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express prior written consent of Raritan, Inc.
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 in a commercial installation. This equipment generates, uses, and can
radiate radio frequency energy and if not installed and used in accordance with the instructions, may
cause harmful interference to radio communications. Operation of this equipment in a residential
environment may cause harmful interference.
VCCI Information (Japan)
Raritan is not responsible for damage to this product resulting from accident, disaster, misuse, abuse,
non-Raritan modification of the product, or other events outside of Raritan's reasonable control or not
arising under normal operating conditions.
KVM and Serial Access Client Help .......................................................... 1
Proxy Server Configuration for Use with MPC, VKC and AKC ................. 1
Client Uses with Raritan Products ............................................................. 2
Chapter 1
Introduction
Overview
Raritan Multi-Platform Client (MPC), Raritan Remote Client (RRC),
Virtual KVM Client (VKC), and the Active KVM Client (AKC) are graphical
user interfaces for the Raritan Dominion and IP-Reach product lines,
providing remote access to target servers connected to Raritan KVM
over IP devices.
Non-Windows generation 2 users must use Raritan Multi-Platform Client,
AKC or VKC. Windows users connecting to a generation 1 Raritan
device must use RRC or MPC.
The standalone Raritan Serial Console (RSC) is used to make direct
connections to a serial target without going through the device. The user
specifies the device address and the port number (target), and is then
connected.
KVM and Serial Access Client Help
This help provides information on using Raritan's KVM and serial clients.
A PDF version of the help can be downloaded from Raritan's Firmware
and Documentation page on the Raritan website (see www.raritan.com).
Raritan recommends that you refer to the Raritan website for the most
up-to-date user guides available.
Proxy Server Configuration for Use with MPC, VKC and AKC
When the use of a Proxy Server is required, a SOCKS proxy must also
be provided and configured on the remote client PC.
Note: If the installed proxy server is only capable of the HTTP proxy
protocol, you cannot connect.
To configure the SOCKS proxy:
1. On the client, select Control Panel > Internet Options.
a. On the Connections tab, click 'LAN settings'. The Local Area
Network (LAN) Settings dialog opens.
Chapter 1: Introduction
2
b. Select 'Use a proxy server for your LAN'.
Product
Works with...
MPC
RRC
VKC
RSC
AKC
KX 1 G1
c. Click Advanced. The Proxy Settings dialog opens.
d. Configure the proxy servers for all protocols. IMPORTANT: Do not
select 'Use the same proxy server for all protocols'.
Note: The default port for a SOCKS proxy (1080) is different from
HTTP proxy (3128).
2. Click OK at each dialog to apply the settings.
3. Next, configure the proxies for Java™ applets by selecting Control
Panel > Java.
e. On the General tab, click Network Settings. The Network Settings
dialog opens.
f. Select Use Proxy Server.
g. Click Advanced. The Advanced Network Settings dialog opens.
h. Configure the proxy servers for all protocols. IMPORTANT: Do not
select 'Use the same proxy server for all protocols'.
Note: The default port for a SOCKS proxy (1080) is different from
HTTP proxy (3128).
4. If you are using standalone MPC, you must also do the following:
i. Open the start.bat file in MPC directory with a text editor.
j. Insert the following parameters to the command line. Add them
before "-classpath": -DsocksProxyHost=<socks proxy ip addr> DsocksProxyPort=<socks proxy port>
The parameters should look as follows:
start javaw -Xmn128M -Xmx512M -XX:MaxHeapFreeRatio=70 -
The following table lists Raritan products and the client applications with
which they work:
Chapter 1: Introduction
3
Product
Works with...
KX II G2
KX II 2.2 (or later)
KX II-101
KX II-101-V2
KX 101 G1
KSX G1
KSX II G2
LX 2.4.5 (or later)
SX
IP Reach G1
UST-IP G1
Legend:
G1
Generation 1
G2
Generation 2
Note: There are some differences in MPC when used with the Dominion
KX I, Dominion KX II, and Dominion KSX II devices; these differences
are noted in the respective device user guides.
Note: MPC and VKC are Java™ based. AKC is .NET based.
4
In This Chapter
About the Virtual KVM Client ..................................................................... 5
About the Active KVM Client ..................................................................... 5
Digital Audio ............................................................................................ 33
Smart Cards (VKC, AKC and MPC) ........................................................ 37
Help Options ............................................................................................ 42
Chapter 2
Virtual KVM Client (VKC) and Active
KVM Client (AKC)
The Virtual KVM Client (VKC) and Active KVM Client (AKC) are
interfaces used to access remote targets. AKC and VKC share similar
features with the exception of the following:
Minimum system requirements
Supported operating systems and browsers
Keyboard macros created in AKC cannot be used in VKC.
