
There are many sound dongles available for Android devices, including the Astell & Kern PEE51 Type C DAC dongle, the Questlye CMA400i and CMA Twelve, and the Bolt DAC dongle. These dongles offer enhanced sound quality and input options for Android users. However, it's important to note that not all dongles are compatible with all Android phones, and some may require additional apps or adjustments for optimal performance. While most modern Android phones support USB-C audio output, it's always a good idea to check the specific model's compatibility before purchasing a sound dongle.
| Characteristics | Values |
|---|---|
| Sound Quality | Varies depending on the dongle. Some users report issues with volume and sound quality when using certain dongles with Android phones. |
| Compatibility | Most dongles with a USB-C port should be compatible with Android devices. Some sources mention compatibility with specific Android phones, including Samsung, Pixel, and Tab S8. |
| Notable Models | Astell & Kern PEE51, Questlye CMA400i and CMA Twelve, Zerda ITM01, WKWZY USB C Dac, FiiO BTR5 |
| Additional Software | Some dongles may require additional software or apps to function fully, such as the FiiO app for the BTR5 dongle or Universal Audio Player Pro to adjust the hardware volume on certain dongles. |
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What You'll Learn
- Apple USB-C dongles work with Android phones, but you may need to adjust the volume
- Some Android phones don't have a 3.5mm audio jack, but you can use a USB dongle with wired earphones to listen to calls
- The Pixel line of phones doesn't support analog on the USB-C jack, so you'll need a dongle
- Some USB-C to headphone adapters use an analog passthrough that doesn't work on all phones
- The WKWZY USB-C dongle is a good budget option, but it doesn't get loud enough for some headphones

Apple USB-C dongles work with Android phones, but you may need to adjust the volume
Apple's USB-C dongle is compatible with Android phones, but users have reported issues with low volume. The problem appears to be caused by the difference in voltage between the EU and US versions of the dongle, as well as the sensitivity and impedance of the IEMs (In-Ear Monitors) used.
The EU version of the Apple USB-C dongle has a lower voltage (0.5V) compared to the US version (1V), which results in lower power output and quieter volume. This difference in voltage is due to EU regulations aimed at protecting people's hearing. To address the low volume issue, users have suggested using apps like UAPP (Universal Audio Player Pro), Neutron Player, or Hiby Music to increase the hardware volume on the dongle. These apps can boost the volume above the default 50% level when a device doesn't have hardware volume control. However, some users have reported compatibility issues with these apps, especially when used with streaming platforms like Spotify or Apple Music.
The type of IEMs or headphones used also affects the volume levels experienced by users. For example, users with high-impedance IEMs and low-sensitivity headphones may not achieve sufficient volume levels, even with the apps mentioned above. On the other hand, highly sensitive IEMs may already be loud enough at the default volume, and a quieter max volume may even be preferable to allow for more sensitive volume adjustments.
While the Apple USB-C dongle is functional with Android phones, the volume issues may be a significant drawback for some users, especially those with less sensitive headphones or specific Android devices. In such cases, alternative dongles, such as the Samsung dongle, may be a more suitable and affordable option without the need for additional volume adjustments.
It is important to note that the volume issues with the Apple USB-C dongle and the effectiveness of suggested solutions may vary depending on the specific Android device and the type of headphones or IEMs used.
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Some Android phones don't have a 3.5mm audio jack, but you can use a USB dongle with wired earphones to listen to calls
If you have an Android phone without a 3.5mm audio jack, you can still use wired earphones to listen to calls. You can do this by using a USB dongle. There are several types of USB dongles available for Android phones, including those from Samsung and Apple. These dongles typically have a USB-C port that you can use to connect your wired earphones.
Some users have reported issues with low volume when using certain dongles, such as the Apple USB-C DAC with Android phones. To resolve this issue, you can use apps like Universal Audio Player Pro or adjust the hardware volume on the dongle. Additionally, the type of headphones you use may impact the volume levels, as less sensitive headphones may require apps like uapp, Neutron Player, or the free app Hiby Music to maximize hardware volume.
Another option is to use a DAC dongle, which can provide enhanced sound quality and features. For example, the Astell & Kern PEE51 Type C DAC dongle offers a sleek design, accurate sound, and a rich, detailed listening experience. Alternatively, the Questlye CMA400i and CMA Twelve DAC dongles are notable for delivering fantastic sound with plenty of input options.
When choosing a USB dongle for your Android phone, it's important to consider your specific phone model and the type of headphones you plan to use. Additionally, you may want to research different dongle options to find one that best suits your needs in terms of sound quality, features, and compatibility with your Android device.
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The Pixel line of phones doesn't support analog on the USB-C jack, so you'll need a dongle
The Pixel line of phones does not support analog on the USB-C jack, so you'll need a dongle. This is a common issue with the Pixel phones, and it can be quite frustrating for users who want to connect their headphones and enjoy their music. The issue stems from the fact that the Pixel phones do not have a built-in DAC (digital to analog converter) chip, which is necessary for processing analog audio signals. As a result, users are forced to purchase a separate dongle that includes this chip in order to use their headphones.
