Help Volume
© 1992-2001 Agilent Technologies. All rights reserved.
System: Agilent 16700A/B Logic
Analysis System
Agilent Technologies 16700A/B-Series Logic Analysis System
• Making Measurements (see page 110) - Setting up a measurement, loading
a config file, etc.
• Measurement Examples (see the Measurement Examples help volume) Setting up common measurements.
• Using Measurement Tools (see page 86) - Instrument, Analysis, Display,
Emulation and Utility tools.
• System Overview (see page 106) - Getting to know your logic analysis
system.
• System Administration (see page 18) - Setting up and maintaining your
logic analysis system.
• Connectivity (see the PC Connectivity help volume) - Netscape, Home
Page, Remote Front Panel, and the RPI.
The File Management
To ol s (see page 75)
• Getting Help (see page 105) - Available help resources and searching for
help.
Use the File Manager to perform the common tasks of loading or
saving measurement configurations and data. The File Manager can
access both the flexible disk and internal/external hard drives.
• Create, Delete, or Rename a Directory (see page 75)
• Load, Save, Copy, Delete, Move, Rename, or Compress a File (see page 75)
• Other File Manager Operations (see page 75)
2
The Intermodule
Window (see page 14)
Agilent Technologies 16700A/B-Series Logic Analysis System
The Intermodule window graphically depicts the internal arming
sequence between measurement modules and any external trigger
connections to a target system. With multiple instrument
measurements, use the Intermodule window to adjust the order of
trigger arming, and to compensate for timing skew between the
modules.
• Example - Multiple Instrument Measurement (see page 138)
• Example - Multiple Analyzer Measurement (see page 145)
• Configure Arming Control Between Instrument Tools (see page 150)
• Configure Arming Control Between Analyzers (see page 152)
• Configure External Triggering with the Port In/Out Signal (see page 134)
The Workspace
Window (see page 16)
• Adjusting Intermodule Skew (see page 127)
• Understanding the Run/Group Run Function (see page 174)
The Workspace window shows a graphical layout of your measurement
configuration. Use the Workspace window to alter your measurement
by adding or deleting tools, or by changing the data flow connections
between tools.
• Adding Tools to a Measurement Configuration (see page 201)
• Deleting Tools from a Measurement Configuration (see page 201)
• Changing the Connections between Tools (see page 202)
3
The System
Administration Tools
(see page 18)
Agilent Technologies 16700A/B-Series Logic Analysis System
Use the System Administration tools to set up system defaults,
configure network connections, and perform maintenance on the
operating system file set.
• Network Setup, File System Connectivity, and Network Utilities (see
page 18)
• Product Licensing, Printer Setup, Time/Date, and Self-Test (see page 18)
• User Accounts and Changing Passwords (see page 19)
• Installing, Listing, and Removing Software (see page 19)
• Saving and Reloading System Settings (see page 52)
The Setup Assistant
(see the Setup
Assistant help
volume)
The Setup Assistant is an automated tool for connecting and
configuring your logic analyzer for processor measurements. This
menu-driven tool helps you connect and configure an analysis probe,
an emulation probe, or a source viewer.
