Predefined Regions, Monitor Outputs | Black Box VSC-VPLEX4 guide

Chapter 6: VideoPlex4 Control Application

6.7 Predefined Regions

You can use the preset buttons to select the two most popular configurations: Quarter or Replicate.

Quarter

The first monitor displays the top left-hand corner of the input image, the second monitor the top right, the third the bottom left, etc. Use this mode of operation to drive four monitors in a 2 x 2 arrangement from a single high-resolution input.

Replicate

Each output displays the entire input image. The output monitors can be driven at the same resolution (with different timings if necessary) or a higher resolution.

There are no restrictions (other than the resulting scale factor must be 1:1 or upscale) in the region settings, so it is possible to have regions overlapping, or to program in gaps, etc. Additionally, each region can have a transformation such as rotation or flipping applied to it (after cropping) in order to support different output monitor orientations.

NOTE: A setting is valid when it is stored if the scale factors from input to output are 1:1 or greater. There may be instances where a setting stored in non-volatile memory that was valid when it was stored may subsequently require down-scaling if the resolution of the input increases. In this case, the firmware will adjust the scaling factors to give a 1:1 crop of the input, centered on the original region. To indicate that at least one output is no longer exactly honoring the programmed region setting, the front panel status light will not be lit.

Scaling Optimization

Scaling Optimization is used to optimize displays that have been scaled. If the display is mostly text-based, select “Text.” This will ensure that the displayed text remains sharp after scaling. If the display is video-based, select “Video.” Scaling optimization will ensure a smooth, un-pixellated display of video.

All modifications to the Region settings can be saved as part of a .vqs file, removing the requirement to input the same settings again. To save the settings, select the “Save” command in the File menu. To open a saved .vqs file, select the “Open” command.

6.8 Monitor Outputs

The Monitor Outputs group shows the actual resolution and refresh rate that each of the four VideoPlex4 outputs is currently providing. To see more information, such as whether this is an analog RGB or DVI mode, if it is the monitor EDID preferred mode, or a default mode programmed into the VideoPlex4, along with detailed timing information, click on the “Modify” button for the required output.

The frame-lock status is indicated by the small colored squares.

Green

The outputs are frame-locked to the Vsync of the first monitor, using a common reference clock. If the Input frame-lock light is green, then the reference clock is taken from the input DVI source, and the system is fully frame-locked to this source. If the input frame-locked indicator is gray, then the outputs are frame-locked together, but are not related to the input sync.

Gray

The outputs are NOT frame-locked.

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VSC-VPLEX4, VideoPlex4 Video Wall Controller specifications

The Black Box VSC-VPLEX4, also known as VideoPlex4, is a sophisticated video wall controller designed to create dynamic and immersive visual displays. This powerful unit is engineered to facilitate the seamless management of multiple video sources, allowing for significant versatility in a variety of environments, such as control rooms, command centers, broadcast studios, and corporate displays.

One of the standout features of the VideoPlex4 is its ability to support high-resolution output across various display configurations. With support for up to 4k resolution, users can expect crystal-clear visuals and precise detail, which are critical in applications that require real-time data monitoring or visual analysis. The device can handle various input formats, enabling users to connect an array of source devices, including computers, cameras, and multimedia players.

The VSC-VPLEX4 is built on cutting-edge technology that focuses on enhancing user experience. It comes equipped with an advanced scaling engine that ensures every source is optimized for the video wall display, eliminating issues such as distortion or lag. This technology allows operators to display multiple content types simultaneously, from videos to live feeds, achieving an impressive and cohesive presentation.

The Black Box VideoPlex4 is user-friendly, featuring an intuitive interface that simplifies the control of complex video wall setups. The control software is designed for flexibility, offering customizable layouts and the ability to interactively manage content through drag-and-drop functionality. This ensures that even non-technical users can operate the system with confidence.

Additionally, the VSC-VPLEX4 supports various output types, including HDMI, DVI, and DisplayPort, ensuring compatibility with a wide range of display technologies. Built-in multi-view capabilities allow for the simultaneous display of multiple sources on a single screen, which is ideal for environments that require real-time monitoring of various inputs.

The robust design of the VideoPlex4 ensures reliability in demanding environments. Its sturdy construction is complemented by features such as redundant power supplies, which provide an additional layer of security to keep operations running smoothly.

In conclusion, the Black Box VSC-VPLEX4 VideoPlex4 Video Wall Controller is an essential tool for professionals who demand high-quality visuals and reliable performance. With its advanced features and technologies, it stands out as a premier choice for creating stunning video wall experiences in any setting. Whether for control rooms or public exhibitions, VideoPlex4 meets the needs of modern display applications with excellence.