Thanks!

from a company like ROE, easily 1M+ $.

@@angusmacd9903 nhaaaa we got a wall around three times this big with bp2's that is around 1,5 - 2M with proper processing ;)

​@@daangeurts27892M USD?

您可以选择自定分辨率设置

@@ocolourtaxileddisplay410 Do you sell LED displays? What is your website?

In terms of the video wall, you can connect HDMI, SDI and display port. So you could plug in a computer and then remote into it from anywhere in the world or stream a signal via a RTMP or SRT signal using black magic encoders and decoders or really any system you want. But the wall and processor themselves do not do video over IP. You would just plug in a device that does that.

Not wise because of the electricity consumption, Better off with a good projector

There are multiple ways to get content on the wall. Most processors can take several types of inputs such as SDI, HDMI, Display Port, and fiber. Older processors like the VX1000 even support DVI, but that standard has been mostly phased out of production use. Once you get your wall configured, you can connect a camera directly but you have limited control on the processor. Most of the time you would run your cameras and media servers through a switcher and then send your program feed to the processor.

I usually just connect switcher to the processor and then let the processor position the input on the canvas the way I want it but in your case you have a couple options. Yours in more of a super ultra wide or 2 screens side by side. So in your case; option 1 - I would send a computer directly to the wall with 2 feeds. Then do two separate inputs to your processor and have them show up side by side. Or do a mosaic of both screens so the computer treats it as one super ultra wide. Option two, run your system through a multi M/E switcher and use 2 M/Es to send 2 feed to the switcher. Again side by side. Then use something like your black magic atem switcher with M/E 1 left and M/E2 right and use DVEs with macros or companion to place any content anywhere you want across the two screens, even putting content in the middle by cropping a DVE to half on the left. And a second DVE on the right making one image in the middle. And you can still have a background loop going behind. This is using up stream keyers in the switcher. Option 3: just send a standard 16x9 single feed to your switcher. Then increase the size proportionally until it fills the width of the screen. Then center the content horizontally to the screen. This prevents any stretching but basically cuts off the top and bottom sections of the image. You can set these custom dimensions to something like power point so the content fills the entire screen without anything being cut off for the power point. Let me know if you like these ideas or need any help executing them with your system. Thanks!

@@liveproductionmastery thank you so much for the thoughtout response. I ended up using option 1 and kind of 3.. using one computer created a custom resolution second screen with the size of the screen. sending that to the processor and using propresenter to send things to the screen. added NDI inputs from other computers so i can show and hide when needed on top of the background image or animation.

Blizzard Icon VFX panels

Easily 6 digits

​@@HarryL2020 Yeah definitely 6 digits. The curved wall shown at the start may even be over a mil in USD. I work with 75 square metres of Absen 2.5mm, and it was a half million £ investment. This is a very nice wall, I like how they have 0.5m bases so they achieve smoother curves. We only have a few of those, most of ours are 1m bases as the majority of our work is flown or ground stacked in straight sections.

You are sure that you need 500,000 pounds to buy a 75-square-meter rental screen. This price is really sky-high.