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That’s a bit much. Which Bluetooth device was it?

A beautiful sound system for the TV, and 35Hz as the lowest frequency is really great!

Thank you for your comment, and more videos will follow soon!

Sounds interesting! I think you measured the frequency response because of the resonance frequency. Good 👍

You really have a lot of speaker test videos on your channel. 👍 Maybe you could also test if you have a speaker that can handle 1-10Hz. 😀 ruclips.net/user/shortsmmtqBRSLcz8 Thanks for your comment! 😉

@ I did the test but the first one I was trying almost blew up

Oh 😮 … I’m so sorry, that was not the intention for the speakers to burn out during the test. I saw your video, cool 🤗 and incredible how well such a small speaker performs! 👍

@Tech.m59 OMG

Absolutely not 😄

thx 👍

Definitely still within a good range 😉

Why WFT? The result is not that bad. 😉

Thank you for your comment. Whenever something positive happens as a result of the video, I am happy. 🤗

Wow.....that's really strange. I haven't experienced it myself (tested on different devices). Has anyone else had the same problem? 😳

I would like to know the outcome of this problem if it gets resolved. For me, it’s working as it should.

@AudioBenchmark thanks for responding about it. I think it's something like the delay is half a second and the beep is half a second so you don't ever hear it. My solution for now is just to not use Bluetooth and just plug a wire to my stereo from my projector

Yes, most headphones definitely start playing very low, and low frequencies are very well audible. THX 👍

Thank you for this detailed comment! Much appreciated! 😉 The test (unfortunately) also works when the crossover frequency of the subwoofer is set too high. This is because the test measures at the test frequency (70, 80, 90 Hz) and doesn’t know how the subwoofer is set. This is, of course, not ideal, because the measurement adjusts the correct phase at 70, 80, or 90 Hz, but above that, the frequencies add up, leading to further phase errors. Some sound pressure level measuring apps can also display the frequency response. Maybe you can try one of those to set the correct crossover frequency for your subwoofer. Of course, only the subwoofer should be playing during this test. And don’t forget, the crossover frequency of the subwoofer should be determined at a -6 dB amplitude drop. The correct crossover frequency for your satellite speakers is where their low-frequency response also drops by -6 dB, not where they just begin to roll off. (@12dB/Oct)

@@AudioSignalSuite So, I’ll attempt to precisely position the cutoff frequency knob at 80 Hz (THX number) and experiment with that setting. When the knob is at the 4 o’clock position, which corresponds to the minimum frequency of 50 Hz, and at the 2 o’clock position, which corresponds to the maximum frequency of 200 Hz. Sony’s instructions indicate that the smaller the front speakers, the higher the cutoff frequency. My front speakers are standing Sony SS-CS3 with 2 x 5 inch woofers with a 45-50k Hz Frequency Response.

That’s quite high, the frequency where you start to hear something. The MX-T70 has a built-in 10” subwoofer, so the lowest frequency should actually be a bit lower. Maybe the bass range in the equalizer is adjusted? Thank you for your comment 😉, but I expected a lower frequency from such a large box (because of the 10” subwoofer).

⁠I don’t know if it’s starts but it was in bass mode

@@AudioSignalSuiteBtw Nice videos I Started subscribing you when I had my first subwoofer 😊

@@AudioSignalSuitealso the whole time it was low volume sp it started at 62hz

@ljhannah080612 thx for this nice comment 🤗

Oh, that’s very little bass that you can hear then. I think you probably have very small speakers (a small woofer/midrange), right?

👍👍👍

Hello, The polarity test does not work on headphones. With speakers, one speaker cancels out the sound of the other if they are wired incorrectly. This doesn’t happen with headphones because you only ever hear one channel at a time-your left ear hears only the left signal, and your right ear hears only the right signal. Therefore, frequency cancellation cannot occur.

Don’t let him dance too loudly at that frequency 😀 (so nothing gets damaged).

Ohhh, that definitely looks like a defect. 😳

I agree, unfortunately 😕

@@AudioSignalSuite i scam😶

Proszę bardzo. Bardzo miło słyszeć, że się podoba. 🥰

Does a smartphone on its own, meaning without a connected Bluetooth device, have a latency of 100 ms? That would be very unusual and strange. It really shouldn’t be the case.

Yes, I also have a pair and completely agree with you. 👍

Wow… that’s obviously difficult to answer. What kind of speakers do you have?

@@AudioSignalSuite poor guy :( On the other hand, I am doin great I just got my Klipsch RP-500II in and paired with my Paradigm PW800. The results are quite satisfactory

@@AudioSignalSuite pioneer mvh s125 pioneer ts-g1320f pioneer ts-g1615r pioneer ts-s20 4x60 amplifier and a bass (cabinet) of about 4 ohm 70 rms, the brand of which I don't know

I checked out your GarageBand work on your channel and was amazed at what’s possible with GarageBand! 👍 In the test video here, do you have an approximate delay of around 50ms? That’s quite a lot for music production and can definitely be disruptive when producing music. Maybe you have the option to use wired headphones instead? Unfortunately, Bluetooth audio has no place in music production. 😬

@1987rickjoy I agree, great work on GarageBand! But unfortunately, I have to say that 50ms is too much delay.

Hi. The source material of the song really consists of 24 individual pieces in the respective quality. These individual pieces were then saved with a time delay in a 16bit / 48kHz WAV file. The 4Bit section really only has 16 values (dynamic range) in the amplitude that are recorded. However, this is strangely not very noticeable in the song because the steel drum still sounds too good (maybe I should have chosen a different instrument). With a different type of music, the 4Bit sounds much worse.

20 dollars is fine, but I think it could be a bit bigger, right? 😀

Thank you for your comment and the information, as I didn’t know that and am not familiar with this feature on RUclips. Is there a way to enable it somewhere?

Where can you adjust that on RUclips?

Yes, many smartphones play sound in stereo when you rotate/hold them horizontally.

Here is the club of 10Hz Subs 😂

And why, if I may ask?

🤗 Thanks 🤗

Sennheiser HD569 start pretty strkng at 20HZ.

Thank you for such an interesting message. You’re definitely dealing with phase cancellations, but how to eliminate them in a car with simple methods is something I’m unsure about myself. I find it a difficult topic. I’ve never thought about something like this before. In a studio or at home, you can solve quite a lot with a good EQ. In any case, I’d suggest taking a closer look at your crossover frequencies and testing whether you can optimize something there. The subwoofer may need to be crossed over at a lower frequency.

From 100ms onward, you can clearly notice a delay, but as long as it’s still around the 50ms range, everything is fine.

👍👍👍

That is definitely perfect. 👍

Did you also run the test with a connected Bluetooth device? Otherwise, perfect! 👍

@@AudioSignalSuitesame and yes, Sony wh-ch720n on iPhone 13

If you hear the sound at the ball’s impact between 0ms and around 50ms, then everything is perfectly fine! 👍

Yes, headphones usually have no trouble reproducing such low frequencies. It’s a different story, of course, with regular (small) stereo speakers. Thanks for your comment! 👍

Then you need to get a Bluetooth speaker with a 100ms delay, and then it will be perfectly back to 0ms 😂

Do you have a negative value? So, does your TV/monitor have a delay, right?

Im using earpods

Which device are you using as a display? Is it a smartphone, a TV, or a computer monitor?

ass

I never thought there would actually be so many people who can already hear 20 Hz during a bass test. 👍

Wow. I’ve never experienced that myself. Which AirPods are they? I personally also test my music on Apple AirPods Pro (1st Gen).