Vertiv Avocent HMXCC1-G2, User Manual

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HMXCC1-G2 User’s Manual
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Chapter 5 Web-Management IP Matrix KVM Control Center
c. User can use the < Push-sharing > icon to push the TX-4 source that the RX-D receiver is connecting to any other
available RX target units (e.g. RX-C, RX-B, RX-E, RX-A). Or use the < Pull-sharing > icon to pull any sources of TX-3, TX-2, TX-5,
TX-1 to the currently used RX-D unit. Such that the RX-D user can remotely control the PC which provides the TX source.
Following examples will respectively introduce two scenarios of push sharing and pull sharing.
d. (Push-sharing Scenario)
Click the < Push-sharing > icon of RX-E row in RX-D’s OSD menu, the TX-4 source connected to RX-D will be pushed to
display on RX-E’s monitor. Please note that as RX-D sends out the push-sharing request to RX-E, a confirmation window will
prompt to get RX-E user’s approval. RX-E user can accept or decline it depending on his working condition.
Figure 5-43
e. (Pull-sharing Scenario)
Click the < Pull-sharing > icon of RX-B row in RX-D’s OSD menu, the TX-2 source connected to RX-B will be pulled back to
display on RX-D’s screen. Also note that, different from push-sharing scenario, system will not prompt any request window to
ask RX-B user’s approval.
Figure 5-44
(4) Mouse Roaming (Only applicable for HMX3080/HMX4080 series)
The main goal of the Mouse Roaming function is to enable a user simply to use one set of mouse and keyboard attached to the
mouse roaming receiver master unit, freely moving the mouse cursor around all viewable screen areas of all RX units
performing the mouse roaming task. With this function, one user can monitor/control multiple PCs that are connected to those
receivers via transmitters. The maximum mouse roaming area setting is 8 (horizontal) x 8 (Vertical), 64 monitors in total.
This example will demonstrate implementing mouse roaming function in 5 monitors.