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FIFINE K670 Review | 76 Data compared

Avg. price in UK: ~£55
Avg. price in US: ~$40
Connection type: USB
Transducer type: condenser
Max SPL: 120 dB SPL
Supported sample rates: 44.1, 48 kHz
Output connector type: USB-b

FIFINE K670 review. Compare 76 technical specifications and user reviews to see how it ranks among microphones and if it is worth buying.

6.7

Good

5.9

Good

9.1

Exceptional

7.3
Gaming
Score components:
25.0%
10
Zero-latency monitoring
25.0%
10
Onboard gain control
20.0%
4.0
Mute function
20.0%
5.5
Volume control levels
10.0%
4.0
RGB lighting
6.9
Podcasting
Score components:
25.0%
10
Cardioid pattern
20.0%
10
Zero-latency monitoring
20.0%
10
Onboard gain control
20.0%
1.0
Audio interface bit depth
15.0%
1.0
Audio interface sample rate
5.0
Vocal recording
Score components:
40.0%
4.6
Max SPL
20.0%
1.0
Highest frequency
20.0%
4.6
Lowest frequency
20.0%
10
Cardioid pattern
6.9
Streaming
Score components:
25.0%
4.0
Loopback support
25.0%
10
Zero-latency monitoring
20.0%
10
Onboard gain control
15.0%
4.0
Mute function
15.0%
5.5
Volume control levels
5.7
Camera use
Score components:
30.0%
5.6
Weight
25.0%
4.0
Windscreen included
25.0%
4.0
Shock mount included
10.0%
10
Height
10.0%
10
Width

Best prices in UK

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Verdict

The Fifine K670 is a large-diaphragm (16mm) cardioid condenser USB microphone designed for plug-and-play use on Windows, Mac, and PS4. It features a frequency response of 50Hz–15kHz, a sensitivity of -46±3dB, and a 66dB signal-to-noise ratio, supporting 16-bit/48kHz audio quality. Main characteristics include a durable all-metal body, an integrated blue LED power indicator, and a detachable height-adjustable desktop stand. Its primary pros are a convenient physical gain knob for real-time input adjustment and a built-in 3.5mm headphone jack for zero-latency monitoring. However, notable cons include a lack of a dedicated mute button, high sensitivity that may require a separate pop filter to manage plosives, and a headphone amp that some users report can be slightly noisy at high gain levels.

Technical Specifications of FIFINE K670

Overall score

6.7

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Popularity

What it is: An indicator based on the number of reviews received by the microphone.

When it matters: When you prefer to buy a product chosen and reviewed by many other consumers.

Audio Performance

4.8

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Microphone type

What it is: The overall microphone class intended for uses such as studio work, lavalier recording, handheld speech, or instrument capture.

When it matters: When you are choosing the right microphone style for studio work, interviews, streaming, or instruments.

Importance: LOW

studio

Transducer type

What it is: The transducer technology used to convert sound into an electrical signal.

When it matters: When you are choosing between condenser, dynamic, or ribbon behavior for your room and voice.

Importance: LOW

condenser

Diaphragm size

What it is: The diameter of the microphone diaphragm that reacts to incoming sound pressure.

When it matters: When you compare small and large diaphragm microphones for vocal detail, room tone, or transient response.

Importance: LOW

16 inch / mm

Capsule type

What it is: The capsule construction used inside the microphone to capture sound.

When it matters: When you compare different capsule designs for tone, detail, or recording style.

Importance: LOW

single

Sensitivity

What it is: The output level produced by the microphone for a given sound pressure reference.

When it matters: When you need enough output level without driving your preamp too hard.

Importance: LOW

-46 dBV/Pa

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Connectivity

6.6

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Connection type

What it is: The connection standard used to link the microphone with recorders, mixers, phones, or computers.

When it matters: When you need the microphone to plug directly into the device you actually record with.

Importance: LOW

USB

Output connector type

What it is: The type of output connector used by the microphone for sending its audio signal.

When it matters: When you need the microphone to connect to a specific kind of input on your gear.

Importance: LOW

USB-b

Headphone output

What it is: Indicates whether the microphone has a headphone output for direct monitoring.

When it matters: When you want to hear your own voice directly while recording or streaming.

Importance: LOW

3.5 mm audio jack

What it is: Indicates whether a 3.5 mm audio jack is available for monitoring or direct connection.

When it matters: When you want to plug headphones or a cable directly into a standard 3.5 mm socket.

