How to Enable Improved Audio Quality on Google Pixel in Android 17

by Chief Editor

Google Pixel smartphones now support LHDCv5 audio streaming with the release of Android 17, providing high-resolution wireless sound quality previously unavailable on the platform. According to company announcements, the codec is now a system-level feature in Android 17, enabling improved bitrates for compatible high-end wireless earbuds and headphones across supported hardware.

Why the shift to LHDCv5 matters for audio quality

Bluetooth audio has historically relied on standard codecs like SBC and AAC, which often compress audio signals significantly. LHDC (Low Latency High-Definition Audio Codec) functions differently by supporting higher bitrates that approach the fidelity of wired connections. The inclusion of LHDCv5 in Android 17 represents a departure from Google’s previous reliance on narrower codec support. While manufacturers like OnePlus have integrated LHDC into their hardware for some time, its arrival as a native Android system feature ensures broader compatibility for users moving forward.

Pro Tip: You can verify your current codec status by enabling Developer Options. Navigate to Settings > About phone, tap Build number seven times, then locate Bluetooth Audio Codec under Settings > System > Developer options while your earbuds are connected.

Comparing codec compatibility across devices

Not all wireless earbuds will benefit from this update immediately. Testing shows that the OnePlus Buds Pro 3 successfully utilize the LHDCv5 codec when paired with a Pixel device running Android 17. Conversely, other popular models continue to use their native protocols. For example, the Pixel Buds Pro 2 currently default to AAC, while the Nothing Ear (3) relies on LDAC, a competing high-resolution codec that remains absent from current Pixel hardware configurations.

Comparing codec compatibility across devices
Device Primary Codec Observed
OnePlus Buds Pro 3 LHDCv5
Pixel Buds Pro 2 AAC
Nothing Ear (3) LDAC

Future trends in wireless audio standards

The transition toward system-level support for high-fidelity codecs suggests that Android is moving away from fragmented, manufacturer-specific audio solutions. By standardizing LHDCv5 within the core Android framework, Google is positioning the platform to compete more directly with high-end audio ecosystems. Industry observers anticipate that future wireless earbuds will increasingly prioritize universal codec support to ensure that consumers receive the intended audio quality regardless of their specific smartphone brand.

Did you know? Bluetooth codecs determine how much data is compressed during transmission. While standard codecs prioritize connectivity stability, high-resolution codecs like LHDC prioritize data throughput to preserve the nuances of high-bitrate audio files.

Frequently Asked Questions

Does my phone automatically use LHDCv5?

No. Your device will only use LHDCv5 if both your smartphone and your connected wireless earbuds support the codec. If your earbuds do not support it, the phone will default to the highest quality codec available for that specific device.

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Is Android 17 required for this feature?

Yes. According to the official release documentation, system-level support for LHDCv5 was implemented as part of the Android 17 update for Tensor-powered Pixel smartphones.

Why don’t my Pixel Buds Pro 2 use LHDCv5?

The Pixel Buds Pro 2 hardware does not include native support for the LHDCv5 protocol, meaning they will continue to utilize standard codecs like AAC even when paired with an Android 17 device.


Have you noticed a difference in audio quality since the latest Android update? Share your experience with different earbuds in the comments below, or subscribe to our newsletter for more technical deep dives.

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