the node to gain access to the craft menus. The shelf level
GUI is shown in Figure 1-7 below.
CHASSIS STATUS
CHASSIS
CONFIGURATION
APPLIES CHANGES
AND SENDS TO SHELF
CONTROLLER.
Cellworx Vision: Chassis View, Network Element 2
File Configuration Fault Security
SCN
M
I
C
123456789101112131415161718
Status:
Power Status: normal
Identifier:
Start Time:
Vendor:
Configuration:
2
19:30:47 8/31/1999
ADC-TSG
Cellworx2
Name:
Location:
5th Street
ApplyTopology View
T
3
T
M
U
X
T
T
T
3
1
M
M
U
C
u
X
R
l
S
t
E
i
X
P
1
Memory Utilization Threshold:
RETURNS TO GUI MAIN
VIEW WITHOUT CLOSING
CHASSIS LEVEL VIEW.
E
E
T
1
1
3
M
M
u
u
C
l
l
R
t
t
S
i
i
1
1
Alarm Status:
Version:
Current Time:
Up Time:
Suppress Zero Stats
RefreshClose
REP AINTS WINDOW
TO REFLECT ANY
CHANGES.
2
4
8
8
R
i
n
g
minor
1.2.0.35
10:12:09 09/01/1999
1d 19:41:22:00
4
8
8
R
i
n
g
X
SC2
EQUIPPED CARD
REPRESENTATIONS WITH
ALARM INDICATIONS.
CLICK ON BOXES AND DRAG
UP OR DOWN TO WIDEN
STATUS, CONFIGURATION OR
CHASSIS VIEW.
USE SLIDERS TO VIEW
HIDDEN STATUSES OR
SELECTIONS.
CLOSES CHASSIS LEVEL
VIEW AND RETURNS TO
GUI MAIN VIEW.
13454-C
Figure 1-7. Cellworx Shelf Level GUI Screen
The user can now provision parameters on individual cards in the shelf. To bring up
a card level GUI display, double click on the card displayed in the shelf level view
or put the mouse pointer over the card and hit a right click to open a menu window
for the card and select Open. The Card level view will appear similar to the
example shown in Figure 1-8 below. Some functions available in this view are
described in the figure.
1152700• Issue 1 • February 2001 • Section 1 Introduction
NE AND CARD TYPE/
SLOT INFORMATION.
CARD REPRESENTATION
WITH REAL-TIME ALARM
INDICATIONS.
APPLIES CHANGES
AND SENDS TO SHELF
CONTROLLER.
Cellworx Vision: Card View - 622 Ring Interface Card
NE Name: Cellworx1
NE Id: 1
Card: 622 Ring
Slot Number: 17
Port Number: 1
622
Ring
ADC
Status
Status
Active
Active Protect
Timing
Timing
Port
1
ApplyChassis View
RETURNS TO CHASSIS
VIEW WITHOUT CLOSING
CARD LEVEL VIEW.
Status:
Configuration:
Card Level
Administrative State: Congestion Thresholds:
Ring Selection :
Port Level
Administrative State: Transmit Timing Source:
Locked
Unlocked
Do not use for synchronization
Enable signal degrade
Signal Degrade BER Threshold: 10EMedium Type:
SONET
Loopback towards:
NoneTerminal
Line Coding:
Line Type:
Diagnostics
PERFORMS TEST
OVER FIBER
LINK.
Locked
Unlocked
AutoRing 16Ring 17
SDH
80
Ingress:
Egress:
80
System
Recieved
5
Facility
sonetMediumNRZ
sonetLongSingleMode
Refresh
REPAINTS WINDO W
TO REFLECT ANY
CHANGES.
X
CLICK ON BOX AND DRAG
UP OR DOWN TO WIDEN
STATUS OR CONFIGURATION
VIEWS.
%
%
Close
CARD LEVEL
CONFIGURATION OPTIONS.
CLICK ON BOX AND DRAG UP
OR DOWN TO WIDEN PORT
LEVEL VIEW.
622 MBPS PORT LEVEL
CONFIGURATION OPTIONS.