See Also • Using the Help System (see the Help On Help help volume)
• Online Help Information on the World Wide Web (see page 105)
• Japanese Help Volumes (see page 112)
• Glossary of Terms (see page 205)
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Contents
Agilent Technologies 16700A/B-Series Logic Analysis System
1 Agilent Technologies 16700A/B-Series Logic Analysis System
The Intermodule Window 14
The Workspace Window 16
Workspace Options 16
5
Contents
The System Administration Tools 18
Configuring the Network 19
Using the Name Resolver to Alias IP Addresses 24
DHCP Network Setup 25
Mapping Windows/NT Network Drives 26
Share Analyzer Drive 31
Configuring the NFS 34
Mounting a ClearCase View 37
FTP (file transfer protocol) 40
Telnet 41
Ping 42
Licensing Policy for the Logic Analysis System 43
Printing Windows - Configurations 44
Printer Setup 45
Print Options 47
Configuring the System Clock 49
Running the Self Tests 49
Saving and Reloading System Settings 52
Setting Up User Accounts 57
Change Password 63
Web Server Security 64
Shared Console (VNC) Security 64
Remote Programming Interface Security 64
pcnfsd (For PC NFS) Security 65
Install Software 65
Auto Install of Software 66
Remove Installed Software 68
List Installed Software 68
The User Interface - Icons, Tabs, and Navigation 70
Using the 16702B Knobs and Buttons 72
Using the 16702B Touchscreen 73
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Contents
File Management Tools 75
Autoloading a File 76
Make a Directory 76
Delete a Directory 76
Rename a Directory 77
Copy a File 77
Delete a File 78
Move a File 78
Rename a File 78
Compressing Files - PKZIP 79
Default Directory Descriptions 80
Format a Floppy Disk 81
Refresh the File Manager 81
Mounting an External Hard Drive 82
Product Description 84
Master List of All Tool Help Volumes 86
Overview - Starting a New Measurement 91
Loading & Saving Configuration Files 92
File Types 92
What Gets Loaded 93
Other File Types 94
Loading Configuration Files 95
Target for the Load File Operation 96
Saving Configuration Files 97
Source for the Save File Operation 98
Config and Data/Config Only Option 99
The User Environment and Session Control 100
About File Permissions 102
Starting a Session 103
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Contents
Available Help Resources 105
Information on the Web 105
System Overview 106
Frame Specifications and Characteristics 106
What is a Specification 107
What is a Characteristic 107
What is a Calibration Procedure 107
What is a Function Test 108
How the Help System is Accessed 108
Making Measurements 110
The Run Status Window 111
Japanese Help Volumes 112
Using the Agilent 16701A/B Expansion Frame 116
The System Window 117
Navigation with Tabs 118
Navigation with the Icon Bar 119
Automatic Measurement Configuration 121
Accessing Display Tools 122
System Terminology 123
Using the Mixed Signal Tab 124
Using the Correlation Dialog 125
Using the Analysis Tab 126
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Contents
Adjusting Intermodule Skew 127
Configure the Timing Analyzer 128
Configure the Oscilloscope 129
Configure the Group Run Arming Tree 130
Configure the Waveform Display 131
Placing Markers for an Interval Reading. 132
Adjust the Skew 132
Starting Measurements from External Triggers 134
Using a Timing Analyzer and an Oscilloscope 138
Configure the Oscilloscope 139
Configure the Logic Analyzer 140
Configure the Group Run Arming Tree 142
Importing Signals into the Display 143
Using Both Analyzers 145
Configure the Timing Analyzer 146
Configure the State Analyzer 147
Configure the Arming Tree 148
Group Run Arming Tree 150
Arming Second Analyzer 152
Overview - Multiple Analyzer Configuration 154
Overview - Multiple Instrument Configuration 156
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Contents
Overview - Multiple Frames Configuration 158
One frame; Two analyzers; Group Run OR Trigger 163
One frame; Three analyzers; Group Run OR Trigger 163
Two frames; Two analyzers; Group Run OR Trigger 163
Two frames; Three analyzers; Group Run OR Trigger 164
Three frames; Three analyzers; Group Run and Group Run OR Trigger 165
Three frames; Three analyzers; Group Run OR Trigger 165
Two frames; Two analyzers; Group Run 166
Multi-frame Error and Warning Messages 166
Multi-frame Installation 167
Clear Multi-frame Run 169
Count Field 170
Analyzer Probing Overview 171
Run/Group Run Function 174
Checking Run Status 175
Demand Driven Data 176
The Symbols Tab 177
Displaying Data in Symbolic Form 178
Setting Up Object File Symbols 179
To Load Object File Symbols 179
Relocating Sections of Code 181
To Delete Object File Symbol Files 182
Symbol File Formats 182
Creating ASCII Symbol Files 183
Creating a readers.ini File 188
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Contents
Using Symbols In The Logic Analyzer 191
Using Symbols As Trigger Terms 191
Using Symbols as Search Patterns in Listing Displays 192
Using Symbols as Trigger Terms in the Source Viewer 192
Using Symbols as Pattern Filter Terms 192
Using Symbols as Ranges in the Software Performance Analyzer 193
User-Defined Symbols 196
To Create User-Defined Symbols 196
To Replace User-Defined Symbols 196
To Delete User-Defined Symbols 197
To Load User-Defined Symbols 197
Using the Target Control Port 198
Editing Colors 200
Adding and Deleting Tools 201
Connecting Tools Together 202
Clearing the Workspace 203
Repositioning Tools in the Workspace 204
Glossary
Index
11
Contents
12
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Agilent Technologies 16700A/B-Series Logic Analysis System
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
The Intermodule Window
The Intermodule Window
The Intermodule window shows a graphical representation of the
internal arming sequence between measurement modules, any
external trigger connections to a target system or other instruments. In
measurements using multiple instruments tools, the Intermodule
window is used to modify the order that measurement modules are
armed to trigger, and to compensate for any timing deviations (skew
adjust) between the modules probing.