Importance: LOW

6.35 mm audio jack connector

What it is: Indicates whether a 6.35 mm audio jack connector is present on the microphone or included interface.

When it matters: When your headphones, mixer, or instrument chain relies on a 6.35 mm jack connection.

Importance: LOW

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Recording

5.5

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Supported sample rates

What it is: The digital sample rates supported by the microphone for recording or monitoring.

When it matters: When you need the microphone to support the sample rates used in your recording workflow.

Importance: LOW

44.1, 48 kHz

Supported bit depths

What it is: The digital bit depth values supported by the microphone for audio capture.

When it matters: When you want more digital recording resolution for editing or processing later.

Importance: LOW

16 bit

Audio interface sample rate

What it is: The audio interface sample rates supported by the microphone for digital capture or monitoring.

When it matters: When you need the microphone interface to support the sample rate used by your recording or streaming setup.

Importance: MEDIUM

Audio interface bit depth

What it is: The audio interface bit depths supported by the microphone for digital recording quality.

When it matters: When you want the microphone interface to support the bit depth used in your recording chain.

Importance: LOW

Signal-to-noise ratio (DAC)

What it is: The signal to noise ratio of the integrated DAC or headphone interface stage.

When it matters: When you monitor through the microphone headphone output and want that digital path to stay quiet.

Importance: MEDIUM

?

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Pickup Patterns

3.2

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N. of polar patterns

What it is: The number of selectable pickup patterns available for different recording situations.

When it matters: When one microphone has to cover solo voice, room sound, and interview style setups.

Importance: MEDIUM

Cardioid pattern

What it is: Indicates whether the microphone offers a cardioid pickup pattern for front focused capture.

When it matters: When you want to isolate one speaker in front of the microphone for podcasts, calls, or streaming.

Importance: MEDIUM

Omnidirectional pattern

What it is: Indicates whether the microphone offers an omnidirectional pickup pattern for 360 degree capture.

When it matters: When you want to capture everyone around the microphone instead of one voice from the front.

Importance: MEDIUM

Hypercardioid pattern

What it is: Indicates whether the microphone offers a hypercardioid pickup pattern with narrower front focus.

When it matters: When you want stronger rejection of sounds coming from the sides in a noisy room.

Importance: LOW

Bidirectional pattern

What it is: Indicates whether the microphone offers a bidirectional pickup pattern for front and rear capture.

When it matters: When you record two people facing each other with one microphone between them.

Importance: LOW

Controls & Features

6.4

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Mute function

What it is: Indicates whether the microphone has a built in mute control for quickly silencing the signal.

When it matters: When you need to silence the microphone instantly during live calls, streams, or meetings.

Importance: MEDIUM

Onboard gain control

What it is: Indicates whether the microphone provides a built in control for adjusting input gain.

When it matters: When different speakers or scenes need fast gain changes without touching the interface.

Importance: MEDIUM

Volume control levels

What it is: The available volume level or volume adjustment provided directly on the microphone or its interface.

When it matters: When you want direct volume adjustment on the microphone or its built in interface.

Importance: LOW

Flat DSP mode

What it is: Indicates whether the microphone provides a flat DSP mode without tonal processing.

When it matters: When you want a neutral sound profile before adding your own EQ or processing.

Importance: LOW

DSP presets

What it is: The number of built in DSP preset modes available for different sound profiles.

When it matters: When you want quick tone changes for voice, streaming, or different recording scenes.

Importance: LOW

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Power

10

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Phantom power required

What it is: Indicates whether the microphone needs external phantom power to operate normally.

When it matters: When you use the microphone with an interface or mixer that may not provide phantom power.

Importance: MEDIUM

Phantom power voltage

What it is: The phantom power voltage required by the microphone for proper operation.

When it matters: When you must confirm that your power supply matches what the microphone actually expects.

Importance: LOW

N/A

USB bus-powered

What it is: Indicates whether the microphone can be powered directly through its USB connection.

When it matters: When you want the microphone to run from a laptop or phone without a separate power supply.

Importance: MEDIUM

Battery life

What it is: The expected operating time on battery power during portable or wireless use.

When it matters: When you use the microphone away from wall power for events, field work, or mobile video.

Importance: LOW

N/A

Design

6.8

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Height

What it is: The overall height of the microphone body, stand, or supplied desktop structure.

When it matters: When the microphone has to fit under a monitor, inside a booth, or into a limited desk space.

