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Comparison Shanling M3 Ultra vs Shanling M3X

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Shanling M3 Ultra
Shanling M3X
Shanling M3 UltraShanling M3X
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TypeHi-fi playerHi-fi player
OSAndroidAndroid
Built-in memory32 GB32 GB
Memory card typemicroSDmicroSD
Max. memory card size2048 GB
Specs
DACESS ES9219C (2шт)ESS ES9219C (2шт)
Sampling frequency384 kHz384 kHz
Bit depth32 bit32 bit
Frequency range20 – 40000 Hz20 – 40000 Hz
Signal to noise ratio121 dB
Power260 mW240 mW
Harmonic distortion coefficient0.0007 %
Features
Audio formats supportDSD, FLAC, WAV, AIFF, DTS, MP3, WMA, ACC, OGG, ALACDSD, FLAC, WAV, AIFF, DTS, MP3, WMA, ACC, OGG, ALAC
Codec support
aptX
aptX
Features
DAC mode operation
equalizer
DAC mode operation
equalizer
Connection
Wi-Fi
Bluetoothv 5.0v 4.2
Outputs
mini-Jack (3.5 mm)
Pentaconn (4.4mm)
mini-Jack (3.5 mm)
Pentaconn (4.4mm)
Screen
Screen
colour
4.2 "
768x1280 px
touch screen
colour
4.2 "
768x1280 px
touch screen
General
Battery capacity3500 mAh3200 mAh
Operating time (audio)
20.5 h /45.5 hours in Bluetooth mode/
23 h
Fast chargeQuick Charge 3.0Quick Charge 3.0
Connector for chargingUSB CUSB C
Firmware update
Touch control
Materialmetalmetal
Size (HxWxT)109x70x18 mm
Weight199 g168 g
Color
Added to E-Catalogoctober 2023july 2021

Max. memory card size

The maximum size of the memory card that can be used in the player. This parameter is directly related to the card type (see above): each type has its own volume limits. At the same time, the ability to work with capacious media is limited not only by the type of card, but also by the player's hardware. Therefore, many models have a lower capacity limit than the memory card suggests — for example, 128 GB in a model that supports the SDXC format (the theoretical maximum for which is 2 TB).

Note that the reverse situation also occurs — for example, when a device with a maximum capacity of 16 GB only supports microSD cards (theoretical maximum is 4 GB). This usually means that the player can work with newer formats (in our example, at least microSDHC), but for some reason this point is not mentioned in the official specifications (for example, the manufacturer could make a mistake in the documentation).

Signal to noise ratio

The ratio between the level of the useful signal (clear sound) and extraneous noise, given by the player at the output. This parameter directly characterizes the quality of the built-in amplifier: it mainly takes into account the intrinsic noise of electronic circuits, and the higher the signal-to-noise ratio, the less these noises and the clearer the sound.

Note that in the case of players, this characteristic is often not particularly critical: the noise of the amplifier can be lost against the background of ambient sounds, especially in an urban environment, and for such situations even the most modest indicators, at the level of 70 – 80 dB, are enough. At the same time, for Hi-Fi models (see "Type") this moment is one of the most important; in the most advanced devices, the signal-to-noise ratio can exceed 120 dB.

Power

The higher the power, the louder the sound you can get on the headphones, all other things being equal. In addition, higher power allows you to connect "ears" with higher impedance to the device (although there is no hard correlation here, and models with the same output power may have different headphone impedance limits). However, in the case of ordinary (non-Hi-Fi) players, this parameter is more of a reference than practically significant: usually, the power of the amplifier in such models is quite enough to “rock” most consumer-grade headphones. But for Hi-Fi devices (see "Type") models, output power is of key importance: it determines compatibility with high-resistance studio-class "ears". Detailed help on this issue can be found in special sources.

Harmonic distortion coefficient

The coefficient of harmonic distortion produced by the player.

This parameter directly characterizes the amount of distortion introduced by the device into the original sound: the lower the coefficient, the clearer the sound, the less such distortion. It is impossible to completely eliminate them, but they can be reduced to a level that is practically not perceived by a person. So, it is believed that distortions at the level of 0.5% are already invisible even to an experienced listener. At the same time, in modern audio technology, there are also much lower values \u200b\u200b- up to ten thousandths of a percent. In the case of players, such indicators play mainly an advertising role — they are a sign of a high level of the device.

Note that the coefficient of harmonic distortion is indicated mainly for Hi-Fi players (see "Type"), for which the maximum purity of sound is critical; in conventional models, it is of secondary importance.

Wi-Fi

Wi-Fi technology support by the player. The traditional way to use this feature is to connect to the Internet or local area network through a wireless router; in addition, direct Wi-Fi communication between two devices is also possible.

Normal listening to music does not require these features; therefore, this function is found mainly in media players (see "Type") with extensive additional features. And for models with OS (see above), Wi-Fi support is almost mandatory, because modern operating systems are tightly integrated with the Internet. Specific options for using Wi-Fi depend on the functionality of the player. These may include, but are not limited to, firmware updates, use of audio and video streaming services, Internet radio, installation of applications from online storages, web surfing through a browser, access to social networks, etc.

Bluetooth

The player supports Bluetooth technology.

This technology was developed for direct wireless communication between various devices. The ways in which it can be used can vary; in the case of players, the most common option, which is almost mandatory for any model with Bluetooth, is to broadcast sound to wireless headphones, speakers or other similar devices (aptX is highly desirable, see “Functions/capabilities”). In addition, other methods of using Bluetooth may be envisaged - in particular, exchanging files with other devices and remote control (player or from the player); the specific set of additional functions should be specified separately. And Bluetooth versions (the latest of which at the end of summer 2021 is Bluetooth 5.0) indicate the advancedness of the device and its increased capabilities.

Battery capacity

The capacity of the battery installed in the player.

Theoretically, a larger battery can provide longer battery life. However, in fact, battery life will depend not only on the capacity of the battery, but also on the power consumption of the player, and it is directly related to the functionality. Therefore, when evaluating battery life, it is better to focus not on battery characteristics, but on the operating time directly stated in the characteristics (see below). And only models with similar characteristics can be compared with each other in terms of battery capacity — for example, media players on Android with approximately the same screen sizes.

Operating time (audio)

The maximum time the player can operate on one battery charge in audio playback mode. You should pay attention to this parameter first of all if you have to use the device for a long time without the ability to recharge the battery. At the same time, note that manufacturers usually indicate an “perfect” operating time: at a constant relatively low volume, without working with the screen and other additional functions that also consume battery. And this means that in fact the battery life of the player may be somewhat lower than stated. Nevertheless, this parameter allows you to fairly accurately assess the suitability of the player for long-term work without recharging, and is also quite suitable for comparing different models with each other.
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Shanling M3 Ultra often compared
Shanling M3X often compared