This video is so good. All of the information is useful. None of it is misleading or incorrect. It's presented excellently and the examples or incredibly relevant. I shared this with a friend who is trying to learn how to mix vocals and you explained it so much better and faster than I would have. Thank you.
@@joshuacook6981 Yeah, I suspect you're right about phase alignment being harder to control with brick wall filters. I think the future of DSP will make speaker building incredibly easy. The user will set an EQ curve to their liking, specify how many degrees out of phase they will tolerate, how much distortion they'll accept, and then a measurement software program runs sweeps and adjusts crossover points, crossover slopes, delays, and filters to achieve the best result. If it can't be done it will prompt you to increase tolerances on a certain criteria. Then you measure off axis response to confirm. For all I know, pro versions of Clio already offer this.
I'm no rube, but I'll admit, I didn't understand LPF and HPF terms until I watched this video! I know what I want when I only want x frequency and above to pass but didn't know what to call it! Thanks so much!
The way this person explained these very things bring so much clarity, it takes away all of the complexities concerning EQ-ing and tone shaping when mixing. Thank you so very much for everything! ;)
wow, awesome lecture, so clear and concise, well done. i will be looking up more from this channel. oh i just realized it's not always this guy. this guy does a great lecture.
wow this was excellent!! i learned something very valuable watching this video!! thanks for explaining it as if i didnt already know what it was thats how people should teach!!
Love the very important information, but it's weird to see someone reading instead of looking at the lens... thumbs up for the excellent explanation :)
I have a parasound amp. I have an option of setting high pass filter to 20 or 40hz. I have monitors and a sub. Where do I set the amps high pass filter to? 20 or 40hz? Or I could set it to flat. Disconnecting filter
Actually most often high pass filters are set to around 40Hz. We feel these low frequencies more than we hear them. Most instruments and vocals have nothing besides mud below 50Hz.
Suppose I want to use a highpass filter to remove a variable DC offset. I have a quality IIR equalizer, but its cuttoff only goes down to 20 hz. Could I get the filter to act below 10 hz if I were to speed up my audio twice by doubling its sampling rate before processing? I know usually there is a catch when dealing with frequencies.
Why is the cutoff frequency not the actual cutoff point for the attenuation? You can see that if you use a high pass filter with a "cutoff frequency" of 25Hz, the attenuation actually starts at around 55Hz. Surely this would mean that 55Hz is the true "cutoff frequency"right? Why do filters work like this?
Your voice sounds very sharp- it could use less high end what is your solution what is the highest frequency you arr making in this video, it is a bit irratating so what is the fix.
This video is so good. All of the information is useful. None of it is misleading or incorrect. It's presented excellently and the examples or incredibly relevant. I shared this with a friend who is trying to learn how to mix vocals and you explained it so much better and faster than I would have. Thank you.
Great Video! The dude knows what he is talking about. Scripting this type of video is the only way to present it in a way that won't take 30 minutes.
@@joshuacook6981 Yeah, I suspect you're right about phase alignment being harder to control with brick wall filters.
I think the future of DSP will make speaker building incredibly easy. The user will set an EQ curve to their liking, specify how many degrees out of phase they will tolerate, how much distortion they'll accept, and then a measurement software program runs sweeps and adjusts crossover points, crossover slopes, delays, and filters to achieve the best result. If it can't be done it will prompt you to increase tolerances on a certain criteria. Then you measure off axis response to confirm.
For all I know, pro versions of Clio already offer this.
I'm no rube, but I'll admit, I didn't understand LPF and HPF terms until I watched this video! I know what I want when I only want x frequency and above to pass but didn't know what to call it! Thanks so much!
The way this person explained these very things bring so much clarity, it takes away all of the complexities concerning EQ-ing and tone shaping when mixing.
Thank you so very much for everything! ;)
Couldn't explain it more clearly in 5 minutes. Brilliant!
wow, awesome lecture, so clear and concise, well done. i will be looking up more from this channel. oh i just realized it's not always this guy. this guy does a great lecture.