Importance: LOW

Width

What it is: The overall width of the microphone body or its integrated base.

When it matters: When the microphone must fit between monitors, on a narrow desk, or inside a compact rig.

Importance: LOW

Thickness

What it is: The overall depth or front to back thickness of the microphone unit.

When it matters: When front to back depth decides whether the microphone clears your screen or keyboard area.

Importance: LOW

Weight

What it is: The total mass of the microphone with its included or attached parts.

When it matters: When you mount the microphone on a small arm, pack it for travel, or hold it for long sessions.

Importance: LOW

Body material

What it is: The main material used for the microphone body or housing.

When it matters: When you care about how sturdy, premium, or lightweight the microphone body feels over time.

Importance: LOW

metal

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Accessories

4.2

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Included accessories

What it is: The accessories supplied in the box with the microphone for mounting, protection, or immediate use.

When it matters: When you want the box to include the accessories needed to set up and use the microphone right away.

Importance: LOW

stand; cable; mount adapter

Shock mount included

What it is: Indicates whether a shock mount is included to reduce vibration and handling noise.

When it matters: When desk vibrations or boom arm movement would otherwise travel into the recording.

Importance: LOW

Pop filter included

What it is: Indicates whether a pop filter is included to reduce plosive sounds during speech recording.

When it matters: When you record speech up close and want to reduce strong p and b bursts.

Importance: LOW

Windscreen included

What it is: Indicates whether a windscreen is included to reduce wind and breath noise.

When it matters: When you record outdoors or close to the mouth and want less wind or breath noise.

Importance: LOW

Cable length

What it is: The length of the included or attached audio cable supplied with the microphone.

When it matters: When the microphone has to reach your desk, camera rig, or interface without extension cables.

Importance: LOW

Compatibility

10

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Android compatibility

What it is: Indicates whether the microphone can work properly with Android phones or tablets.

When it matters: When you plan to use the microphone with an Android phone or tablet without trial and error.

Importance: LOW

iOS compatibility

What it is: Indicates whether the microphone can work properly with iPhone or iPad devices.

When it matters: When you want the microphone to work properly with an iPhone or iPad setup.

Importance: LOW

Windows compatibility

What it is: Indicates whether the microphone can work properly with Windows computers.

When it matters: When your recording or streaming setup runs on a Windows computer.

Importance: LOW

macOS compatibility

What it is: Indicates whether the microphone can work properly with macOS computers.

When it matters: When your audio setup depends on a Mac or MacBook as the main recording machine.

Importance: LOW

Xbox compatibility

What it is: Indicates whether the microphone is explicitly compatible with Xbox consoles or controllers.

When it matters: When you want to connect and use the microphone with an Xbox console or controller.

Importance: LOW

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FIFINE K670 vs the average microphone

Why is FIFINE K670 better than the average microphone?

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55 mm shorter body
FIFINE K670 is shorter than the average microphone (130 mm vs 185 mm). The average microphone has a height of 185 mm.
What it is: The overall height of the microphone body, stand, or supplied desktop structure.
When it matters: When the microphone has to fit under a monitor, inside a booth, or into a limited desk space.
Importance: LOW
FIFINE K670 is shorter than the average microphone (130 mm vs 185 mm). The average microphone has a height of 185 mm.130 mm vs 185 mm
14.2 mm thinner body
FIFINE K670 is thinner than the average microphone (41.8 mm vs 56 mm). The average microphone has a thickness of 56 mm.
What it is: The overall depth or front to back thickness of the microphone unit.
When it matters: When front to back depth decides whether the microphone clears your screen or keyboard area.
Importance: LOW
FIFINE K670 is thinner than the average microphone (41.8 mm vs 56 mm). The average microphone has a thickness of 56 mm.41.8 mm vs 56 mm
14.2% higher user score
FIFINE K670 has a higher user score than the average microphone (9.13 vs 8).
What it is: A rating that combines user reviews and the total number of reviews received by the microphone.
When it matters: When you want to know how a microphone performs in real use and how reliable it remains over time according to user feedback.
FIFINE K670 has a higher user score than the average microphone (9.13 vs 8).9.13 vs 8
55 mm shorter body
FIFINE K670 is shorter than the average microphone (130 mm vs 185 mm). The average microphone has a height of 185 mm.
14.2 mm thinner body
FIFINE K670 is thinner than the average microphone (41.8 mm vs 56 mm). The average microphone has a thickness of 56 mm.