Direct port access configuration (see Enabling Direct Port Access
via URL)
AKC server certification validation configuration (see Prerequisites
for Using AKC)
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
5
About the Virtual KVM Client
Whenever you access a target server using the Remote Console, a
Virtual KVM Client (VKC) window opens. There is one Virtual KVM Client
for each target server connected. These windows can be accessed via
the Windows® task bar.
Note: Some features, such as client launch settings and smart cards, are
not supported by the LX and, as such, are not supported by AKC or VKC
when used in conjunction with the LX.
Note: The KX II-101-V2 only supports a connection to one target at a
time.
Virtual KVM Client windows can be minimized, maximized, and moved
around your computer desktop.
Note: Refreshing your HTML browser closes the Virtual KVM Client
connection, so exercise caution.
Note: If you are using Firefox 3.0.3, you may experience problems
launching the application. If this occurs, clear the browser cache and
launch the application again.
About the Active KVM Client
The Microsoft Windows .NET-based Active KVM Client (AKC) is
available in the KX II 2.2 (and later) and LX 2.4.5 (and later). AKC can be
used with all KX II and LX models. The KX2-101 and KX II-101-V2 is not
supported.
AKC is based on Microsoft Windows .NET technology and allows you to
run the client in Windows environments without the use of the Java
Runtime Environment (JRE), which is required to run Raritan's Virtual
KVM Client (VKC) and Multi-Platform Client (MPC). AKC also works with
CC-SG.
Note: Some features, such as client launch settings and smart cards, are
not supported by the LX and, as such, are not supported by AKC or VKC
when used in conjunction with the LX.
Note: If you are using direct port access with AKC, you must open a new
browser window or browser tab for each target you want to access. If you
try to access another target by entering the DPA URL into the same
browser window or browser tab you are currently accessing a target
from, you will not be able to connect and may receive an error.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
6
AKC Supported .NET Framework, Operating Systems and Browsers
.NET Framework
AKC requires Windows .NET® version 3.5, and will work with both 3.5
and 4.0 installed but will not work with 4.0 alone.
Operating Systems
When launched from Internet Explorer®, AKC allows you to reach target
servers via the KX II 2.2 (and later) and the LX 2.4.5 (and later). AKC is
compatible with the following platforms running .NET Framework 3.5:
Windows XP® operating system
Windows Vista® operating system (up to 64 bit)
Windows 7® operating system (up to 64 bit)
Note: You must be using Windows 7 if WINDOWS PC FIPs is turned
on and you are accessing a target using AKC and a smartcard.
Since .NET is required to run AKC, if you do not have .NET installed or
you have an unsupported version of .NET installed, you will receive a
message instructing you to check the .NET version.
Browser
Internet Explorer 6 or later
If you attempt to open AKC from a browser other than IE 6 or later, you
will receive an error message instructing you to check your browser and
to switch to Internet Explorer.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
7
Toolbar
Button
Button
Name
Description
Connection
Properties
Opens the Modify Connection Properties dialog
from which you can manually adjust bandwidth
options (such as connection speed, color depth,
and so forth).
Video
Settings
Opens the Video Settings dialog, allowing you to
manually adjust video conversion parameters.
Color
Calibration
Adjusts color settings to reduce excess color
noise.
Same as choosing Video > Color Calibrate.
Note: Not available in KX II-101-V2.
Target
Screenshot
Click to take a screenshot of the target server
and save it to a file of your choosing.
Audio
Opens a dialog that allows you to select from a
list of audio devices connected to a client PC.
Once audio devices have been connected to the
target, select to disconnect the devices.
Prerequisites for Using AKC
In order to use AKC:
Ensure the cookies from the IP address of the device that is being
accessed are not currently being blocked.
Windows Vista, Windows 7 and Windows 2008 server users should
ensure that the IP address of the device being accessed is included
in their browser's Trusted Sites Zone and that Protected Mode is not
on when accessing the device.
Enable AKC Download Server Certificate Validation
If the device (or CC-SG) administrator has enabled the Enable AKC
Download Server Certificate Validation option:
Administrators must upload a valid certificate to the device or
generate a self-signed certificate on the device. The certificate must
have a valid host designation.
