Samson Meteor Vs Blue Yeti Comparison

Are you confused in choosing between Samson Meteor and Blue Yeti? Both of them are USB plug-and-play microphones that are both very popular on the market. Blue Yeti is a mic that is praised by many because of its versatile performance. On the other hand, Samson Meteor is often referred as the go-to choice for many people because of the superior output quality. Another thing to note, Samson Meteor is quite more affordable than Blue Yeti. Which is the microphone that you should purchase?

Samson Meteor Vs Blue Yeti

General Design
Both mics are very compact, lightweight, and portable. You can easily bring them along whenever and wherever. Samson Meteor comes with three foldable legs, which can be very handy for storage and placement. Blue Yeti has a slightly taller physicality, but the mic can be folded down as well to save some space. Both models have several on-board controls and features. Each of them has each own indicator light and a headphone output for direct monitoring, complete with a dedicated volume control knob. Both Samson Meteor and Blue Yeti are plug-and-play USB microphones, so you don’t need to perform any annoying installation process on different devices. (Take a look: Razer Seiren Vs Blue Yeti)

Technical Specs

Samson MeteorBlue Yeti
- Smooth, flat frequency response of 20Hz-20kHz- Frequency Response: 20Hz - 20kHz
- 16-bit, 44.1/48kHz resolution- Bit Rate: 16bit
- Large, 25mm diaphragm USB studio condenser microphone- The ultimate professional USB microphone
- Stereo 1/8" headphone jack for no latency monitoring- 3.5-millimeter headphone jack

Polar Pattern
However, Samson Meteor has a cardioid polar pattern, which means that it captures sounds the best from the front while attenuating the sides and rear. Such configuration is the most common in most mics, allowing you to focus on a single direction of the audio source. Hence, Samson Meteor can be viable for speech and music recording, podcasting, and broadcasting. On the other hand, Blue Yeti boasts about having a tri-capsule array and multiple polar patterns, making it ready to serve for wider purposes. You can set Blue Yeti to be cardioid, bidirectional, omnidirectional, or stereo, allowing the mic to handle interviews and field recordings with ease.

Output Quality
We have seen that Blue yet is designed for superior versatility and flexibility. However, if we now come to talk about output quality, Samson Meteor is the superior one between the two. Each of the two models has a frequency response range of 20 Hz – 20 kHz. They both also record in 16-bit. Blue Yeti has a 48 kHz sample rate, while Samson Meteor allows the user to select for 44.1 kHz or 48 kHz.

Comparing the sonic characteristics of the two products, Samson Meteor is easily the one that can sound correctly right after plugging the mic in. It reproduces sounds more accurately, with a more natural and realistic frequency response. It is especially less prone to ambient noise. On the contrary, Blue Yeti may need your effort in settings and adjustments because Blue Yeti is very sensitive to ambient noise. The tones can also be a little bit too bright, so you may want to add some EQ.

Samson Meteor Vs Blue Yeti

- Stereo 1/8" headphone jack for no latency monitoring.
- Large, 25mm diaphragm USB studio condenser microphone.
- Works with iPad using Apple's Lightning USB Camera Adapter or Camera Connection Kit (30-pin).
- Gain control, mute button, zero-latency headphone output. Requires a minimum of 64 MB of RAM
- Perfect for vocals, musical instruments, podcasting, voiceovers, interviews, field recordings, conference calls
- Plug 'n play - Mac OS X (10.4.11 or higher) and PC (Windows 8.1, 8, 7, Vista, XP). Bit Rate: 16bit

Conclusion
If you are fine with a cardioid polar pattern, or you usually only record sounds coming from a single direction, then you should pick Samson Meteor. The audio quality is quite noticeably better. And, due to the lower price, it is the best bang for the bucks. You may choose Blue Yeti only if you don’t mind the extra sensitivity and brightness for the sake of the multiple polar patterns.

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