Why is FIFINE K670 worse than the average microphone?

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5000 Hz lower high-frequency limit
FIFINE K670 has a lower high-frequency limit than the average microphone (15000 Hz vs 20000 Hz). By comparison, the average microphone has a high-frequency limit of 20000 Hz.
12 dB lower signal-to-noise ratio
FIFINE K670 has a lower signal-to-noise ratio than the average microphone (66 dB vs 78 dB). The average microphone has a signal-to-noise ratio of 78 dB.
30 Hz higher low-frequency limit
FIFINE K670 has a higher low-frequency cutoff than the average microphone (50 Hz vs 20 Hz). By comparison, the average microphone has a low-frequency limit of 20 Hz.
30.5 dB narrower dynamic range
FIFINE K670 has a narrower dynamic range than the average microphone (66 dB vs 96.5 dB). The average microphone has a dynamic range of 96.5 dB.
2 dB SPL lower limit
FIFINE K670 has a lower max SPL than the average microphone (120 dB SPL vs 122 dB SPL). The average microphone handles a max SPL of 122 dB SPL.
8 bit lower interface bit depth
FIFINE K670 supports a lower audio interface bit depth than the average microphone (16 bit vs 24 bit). The average microphone audio interface supports 24 bit.
No mute function
FIFINE K670 does not include a mute function, the average microphone does.
55.3% heavier
FIFINE K670 is heavier than the average microphone (890 g vs 573 g). The average microphone weighs 573 g.
With included stand.
2 older release date
FIFINE K670 is older than the average microphone (2018 vs 2020). The average microphone was released in 2020.
May 2018.
No pop filter
FIFINE K670 does not include a pop filter, the average microphone does.
8 bit lower interface bit depth
FIFINE K670 supports a lower audio interface bit depth than the average microphone (16 bit vs 24 bit). The average microphone audio interface supports 24 bit.
What it is: The audio interface bit depths supported by the microphone for digital recording quality.
When it matters: When you want the microphone interface to support the bit depth used in your recording chain.
Importance: LOW
FIFINE K670 supports a lower audio interface bit depth than the average microphone (16 bit vs 24 bit). The average microphone audio interface supports 24 bit.16 bit vs 24 bit
No mute function
FIFINE K670 does not include a mute function, the average microphone does.
What it is: Indicates whether the microphone has a built in mute control for quickly silencing the signal.
When it matters: When you need to silence the microphone instantly during live calls, streams, or meetings.
Importance: MEDIUM
FIFINE K670 does not include a mute function, the average microphone does.
5000 Hz lower high-frequency limit
FIFINE K670 has a lower high-frequency limit than the average microphone (15000 Hz vs 20000 Hz). By comparison, the average microphone has a high-frequency limit of 20000 Hz.
What it is: The highest sound frequency the microphone can capture.
When it matters: When you need extra top end detail from breath, cymbals, or bright room ambience.
Importance: LOW
FIFINE K670 has a lower high-frequency limit than the average microphone (15000 Hz vs 20000 Hz). By comparison, the average microphone has a high-frequency limit of 20000 Hz.15000 Hz vs 20000 Hz
12 dB lower signal-to-noise ratio
FIFINE K670 has a lower signal-to-noise ratio than the average microphone (66 dB vs 78 dB). The average microphone has a signal-to-noise ratio of 78 dB.
What it is: The ratio between the useful audio signal and background noise produced by the microphone path.
When it matters: When you record in untreated rooms and want the voice to stay cleaner than the background noise.
Importance: MEDIUM
FIFINE K670 has a lower signal-to-noise ratio than the average microphone (66 dB vs 78 dB). The average microphone has a signal-to-noise ratio of 78 dB.66 dB vs 78 dB
30 Hz higher low-frequency limit
FIFINE K670 has a higher low-frequency cutoff than the average microphone (50 Hz vs 20 Hz). By comparison, the average microphone has a low-frequency limit of 20 Hz.
What it is: The lowest sound frequency the microphone can capture.
When it matters: When you want the microphone to capture more low end from deep voices or instruments.
Importance: LOW
FIFINE K670 has a higher low-frequency cutoff than the average microphone (50 Hz vs 20 Hz). By comparison, the average microphone has a low-frequency limit of 20 Hz.50 Hz vs 20 Hz
30.5 dB narrower dynamic range
FIFINE K670 has a narrower dynamic range than the average microphone (66 dB vs 96.5 dB). The average microphone has a dynamic range of 96.5 dB.
What it is: The usable level range between the microphone noise floor and its clipping limit.
When it matters: When the recording has to keep both quiet detail and loud peaks without falling apart.
Importance: MEDIUM
FIFINE K670 has a narrower dynamic range than the average microphone (66 dB vs 96.5 dB). The average microphone has a dynamic range of 96.5 dB.66 dB vs 96.5 dB
No pop filter
FIFINE K670 does not include a pop filter, the average microphone does.
What it is: Indicates whether a pop filter is included to reduce plosive sounds during speech recording.
When it matters: When you record speech up close and want to reduce strong p and b bursts.
Importance: LOW
FIFINE K670 does not include a pop filter, the average microphone does.
55.3% heavier
FIFINE K670 is heavier than the average microphone (890 g vs 573 g). The average microphone weighs 573 g.
With included stand.
What it is: The total mass of the microphone with its included or attached parts.
When it matters: When you mount the microphone on a small arm, pack it for travel, or hold it for long sessions.
Importance: LOW
FIFINE K670 is heavier than the average microphone (890 g vs 573 g). The average microphone weighs 573 g.890 g vs 573 g

