OSD Operation (continued)

Advanced Network Management Settings (continued)

OpenLDAP Server Configuration

The main OpenLDAP configuration file, slapd.conf, has to be customized before launching the server. The modifications to the configuration file will do the following:

•Specify the Unicode data directory. The default is ./ucdata.

•Choose the required LDAP schemas. The core schema is mandatory.

•Configure the path for the OpenLDAP pid and args start up files. The first contains the server pid, the second includes command line arguments.

•Choose the database type. The default is bdb (Berkeley DB).

•Specify the server suffix. All entries in the directory will have this suffix, which represents the root of the directory tree. For example, with suffix dc=tripplite,dc=com, the fully qualified name of all entries in the database will end with dc=tripplite,dc=com.

•Define the name of the administrator entry for the server (rootdn), along with its password (rootpw). This is the server’s super user. The rootdn name must match the suffix defined above. (Since all entry names must end with the defined suffix, and the rootdn is an entry)

An example configuration file is provided in the figure, below:

Starting the OpenLDAP Server

To start the OpenLDAP Server, run slapd (the OpenLDAP Server executable file) from the command line. slapd supports a number of command line options, the most important option is the d switch that triggers debug information. For example, a command of slapd -d 256 would start OpenLDAP with a debug level of 256, as shown in the following screenshot:

Note: For details about slapd options and their meanings, refer to the OpenLDAP documentation.

Customizing the OpenLDAP Schema

The schema that slapd uses may be extended to support additional syntaxes, matching rules, attribute types, and object classes. In the case of the B064-Series KVM Switch, the B064-Series KVM Switch User class and the permission attribute are extended to define a new schema. The extended schema file used to authenticate and authorize users logging in to the B064-Series KVM Switch is shown in the figure, below:

LDAP DIT Design and LDIF File

LDAP Data Structure

An LDAP Directory stores information in a tree structure known as the Directory Information Tree (DIT). The nodes in the tree are directory entries, and each entry contains information in attribute- value form. An example of the LDAP directory tree for the B064- Series KVM Switch is shown in the figure below:

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Tripp Lite B064-016-04-IPG OpenLDAP Server Configuration, Starting the OpenLDAP Server, Customizing the OpenLDAP Schema
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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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