Video Cards

When building a video wall system, high-performance video content is a must to ensure vibrant and effective display. For systems that demand Ultra-High Definition video presentation, this Radian Video Wall Controller Graphics Card delivers four channels of full 4K60 4:4:4 HDMI 2.0 video output with HDCP 2.2 support to your video wall displays, offering the highest quality of video graphics performance.

Highly scalable and flexible in design, up to six of these cards can be added to a Radian Video Wall Controller system for a total output of twenty-four 4K displays. When combined with a VSC-VPLEX4000 controller, additional expansion is achievable by breaking out the 4K video outputs into four HD video outputs, for up to sixteen HD video outputs per card (Contact Black Box Tech Support for configuration help).

Fully integrated for graphics configuration via the built-in drivers, it's easy to set-up varying combinations of displays and their output resolutions, rotation, and other settings in just a few minutes. And, with the addition of Radian Management software to your Video Wall Controller system, you'll have everything you need to design, manage, and control your video wall content and displays for effective presentation that drives results.

• Displays either the default or the copied EDID for connected displays.
• EDID learning functionality prevents computers from deactivating ports.
• A built-in rotary switch enables you to manually select and compare video resolutions.
• Records and stores up to 15 different sets of EDID data.

Frequently, the graphics card in one of your source devices can't read the top resolution supported by an attached display. For example, there may be a KVM switch in between the source and the display.

In that case, it will output video at a default or native resolution that could be lower than what the display is capable of.

In a PC, you could go into the video settings table and change the video output to match the display, if you even know this information. But that's not exactly a plug-and-play solution.

This is where the value of a device that supports EDID comes in. EDID provides for optimal source-to-screen performance.

EDID will optimize the video card output for the capabilities of the end display. The EDID ghost unit enables the copying, emulating, cloning, and ""learning"" of EDID data from a display

Frequently, the graphics card in one of your source devices can't read the top resolution supported by an attached display. For example, there may be a KVM switch in between the source and the display.

In that case, it will output video at a default or native resolution that could be lower than what the display is capable of.

In a PC, you could go into the video settings table and change the video output to match the display, if you even know this information. But that's not exactly a plug-and-play solution.

This is where the value of a device that supports EDID comes in. EDID provides for optimal source-to-screen performance.

EDID will optimize the video card output for the capabilities of the end display. The EDID ghost unit enables the copying, emulating, cloning, and "learning" of EDID data from a display.

The unit works with a variety of devices, such as Blu-ray DVD players, game consoles, HD set-top boxes, LCD displays, and digital TVs.

Live Stream Media over IP Extend AV signals as far as your network reaches. This media encoder interfaces with HDMI signals to deliver media over your IP network. It features one HDMI input and one Ethernet output for simplified integration into your AV system.

Standardized Protocols

This encoder complies with standardized and disclosure protocols so that it can work with third-party decoders, such as VLC software, STB, or a media encoder in another system. This allows you to choose the most suitable devices for your AV system.

Advanced Media Codec

The encoder features H.264 video compressing technology. This allows it to transmit video content with visually lossless quality without consuming too much bandwidth. On top of that, the encoder supports AAC audio encoding so a high-quality audio signal can be transmitted using low bandwidth.

Optimized Control Methods

This encoder offers two controlling approaches: web UI and Telnet API. The web UI enables the user to control the system through a common browser. The Telnet API allows the devices to be controlled by a third-party system.

Live Stream Media over IP Extend AV signals as far as your network reaches. This media encoder is a live streaming media encoder that interfaces with HDMI signals for delivering media over IP networks. It features four HDMI input(s) and one Ethernet output for simplified integration into your AV system. It can be used with the VS-2001-DEC decoder, or third-party decoders such as a set-top box, a VLC and Kodi media player on PCs to provide complete end-to-end streaming systems.

Standardized Protocols

This encoder complies with standardized and disclosure protocols so that it can work with third-party decoders, such as VLC software, STB, or a media encoder in another system. This allows you to choose the most suitable devices for your AV system.

Advanced Media Codec

The encoder features H.264 video compressing technology. This allows it to transmit video content with visually lossless quality without consuming too much bandwidth. On top of that, the encoder supports AAC audio encoding so a high-quality audio signal can be transmitted using low bandwidth.

Optimized Control Methods

This encoder offers two controlling approaches: web UI and Telnet API. The web UI enables the user to control the system through a common browser. The Telnet API allows the devices to be controlled by a third-party system.