🎤 Own the stage with crystal-clear precision and unmatched vocal power!
The Audio-Technica AT2010 is a handheld cardioid condenser microphone featuring a 16mm low-mass diaphragm for studio-quality sound. It offers an extended frequency response from 40 Hz to 16 kHz and a cardioid polar pattern that isolates vocals by reducing side and rear noise. With high SPL handling and a robust metal construction, it delivers versatile, professional-grade performance ideal for live and studio use.
Item weight | 454 g |
Impedance | 200 Ohm |
Microphone form factor | Handheld |
Item dimensions L x W x H | 17.8 x 7.6 x 5.1 centimetres |
Power source | Handheld |
Material | Metal |
Signal-to-noise ratio | 72 dB |
Hardware platform | Karaoke Machine |
Number of channels | 1 |
Frequency range | 40 - 16000 Hz |
Frequency response | 4E+1 Hz |
Global Trade Identification Number | 00042005147922, 04961310090784 |
Manufacturer | Audio-Technica |
Product Dimensions | 17.78 x 7.62 x 5.08 cm; 453.59 g |
Item model number | AT2010 |
Scale Length | inches |
Material Type | Metal |
Country Produced In | china |
Colour Screen | No |
Computer Memory Type | DIMM |
Item Weight | 454 g |
D**E
Loving it...
Bought this microphone as an alternative to the classic Shure SM58 and it certainly doesn't disappoint. For readers who are not aware, there is a fundamental difference between a dynamic microphone such as the SM58 and a condenser microphone. A dynamic microphone has a 'voice coil' attached to the diaphragm adding mechanical inertia whereas the condenser type only has a diaphragm with no voice coil resulting in less mass which results in greater sensitivity.NOTE... Condenser type microphones need a power supply. This is typically provided by 'Phantom Power' provided by the mic-amp/mixer/vocal processor. The AT2010 microphone will NOT work without Phantom Power.Historically dynamic microphones have been the standard for 'live' performance with condenser microphones confined to studio recording. There are two basic reasons for this, the dynamic types tend to provided higher gain before feedback, a function of there 'damped by inertia' response, while the condenser types were more prone to feedback and not as mechanically durable as their counterparts they have much better response.Since the SM58 came into existence in the mid '60's it became THE most popular amateur and professional 'live' vocal mic. However, manufacturing techniques have improved massively so the durability issue is a thing of the past. equally audio electronics have also improved.Adding a 'live vocal processor' (such as a TC Helicon VoiceTone Correct XT) to your vocal microphone either 'in house' and or 'live performance' can make a fantastic improvement to getting the best from the vocal input in addition to suppressing feedback, so much so that it will get the best from the voice but it will also get the best from the (any) microphone.Nevertheless, comparing the vocal qualities of the SM58 against the AT2010. the AT2010 is by far more responsive, crisp, and less muddy bringing out the true colours of the vocal input... and... its about 20 quid cheaper! I haven't found anything not to like about it.
J**W
Great all arounder
The mic is extremely suitable for live usage. Handling noise rejection and off axis rejection is superb and the fact it's a condenser mic allows for delicate top end. Don't underestimate its uses in the studio too. There are a bunch of vocalists who only flourish using a handheld mic and for those vocalists, this is perfect.
K**B
Excellent Quality
Using for Zoom meetings. Wanted something which provide good quality sound
B**O
Crisp and clear.
Beautifully sensitive crisp and clear. A cut above our dynamic mics. Used for vocals in Church worship, it gives an expressiveness which makes all the difference.
B**K
Clarity and Pacticality
We have been looking for some time for a mic which was more sturdy than rugged, and gave clarity for voice and singing. We think we have found it.
J**N
Fabulous
We are so happy with this, such a great recommendation
Trustpilot
1 day ago
2 months ago