Each user must add the CA certificate (or a copy of self-signed
certificate) to the Trusted Root CA store in their browser.
When launching AKC from the CC-SG Admin Client, you must have
JRE™ 1.6.0_10 or above.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
8
Button
Button
Name
Description
Note: This feature is available with the KX II 2.4.0
(and later).
Note: This feature is not supported by the LX.
Synchronize
Mouse
Dual-mouse mode forces the realignment of the
target server mouse pointer with the mouse
pointer.
Note: Not available in KX II-101-V2.
Refresh
Screen
Forces a refresh of the video screen.
Auto-sense
Video
Settings
Forces a refresh of the video settings (resolution,
refresh rate).
Smart Card
Opens a dialog that allows you to select from a
list of smart card readers connected to a client
PC.
Note: This feature is available on the KSX II 2.3.0
(and later) and the KX II 2.1.10 (and later).
Note: This feature is not supported by the LX.
Send
Ctrl+Alt+Del
Sends a Ctrl+Alt+Del hot key combination to the
target server.
Single Cursor
Mode
Starts Single Cursor mode in which the local
mouse pointer no longer appears onscreen.
Press Ctrl+Alt+O to exit this mode.
Note: Not available in KX II-101-V2.
Full Screen
Mode
Maximizes the screen real estate to view the
target server desktop.
Scaling
Increases or reduces the target video size so you
can view the entire contents of the target server
window without using the scroll bar.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
9
Connection Properties
The dynamic video compression algorithms maintain KVM console
usability under varying bandwidth constraints. The devices optimize KVM
output not only for LAN use, but also for WAN use. These devices can
also control color depth and limit video output, offering an optimal
balance between video quality and system responsiveness for any
bandwidth.
The parameters in the Properties dialog can be optimized to suit your
needs for different operating environments. Connection properties are
saved across subsequent connections to generation 2 devices once they
are set and saved.
To set the connection properties:
1. Choose Connection > Properties or click the Connection Properties
button in the toolbar. The Properties dialog appears.
Note: KX II-101 does not support 1G Ethernet.
2. Choose the Connection Speed from the drop-down list. The device
can automatically detect available bandwidth and not limit bandwidth
use. However, you can also adjust this usage according to
bandwidth limitations.
Note that these settings are an optimization for specific conditions
rather than an exact speed. The client and server always attempt to
deliver video as quickly as possible on the network regardless of the
current network speed and encoding setting. But the system will be
most responsive when the settings match the real world environment.
3. Choose the Color Depth from the drop-down list. The device can
dynamically adapt the color depth transmitted to remote users in
order to maximize usability in all bandwidths.
15-bit RGB Color
8-bit RGB Color
4-bit Color
4-bit Gray
3-bit Gray
2-bit Gray
Black and White
Important: For most administrative tasks (server monitoring,
reconfiguring, and so on), the full 24-bit or 32-bit color spectrum
made available by most modern video graphics cards is not
necessary. Attempting to transmit such high color depths wastes
network bandwidth.
4. Use the slider to select the desired level of Smoothing (15-bit color
mode only). The level of smoothing determines how aggressively to
blend screen regions with small color variation into a single smooth
color. Smoothing improves the appearance of target video by
reducing displayed video noise.
5. Click OK to set these properties.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
11
Connection Information
To obtain information about your Virtual KVM Client
connection:
Choose Connection > Info... The Connection Info window opens.
The following information is displayed about the current connection:
Device Name - The name of the device.
IP Address - The IP address of the device.
Port - The KVM communication TCP/IP port used to access the
target device.
Data In/Second - Data rate in.
Data Out/Second - Data rate out.
Connect Time - The duration of the connect time.
FPS - The frames per second transmitted for video.
Horizontal Resolution - The screen resolution horizontally.
Vertical Resolution - The screen resolution vertically.
Refresh Rate - How often the screen is refreshed.
Protocol Version - RFB protocol version.
Keyboard Options
To copy this information:
Click Copy to Clipboard. The information is available to be pasted
into the program of your choice.
Keyboard Macros
Keyboard macros ensure that keystroke combinations intended for the
target server are sent to and interpreted only by the target server.
Otherwise, they might be interpreted by the computer on which the
Virtual KVM Client is running (your client PC).
Macros are stored on the client PC and are PC-specific. Therefore, if you
use another PC, you cannot see your macros. In addition, if another
person uses your PC and logs in under a different name, that user will
see your macros since they are computer-wide.
