11. OSD Operation

11.3 Accessing Switches & Computers

To access a computer, cascaded switch, or daisy-chained switch, double-click it; or, move the highlight bar to it and press ENTER. If more than one user tries to access a KVM port at the same time, the first user to gain access controls the KVM port, while the other users can only view it. If the controlling user exits the KVM port, the second user gains control. Control of the port can also be taken over once the controlling user’s Idle Timeout time is up.

Single-Level Installation OSD Access

In a single level installation there are no additional switches cascaded or daisy-chained from the B060-032-8. The port list will show all the ports of the B060-032-8.

Cascaded Installation OSD Access

In a cascaded installation the default port list will show MXKVM in the TYPE column next to its port number, and station note in the NOTE column next to the model number (Figure 41).

Daisy-Chained Installation OSD Access

In a daisy-chained installation the default port list will show MXCHAIN in the TYPE column and MXCHAIN in the NOTE column (Figure 40). Double-click port 01, or move the highlight bar to it, and then press ENTER to view a list of the daisy-chained switches in the installation (Figure 42). A maximum of seven additional B060-032 or B060-016-2 switches can be daisy-chained from the first level B060-032-8. Note: In a daisy-chained installation, KVM ports 1–4 on the first-level B060-032-8 cannot be used. Do not connect any switches or server interface units to these ports.

Port ID Numbering Convention

Each KVM port in the KVM installation has a unique port ID. The port ID is composed of up to three port numbers separated by hyphens. These port numbers describe a path from the first-level KVM switch through the KVM installation to the target device. In Hotkey mode (page 44) you can type a port ID to switch directly to any KVM port in the installation.

Cascaded Installation Port IDs

The port numbers that comprise the port ID in cascaded installations are displayed in the following order from left to right:

1.The port number of the first-level B060-032-8.

2.The port number of the second-level KVM switch (if applicable).

3.The port number of the third-level KVM switch (if applicable).

For example, a computer attached to Port 3 of a third-level KVM switch, which is cascaded from Port 6 of a second-level B060-032-8, which is cascaded from Port 15 of the first-level B060-032-8, would have a port ID of 15-6-3. (This can also be typed 15-06-03.)

Daisy-Chained Installation Port IDs

The port numbers that comprise the port ID in daisy-chained installations are displayed in the following order from left to right:

1.“1” will always be the first number in a daisy-chained KVMs Port ID.

2.The position of the B060-032 or B060-016-2 Matrix KVM Switch in the daisy chain. You can determine the position of the B060-032 or B060-016-2 in the daisy-chain by subtracting 1 from its station ID.

For example, the station ID of the first B060-032 or B060-016-2 in the daisy-chain is 2. (2 - 1 = 1) The B060-032 or B060-016-2’s position in the daisy-chain is 1. The table below lists the B060-032 or B060-016-2’s station ID and its position in the daisy-chain.

3. The port number on the B060-032 or B060-016-2.

For example, a computer attached to Port 18 of a B060-032, which is in Position 7 in the daisy-chain (Station ID 8), which in turn is daisy-chained from the first-level B060-032-8, would have a port ID of: 1-7-18.

Figure 41: OSD Main Screen (Cascaded Installations)

Figure 42: OSD Main Screen (Daisy-Chained Installations)

Station ID

Position in the Daisy Chain

2

1

3

2

4

3

5

4

6

5

7

6

8

7

 

 

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Tripp Lite B060-032-8 owner manual Accessing Switches & Computers
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B060-032-8 specifications

The Tripp Lite B060-032-8 is an advanced KVM switch designed to simplify and enhance the management of multiple computers from a single interface. This device supports up to eight computers, making it ideal for environments such as server rooms, data centers, and heavy IT operations that require efficient controls over numerous systems.

One of the standout features of the B060-032-8 is its ability to support high-definition resolutions up to 1920x1200, allowing users to operate multiple systems seamlessly without sacrificing visual quality. The switch utilizes advanced video technology to ensure that display outputs remain clear, crisp, and lag-free, which is critical in environments where real-time monitoring and response are essential.

Moreover, the B060-032-8 supports both USB and PS/2 connections, granting flexibility in compatibility with a variety of computers and peripheral devices. This dual connection capability expands the scope of use, as users can effortlessly switch between different types of systems, whether they're running legacy software or the latest OS platforms.

Another technological highlight is the built-in firmware that ensures ease of use and stability. The switching process is facilitated via an intuitive front-panel push-button interface and includes keyboard hotkey commands, allowing users to toggle between connected computers with minimal disruption to their workflow. The inclusion of LED indicators provides clarity on which ports are active, enhancing overall situational awareness in critical operations.

Security is also a key component of the B060-032-8. The unit supports password protection features, ensuring that unauthorized users cannot easily access critical systems. This security feature is vital for environments where sensitive data is handled, offering peace of mind for IT administrators.

In terms of power efficiency, the Tripp Lite B060-032-8 is designed to operate with minimal power consumption, which is an important consideration for organizations looking to reduce energy costs while maintaining effective IT operations.

In conclusion, the Tripp Lite B060-032-8 KVM switch is an outstanding solution for managing multiple computers efficiently and effectively. With its wide compatibility, high-resolution support, user-friendly design, enhanced security features, and energy-efficient operation, it stands out as a valuable tool for IT professionals who demand high performance and reliability in their technology infrastructure. This KVM switch represents a smart investment for any organization aiming to streamline its operations while maximizing resource utilization and system management efficiency.
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