Hardware Setup (continued)

Two-Stage Installation (continued)

5.Plug the power cord that came with the cascaded KVM switch into its power socket, and then into a Tripp Lite Surge Suppressor, Uninterruptible Power Supply (UPS) or PDU.

6.Repeat these steps for any other second-stage units you wish to connect.

7.First power on the first-stage KVM Switch and then power on all second-stage KVM switches.

8.Turn on the power to all of the connected computers/servers.

Note: The Power On sequence requires that the first-stage KVM Switch be powered on first. After the first-stage KVM Switch has been powered on, all second-stage units must be powered on. After the second-stage units have been powered on, the connected computers/servers can be powered on.

Hot Plugging

The B064-Series KVM Switches support hot plugging: components can be removed and added back into the installation by unplugging and replugging their cables from the ports without the need to shut the unit down. The KVM also includes an Adapter ID function that stores the port settings of the SIU (Port OS, OS Language, etc.), allowing you to switch an SIU and its connected computer to a new port without having to re- enter its port settings. The settings are stored by SIU only; therefore, the correct settings will not transfer if you change the computer connected to the SIU. Also, the Adapter ID function only applies when switching to ports on the same KVM switch.

Powering Off & Restarting

If it becomes necessary to power off the B064-Series KVM Switch, or the switch loses power and needs to be restarted, wait 10 seconds before powering it back on. Connected computers should not be affected by this but if any of them should fail, simply restart them.

Port ID Numbering

Each computer on the installation is assigned a unique Port ID. The Port ID is a one or two segment number that is determined by the Stage Level and KVM port number of the KVM switch to which the computer/server is connected.

Single-Stage Installations

Single-stage installations will have a one segment Port ID consisting of two digits.

(For example, a computer/server connected to port 19 of a B064-032-04-IPG will have a Port ID of 19. A computer/server connected to port 9 of a B064-032-04-IPG will have a Port ID of 09)

Two-Stage Installations

Two-stage installations will have a two segment Port ID consisting of 4 digits. (2 digits per segment)

•The first segment of the Port ID represents the port number of the first-stage KVM switch to which the cascaded unit is connected.

•The second segment of the Port ID represents the port number of the second-stage KVM switch to which the computer/server is connected.

(For example, a computer attached to port 3 of a second-stage KVM switch that is connected to port 15 of the first-stage KVM switch will have a Port ID of 03-15)

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Tripp Lite B064-016-04-IPG Hot Plugging, Powering Off & Restarting, Port ID Numbering, Single-Stage Installations
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B064-016-02-IPG, B064-032-02-IPG, B064-016-04-IPG, B064-032-04-IPG specifications

The Tripp Lite B064-032-04-IPG is a highly efficient and versatile KVM switch that offers seamless control over multiple computers or servers from a single console. This device is engineered for professionals and IT administrators who require robust management of servers or machines located in different physical locations, particularly in demanding environments like data centers or server rooms.

One of the standout features of the B064-032-04-IPG is its ability to facilitate access to up to 32 computers using a single set of keyboard, video monitor, and mouse. This not only streamlines workflows but also reduces clutter, as users no longer need multiple sets of peripherals for each machine. The switch supports both USB and PS/2 connection types, making it compatible with a wide range of devices.

The B064-032-04-IPG leverages advanced technology to offer a responsive and high-resolution video output, supporting resolutions up to 1920 x 1200. This ensures that users can easily view and interact with multiple systems without sacrificing visual quality. Additionally, the switch features a built-in web interface that allows administrators to configure settings with ease, enabling effective management in remote or local scenarios.

Security is a top priority with the B064-032-04-IPG, which supports user authentication and multi-level password protection. This guarantees that only authorized personnel can access sensitive systems, bolstering the overall security posture of the network. Furthermore, the switch includes features for firmware updates, ensuring that it stays current with the latest security protocols and enhancements.

Another key characteristic of this KVM switch is its support for hot-swappable functionality, which allows users to add or remove servers without needing to power down the entire system. This greatly enhances operational efficiency and minimizes downtime during maintenance or upgrades.

Built with a sturdy and reliable design, the Tripp Lite B064-032-04-IPG is suitable for various environments, including those that require ruggedness and durability. Its compact form factor makes installation straightforward, and its fanless design ensures silent operation, which is ideal for noise-sensitive areas.

In conclusion, the Tripp Lite B064-032-04-IPG is a powerful KVM switch that combines multiple advanced features, technologies, and characteristics, making it an excellent choice for large-scale server management. With its ease of use, security features, and high performance, it provides a seamless solution for IT professionals looking to optimize their hardware management in complex environments.
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