The 10 Best Phono Preamps
We spent 40 hours on research, videography, and editing, to review the top picks for this wiki. With vinyl enjoying a resurgence in popularity, those of you with a significant collection may be looking to buy one of these phono preamps to boost your record player signal up to line level. We've included models suitable for moving magnet and magnetic coil cartridges, so even gigging DJs will find a good selection here. When users buy our independently chosen editorial picks, we may earn commissions to support our work. Skip to the best phono preamp on Amazon.
What Does A Phono Preamp Do?
The reason for a need of this special EQ curve is due to the long wavelengths of low frequencies.
The basic job of the phono preamp is to boost the smallest signals produced by a turntable.
A phono preamp is an important and often overlooked piece of audio equipment. Other names for a phono preamp include a phono stage, RIAA preamp, or turntable preamp. The basic job of the phono preamp is to boost the smallest signals produced by a turntable. These boosted signals can then drive the power amplifier, which in turn drives the speakers. Without the phono preamp, there is not enough power to deliver the correct sound through the speakers.
The phono preamp also applies RIAA curve to the signal. The reason for a need of this special EQ curve is due to the long wavelengths of low frequencies. The grooves these frequencies make are difficult for the needle to play back correctly. Put simply, the RIAA curve boosts high frequencies while reducing low frequencies. The phono preamp then uses an inverse of this curve to balance the track back out. This has two effects. The first is that it makes the grooves for low frequencies much easier to balance. The second is that the process also improves the overall quality of the sound by reducing noises like hissing and ringing. Phono preamps are a requirement for listening to vinyl records on an external sound system.
There are many turntables with built-in speaker systems that have the necessary preamp within them already. It is easy enough to figure out if your model does or does not. If the turntable is connected to the sound system and produces sound at the proper level with no distortion, it more than likely has a built-in phono preamp. Many older amplifiers or sound systems have preamps built in. Any system with an input designated PHONO has a preamp in it. This is very common in receivers or amplifiers made around 1980 or before.Turntables with USB outputs have built-in preamps as well, as they have to convert the input to make it compatible for USB.
Getting The Best Sound From A Phono Preamp
The quality of sound coming from a phono preamp will rely largely on the quality of the other components of the system. For instance, it may be hard to judge the quality of a preamp using low-end speakers. Issues with gain and distortion that are usually blamed on the phono preamp may actually be caused by the speakers themselves. The ideal speakers are neutral, clear, and leave plenty of room for the high resolution of the vinyl sound to shine through. There is no ideal shape or size. Some users favor large floor speakers while others like the freedom of bookshelf speakers.
This is believed to increase the responsiveness of the needle.
The turntable's cartridge may be the largest determining factor in the choice of phono preamp. Cartridges are typically either moving magnet (MM) or moving coil (MC). Both cartridges run a needle along the grooves of the LP to create vibration. It is how they do so that differs.
In MM cartridges, sound is translated by attaching a magnet to the top end of the needle. This magnet rests in between two responsive coils. Vibrations in the magnet create currents in the coils, which are then carried to the preamp. MC cartridges work in the opposite way. They have tiny wire coils attached to the needle that vibrate between magnets. This is believed to increase the responsiveness of the needle. The price of this needle agility is a reduction in signal strength. MC cartridges will typically require more gain that MM cartridges to avoid distorting the sound at the end of the signal. Having a phono preamp that easily adjusts to the needs of the user's specific cartridge is vital.
Creating The Ideal Sound From A Turntable
The resurgence of vinyl is caused in part by nostalgia, but has more to do with the modern listener’s desire for a high-quality sound. Vinyl is considered by many to be the epitome of sound quality. Whether or not this is true is cause for another article all together. The fact remains that vinyl is the only format available to consumers that is both analog and lossless.
FLAC or WAV files are good examples of lossless audio, and MP3 files are usually compressed audio files.
Analog audio offers users a direct duplication of the original recorded soundwaves. Vinyl records are the classic example, as pressing a recording to vinyl does not change the sound in any way. It comes out just as it was recorded. Cassette tapes are a slightly more modern example. They utilize magnetic recording to permanently adhere sound to the tape inside the cassette. One distinct advantage of cassettes is the ability to erase and re-record. This may also be a disadvantage when compared to vinyl. Where vinyl provides a permanent recording, cassette recordings can fade over time or by coming into contact with magnets.
In the digital world, lossless audio refers to audio compression that does not change the original recording. FLAC or WAV files are good examples of lossless audio, and MP3 files are usually compressed audio files. During compression, the size of the file itself is reduced. This makes it easier to download, share, and store these files, but it does come at a price. Compression usually achieves this size reduction by eliminating wavelengths that should be well outside the normal range of the human ear. This usually results in a large chunk of the file being removed. Theoretically, lossless compression manages to reduce the file size of the original recording without removing any minute details from the sound. Provided that high quality speakers and amplifiers are used, the listener would technically be hearing audio just as it was recorded.
Vinyl on the other hand requires no additional processes to produce lossless audio. A turntable using accurate needles, coupled with a high quality phono preamp and clear speakers, will produce audio exactly as it was recorded. Vinyl enthusiasts believe this process is much more favorable, as it is not subject to the digital decoding and recoding of the audio file. They feel it gives the audio unrivaled warmth that is missing in all other formats. Much of this debate is subjective, though.
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