Figure 27. Device Info Screen — DSC 3G-HD A

Auto-Image

When Auto-Image is performed, the DSC attempts to size and position the image to fill the display screen (fill mode) or use the native aspect ratio of the input (follow mode). Using SIS commands or the OSD submenus, you can perform a one-time Auto-Image on the current input.

Only the horizontal and vertical positioning and the horizontal and vertical size are adjusted by the Auto-Image. All other controls are left unchanged.

If the aspect ratio has been set to Fill, the H and V position returns to 0,0, and the H and V Size is set to match the current output rate.

If the aspect ratio has been set to Follow, the H and V position and size are set to maintain the native aspect ratio of the input rate with respect to the current output resolution.

Auto-Image is useful in applications in which a variety of new input sources may be encountered (such as when a matrix switcher is connected). It is also useful for centering and sizing an image that has been adjusted out of default settings.

You can perform a one-time Auto-Image by the following methods:

Front panel: While the OSD is not displayed, press the Auto-Image () button twice. (The first press displays the message Press Auto to Confirm on the OSD. The second press initiates the Auto-Image.)

OSD submenus: Select the Auto-Image /Press Enter to Auto-Image option from the Quick Setup submenu (see page 18) or the Input submenu (see page 23).

SIS commands (see the Auto-Image commands on page 49).

DSC 3G-HD A and DSC HD-3G A • Operation

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Extron electronic DSC 3G-HD A, DSC HD-3G A manual Auto-Image, Device Info Screen DSC 3G-HD a

DSC 3G-HD A, DSC HD-3G A specifications

Extron Electronics has long been a leader in the field of audiovisual solutions, and the DSC HD-3G A is a testament to the company’s commitment to high-quality video distribution and signal processing. This versatile device is designed specifically for applications that require the handling of high definition video signals, with support for 3G-SDI and HD-SDI formats.

One of the standout features of the DSC HD-3G A is its ability to automatically detect incoming signal formats. This feature simplifies setup and ensures compatibility with various video sources. The DSC HD-3G A supports resolutions up to 1080p, providing users with exceptional image quality and clarity crucial for events, presentations, and broadcasts.

A defining characteristic of the DSC HD-3G A is its robust signal processing capabilities. This includes not just straight signal pass-through but also the ability to handle time-base correction, ensuring a stable output regardless of the input signal's quality. The device employs advanced equalization technologies, which allow for long cable runs without signal degradation, a vital capability in professional environments such as studios and live event venues.

In terms of connectivity, the DSC HD-3G A boasts multiple 3G-SDI input and output connections, offering flexibility in routing signals to various displays or recording devices. The unit is designed with a compact form factor, making it easy to integrate into existing systems without taking up excessive space.

Reliability is another core characteristic of Extron products, and the DSC HD-3G A is no exception. Built with high-quality components and rigorous testing standards, this device ensures consistent performance even in demanding scenarios. Furthermore, users can take advantage of remote monitoring and control capabilities that facilitate easier management of the equipment from any location.

In summary, the Extron DSC HD-3G A offers an array of cutting-edge features that cater to the needs of professionals in the audiovisual sector. Its automatic signal detection, superior signal processing, extensive connectivity options, and reliability make it an invaluable tool for anyone seeking to distribute high-definition video signals with confidence and precision. Overall, this device exemplifies Extron's dedication to advancing audiovisual technology and meeting the ever-evolving demands of its users.