Sample rate vs Bit Depth | Audio Terms for Beginners
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- Опубліковано 16 лип 2024
- www.justinballrecording.com/
The Recording Percussionist - Audio Recording Series w/ Justin Ball
Playlist: tinyurl.com/um7mxs
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Learn more about WHY we use 44.1 & 48 kHz sample rates, instead of just 40 kHz: tinyurl.com/btwddz5k
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GEAR USED TO MAKE THIS VIDEO:
📷 Camera: Sony a6600 - amzn.to/3zyTO8l
🔍Lens: Sigma 30mm F1.4 - amzn.to/3gF5fnx
🔭Manfrotto Aluminum Tripod - amzn.to/3xASn7A
💡Neewer Lighting Kit - amzn.to/3wTp5AM
🎤Rode NT1 Cardioid Condenser Microphone - amzn.to/3wGhWEb
🎛️Focusrite Scarlett 2i2 Audio Interface - amzn.to/3vF1PoZ
📺Glide Gear Adjustable iPad/Smartphone Teleprompter - amzn.to/3vAYaIB
🗜️Gator Frameworks Microphone Stand: amzn.to/3wG82lX
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0:00 - Intro
0:34 - Review
1:12 - Sampling
2:45 - 44.1 vs 48 kHz
3:00 - Which Sample Rate Should I Use?
3:40 - Bit Depth
5:25 - Recommended Sample Rate & Depth
5:49 - Outro
#samplerate
#bitdepth
#recording
#audioedit
#recordingstudio
#recordingartist
#editingtutorial
#editingvideo
Sample Rate vs. Bit Depth
Audio Terms for Beginners
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As a music production student for years now, this is the first time someone explained this to me in a way I could understand it pretty well.
Thanks so much. That means the world to me!
As a photographer, the mention of frame rate makes it so easy to understand. Great job!
Thanks!
Thank you for the information and total fluidity in approaching the topic! Great work.
Congratulations!
Thank you man. This is exactly the type of video I've been looking for. Amazing!
The BEST explanation I've seen in UA-cam!
Thanks so much!
This deserves far more views!
Thanks so much!
very well explained, thank you!
Great video. Thank you very much.
Thank you!
Excellent video! You are an excellent teacher !Thank you for your efforts Subscribed!
Thank you my friend!
It's a very good video and an excellent explanation. thank you!!
Thanks so much!
Thanks for the explaination really help me a lot for the bioacoustic study 😄
Can’t be explained better. Danke!
Thanks so much! Let me know if you’d like to see videos on other topics!
Best demonstration thank you!
Glad it was helpful!
what a nice video ! thanks a lot
amazing explanation!
Thank you!
very good video thank you very much!
Thanks for letting me know!
so now i know why lowering the pitch of audio causes it to become slower
well yeah, but if you are lowering the pitch of something, you need to make the sine waves longer, making the audio slower
So well explained and recomendation....🤖☺️👍
Thanks a lot 😊
Nice vid, tech simplified!
Glad it helped!
Very clear explanation sir.. thanks for your video
Glad you liked it
Thanks Brother
Genius thanks for the master piece
You bet! Thanks for watching!
Thank you.......goid lesson
Thanks so much!
brilliant
Thanks!
Thank you so much sir
Most welcome
Great Video And Awesome Explanation, How You Made it, Can you share it
I use Adobe Audition & Premiere Pro to make this video. The list of gear I used can be found in the description!
Justin, in your opinion, chosing a wireless microphone is more important the maxiumum SPL of the mic or the bit depth of the recorder/converter to avoid clipping and distortion?
@@JustinBallRecording Thank You for the reply Justin, you have very interesting videos, quality made! it's incredible you have so few subscribers!
I'm interested in mic because I have to decide between 2 wireless Mic with recording capabilities and at the moment the best are DJI Mic and Rode wireless Go 2, mainly for voice recording but I'm particularly interested they will not clip or risk distortion
From your videos I understand that with higher Bit Depth you get also more dynamic range, is for this reason I was supposing that the lower dynamic range of the 16bit (96db?) was a limit, I mean 96db means that the maximum volume can get without distortion is 96db?
@@GaetanoCrisciSorry, I admittedly misspoke in my previously reply, which I've deleted. YES, a higher bit depth means more dynamic range, and everything you just said is on point. However, something I didn't really go into in this video (because it's taking the "basics" a little too far), is that the higher the bit depth, the higher the signal to noise ratio. So, lower bit depths will capture more noise, and higher bits depths less noise. Because of this, it's typically better to go with higher bit-depths for recording, and upon looking into it, it looks like both mics you're looking at can handle 24-bit recording. However, if it's WIRELESS mics you're looking at, while Rode may have way more years experience creating audio products, DJI is the GOAT of wireless transmission systems. You just have to way your options considering price, audio quality, ease of use, ease of data retrieval/transmission, and read as many reviews as you can before making your decision. Hope this helps!
@@JustinBallRecording Thank You Justin! yes I have already watched many review with audio test, and sincerely with the UA-cam video (and audio) compression I can't hear any difference between the Rode and the DJI, undoubtedly DJI have the main advantage in transmission but you know what I have discovered asking to DJI support? the DJI Mic only give the 24 bit depth on the recordings! not on the audio wireless transmission! instead the Rode seams to be 24bit on both recording and transmission!
This sound curious! and here my knowledge to understand why they are doing this... end... as they (DJI) have strong transmission knowledge I was pretty sure they were both transmitting and recording at 24 bit... it's also sound strange that the wireless TX convert audio down to 16bit before transmitting... mysteries
@@GaetanoCrisci Wow! I never would have guessed that. I guess doing some research beforehand really paid off for you!
You made the sketches with after effects?
If I remember correctly…at the time I wasn’t familiar with After Effects, so I actually did this with a TON of key frames in Premiere Pro. It was time consuming, but I think it worked out!
@@JustinBallRecording with after effects can you make easy stuff and automatically?
Hey Justin.
If the sample rate is 44.1 khz per second, does that mean there will be 44,100 samples for each complete cycle Or only 44,100 samples for the whole 1 second.
1000 hz means 1000 complete cycles right?
Yep!
@@JustinBallRecording So, let's say that 1 sec with 44.1khz sampling rate.. There will be 44,100 complete cycles and for each cycle there will be 44,100 samples. So there's 1.94 billion samples in a single second of 44.1khz audio?
@@venvatpictures sorry, I misread your previous question. No, there will not be 44,100 samples per cycle. In the video I explained that the reason we have over 40,000 samples per second is because humans can only hear sounds up to 20kHz, so, to have an accurate reading we need at least 2 samples per cycle (one for the up, one for the down). 2x40,000 Hz = 40,000 Hz.
I don’t go deeper into WHY it’s exactly 44.1 & 48 in this video, because it’s actually pretty complicated.
@@JustinBallRecording Thanks Justin! I get it now.
i dont understand what is is difference between 'hz' and 'khz' and i want to see the actual analog
1 kHz = 1000 Hz. So, 48 kHz = 48,000 Hz
sir.. what's bit rate..??
Great question. Although some people use the terms “bit rate” and “bit depth” interchangeably, BIT RATE is commonly used to describe audio stream quality for music streaming services.
It’s also commonly used in video terminology in a similar fashion, referring to the depth of information captured in the video.
You are an awesome man.
I appreciate that!