Audio Performance

Controls & Features

Graphic comparison of FIFINE K670 and

Attribute category

Attribute

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Third-party reviews

United Kingdom

United States

(Reviews last updated: July 2026)

What customers like about FIFINE K670?

Excellent value for the price, often compared to more expensive mics like the Blue Yeti
Solid all-metal build quality that feels durable and professional
Crystal clear audio quality suitable for podcasting, streaming, and voiceovers
Convenient physical gain control knob for real-time volume adjustments
Built-in 3.5mm headphone jack for zero-latency monitoring
Stable, heavy metal desktop stand with adjustable height poles
Simple plug-and-play setup for Windows and Mac systems

What customers dislike about FIFINE K670?

Highly sensitive to plosive sounds (p-pops), often requiring an external pop filter
The high end can sound overly boosted or harsh, which may lead to listener fatigue
Headphone amp quality is noted as noisy or having a constant hiss by some users
Lacks a dedicated physical mute button
Condenser capsule picks up significant background noise (e.g., fans, keyboard clicks) if gain is too high
Known driver detection issues on some systems, sometimes appearing as 'mic_test'
The monitoring volume in the headphones is tied directly to the microphone's gain knob

Expert reviews

podcastage.com

08/01/2019

Summary of the review

FiFine K670Go to product viewer dialogue for this item. USB Microphone Review / Test

The FiFine K670 is a budget condenser USB microphone priced under $50 that delivers functional, entry-level performance. Its key pros include a highly affordable price tag, an all-metal body construction, and a volume gain control dial conveniently located on the front of the unit. It is capable of capturing a relatively clean audio signal with correct gain staging and provides a popular, crispy tone with full lows and clear highs that sounds well-rounded for acoustic guitars. Bandrew Scott notes that it performs perfectly well enough to serve as a noticeable, highly satisfying audio upgrade for anyone transitioning away from standard gaming headsets. YouTube · However, the microphone comes with notable cons, particularly regarding its audio profile and monitoring features. Its frequency response suffers from an over-boosted high-end that creates a harsh, sibilant, and fatiguing sound for vocals or piercing musical notes. Additionally, the built-in 3.5mm headphone jack suffers from a very noisy, constantly hissing headphone amplifier. A significant design oversight ties the zero-latency headphone monitoring volume directly to the microphone's input gain dial, preventing users from adjusting what they hear...

socialmaharaj.com

17/07/2020

Summary of the review

Fifine K670 Review - Best Budget Microphone in India Podcastage

The SocialMaharaj review highlights the Fifine K670 as a top, affordable plug-and-play USB microphone in India for beginners, priced around ₹4000. It is praised for delivering high-quality audio for podcasting and YouTube, offering a significant upgrade over entry-level lapel mics. Key pros include excellent sound quality and competitive pricing. However, the microphone lacks a pop filter and is not compatible with mobile devices, even with adapters. YouTube

