I’ve been reacquainting myself with Q Lab as I’m going to use it for a gig this month doing some interactive audio/LX for a Halloween Party 🎃 So, I figured I might as well share some tutorials with all my fellow audio wizards! 🧙🏻‍♂️ Q Lab is a great tool for programming audio cues and stingers (specific audio fx or songs you want to play at specific times in the song, specific times in your show, in a specific order, you get the idea, it allows you to edit and trigger audio in a specific way). Similar software tools include Playback Pro, Mitti, Sport Sounds, etc. but Q Lab is arguably the best at this point, or at least the most versatile. Q Lab also allows you to edit and trigger videos, or send MIDI cues to your lights and synchronously trigger audio cues as well, which is what I’m doing at the Halloween Party 👻 It has a bunch of other features and use cases too. But assuming you know nothing about Q Lab, here are some beginners tutorials! https://youtube.com/playlist?list=PLjXnSOcWbDXuAww6sWQxrFo2vzjZ9x0Aw&si=7ylNN7SVqzLEsIHo

By request from @Tim Steinruck, here is a post dedicated to Dante!

By request from @Rhys Hykawy, we all see L(xy)-(ab) on our twist lock power cables, but do we know what each variable means? The name L21-30 is a standard NEMA (National Electrical Manufacturers Association) designation that follows a specific code to describe its features . The breakdown of the name is as follows: - L: The prefix "L" stands for "locking," which indicates that the connector is a twist-locking type. When a locking plug is inserted into a locking receptacle, it is twisted to secure it in place, preventing accidental disconnection. - 21: This number identifies the specific NEMA series that the connector belongs to. The 21-series connectors are designed for three-phase Y-power configurations. - 30: This number indicates the ampere rating of the connector, which is 30 amps.  Therefore, the name L21-30 signifies that it is a Locking connector from the 21-series, rated for 30 amps. The "21-series" indicates it is intended for a 120/208V, 3-phase Y-power system. So, if you see a different designation (e.g., L5-20), you now know the amperage rating of your twist lock cable, and all you have to do to find out what voltage and phase type you need is to look up the NEMA code, which you can do here: (R = Receptacle, P = Prong)

There’s tons of different positions to apply for. Lots of touring work. Check it out! https://www.feldentertainment.com/careers/all-positions/?utm_source=facebook&utm_medium=social&utm_campaign=feld-careers&utm_term=jobs&utm_content=jobs&fbclid=IwdGRjcAM9UK9leHRuA2FlbQIxMQABHl-sfvyidP0fOzfrSmiS-2NOK9LrUwxVQUzBtUPwM3FzFfONda1Dsjy296Ii_aem_WEK6T_r4I1EVTvPp-XQilA

Learn how to connect devices together on a network. Useful for Dante and wireless control in audio, Artnet or sACN in lighting, programming LED walls (AV over IP), connecting PTZ cameras to controllers and computers, and tons of other use cases.