To the page content

the t.bone MB 7 Beta B-Stock

B-Stock with Full Warranty
Return that may have slight traces of use.

Dynamic Broadcast Microphone

  • Suitable for Broadcasts, Podcasts, Studio etc.
  • Cardioid polar pattern reduces feedback
  • Built-in pop filter and shockmount for reducing vibration noise
  • Shielded against electromagnetic noise
  • Frequency range: 20 to 20000 Hz
  • Sensitivity: -57 DB +/- 3 DB
  • Output impedance: 320 ohms
  • XLR 3-pin connection
  • 5/8" Thread
  • Dimensions without bracket: diameter 50 mm X length 140 mm
  • Dimensions with bracket (L x W x H): 200 x 90 x 50 mm
  • Weight: 450 g
  • Colour: Black
  • Available since August 2020
  • Item number 503337
  • Sales Unit 1 piece(s)
  • On/Off Switch No
  • Polar Pattern Cardioid
  • Microphone Clamp Yes
  • Cardioid Yes
  • Dynamic Microphone Yes
Also available as brand new product 1.039 kr
955 kr
All prices incl. VAT
In stock

The Magnificent 7

the t.bone MB 7 Beta dynamic broadcast microphone

The MB 7 Beta from Thomann's in-house brand the t.bone is a dynamic broadcast microphone with a cardioid polar pattern that delivers a level of sound quality that belies its affordable price. The mic features an integrated pop filter that suppresses unwanted plosive sounds, while its effective shielding also prevents the intrusion of interference from other electrical devices, so users can simply get to recording, without worrying about technical problems.

XLR connection on the t.bone MB 7 Beta dynamic broadcast microphone

Optimised for loud voices

According to the manufacturer's datasheet, the the t.bone MB 7 Beta covers a frequency range of 20Hz to 20kHz with a boost at 12kHz. While the latter might lead users to expect a very treble-heavy response from the MB 7 Beta, the sound is pleasantly full and has plenty of presence, particularly when dealing with voices. The microphone's sensitivity of 1.41mV/Pa is typical for a dynamic microphone, in contrast to which its output impedance of 320 ohms is slightly higher than that of most comparable models, but this does not have any negative impact on the results in practice.

A classic broadcast mic

The t.bone MB 7 Beta comes equipped with a typical broadcast-style bracket mounting, allowing it to be suspended from mic stands and boom arms, and despite its affordable price, this microphone is anything but "cheap": On the contrary, the professional-level sound it delivers for speech and vocals makes it a legitimate yet budget-friendly alternative to other dynamic microphones, whether it's being used for broadcasting, podcasting, or in the recording studio. Users who can't or don't want to spend more than a two-digit sum on their microphone can be sure that they are getting a model which can definitely hold its own against more costly competitors.

the t.bone MB 7 Beta dynamic broadcast microphone, detailed view

About the t.bone

Since 1994, the t.bone has been one of Thomann's in-house brands, and its name can be found on devices such as headphones, wireless systems, in-ear equipment, and various microphones and matching accessories. "the t.bone" products are made exclusively by renowned companies who also manufacture products for other well-known brands. This provides a clear advantage: Brand-quality products at very reasonable prices. And word gets around: One in seven Thomann customers has already bought at least one product from the t.bone.

For vocals and instruments

As mentioned above, the t.bone MB 7 Beta is an excellent solution for recording the human voice, but that is by no means all – it's also no slouch when it comes to instrumental recording, where it will capably cover everything from wind instruments to guitar amps. However, the field where the MB 7 Beta will shine the brightest remains broadcasting – not only because it can be positioned with such immense flexibility thanks to its swivel-mounted bracket, nor because of the professional-quality vocal sound it delivers; users who opt for this mic also benefit from a low level of sensitivity to plosive sounds as well as to electromagnetic interference.