Keyboard macros created in the Virtual KVM Client are available in MultiPlatform Client (MPC) and vice versa. However, keyboard macros
created in Active KVM Client (AKC) cannot be used in VKC or MPC, and
vice versa.
Note: KX II-101 does not support AKC.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
12
Import/Export Keyboard Macros
Macros exported from Active KVM Client (AKC) cannot be imported into
Multi-Platform Client (MPC) or Virtual KVM Client (VKC). Macros
exported from MPC or VKC cannot be imported into AKC.
Note: KX II-101 does not support AKC.
To import macros:
1. Choose Keyboard > Import Keyboard Macros to open the Import
Macros dialog. Browse to the folder location of the macro file.
2. Click on the macro file and click Open to import the macro.
a. If too many macros are found in the file, an error message is
displayed and the import terminates once OK is selected.
b. If the import fails, an error dialog appears and a message
regarding why the import failed is displayed. Select OK to
continue the import without importing the macros that cannot be
imported.
3. Select the macros to be imported by checking their corresponding
checkbox or using the Select All or Deselect All options.
4. Click OK to begin the import.
a. If a duplicate macro is found, the Import Macros dialog appears.
Do one of the following:
Click Yes to replace the existing macro with the imported
version.
Click Yes to All to replace the currently selected and any
other duplicate macros that are found.
Click No to keep the original macro and proceed to the next
macro
Click No to All keep the original macro and proceed to the
next macro. Any other duplicates that are found are skipped
as well.
Click Cancel to stop the import.
Alternatively, click Rename to rename the macro and import
it. If Rename is selected, the Rename Macro dialog appears.
Enter a new name for the macro in the field and click OK.
The dialog closes and the process proceeds. If the name
that is entered is a duplicate of a macro, an alert appears
and you are required to enter another name for the macro.
b. If during the import process the number of allowed, imported
macros is exceeded, a dialog appears. Click OK to attempt to
continue importing macros or click Cancel to stop the import
process.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
13
The macros are then imported. If a macro is imported that contains a hot
key that already exists, the hot key for the imported macro is discarded.
To export macros:
1. Choose Tools > Export Macros to open the Select Keyboard Macros
to Export dialog.
2. Select the macros to be exported by checking their corresponding
checkbox or using the Select All or Deselect All options.
3. Click Ok. A dialog from which to locate and select the macro file
appears. By default, the macro exists on your desktop.
4. Select the folder to save the macro file to, enter a name for the file
and click Save. If the macro already exists, you receive an alert
message. Select Yes to overwrite the existing macro or No to close
the alert without overwriting the macro.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
2. Click Add. The Add Keyboard Macro dialog appears.
3. Type a name for the macro in the Keyboard Macro Name field. This
name appears in the Keyboard menu after it is created.
4. From the Hot-Key Combination field, select a keyboard combination
from the drop-down list. This allows you to execute the macro with a
predefined keystroke. Optional
5. In the Keys to Press drop-down list, select each key you would like to
use to emulate the keystrokes that is used to perform the command.
Select the keys in the order by which they are to be pressed. After
each selection, select Add Key. As each key is selected, it appears
in the Macro Sequence field and a Release Key command is
automatically added after each selection.
6. To use the Send Text to Target function for the macro, click the
Construct Macro from Text button.
7. For example, create a macro to close a window by selecting Left Ctrl
+ Esc. This appears in the Macro Sequence box as follows:
Press Left Ctrl
Release Left Ctrl
Press Esc
Release Esc
8. Review the Macro Sequence field to be sure the macro sequence is
defined correctly.
a. To remove a step in the sequence, select it and click Remove.
b. To change the order of steps in the sequence, click the step and
then click the up or down arrow buttons to reorder them as
needed.
9. Click OK to save the macro. Click Clear to clear all field and start
over. When you click OK, the Keyboard Macros dialog appears and
lists the new keyboard macro.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
15
10. Click Close to close the Keyboard Macros dialog. The macro now
appears on the Keyboard menu in the application. Select the new
macro on the menu to run it or use the keystrokes you assigned to
the macro.
Running a Keyboard Macro
Once you have created a keyboard macro, execute it using the keyboard
macro you assigned to it or by choosing it from the Keyboard menu.
Run a Macro from the Menu Bar
When you create a macro, it appears under the Keyboard menu.
Execute the keyboard macro by clicking on it in the Keyboard menu.