There are a few options available for Pixel phone users who want to listen to audio through a wired connection. One option is to purchase an official Google dongle, which is specifically designed to work with Pixel devices. These dongles can be found on the Google store or through third-party retailers. Another option is to look for dongles from well-known manufacturers such as Anker or Belkin, which are more likely to be compatible with the Pixel phones. It is important to be cautious with no-name or off-brand adapters, as they may not work with the Pixel's unique audio requirements.
Additionally, some users have reported success with certain third-party dongles, such as the Apple dongle, which is known for its good sound quality and low price. However, it is important to note that the Apple dongle may have lower volume issues when used with Android phones, and it may not work with all Android devices. For example, some users have reported that the Apple dongle does not work properly with the Pixel 6 Pro, as it is not recognized by the phone and results in an "Analog audio accessory detected" error message.
Another option for Pixel phone users is to invest in a portable DAC dongle, which can provide enhanced sound quality and compatibility with a range of devices. Some popular options include the Astell & Kern PEE51 Type C DAC dongle, the Questyle CMA400i and CMA Twelve, and the Ikko Zerda ITM01. These dongles offer increased depth and richness to the sound signature, making them ideal for audiophiles or those looking for an improved listening experience.
It is worth noting that some Pixel phone users have reported issues with certain dongles, even those purchased from well-known manufacturers. In some cases, the dongles may work initially but then suddenly stop functioning properly, resulting in audio being played through the phone's speakers instead of the headphones. This can be a frustrating experience, and it may require trial and error to find a compatible dongle.
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Some USB-C to headphone adapters use an analog passthrough that doesn't work on all phones
USB-C to 3.5mm headphone jack adapters are not universally compatible with all phones. The issue of compatibility arises due to the absence of standardised hardware protocols for audio transmission over USB-C before the removal of headphone jacks from smartphones. As a result, manufacturers have adopted varying approaches for converting digital audio data into analog signals compatible with headphones.
Some USB-C to headphone adapters employ a passive approach, relying solely on the smartphone's internal digital-to-analog converter (DAC) and amplifier to process the audio signal. In this case, the adapter functions as a simple analog passthrough, transmitting the analog signal from the phone's USB-C port to the 3.5mm headphone jack. However, this method is dependent on the smartphone's capability to support "Audio Adapter Accessory Mode" and provide the necessary analog audio output.
On the other hand, certain adapters incorporate their own active circuitry, including a DAC and amplifier, to perform the digital-to-analog conversion locally within the adapter. These adapters are designed to be more universally compatible, as they do not rely on the specific capabilities of the connected smartphone. However, the inclusion of proprietary circuitry may lead to compatibility issues with certain devices, resulting in audio distortions or a lack of audio output.
To ensure compatibility, it is recommended to verify the presence of a DAC or USB-IF certification in the adapter's product description. Additionally, checking reviews and user experiences with the same device can provide valuable insights into potential compatibility challenges. As an alternative, Bluetooth headphones offer a wireless solution that bypasses the need for USB-C adapters altogether, albeit with the trade-off of managing battery life and charging.
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The WKWZY USB-C dongle is a good budget option, but it doesn't get loud enough for some headphones
The WKWZY USB-C dongle is a good budget option for those looking to connect their headphones to their smartphones. It is compatible with a wide range of devices, including Android phones, iPads, MacBooks, and game consoles. Its compact and minimalist design makes it easy to carry around, and it supports high-impedance headphones.
However, one of its limitations is that it may not get loud enough for some headphones. Some users have reported static noise and buzzing when using the WKWZY dongle, particularly with certain Android phones like the Samsung Note 20. This issue can be addressed by using specific apps to adjust the hardware volume on the dongle, such as Universal Audio Player Pro or Hiby Music.
The sound quality of the WKWZY dongle is also worth considering. While it offers improved sound quality with a higher sample rate, some users have noted that music sounds mediocre or worse compared to other dongles or direct headphone jack connections.
Despite these shortcomings, the WKWZY USB-C dongle can be a convenient and functional choice for those seeking a budget-friendly option. It allows individuals to connect their headphones and charge their devices simultaneously, making it a versatile accessory for Android users.
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Frequently asked questions
Yes, most sound dongles support Android phones. Some dongles known to be compatible with Android include the WKWZY USB C Dac, the BTR5, and the Apple USB C DAC.
A sound dongle is a small device that can be plugged into a phone to enable the use of wired earphones or headphones.
You can plug a sound dongle into your Android phone before or after a call. If you are experiencing low volume, you can adjust the hardware volume on the dongle using an app like Universal Audio Player Pro.
A DAC dongle is a type of sound dongle that includes a digital-to-analog converter, allowing for increased depth and expanded soundstage. Examples of DAC dongles include the Questlye CMA400i and CMA Twelve, as well as the Astell & Kern PEE51.
Yes, some alternatives to sound dongles for Android phones include using Bluetooth headphones or speakers, or using a phone with a built-in headphone jack.




























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