USE SLIDERS TO VIEW
HIDDEN SELECTIONS.
CLOSES CARD LEVEL
VIEW AND RETURNS TO
SHELF LEVEL VIEW.
13443-B
Figure 1-8. Cellworx Vision Card Level View (622 Ring Interface Car d example)
GUI Menu Structure and Utilization
There are three possible methods for performing configuration tasks using the GUI;
1) utilizing the pull down menu trees, 2) mouse controlled popup menus, 3)
keyboard operations. Refer to Figure 1-9 for examples.
• Using the mouse, click the right button over the work area to display the
popup menu and select desired task using the left mouse button. This may
bring up another pop up menu, depending on the task.
• Using the mouse, select a topic on the menu bar above the work area using the
left mouse button. Select a task shown on the pull down menu using the left
mouse button. This may bring up a pop up menu, depending on the task.
• Using the keyboard, select “Alt” plus the underlined letter of a topic shown on
the menu bar above the work area. This opens the pull down menu from the
menu bar. Using the arrow keys on the keyboard, step up or down to the
desired task and hit enter, or return, or right arrow. Other pop up menus may
be generated depending on the task.
SELECTING THE TOPIC USING THE LEFT MOUSE BUTTON,
OR ALT PLUS THE UNDERLINED LETTER, OPENS THE PULL
DOWN MENU LIST. SELECT OPTION USING LEFT MOUSE
BUTTON OR DOWN ARROW FOLLOWED BY A RIGHT ARROW.
CLICK THE RIGHT MOUSE
OVER THE FIBER TO
OPEN POP UP WINDOW.
SELECTING A NODE WITH LEFT
MOUSE BUTTON AND THEN
HITTING RIGHT MOUSE BUTTON
OPENS THE NE POP UP MENU.
10921-F
The pull down menus and pop-up window menu structures for the main GUI screen
are shown in the menu tree in Figure 1-10. The pull down menus for the Shelf level
GUI is shown in Figure 1-11.
1152700• Issue 1 • February 2001 • Section 1 Introduction
GUI MAIN SCREEN
FILE
SAVE ICON LAYOUT
EXIT
CONFIGURATION
TIME AND DATE
ABSOLUTE
RELATIVE
CONNECTION
CREATE
VIEW
CONFIGURE TRAFFIC CONTRACT
CONFIGURE SERVICE PROVIDER PROFILE
VIEW RING RESOURCE USAGE
VIEW FIBER BANDWIDTH USAGE
TOPOLOGY
ADD RING NETWORK ELEMENT
ADD EXPANSION SHELF NETWORK ELEMENT
REMOVE RING NETWORK ELEMENT
REMOVE EXPANSION SHELF NETWORK ELEMENT
REFRESH
FORCE NETWORK DISCOVERY
REVERT TO SAVED ICON LAYOUT
RING AUDIT
RING UPGRADE
TURN-UP RING
SOFTWARE
CONFIGURE NE
NMIC PLATFORM
ADMINISTRATION
FILE REPLICATION
FAULT
ALARMS
CONFIGURE NE ALARM THRESHOLD
NMIC PROTECTION
NMIC PROTECTION RESTORATION
PERFORMANCE
MONITORING
NE POP-UP WINDOW
ABOUT
CRAFT INTERFACE
CREATE CONNECTION
VIEW CONNECTIONS
CONFIGURE ALARM THRESHOLDS
CONFIGURE SOFTWARE
REFLASH BOOT IMAGE
PRIMARY NODE POP-UP WINDOW
CREATE A CONNECTION
VIEW CONNECTIONS
CONFIGURE ALARM THRESHOLDS
REFRESH NE
FIBER LINK POP-UP WINDOW
FIBER BANDWIDTH USAGE
HELP
CONTACT
ABOUT
10922-F
Figure 1-10. Cellworx Vision Pull Down Menus and Pop-up Window Trees
FILE
SAVE
EXIT
CONFIGURATION
HARDWARE INVENTORY
PROTECTION GROUPS
TIMING RESOURCE
RESET SLOTS
Figure 1-11. Cellworx Shelf Level GUI Pull Down Menu Structure
Just outside the workspace the tool bar displays icons placed horizontally and
vertically. These Icons provide shortcuts to common tasks for the advanced user.