The purpose of using multiple instruments or analyzers in the same
measurement is generally for two reasons. The first is to capture
different types of system data at the same point in time. The second
reason is to trigger the measurement from one type of data while
capturing a different type.
For example, you might have a timing analyzer trigger on a glitch, and
at the same time, signal an oscilloscope to capture the glitch and a
state analyzer to capture the program flow around the glitch.
Getting Started • Overview of a Multiple Instrument Configuration (see page 156)
• Overview of a Multiple Analyzer Configuration (see page 154)
• Overview of a Multi-frame Configuration (see page 158)
Measurement
Examples
See Also • Using the Correlation Dialog (see page 125)
• Using a Timing Analyzer and an Oscilloscope (see page 138)
• Using Both Analyzers (see page 145)
• Port In - Starting Measurements from External Triggers (see page 134)
• Port Out - Triggering External Instruments (see page 135)
• Run/Group Run Function (see page 174)
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
• Adjusting Intermodule Skew (see page 127)
• Group Run Arming Tree (see page 150)
• Arming Second Analyzer (see page 152)
The Intermodule Window
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
The Workspace Window
The Workspace Window
The Workspace window is a graphical layout of the measurement
configuration. In the more complex measurements, the Workspace is
used to change the configuration by adding or deleting tools, or by
changing the data flow connection scheme between tools.
• Adding or Deleting Tools (see page 201)
• Connecting Tools Together (see page 202)
• Repositioning Tools in the Workspace (see page 204)
• Clearing the Workspace (see page 203)
• Loading Configuration Files (see page 95)
• Saving Configuration Files (see page 97)
• Printing Windows - Configurations (see page 44)
See Also Print Options (see page 47)
Run All Function (see page 174)
“Workspace Options” on page 16
Workspace Options
The following options are available in the Workspace window.
Grid Mode
When Snap Grid is turned on, tool icons are always positioned
(snapped) to a grid layout. When the Snap Grid is turned off, tool
icons can be placed or moved anywhere on the workspace. To see the
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
The Workspace Window
grid lines used with the Snap Grid, select To g gl e Gr i d Li ne s.
Auto Arrange Icons
When Auto Arrange Icons is selected, all tool icons on the workspace
are automatically placed on a grid layout.
Screen Saver
When the Screen Saver is used, the display goes dark after the
selected time period. The display reappears after the mouse is moved,
the screen is touched, or any key on the keyboard is pressed.
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
The System Administration Tools
The System Administration Tools
The System Administration Tools window is where you set up system
defaults, network configurations, and perform maintenance on the
operating system file set.
Networking • Analysis System Network Setup
“Configuring the Network” on page 19
“Using the Name Resolver to Alias IP Addresses” on page 24
• Windows 95/NT File System Connectivity
“Mapping Windows/NT Network Drives” on page 26
“Share Analyzer Drive” on page 31
•“Configuring the NFS” on page 34
•“Mounting a ClearCase View” on page 37
• Network Utilities
“FTP (file transfer protocol)” on page 40
“Tel net” on page 41
“Ping” on page 42
Admin • Licensing Products (see page 43)
•“Printer Setup” on page 45
• Other Printer Functionality
“Printing Windows - Configurations” on page 44
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
Printing to a File (see page 47)
“Print Options” on page 47
•“Configuring the System Clock” on page 49
•“Running the Self Tests” on page 49
•“Saving and Reloading System Settings” on page 52
• Colors (see page 200)
Security •“Setting Up User Accounts” on page 57
•“Change Password” on page 63
• Network Services
“Web Server Security” on page 64
The System Administration Tools
“Shared Console (VNC) Security” on page 64
“Remote Programming Interface Security” on page 64
“pcnfsd (For PC NFS) Security” on page 65
Software Install •“List Installed Software” on page 68
•“Install Software” on page 65
•“Remove Installed Software” on page 68
•“Auto Install of Software” on page 66
Configuring the Network
NOTE: This operation may require System Administration Privileges. (see
page 21)
You configure a network to set connectivity between all other networks
and computers on those networks. With a properly configured network,
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The System Administration Tools
you can interact with other computers to run the logic analysis system
as well as perform file operations or run programs on other computers.