13db.de

14/11/2021

Summary of the review

USB microphones for streaming and gaming

This 13db Tontechnik review highlights how simple plug-and-play USB large-diaphragm condenser microphones can affordably elevate gaming and streaming audio compared to standard headsets. The main advantages across the board include simple setup without needing an external audio interface, rounded and warm sound profiles tailored for vocals, and pricing to fit any budget. At the ultra-budget tier, the Fun Generation USB One (€20) offers sensational value that easily beats headset mics, though its build quality and technical frequencies are lacking. For around €50, the FiFine K670 introduces useful direct hardware additions like a physical volume dial and a lag-free headphone jack for audio monitoring, though its absolute sound quality is only a sidegrade rather than twice as good as cheaper entry-level options. Moving into the premium €170–€180 range, the article notes a massive jump in native software integrations and hardware design, but flags specific structural limits. The Rode NT-USB is praised for its professional studio-grade audio output and convenient clip-on pop filter, but it is heavily weighed down by a tiny, practically unusable desktop stand and a cheap plastic mount. Meanwhile,...

mizine.de

29/12/2022

Summary of the review

How to connect a USB microphone to an iPhone", "Connecting a USB microphone to an iPhone: A step-by-step guide

Connecting a USB studio microphone to a Lightning-enabled iPhone using an Apple Camera Adapter yields superior audio quality compared to internal or Bluetooth alternatives, as detailed on Mizine.de. The setup allows for low-power consumption microphones to run directly off the phone's battery without needing external power, providing a portable solution. However, the configuration requires purchasing an additional Apple adapter, and power-hungry mics necessitate the more expensive Lightning to USB 3.0 version for pass-through charging. Compatibility is limited to older iPhones, as newer USB-C models require different hardware, and direct, cable-free connection is not possible.

fr.mictests.com

20/04/2021

Summary of the review

Review #11748 on “fifine k670” | Microphone Review

This 5-star review of the Fifine K670 USB microphone was submitted by user Pierre F. on April 20, 2021, via the French platform Fr.MicTests.Com. The author evaluated the performance on a portable device running Windows 10 and Google Chrome, rating the product as "Excellent". The main advantage highlighted in the text is the microphone's high precision. On the flip side, the user noted a couple of physical drawbacks, stating that the device is bulky and highly visible during use. Technical metrics captured during the test show that the microphone operates as a single-channel USB device with a 48,000 Hz sample rate and a 16-bit sample size. It features built-in support for echo cancellation, noise suppression, and automatic level control. Additionally, the testing benchmark recorded a very low estimated latency of 0.01 seconds and assigned the device a specific quality score of 1,782, placing it at rank #4,418 on the platform.

fr.mictests.com

20/01/2022

Summary of the review

Review #18291 on “FIFINE K670” | Microphone Review

In his January 2022 review on Fr.MicTests.Com, an author named Paul awarded the FIFINE K670 USB microphone a perfect score of 5 out of 5 stars. Operating on a Windows 10 desktop computer using Google Chrome, Paul highlighted the device's exceptional sound quality, noting that it fully satisfied his audio needs despite his limited experience comparing different models. He also emphasized its strong value proposition, mentioning that he only paid approximately 40 to 50 Euros for the product. The user found the inclusion of a desktop stand highly convenient and noted that the hardware setup could likely be expanded by mounting the device to a separate microphone boom arm if desired. The technical profile detailed in the review indicates that the FIFINE K670 operates as a single-channel USB microphone with a 48,000 Hz sampling rate and a 16-bit sample size. It includes system support for automatic level control, echo cancellation, and active noise suppression, maintaining a low estimated latency of 0.01 seconds. Despite the glowing overall evaluation, Paul identified one primary physical drawback concerning the bundled hardware accessories. He observed...

ipdtl.com

15/03/2021

Summary of the review

USB Mic Reviews: In-Depth Test of the Fifine K670", "Are you planning to use this for streaming or podcasting?

The provided review evaluates several USB microphones and audio interfaces optimized for live broadcasting, podcasting, and remote connections via ipDTL. For standalone USB microphones, the Rode NT-USB is highly praised for its aesthetic appeal, solid build quality, and useful included accessories like a pop shield and desktop stand. Its key advantage is the ability to balance headphone audio between the user's voice and the remote input. The Blue Yeti offers a warm, rich sound with multiple polar patterns like cardioid, stereo, omni, and bi-directional, but its massive weight and fragility make it strictly suited for stationary home or office environments. Handheld options like the Audio-Technica ATR2100 and Samson Q2U provide dual USB and analog XLR outputs. However, the ATR2100 suffers from a cheap feel due to lightweight materials and a loose USB connection hazard, while the affordable Samson Q2U package has faced occasional hardware reliability issues.

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