SERVSWITCH™

5.4.3CONFIGURE OVERLAY: COMPUTER LABEL

5.4.3.A Background Color and Text Color

These items determine the background and text colors of the computer label. The ServSwitch displays this label on the shared monitor’s screen as you switch between CPUs to identify individual CPUs. The “solid” colors available are black, red, green, yellow, blue, magenta, cyan, and white; these are opaque and cause the label to hide part of the video coming from the CPUs. The “transparent” colors available are clear, red, green, yellow, blue, magenta, cyan, and white; these are translucent, so the video coming from the CPUs is tinted but can be seen through the window. (In fact, the “clear” setting makes the background or text completely transparent; don’t set both to clear, or the label will be totally invisible.)

To change either of these colors, press [Enter] while “background color” or “text color” is highlighted in the “Computer label” box. A color-selection input box appears. Use the arrow keys to point to the desired color. As you move the pointer, the name of each color is shown in that color so you can see how it looks. Hit [Enter] to select the color pointed to. The input box disappears and the new setting appears in the appropriate “Background color” or “Text color” field.

The factory-default settings for these options are “transparent blue” for the background color and “white” for the text color.

5.4.3.B Position

This item determines where the computer label pops up. You can put the label anywhere on the shared monitor’s screen; it will automatically scale to the resolution of the incoming video and maintain a constant position on screen.

To change the label position, press [Enter] while “Position” is highlighted in the “Computer label” box. The overlay page disappears and the computer label is shown. Use the arrow keys to move the label and hit [Enter] when it reaches the desired position. The overlay page returns with the horizontal (X) and vertical (Y) position numbers updated in the appropriate “Position” field.

The range of horizontal (X) movement is represented by the numbers 0 to 64. The range of vertical (Y) movement is represented by the numbers 0 to 99. The label will wrap around the edge of the screen at minimum and maximum points. Factory defaults are X=3, Y=90.

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Black Box SW725A-R4, SW722A-R4, KV3108SA-R4, SW721A-R4, SW724A-R4, SW723A-R4 manual Configure Overlay Computer Label
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SW725A-R4, SW722A-R4, SW723A-R4, KV3108SA-R4, SW724A-R4 specifications

The Black Box SW721A-R4, SW724A-R4, KV3108SA-R4, SW723A-R4, and SW722A-R4 are cutting-edge network switches that cater to the demanding needs of modern data environments. These models are designed to provide high performance, reliability, and advanced features suitable for both enterprise-level deployments and smaller networks.

The SW721A-R4 and SW724A-R4 are primarily layer 2 switches that support essential networking protocols such as IEEE 802.1Q for VLAN tagging, ensuring secure and efficient traffic management. With robust forwarding capabilities, these switches boast high-speed Gigabit Ethernet ports, which enable seamless data transfer and reduce latency in data-driven applications. Their fanless design also ensures quiet operation, making them ideal for office settings and noise-sensitive areas.

Another noteworthy addition is the KV3108SA-R4, a versatile KVM switch that provides remote management capabilities. This model can control multiple servers and computers from a single console, allowing IT personnel to streamline operations and reduce physical space requirements. With support for high-resolution video output and an intuitive user interface, the KV3108SA-R4 enhances usability while maintaining efficiency in server management.

The SW723A-R4 and SW722A-R4 models further enhance network capabilities with their advanced Layer 3 functions. These switches support static routing and dynamic routing protocols, making them suitable for complex networking scenarios. They are equipped with a comprehensive set of security features, including port security and access control lists (ACLs), ensuring that sensitive information is well-protected against unauthorized access.

All of these Black Box models operate on advanced technologies such as QoS (Quality of Service), which helps prioritize critical traffic and ensures optimal performance during peak usage periods. Additionally, they support Power over Ethernet (PoE), enabling the powering of network devices such as IP cameras and VoIP phones without the need for additional electrical outlets.

In summary, the Black Box SW721A-R4, SW724A-R4, KV3108SA-R4, SW723A-R4, and SW722A-R4 represent a fusion of performance, versatility, and security in network infrastructure. These switches are perfect for businesses looking to enhance their connectivity solutions, ensuring that they can meet the demands of an increasingly digital world while maintaining high standards of efficiency and reliability.
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