Network Setup
1. From the Networking tab in the System Administration Tools window,
select Network Setup ....
2. Select Networking Standard.
3. Type the Hostname (see page 22).
4. Type the Internet Address (IP) (see page 22).
5. Type the Gateway Name (see page 22).
6. Type the Gateway IP (see page 23).
7. Type the Subnet Mask (see page 23).
8. Select OK.
NOTE: To start the network setup from the factory default settings, select Default
Network before performing the steps above.
See Also “Using the Name Resolver to Alias IP Addresses” on page 24
“DHCP Network Setup” on page 25
“Emulation Network Setup” on page 23
“Troubleshooting the 100BaseT Lan Connection” on page 20
Troubleshooting the 100BaseT Lan Connection
The following troubleshooting information is for the 100BaseT LAN
connection to the logic analysis system.
Duplex Mode
Check the network switch duplex mode setting. The analyzers are set
to AUTO_DETECT. The network switches should also be set to
AUTO_DETECT. (AUTO_DETECT is also known as AUTO_Negotiate.)
If the network switch is not set to AUTO_DETECT, the analyzer will
default to HALF_DUPLEX. This is in accordance with IEEE standards.
Therefore, if the network switch is not set to AUTO_DETECT, it should
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Chapter 1: Agilent Technologies 16700A/B-Series Logic Analysis System
The System Administration Tools
be set to HALF_DUPLEX.
If the network switch is set to FULL_DUPLEX duplex mismatch will
occur. The symptoms are a very slow data transfer in one direction and
a relatively fast data transfer in the other direction. The network
switch should be changed to AUTO_DETECT.
Network
Configuration
Verify Cabling
Make sure UTP Category 5 is used, and that it is in good condition.
Verify that the RJ45 connector pins match the following:
Receive Signal: Pin 1 = White, Pin 2 = Orange Transmit Signal: Pin 3 =
White, Pin 6 = Green
Make sure the cable length is not between 35 and 41 meters. If it is,
then expand or reduce the length.
Symptoms when cable is between 35 and 41 meters:
No traffic, or high rate of packet loss.
Verify Punch-Down Blocks
Double check punch-down blocks in the networking environment.
Punch-down blocks may make the problems seen with the 35-41 meter
length appear at a different length.
System Administration Privileges
Your System Administrator is the first person who accesses the User
Accounts dialog and gives himself system administration privileges.
From that point forward, the User Accounts... pick is unavailable for all
users except the users with system administration privileges. There
can be more than one System Administrator. However, the first
administrator must initially give all other administrators privileges so
they can gain access to the restricted areas when they login the first
time. If User Accounts are not used, all users have system
administration privileges.
At the time users login, the system software checks for system
administration privileges and sets the appropriate access mask on all
restricted areas of the system.
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The System Administration Tools
Only the System Administrator can perform the following system-level
tasks:
• Configure the network.
• Enable or Disable the Secure Mode and the use of user accounts.
• Add and remove individual user accounts.
• Set the system-wide default file permissions (see page 102).
• Set user permissions for new file creation.
• Set the system time.
• Set NFS export permissions from the logic analysis system.
Hostname
The Hostname is the name of your local computer or logic analysis
system. The name can contain only lower case letters, numbers,
underscores(_), and dashes(-). It must start with a lowercase letter.
Get the hostname from your system administrator.
Internet Address (IP)
The Internet Address (IP) is a four-part code in integer dot notation.
The assignment of an internet address uniquely identifies your
computer among all those located on your network or any other
network. Get this IP address from your system administrator.
See Also “Using the Name Resolver to Alias IP Addresses” on page 24
Gateway Name
The Gateway name is the name of the computer that routes traffic
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The System Administration Tools
from one network to another. If you plan to communicate with a
computer on a different network, you must specify the gateway
computer name. No entry in this field will disable the gateway. The
gateway name can contain only lowercase letters, numbers,
underscores(_), and dashes(-). It must start with a lowercase letter.