The functions of these icons are described in Figure 1-12.
While performing tasks, a user may encounter message windows, confirmation
windows, and informational windows. Each window can be distinguished by the
icon to the left as shown in Figure 1-13.
INFORMATIONAL WINDOW INDICATING A TASK HAS BEEN COMPLETED,
i
i
OR INSTRUCTING THE USER TO ENTER INFORMATION. GENERALLY
REQUIRES THE USER TO SELECT "OK".
10940-B
HOURGLASS INDICATES A TASK IS IN PROGRESS AFTER CHANGES
TO THE SYSTEM HAVE BEEN SENT BY THE USER.
ERROR MESSAGE INDICATES THAT THE TASK COULD NOT BE COMPLETED
DUE TO LACK OF INFORMATION, HARDWARE, COMMUNICATION, ETC.
QUESTION ICON INDICATES THAT THE USER MUST THINK AND MAKE
?
!
A SELECTION BEFORE CONTINUING.
WARNING MESSAGE INDICATING A POTENTIAL PROBLEM, GENERALLY
REQUIRES THE USER TO SELECT "OK".
1152700• Issue 1 • February 2001 • Section 1 Introduction
X-Terminal Keyboard Functions
All of the functions that can be performed through pop up menus using the mouse
can also be performed via the menu bar at the top of the screen. The menu bar
provides pull down menus under these options: File, Configuration, Fault, and
Performance.
The keyboard is used to select the menu bar items, navigate and select sub menu
items, bring up the configuration or query screens, and when necessary, to enter
alphanumeric information into the system. Keyboard operations for the GUI also
make use of the arrow keys, enter or return key, tab key, space bar, and control key.
The user must hit the Alt key along with the underlined letter of the menu item
desired (ex. Alt + F selects the File menu tree).
By entering the tab key, the operator moves the highlighted or underlined selection
to the next menu item (ex. File to Configuration.) Hitting the enter or return key
opens the menu item. The operator may now use the arrow keys to step down or up
to the desired item selection. The right arrow will bring up a sub menu if one exists,
indicated by the arrow pointing to the right beside the text in the menu list.
Manipulating the GUI Network Layout on an X-Terminal Screen
The user may redraw the layout of the network that is displayed by the GUI. This
may be performed to set a group of nodes that are co-located apart from others, to
place the nodes in a city or state map layout, or just to make use of more room on
the screen itself. By selecting a node using the select mode tool and a single click
and hold of the left mouse button, the operator can drag it to any area of the screen
and then release the mouse button. The node is now planted in its new location on
the screen and all of the connections stay intact (the operator cannot change the
physical location or inter-connections between the nodes by moving an icon into
another area of the software screen).
Once the user has redrawn the GUI screen layout, the new screen configuration
should be saved. This can be done through the menu bar under File: Save Icon
Layout, or by single clicking on the floppy disk icon on the tool bar above the work
area.
The X-Terminal used for operations and maintenance of the Cellworx STN
network can be linked through existing customer Ethernet networks using TCP/IP
over any transport layer (e.g. Frame Relay, ATM, Private Line, etc.) Refer to
Figure 1-14 for an example.
The network operator can use any workstation with a standard X-Windows
platform or a PC with X-Terminal emulation to remotely access the network,
launch the GUI, and monitor or troubleshoot the Cellworx STN ring network. The
operator can remotely connect to a node via Telnet session through the NMIC, and
use craft menus to retrieve alarm and performance information. These functions are
performed utilizing IP addresses set up for each node at turn up.
Messaging between remote nodes and the GNE NMIC is performed by targeting
the NE’s IP address. Many existing network components (BSS, ATM Switches,
frame relay switches, and routers) can also be pulled up on the same X-Terminal
for maintenance and troubleshooting capabilities.