Why is the Neumann U87 so good?

Why is the Neumann U87 so good?

Part of the reason why the Neumann U87 is such a studio favourite is because of its reliability. Having been in many different recording studios, one comes to recognize the real impact that a microphone can have on a vocal sound.

Are Neumann microphones worth it?

They’re well built, and will last a lifetime. If you want that sound, but can’t afford it, there are plenty of clones out there that’ll get you very close. If you don’t particularly care about the U87 sound, there’s plenty of high quality mics at lower price points.

Why is the Neumann U87 so expensive?

These days, labor costs are a major factor, especially with products that are essentially handmade. Some competitors have outsourced their production to low wage countries, but Neumann microphones are still made in Germany by specially trained staff. It’s simply impossible to get the same quality at a lower cost.

Is the U87 better than the TLM 103?

The TLM103 has a high frequency rise that begins just a bit lower in the frequency range than the rise in the U87. Furthermore the TLM103’s ability to handle a higher sound pressure level (138db vs. 127db on the U87 with the pad engaged) negates the usefulness of the pad when comparing the two microphones.

What’s the most expensive recording mic?

The Five Most Expensive Microphones in the World

  • Sony C-800G PAC Microphone System with Power Supply – $9,990.00.
  • Telefunken Elektroakustik ELA M 251E Microphone – $10,995.00.
  • Vintage Neumann U47 Microphone – $12,750 (used)
  • Vintage Neumann U67 Tube Condenser Microphone – $16,000.

Is the TLM 103 worth it?

Conclusion: TLM 103 Review Although, its over $1000, this microphone is certainly worth the value it provides. Because of its extremely low-self noise and distortion, it’s a very accurate microphone that sounds great in just about any mix situation. You simply get the sound quality you paid for with the TLM 103.

Is a U87 a tube mic?

The U 87 was designed as a solid-state version of the U 67 tube microphone. It retained the K67-style capsule of the U67, but replaced the tube amplifier circuit with a FET/transformer design. In short, the U87 was a tripolar FET condenser with a transformer-coupled output.