Get the gateway name from your system administrator.
Gateway IP
The Gateway IP is a four-part code in integer dot notation. The
assignment of the gateway IP allows the logic analysis system to
connect between other networks and subnetworks. The gateway IP
must be set to the address of the gateway machine. No entry in this
field will disable the gateway. Get the gateway address from your
system administrator.
Subnet Mask
The Subnet Mask is an assigned group of bits that helps to quickly
identify your subnetwork. If you have a gateway machine and your
network is partitioned into subnetworks, you must specify a subnet
mask. The subnet mask is a four-part code in integer dot notation. An
example of an 18-bit subnet mask is shown below. Get the subnet mask
from your system administrator.
Emulation Network Setup
Emulation probes, both standalone and interconnected to an emulation
module, need to be configured with LAN parameters.
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The System Administration Tools
The procedure for starting an connecting an emulation probe to the
network depends on which kind of emulator you are using:
• Setting Up an E5900A Emulation Probe (see the Emulation: Setting Up
help volume)
• Setting Up an E5900B Emulation Probe (see the Emulation: Setting Up
help volume)
• Setting Up an E5901B Emulation Module (see the Emulation: Setting Up
help volume)
An easy way to configure an emulation probe is to use the Setup
Assistant. Use the Setup Assistant if:
• You have a single E5900B emulation probe interconnected to an E5901B
emulation module, or
• You have an emulation probe and NO emulation module is installed in your
logic analysis system.
The Setup Assistant will not allow you to set up a standalone emulation
probe if an emulation module is installed.
See Also • Using an E5901A Emulation Module on Your LAN (see the Emulation:
Setting Up help volume)
• To obtain LAN information (see the Emulation: Setting Up help volume)
• The Setup Assistant (see the Setup Assistant help volume)
Using the Name Resolver to Alias IP Addresses
The Name Resolver is used to assign custom names (aliases) to the
Internet IP addresses. With an alias assigned to the Internet IP
Address, you simply type in the alias in any IP address field. The
configuration interprets it as the correct IP address. Alias names are
usually set in either a local Host Table or a Name Server on the
network.
1. From the Network Setup dialog, select Name Resolver....
2. In the Name Resolution Dialog, select Host Table and select the text entry
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The System Administration Tools
field for the alias names.
3. Type in the Internet IP Address (see page 22) followed by a space, and
then the alias name.
4. Select Add.
5. Select OK.
DHCP Network Setup
NOTE: This operation may require System Administration Privileges. (see
page 21)
DHCP (Dynamic Host Configuration Protocol) is a network protocol
that enables a DHCP server to automatically assign a dynamic IP
address to the logic analysis system.
If the logic analysis system is configured to use DHCP network
protocol, it is required that its hostname and gateway name be
provided on the nameserver for each DHCP client address and gateway
address so that it can be retrieved at boot time with nslookup.
If it is required that the logic analysis system have a consistent
hostname, use static DHCP with permanent leases.
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Mapping Windows/NT Network Drives
The Map Windows Drive dialog is used to designate a share in a
Windows/NT computer to be available for file operations performed
from the logic analysis system.
NOTE: The logic analysis system only allows the use of one mapped directory per
server at a time. If more than one directory must be mapped, you must
disconnect the previously connected share before mapping the new one. Also,
do not disconnect a share mapping while files are being accessed. The
resulting file contention may cause long delays or an unstable logic analysis
system.
There are two ways to connect to a remote file system. One way is to
create a new connection. The other way is to reconnect to a previous
connection.
Creating a New Connection
1. Type in the Network Path (see page 28). The network path consists of the
IP address or the server name, followed by the specified share name.
2. Type in the Logic Analyzer Dir Path (see page 29).
3. Set the Reconnect at Startup (see page 28) as desired. When activated,
this feature automatically re-establishes the Windows/NT connectivity to
the logic analyzer directory at each new analyzer session startup.
Set the Read Only if necessary. See the note below.
4. Optional - Type in the Login Information (see page 29) if the share is
protected.
5. Optional - Select Advanced... to correct inconsistent naming (see
page 30) of the Windows netbios computer and the TCP/IP hostname.
6. Select Connect.
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The System Administration Tools
NOTE: If the CD-ROM you are using is shared from a Windows 95 server, the Read
Only field must be enabled.
