VDX-16×16

The VDX-16×16 is a mid-sized 4K60Hz 4:4:4 matrix offering a complete solution for switching and distribution of the most common AV signal types and standard connectivity. Differing signal types can be accommodated using a modular construction. Removeable horizontal blades can be inserted or exchanged allowing inputs and outputs to be expanded in groups of 4 up to the maximum chassis size available. A variety of different blades are presented including HDMI and HDBaseT.

All input signal types are converted to an internal standard format allowing the flexibility of conversion to any output signal format. The conversion into an internal co-timed format provides a seamless switching feature allowing images to be changed without frame rolls or the need to go to black. Each output blade has a individual internal scaler allowing every output image to scale to the native resolution of the connected display for a more professional presentation.

The VDX-16×16 encompasses a comprehensive method of control including IP, an internal web browser, RS232, remote panel, and front panel buttons with LCD display. The DMM+ range now incorporates the VMXE Videowall processor technology which allows several output blades to be grouped together to form a multi display video mosaic or wall. This feature is available for the HDBT and HDMI output cards.

Control signal routing is offered as standard allowing infrared and RS232 signals to be selected independently between the HDBaseT inputs and outputs. The signals can be connected via the blades directly or through the connected appropriate Cat 6/6A transmitters and receivers. To aim ease of installation and improve power efficiency and heat dissipation, powering of the transmitters and receivers is achieved through the Cat 6/6A cable. DC power is sent via common mode connection across the 4 differential pairs of the network cabling.

The VDX-16×16 routes the embedded multi-channel audio from the source device along with the video signal but can also be swapped with a locally generated audio signal and inserted via the HDMI blade. Similarly embedded audio is transmitted inside the output video signal but is also available as a stereo analogue signal on the HDMI output blades.

New to the VDX series include:

Input signal management:

• On Screen Display (OSD) – Input blade features include the ability to add an onscreen display to each individual input. Characters can be superimposed on the incoming video with the ability to change the text colour and background. The position can also be altered together with the facility to have the text move either forward or backward.
• Input Image cropping – Each input video source can be cropped. Any portion of the image can be selected with X.Y co-ordinates and then scaled up to the appropriate resolution.
• IP Camera decoding – The VDX-IP2-IPC blade allow a direct connection to the matrix from various IP sources. The blade is ideal for interfacing to IP cameras in security applications. Video feeds can be viewed as multiple split screens as 1, 4, 9, 16 or 25 separate images as a mosaic.
• Test mode – If no video is detected at the input, a pre specified colour will be displayed. Also, a test signal can be shown for each input helping with installation and fault finding.

Output signal management:

• Output text and image – Each video wall output blade can provide a number of new features expanding the use of the system to other important applications. An additional image can be uploaded and stored locally for each output background. This image is in addition to the number of window layers available. Scrolling text with banner can be added to each output including the ability to adjust the colour, size, speed and direction of the text. Lastly system time and date stamp can be added to the image with position and size adjustable.
• Input signal preview – The VDX-PVW blade allows the monitoring of every input. Each source can be scrolled through prior to selection to the quad preview display. The preview video is available through an IP stream on an Ethernet port.
• Background colour – unused outputs can be forced to show a particular test signal. Also, each output can be forced to show a chosen test signal helping with installation and fault finding.

Third party device control:

• Multi-device intelligent control – The system can send control commands to third-party devices, enabling operations such as switching large screens, raising, or lowering curtains, and more.

Input Blades

Output Blades

Video Wall & Multiviewer Function