Network Technologies UNIMUX-DVI-x Ethernet Operations not applicable to this model, Setup Options

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NTI UNIMUX SERIES USB KVM SWITCH

8)Change Volume for Audio Output/User (not applicable to this model)

-change Audio port output volume

9)Read Connection for Output/User

-read what input is connected to the specified output

a)Read Connection for Audio Output/User (not applicable to this model)

-read what input is connected to the specified output

b)Read Mute Status and Volume for Audio Output/User (not applicable to this model)

-read the volume and the mute status of the specified output

c)Read Unit Size

-read the switch size (number of inputs and outputs)

d)Read Unit Version/Revision String (not supported by this model)

-read a string containing the switch version, type, and size

e) Save I/O Connections into Unit Memory (not applicable to this model)

-save the connections into switch memory bank

f)Restore I/O Connections from Unit Memory (not applicable to this model)

-restore the connections from switch memory bank

g)Save All Units I/O Connections into Units Memory (not applicable to this model)

-save the connections into switch memory bank, command for all switches

h)Restore All Units I/O Connections from Units Memory (not applicable to this model)

-restore the connections from switch memory bank, command for all switches

i)Change All Units Baud Rate (9600/COM1)

-change RS-232 Baud rate of all switches

-the current baud rate and serial port are displayed in parentheses

ETHERNET OPERATIONS (not applicable to this model)

SETUP OPTIONS

1)select Com port current: (COM1:)

-select PC serial port

-the current PC serial port is displayed in parentheses

2)select Baud rate current: (9600)

-select PC serial port baud rate

-the current baud rate is displayed in parentheses

3)set unit Address current: (1)

-select the unit address of the switch to be connected to by this program

-the current address is displayed in parentheses

For any selection that requires user input, the user is prompted. When commands are sent to the UNIMUX, the command string and UNIMUX responses are echoed to the screen. All commands generated by the program are formatted according to the information provided in sections above. If any transmission problems are detected, an error message is displayed.

Press <Esc> or <Enter> to back out to the main menu and press again to exit.

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Contents UNIMUX-DVI-x CE Statement Typographic ConventionsTable of Contents Types of CPUs Supported IntroductionAvailable Options Types of User Input Devices SupportedDefinitions MaterialsRear View of UNIMUX-DVI-8 Features and FunctionsTo Mount to a Rack Rackmounting InstructionsInstallation Connect each CPU Rear View of UNIMUX-DVI-8Control Terminal RS232 ConnectionLimitations Power-Up SequenceKeyboard Control Using the Unimux DVI KVM SwitchCommand Mode Front Panel ControlNo Sun Sleep Mode Scan ModeBroadcast Mode Normal ModeMice and Trackballs with MACs Select Country CodeCountry Codes RS232 Control RS232 Connections and Configuration9D Male Wiring Schematic of Matrix-Y-1 cable9D Male Unit #1 Source Command Definitions Command ProtocolAutostatus Main Options SerTest- RS232 Interface Test ProgramEthernet Operations not applicable to this model Setup OptionsTranslation Tables Keyboard FeaturesKeyboard-To-Computer Translation Translation CapabilitiesKeyboard Layouts International Sun KeyboardsIndex Warranty InformationTroubleshooting Problem No Video

UNIMUX-DVI-x, USB DVI KVM specifications

In today's technology-driven world, managing multiple devices efficiently is a necessity for many businesses and tech enthusiasts. One solution that stands out is the USB DVI KVM switch, specifically the UNIMUX-DVI-x model. These devices serve as a critical interface, allowing users to control multiple computers from a single keyboard, monitor, and mouse setup.

The UNIMUX-DVI-x USB DVI KVM switch is designed to facilitate seamless switching between multiple computers. Its primary feature is its support for DVI video, ensuring high-resolution output that caters to professional environments where display quality is paramount. With DVI compatibility, users can enjoy stunning visuals without the need for additional adapters, making installation straightforward and efficient.

One of the standout features of the UNIMUX-DVI-x is its ability to support USB peripherals. This includes not only keyboards and mice but also USB storage devices and printers. The KVM switch allows users to share these devices among the connected computers effortlessly. This functionality promotes a streamlined workspace, eliminating the clutter of cables and giving users the flexibility to switch control between different systems with ease.

Technologically, the UNIMUX-DVI-x incorporates advanced switching mechanisms that guarantee a fast and reliable response time. Users can switch between connected computers with just a push of a button, which is essential in fast-paced environments where time is of the essence. Additionally, the device supports multiple resolutions, catering to a wide range of displays and ensuring compatibility with various systems.

Another characteristic that enhances the usability of the UNIMUX-DVI-x is its compact and robust design. Built for longevity, this KVM switch is equipped with durable materials that withstand the rigors of daily use. Whether in a corporate office, a server room, or a home setup, its compact design allows it to fit into tight spaces without compromising functionality.

Furthermore, the UNIMUX-DVI-x supports cross-platform compatibility. It works seamlessly with both Windows and macOS systems, making it a versatile choice for users operating diverse computing environments. This feature positions it as an ideal tool for IT professionals who manage different operating systems.

In conclusion, the USB DVI KVM switch UNIMUX-DVI-x is a powerful device that blends advanced technology with user-friendly features. It caters to the needs of professionals by providing robust video resolution, support for USB peripherals, compact design, and cross-platform compatibility, thereby simplifying the management of multiple computers in today’s interconnected world.
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