Choose a Previous Connection
If a connection has been made in the past, the connection and its
options will appear in a dialog found by selecting the Previous...
button. To re-establish a previous connection, do the following.
1. Select Previous....
2. Select the desired connection from the list in the PC Previous Connections
dialog.
3. Select Select.
NOTE: For security reasons, password information is not saved when the Previous
dialog is used. In this case, you are required to re-enter Share passwords.
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Disconnect a Current Connection
A list of Current Connections appears at the bottom of the dialog.
This is a list of all connections to remote file systems. If you
Disconnect a share mapping when either a file is still open, or a file
operation is in progress, the resulting file contention may cause long
delays or an unstable system. Terminate all file operations and
interaction with the remote file system before you disconnect the share
mapping.
To disconnect a share mapping, select the desired connection in the
Current Connections list, and then select Disconnect.
Reconnect at Startup
If you plan to reconnect at each startup, make sure to enable the
feature when you configure the connection the first time. This field
cannot be edited. The only way to change the configuration is to
disconnect, and then configure as a new connection. Also, be sure to
keep the connection active when you exit a session. In other words, do
not select the Disconnect field at the bottom of the dialog when you
exit a session.
NOTE: For security reasons, you cannot reconnect to a PC share map that is
password protected.
Network Path
What you type into the Network Path field will take the form
\\computer_name\share_name, where computer_name is the IP
address or name of the Windows server you are connecting to.
You can locate the computer name by right-clicking on Network
Neighborhood under the Windows system, then selecting Properties
from the pull-down menu. Locate the tab labeled Identification and
the Computer Name is specified there.
The share_name is the name that was specified for the Share Name in
the share dialog on the server where the share was created. To find the
Share Name under a Windows system, go to the drive where the share
is located, right-click on the directory, then select Sharing from the
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The System Administration Tools
pull-down menu. The share name is specified in the dialog that
appears.
Logic Analyzer Directory Path
The Logic Analyzer Dir Path points to the directory location in the
analyzer that is mapped to the Windows share. The directory is based
off of the main directory /logic/. The default name given to the subdirectory is the same as the Share Name designated in the Network
Path field.
NOTE: Some characters such as "$" are not allowed in UNIX filenames. If a Share
Name has one of these characters in its name, the default Logic Analyzer Dir
Path will be illegal, and you must change it manually.
Login Information
The Login Information is only required if the share is password or
account protected, that is, it is NOT a public share. If the share is a
Windows 95 share, with ONLY password protection, typically only the
User Account/Share Password field is required. If the share is a
Windows NT/95 share that is protected on a user account basis, the
User Account Name and User Account/Share Password fields are
both required. If the share is protected on a user account basis with NT
domain authentication, all fields are required.
User Account Name
This field allows the user to specify what his login account name is.
This is required for a share that has its permissions based on user
accounts.
User Account/Share Password
This field allows the user to specify the password for either his
account, or just the password for a share that is password protected.
Note that this field will display "*" characters as you type your
password for security purposes.
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The System Administration Tools
NOTE: If you are mapping to a Windows system, and after entering the User Account/
Share Password you have trouble connecting, try entering the Windows
Domain Name.
Windows Domain Name
This field allows the user to specify the name of the domain the user
account name should be authenticated under. This may be a necessary
field if the Windows server is using NT domain authentication.
Naming Server and Client Netbios Names
NOTE: This operation may require the help of your System Administrator
Use the Advanced... field to access a dialog used to correct naming
inconsistencies between the Windows netbios computer name and the
TCP/IP hostname of the same computer. The logic analysis system
must be provided with the name that is specified under the Windows
netbios environment.
For example, a Windows PC with the computer name of "testpc" is
connected to a TCP/IP network with an internet address of "joepc.company.com". Since "testpc" and "joe-pc" are different names, the
logic analysis system has no way of knowing the two names point to the
same computer.
Server Netbios Name
This field is used to specify the netbios name of the Windows server PC
with the share you wish to map. This name can be found by rightclicking on the Network Neighborhood icon on the server PC and
selecting Properties. The Identification tab in the dialog that appears
will show the name of the computer.
Client Netbios Name
This field is used to specify the netbios name of the logic analysis
system if it is different from the hostname specified in the Network
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