Comparison Zoom H4n Pro vs Zoom H4n
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|---|---|---|
| Zoom H4n Pro | Zoom H4n | |
from $45.61 | Compare prices 1 | |
| TOP sellers | ||
2x XLR/Jack inputs. Professional rotary microphones. Eliminating the effect of phasing. High sensitivity microphones. Can be used as a sound card for a computer. Built-in effects. | ||
| Type | recorder | voice recorder |
| Memory card slot |  | |
| Memory card type | SDHC | SDHC |
| Max. memory card size | 32 GB | |
Recording | ||
| Microphone type | stereo (X/Y) | stereo |
| Microphone | built-in/external | built-in/external |
| External microphone connector | x2 XLR/Jack | |
| Recording format | MP3/WAV | MP3 |
| Max. recording quality (MP3) | 320 kbps | |
| Max. recording quality (WAV) | 24bit/96kHz | |
| Maximum recording time | 380 h | |
| Features | microphone sensitivity change record quality change record labels | microphone sensitivity change record quality change record labels |
More features | ||
| Additional features | computer connect button lock built-in speaker headphone output | computer connect button lock built-in speaker headphone output |
General | ||
| LCD display | | |
| Display backlight | | |
| Power source | 2xAA | 2xAA |
| Battery indicator | | |
| Dimensions (HxWxT) | 157x73x37 mm | 70x156,3x35 mm |
| Weight | 294 g | 280 g |
| Added to E-Catalog | december 2018 | february 2012 |
Compare Zoom H4n Pro and H4n
Recorders Zoom H4n Pro and Zoom H4n have similar features, but there are key differences. H4n Pro supports recording in WAV format with a maximum quality of 24-bit/96 kHz, whereas H4n is limited to MP3 and WAV without specifying maximum quality. Also, H4n Pro offers a maximum recording time of up to 380 hours with certain settings. Both devices feature a built-in microphone, the ability to connect external ones, and a LCD display with backlighting. In terms of dimensions, H4n is slightly smaller and lighter, weighing 280 g compared to 294 g of H4n Pro. The choice between them depends on recording quality requirements and operating time.
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Glossary
Microphone type
The built-in microphone type determines the mode (number of channels) in which the voice recorder records sound.
— Mono. The simplest option: one microphone that records sound in mono format, i.e. without separation into left and right channels. It is impossible to provide a "surround" sound with such a recording, however, in the case of voice recorders, this is not decisive, because. usually in such a recording it is not the volume of the sound that is important, but the intelligibility of speech — and it is fully provided by a monophonic microphone.
— Stereo. In this case, a pair of microphones is usually used, spaced apart on the sides of the case; the sound is recorded in stereo, and the volume of the sound is achieved due to the difference in the sound reaching the left and right microphones. Considered somewhat more advanced than mono, although it does not provide better speech intelligibility by itself.
— Mono. The simplest option: one microphone that records sound in mono format, i.e. without separation into left and right channels. It is impossible to provide a "surround" sound with such a recording, however, in the case of voice recorders, this is not decisive, because. usually in such a recording it is not the volume of the sound that is important, but the intelligibility of speech — and it is fully provided by a monophonic microphone.
— Stereo. In this case, a pair of microphones is usually used, spaced apart on the sides of the case; the sound is recorded in stereo, and the volume of the sound is achieved due to the difference in the sound reaching the left and right microphones. Considered somewhat more advanced than mono, although it does not provide better speech intelligibility by itself.
External microphone connector
Separate input for connecting an external microphone. See "Connecting an External Microphone" for details.
Recording format
— MP3. The most common digital audio format today, supported by the vast majority of digital audio devices, regardless of size. Provides medium quality compression and medium sound quality. When saved, it compresses information with loss of quality, but these losses are almost imperceptible to the ear, especially when recording speech from a non-specialized microphone.
— WMA. Format developed by Microsoft. It surpasses MP3 in terms of data compression capabilities, providing good quality at a low bitrate and, as a result, a small file size, but is less popular, in particular, due to sensitivity to errors in the file. At the same time, it is very common in digital audio equipment, it can be reproduced on computers without problems (it is a standard audio format of Windows OS).
— WAV. Technically, it is not a format, but a "container" into which you can "pack" sound processed by any codec; however, it is most commonly used to store uncompressed PCM audio. Thus, WAV provides the best sound quality comparable to Audio CD, however, such files, usually, take up much more space than in the above-mentioned formats. It also plays on a computer without any problems.
— Own. Some voice recorder models record audio in their own format, which is different from common standards. Technically, a proprietary format can provide a good r...atio of recording quality to file size, however, listening to such materials often causes inconvenience: you either need to listen to it on the recorder itself, or install a special player or codecs on your computer, or convert it into one of the "generally understood" formats with possible quality loss.
— WMA. Format developed by Microsoft. It surpasses MP3 in terms of data compression capabilities, providing good quality at a low bitrate and, as a result, a small file size, but is less popular, in particular, due to sensitivity to errors in the file. At the same time, it is very common in digital audio equipment, it can be reproduced on computers without problems (it is a standard audio format of Windows OS).
— WAV. Technically, it is not a format, but a "container" into which you can "pack" sound processed by any codec; however, it is most commonly used to store uncompressed PCM audio. Thus, WAV provides the best sound quality comparable to Audio CD, however, such files, usually, take up much more space than in the above-mentioned formats. It also plays on a computer without any problems.
— Own. Some voice recorder models record audio in their own format, which is different from common standards. Technically, a proprietary format can provide a good r...atio of recording quality to file size, however, listening to such materials often causes inconvenience: you either need to listen to it on the recorder itself, or install a special player or codecs on your computer, or convert it into one of the "generally understood" formats with possible quality loss.
Max. recording quality (MP3)
The higher the amount of data per unit of time that is used to transmit the audio stream, the higher the quality of the MP3 recording is provided. So, the base bitrate of 32 Kbps means encoding one second of sound using 32 thousand bits of information - it is used only for speech transmission. Much more common in portable audio recording devices is the recording quality of 128 Kbps, 192 Kbps and 256 Kbps. The maximum possible bits rate for the MP3 format is 320 Kbps. The pursuit of the highest quality of sound recording makes sense for advanced models of recorders; for a conditional voice recorder for recording lectures, the basic bitrate parameters will be quite enough. Also keep in mind that the quality of sound recording affects the size of the resulting files and the duration of the voice recorder.
Max. recording quality (WAV)
Uncompressed WAV provides the best sound quality among common Hi-Res audio formats. Its sampling rate is usually 96 or 192 kHz with a bit depth of 24 bits. The format is used for "clean" sound recording with maximum detail of the scene.
Maximum recording time
The maximum continuous recording time for the voice recorder. It depends primarily on the amount of memory (see "Built-in memory", "Memory card slot"), it is also directly related to the recording quality: the higher the quality, the more space the material occupies and the shorter the maximum recording time. In this regard, manufacturers usually indicate in the specifications the maximum possible recording time, that is, the recording time with minimum quality; with higher quality and time will be less.