For someone who has been slowing getting into home recording, I am very happy with how well this was explained!! Great video
That has to be the best example and explanation of HPF and LPF I have ever heard!
I got a midterm tomorrow and this helped A LOT. Shouts out to you
You got a subscriber. This was by far the clearest explanation I've ever heard. Thank you!
very well explained my friend. I approve of this video!!!
Woow, thanks for the info. Nice diagrams and stuff make it easy to understand. Thanks again
Best video I've seen on this. Thank you for making this so simple.
Excellent video. Quick and simple in the explanation. Thank you!!
You are amazing! So knowledgeable, and you explain the low and high pass filters so well! Thanks for making this!
wow this was excellent!! i learned something very valuable watching this video!! thanks for explaining it as if i didnt already know what it was thats how people should teach!!
Pretty nice down to earth not over complicated explaination my friend. Nice setup in the background also :)
very complex topic but excellent audio example and well explained to a simpleton like me!
Super explanatory and helpful!
Thanks a lot! This is a very useful video! I finally understand how EQ works!
this made so much sense
Love the very important information, but it's weird to see someone reading instead of looking at the lens... thumbs up for the excellent explanation :)
That was fantastic! I was really having issues leaving "room" in my mix, I'll try this out tomorrow!! Thank you!
Well? Come on now. How did it go?
Excellent explanation on the topic. Thanks....!
thanks for a clear explanation
You are a boss. Great explanation 👍🏼
Very infomative
Great job broh
Awesome! Make more videos!
very good explanation, thank you !
Thanks for the education...
I have a parasound amp. I have an option of setting high pass filter to 20 or 40hz. I have monitors and a sub. Where do I set the amps high pass filter to? 20 or 40hz? Or I could set it to flat. Disconnecting filter
spectacular tutorial
Lovely ! Thanks for the post !
very clear! thanks so much
Excellent vidio. Thank you so much, for sharing :)
Very helpful video, thanks a lot!
Thank you this is so helpful
Actually most often high pass filters are set to around 40Hz. We feel these low frequencies more than we hear them. Most instruments and vocals have nothing besides mud below 50Hz.
Suppose I want to use a highpass filter to remove a variable DC offset. I have a quality IIR equalizer, but its cuttoff only goes down to 20 hz. Could I get the filter to act below 10 hz if I were to speed up my audio twice by doubling its sampling rate before processing? I know usually there is a catch when dealing with frequencies.
holy learnt so much . tHANKSSS
20/20 : )) Thanks!!
very informative, explained a lot :)
Thanks for the information..
What about the phase changes that go along with this?
Which software can I use to apply these filters in a mp4 file?
Why is the cutoff frequency not the actual cutoff point for the attenuation? You can see that if you use a high pass filter with a "cutoff frequency" of 25Hz, the attenuation actually starts at around 55Hz. Surely this would mean that 55Hz is the true "cutoff frequency"right? Why do filters work like this?
simple and effective
communications class is starting to make sense.
Great video!
My Add wouldn't let me ignore the fact that the teleprompter was so high up that he looked like he was zoning out.
Awesome, Thanks
awesome thanks!
Great video, thanks!
thanks i learnt how to reduce esses in my mix thanks
Terrific
very good!! thanks
thank you honestly it helpsful
Are you Stephen Hawking from the Music version..
brilliant
?? human frequency hear range is 20 to 20000 hz... shouldnt over use filtrer
So this is where Ian from Smosh went
Wtf this guy never blinks
Blink god damn it!
Your voice sounds very sharp- it could use less high end what is your solution what is the highest frequency you arr making in this video, it is a bit irratating so what is the fix.
Great video, useful information, but he looks like Bieber with a beard lol!
You look like the Ranae from "Finding Bigfoot" google it!
This is what Cs188 would look like if he got a real job.
You done lost me from the very start.
Lol
Who is agree that this guyy resembles justin beieber
Fantastic video, thank you!