Operating the VS-84H 8x4 HDMI Matrix Switcher

7Operating the VS-84H 8x4 HDMI Matrix Switcher

This section describes:

•Switching an input to an output (see Section 7.1)

•Acquiring the EDID (see Section 7.2)

•Storing and recalling switch settings (see Section 7.3)

•Resetting the VS-84H(see Section 7.4)

•Connecting to the VS-84Hvia RS-232 (see Section 7.5)

•Connecting to the VS-84Hvia Ethernet (see Section 7.6)

7.1Switching an Input to an Output

To switch an input to an output:

•Press an output button followed by an input button to switch the selected input to the selected output

7.2Acquiring the EDID

You can acquire the EDID from any of the following:

•One output to one or more of the eight inputs (see Section 7.2.1)

•Several outputs and inputs simultaneously (see Section 7.2.2)

•The default EDID (see Section 7.2.3)

Note: Attempting to acquire the EDID from an output that does not have a display device connected to it results in the default EDID being acquired.

7.2.1Acquiring the EDID from One Output

Note: You can assign the EDID from one output to any or all of the eight inputs.

To acquire the EDID from a display device connected to one of the outputs:

1.Press the EDID and STO buttons simultaneously and hold them for 3 seconds.

Both buttons flash.

2.Press the input button to which the EDID will be copied. The selected input number flashes on the display.

3.Select the output from which the EDID is to be acquired.

4.Press the EDID button.

The EDID is stored when the display returns to normal and the EDID and STO buttons stop flashing.

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Kramer Electronics Operating the VS-84H 8x4 Hdmi Matrix Switcher, Switching an Input to an Output, Acquiring the Edid
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VS-84H specifications

Kramer Electronics VS-84H is a high-performance HDMI matrix switcher designed to provide seamless signal management for multiple input sources and output displays. Integrating advanced technology, the VS-84H facilitates efficient control over audio and video routing, making it an ideal solution for a variety of applications, including conference rooms, educational institutions, and video production environments.

One of the standout features of the VS-84H is its ability to handle up to eight HDMI inputs, allowing users to connect a range of video sources such as computers, projectors, Blu-ray players, and gaming consoles. With four HDMI outputs, the switcher can route high-definition video signals to multiple displays simultaneously, providing flexibility in setup and operation.

The VS-84H supports video resolutions up to 4K at 60Hz, ensuring high quality image reproduction that meets the demands of modern video content. Additionally, it is compatible with HDMI 2.0 standards, which allows for enhanced bandwidth and improved color depth, giving users a richer visual experience without sacrificing performance.

In terms of audio capabilities, the switcher supports embedded audio as well as multi-channel audio formats. This feature enables users to manage audio output seamlessly, which is particularly advantageous in environments where sound is critical. The unit’s audio de-embedding functionality allows audio signals to be extracted for separate processing or distribution.

The Kramer VS-84H further enhances usability with its sophisticated control options. Users can manage the switcher through various methods, including front panel buttons, RS-232, and IP control. These versatile control options empower users to integrate the matrix switcher into existing system designs effortlessly.

Built with durability in mind, the VS-84H features a robust housing and cooling design that ensures reliable long-term operation, even in demanding settings. This reliability is crucial for users who require uninterrupted performance, especially in commercial applications.

In summary, Kramer Electronics VS-84H stands out as a powerful HDMI matrix switcher that combines high-resolution video support, advanced audio capabilities, and flexible control options. Its versatility and robust design make it an ideal choice for professionals seeking a dependable solution for signal routing in diverse environments.
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