Contributing

Who owns loud audio?

Standard

Who owns loud audio?

Transom Capital Group
Ownership change and renewed focus In October 2017, Transom Capital Group acquired all LOUD Technologies brands and rebranded the company as LOUD Audio, LLC.

What is the highest dB for speakers?

Loudest Speakers In The World

  • Was 3000 by Wyle Laboratories. This incredible speaker can produce sound up a level of 165 dB.
  • Matterhorn by Danley Sound Labs. The Matterhorn is a quite incredible speaker.
  • 9918Z by Digital Designs. This is a subwoofer and speaker combo.
  • The 60-inch Subwoofers. That’s right, you read that.

When was the first loudspeaker invented?

1876
The Early Sound 1861: Johann Philipp Reis installed a speaker that produced clear tones on his telephone, but the sound came out muffled. 1876: Alexander Graham Bell got a patent for the first loudspeaker, which produced intelligible speech.

Where is Mackie located?

Mackie is an American professional audio products brand. Founded in Seattle in 1988 by Greg Mackie as a manufacturer of affordable and versatile compact pro audio mixers, Mackie is the primary product line of LOUD Technologies.

How many dB is a good speaker?

The higher the sensitivity rating, the louder your speaker is. An average speaker comes with a sensitivity of around 87 dB to 88 dB. A speaker with a sensitivity rating over 90 dB is considered excellent.

What dB is good for music?

between 60 and 85 decibels
Experts recommend keeping sound levels at somewhere between 60 and 85 decibels to minimize the damage your ears are exposed to. If you are listening to music at around 100 decibels, restrict your usage to within 15 mins.

Is Mackie made in USA?

FEATURING THE FAMOUS MACKIE MIC PREAMPS, FLEXIBLE ROUTING, MUSICAL EQ AND HIGH HEADROOM! WORKS GREAT. INCLUDES POWER CORD AND ORIGINAL BOX. MADE IN USA.

How does a loud speaker work?

Alternating current (ac) supplied to the loudspeaker creates sound waves in the following way: a current in the coil creates an electromagnetic field. the electromagnetic field interacts with the permanent magnet, generating a force which pushes the cone outwards. the current is made to flow in the opposite direction.