Run a Macro Using a Keyboard Combination
If you assigned a keyboard combination to a macro when building it, you
can execute the macro by pressing its assigned keystrokes. For
example, press the keys Ctrl+Alt+0 simultaneously to minimize all
windows on a Windows target server.
Due to its frequent use, a Ctrl+Alt+Delete macro is preprogrammed.
Clicking on the Ctrl+Alt+Delete button in the toolbar sends this key
sequence to the server or to the KVM switch to which you are currently
connected.
In contrast, if you were to physically press the Ctrl+Alt+Del keys, the
command would first be intercepted by your own PC due to the structure
of the Windows operating system, instead of sending the key sequence
to the target server as intended.
Note: VKC for the KX II-101 uses an icon set that differs from the icon
set used in VKC for other Dominion KX products. See VKC Toolbar for
the KX II-101 for additional information.
Setting CIM Keyboard/Mouse Options
To access the DCIM-USBG2 setup menu:
1. Put the mouse focus on a window such as Note Pad (Windows®
operating system) or an equivalent.
2. Select Set CIM Keyboard/Mouse options. This is the equivalent of
sending the Left-Control and Num Lock to the target. The CIM setup
menu options are then displayed.
3. Set the language and mouse settings.
4. Exit the menu to return to normal CIM functionality.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
17
Video Properties
Refreshing the Screen
The Refresh Screen command forces a refresh of the video screen.
Video settings can be refreshed automatically in several ways:
The Refresh Screen command forces a refresh of the video screen.
The Auto-sense Video Settings command automatically detects the
target server's video settings.
The Calibrate Color command calibrates the video to enhance the
colors being displayed.
In addition, you can manually adjust the settings using the Video Settings
command.
To refresh the video settings, do one of the following:
Choose Video > Refresh Screen or click the Refresh Screen button
in the toolbar.
Auto-Sense Video Settings
The Auto-sense Video Settings command forces a re-sensing of the
video settings (resolution, refresh rate) and redraws the video screen.
To automatically detect the video settings, do the following:
Choose Video > Auto-sense Video Settings or click the Auto-Sense
Video Settings button in the toolbar. A message stating that the
auto adjustment is in progress appears.
Calibrating Color
Use the Calibrate Color command to optimize the color levels (hue,
brightness, saturation) of the transmitted video images. The color
settings are on a target server-basis.
Note: The Calibrate Color command applies to the current connection
only.
Note: The KX II-101 does support color calibration.
To calibrate the color, do the following:
Choose Video > Calibrate Color or click the Calibrate Color button
in the toolbar. The target device screen updates its color
calibration.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
18
Adjusting Video Settings
Use the Video Settings command to manually adjust the video settings.
To change the video settings:
1. Choose Video > Video Settings or click the Video Settings button
in the toolbar to open the Video Settings dialog.
2. Adjust the following settings as required. As you adjust the settings
the effects are immediately visible:
a. Noise Filter
The device can filter out the electrical interference of video output
from graphics cards. This feature optimizes picture quality and
reduces bandwidth. Higher settings transmit variant pixels only if
a large color variation exists in comparison to the neighboring
pixels. However, setting the threshold too high can result in the
unintentional filtering of desired screen changes.
Lower settings transmit most pixel changes. Setting this
threshold too low can result in higher bandwidth use.
b. PLL Settings
Clock - Controls how quickly video pixels are displayed across
the video screen. Changes made to clock settings cause the
video image to stretch or shrink horizontally. Odd number
settings are recommended. Under most circumstances this
setting should not be changed because the autodetect is usually
quite accurate.
Phase - Phase values range from 0 to 31 and will wrap around.
Stop at the phase value that produces the best video image for
the active target server.
c. Brightness: Use this setting to adjust the brightness of the target
server display.
d. Brightness Red - Controls the brightness of the target server
display for the red signal.
e. Brightness Green - Controls the brightness of the green signal.
f. Brightness Blue - Controls the brightness of the blue signal.
g. Contrast Red - Controls the red signal contrast.
h. Contrast Green - Controls the green signal.
i. Contrast Blue - Controls the blue signal.
If the video image looks extremely blurry or unfocused, the
settings for clock and phase can be adjusted until a better image
appears on the active target server.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
19
Warning: Exercise caution when changing the Clock and Phase
settings. Doing so may result in lost or distorted video and you may
not be able to return to the previous state. Contact Raritan Technical
Support before making any changes.
j. Horizontal Offset - Controls the horizontal positioning of the
target server display on your monitor.
k. Vertical Offset - Controls the vertical positioning of the target
server display on your monitor.
