![]() There are also labels displayed below the live video to make it easy to identify the input customers are viewing. This means customers can see all router inputs as live video before customers change a route. With a built in LCD, Blackmagic Videohub 12G can show customers live video of all their router inputs. ![]() The LCD also has menus so it lets customers change router settings. However because the panel is built into the router, customers can also see live video on the LCD. The front panel is similar to a Videohub Master Control Pro and it features a spin knob for browsing, direct entry buttons for speed and an LCD for displaying labels. The built in front control panel lets customers route video, so customers get the perfect solution for live production racks that don't have the space for extra hardware panels. Blackmagic Videohub 12G is also great for adding extra inputs to an ATEM switcher. Or customers can route video to multiple streaming processors for all their broadcast platforms. It lets customers use multiple HyperDeck recorders for redundant mastering. Customers get total flexibility to handle constant change or even emergencies. This means monitors can view any source in the studio. Customers don't need complex system diagrams for their studio because customers can connect any video input to any video output, or even a single video input to multiple video outputs. Blackmagic Videohub 12G models feature a front panel with shortcut buttons, an LCD which can display labels or live video, and a machined metal spin knob for browsing video sources.īlackmagic Videohub 12G is available immediately from Blackmagic Design resellers worldwide from $1,395.īlackmagic Videohub 12G eliminates cable mess because customers can plug all their SDI equipment into the router, then do connections electronically. Telnet into the Videohub and leave Terminal running.FREMONT, Calif.-( BUSINESS WIRE)-Blackmagic Design today announced 3 new models of Blackmagic Videohub 12G zero latency video routers that let customers connect and route any combination of SD, HD and Ultra HD on the same router at the same time. command file, then double-clicking the script applet So in the end, you can start your day with double-clicking the. Save the file as something like mand (instead of the. Videohub switches all your routes.Īlternately, keep the one-click-mentality going and automate your telnet login with this: Open /Applications/Utilities/Terminal and telnet into the Videohub:ĭouble click your new script applet on the Desktop and voilà. Save the script as an application named something appropriate (Routes1, cue1, show, etc.) likely next to the txt file in an easily accessible spot, so in this case the Desktop.ĭo the above for as many different patch salvos/macros you want, keeping the txt filename and the path in the script in sync for each. Of course, the path should point to your text file's location. Tell application "System Events" to keystroke "v" using command down Open /Applications/Utilities/Script Editor.app and enter the following: So for example, ROUTES.txt is on my Desktop and contains:ĭon't forget to include an extra carriage return at the end. ![]() ![]() ![]() txt file with your desired patches, keeping in mind the 1 number offset (input 1 is 0, 2 is 1 etc.) and save it somewhere naming it something. I tried scripts using expect -f, but there's no prompt in the telnet session, so it stalls and I couldn't seem to make that work, so this is a cheap fix, but works fine.Ĭreate a. If you make a simple script for the Mac to do this in a more user-friendly GUI fashion, please share it - especially if you include the adjustment of the numerical values by 1 into the script.įor anyone searching for info on scripting telnet for Videohub using MacOS, here is a spelled out version of a way to do it.Īn elementary, yet efficient Applescript that just copies routes from a text file and pastes into your telnet session makes switching I/Os a simple double-click of an applet. I don't know enough about writing scripts to create a script to send these Telnet commands, but the commands are easy to send in Terminal. And you can save frequent routing scenarios as a txt file, and cut/paste the routes you want when needed. The only tricky part is that your router is generally labelled as inputs and outputs 1 through 16 (or higher, depending on model), but the telnet commands see them as 0 through 15 - so you have to adjust all of the numbers by one. The more routes you try to switch at once, the more latency there is. This would route input 3 to output 0, input 10 to output 1, input 3 to output 2, and on down the line at the same time, though not exactly the same instant. ![]()
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