3. Select Automatic Color Calibration to enable this feature.
4. Select the video sensing mode:
Best possible video mode
The device will perform the full Auto Sense process when
switching targets or target resolutions. Selecting this option
calibrates the video for the best image quality.
Quick sense video mode
With this option, the device will use a quick video Auto Sense in
order to show the target's video sooner. This option is especially
useful for entering a target server's BIOS configuration right after
a reboot.
5. Click OK to apply the settings and close the dialog. Click Apply to
apply the settings without closing the dialog.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
20
Note: Some Sun background screens, such as screens with very dark
borders, may not center precisely on certain Sun servers. Use a different
background or place a lighter colored icon in the upper left corner of the
screen.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
21
Using Screenshot from Target
You are able to take a screenshot of a target server using the
Screenshot from Target server command. If needed, save this
screenshot to a file location of your choosing as a bitmap, JPEG or PNG
file.
To take a screenshot of the target server:
1. Select Video > Screenshot from Target or click the Screenshot from
Target button on the toolbar.
2. In the Save dialog, choose the location to save the file, name the file,
and select a file format from the 'Files of type' drop-down.
3. Click Save to save the screenshot.
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
22
Mouse Options
Changing the Maximum Refresh Rate
If the video card you are using on the target uses custom software and
you are accessing the target through MPC or VKC, you may need to
change the maximum refresh rate of the monitor in order for the refresh
rate to take effect on the target.
To adjust the monitor refresh rate:
1. In Windows®, select Display Properties > Settings > Advanced to
open the Plug and Play dialog.
2. Click on the Monitor tab.
3. Set the 'Screen refresh rate'.
4. Click OK and then OK again to apply the setting.
When controlling a target server, the Remote Console displays two
mouse cursors: one belonging to your client workstation and the other
belonging to the target server.
You can operate in either single mouse mode or dual mouse mode.
When in dual mouse mode, and provided the option is properly
configured, the mouse cursors align.
When there are two mouse cursors, the device offers several mouse
modes:
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
23
Mouse Pointer Synchronization
When remotely viewing a target server that uses a mouse, two mouse
cursors are displayed: one belonging to your remote client workstation
and the other belonging to the target server. When the mouse pointer
lies within the Virtual KVM Client target server window, mouse
movements and clicks are directly transmitted to the connected target
server. While in motion, the client mouse pointer slightly leads the target
mouse pointer due to mouse acceleration settings.
On fast LAN connections, you can disable the Virtual KVM Client mouse
pointer and view only the target server's pointer. You can toggle between
these two modes (single mouse and dual mouse).
Mouse Synchronization Tips
Be sure to follow these steps when configuring mouse synchronization:
1. Verify that the selected video resolution and refresh rate are among
those supported by the device. The Virtual KVM Client Connection
Info dialog displays the actual values that the device is seeing.
2. For KX II and LX devices, verify that the cable length is within the
specified limits for the selected video resolution.
3. Verify that the mouse and video have been properly configured
during the installation process.
4. Force an auto-sense by clicking the Virtual KVM Client auto-sense
button.
5. If that does not improve the mouse synchronization (for Linux, UNIX,
and Solaris KVM target servers):
a. Open a terminal window.
b. Enter the xset mouse 1 1 command.
c. Close the terminal window.
6. Click the "Virtual KVM Client mouse synchronization" button .
Chapter 2: Virtual KVM Client (VKC) and Active KVM Client (AKC)
24
Additional Notes for Intelligent Mouse Mode
Be sure that there are no icons or applications in the upper left
section of the screen since that is where the synchronization routine
takes place.
Do not use an animated mouse.
Disable active desktop on KVM target servers.
Synchronize Mouse
In dual mouse mode, the Synchronize Mouse command forces
realignment of the target server mouse pointer with Virtual KVM Client
mouse pointer.
To synchronize the mouse, do one of the following:
Choose Mouse > Synchronize Mouse or click the Synchronize
Mouse button in the toolbar.
Note: This option is available only in Standard and Intelligent mouse
modes.
Standard Mouse Mode
Standard Mouse mode uses a standard mouse synchronization
algorithm using relative mouse positions. Standard Mouse mode requires
that mouse acceleration is disabled and other mouse parameters are set
correctly in order for the client and server mouse to stay synchronized.
To enter Standard Mouse mode:
Choose Mouse > Standard.
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