Android 17 Update Enables LHDC v5 Audio on Pixel Phones

by Chief Editor

Android 17 now natively supports the LHDC v5 Bluetooth codec on compatible Pixel smartphones, enabling higher-fidelity wireless audio streaming. This system-level integration allows devices to stream at up to 24-bit/96 kHz, bridging the performance gap between wireless earbuds and traditional wired audio setups, according to technical documentation from the Android Open Source Project (AOSP).

How to enable LHDC v5 on your Pixel

Google does not enable LHDC v5 by default, requiring users to manually configure the setting through the Android developer menu. To activate it, navigate to Settings, select About phone, and tap the Build number seven times to unlock Developer Options. Once enabled, go to System, open Developer options, and locate the Bluetooth section. You must have a compatible headset connected to select “LHDC v5” under the codec settings, as the option remains greyed out otherwise, according to testing by Frandroid.

Pro Tip: Check your earbud manufacturer’s companion app, such as HeyMelody for OnePlus, to ensure a “High Resolution” or “LHDC” mode is toggled on. The smartphone cannot stream in high definition if the receiving device is locked to a lower-quality profile.

Why native AOSP support matters for wireless audio

Before Android 17, Google relied on individual manufacturers to implement their own LHDC drivers, which often led to inconsistent performance or stability issues. By moving LHDC v5 directly into the Android system core, Google ensures that any smartphone running Android 17—including devices from Samsung, Xiaomi, Oppo, and Vivo—can support the codec without custom software patches. This shift mirrors the evolution of the LDAC codec, which was once proprietary to Sony before being integrated into the AOSP framework to standardize high-resolution wireless audio across the ecosystem.

Why native AOSP support matters for wireless audio

Comparing high-resolution Bluetooth codecs

Wireless audio quality is limited by the bandwidth and compression efficiency of the codec used. While standard SBC and AAC codecs remain the industry baseline for compatibility, they often compress audio files significantly, resulting in a loss of detail. LHDC v5 and LDAC provide higher bitrates, allowing for a more faithful reproduction of Hi-Res Lossless files from services like Apple Music.

Codec Max Bitrate Resolution
SBC ~328 kbps Standard
LHDC v5 Up to 1000 kbps 24-bit/96 kHz

Which devices support LHDC v5?

A wide range of current-generation wireless earbuds already feature LHDC v5 compatibility. Notable hardware includes the OnePlus Buds Pro 3, Xiaomi Buds 5 Pro, Nothing Ear, and various models from the realme Buds Air series, such as the Air 8 and Air 7 Pro. Because these devices adhere to the LHDC standard, they will now benefit from the improved system-level stability provided by the Android 17 update.

Google quietly adds LHDC v5 support to Pixel phones with Android 17 update
Did you know? LHDC stands for “Low Latency High-Definition Audio Codec.” It is specifically engineered to maintain a high bitrate while keeping audio-to-video latency low, which is essential for mobile gaming and video streaming.

Frequently Asked Questions

Does LHDC v5 work on all Android phones?

LHDC v5 support is native to Android 17. Older versions of Android may support it only if the manufacturer included specific firmware, but Android 17 standardizes this across the platform.

Does LHDC v5 work on all Android phones?

Do I need special headphones for better sound?

Yes. Both your smartphone and your wireless headphones or earbuds must support the LHDC v5 codec to transmit high-resolution audio.

Will I notice a difference with Spotify?

Spotify currently streams at a maximum of 320 kbps. High-resolution codecs like LHDC v5 provide the most benefit when listening to “Lossless” or “Hi-Res” files from services like Apple Music or Tidal.


Have you tried enabling high-resolution audio on your Pixel? Let us know which earbuds you are using in the comments below, or subscribe to our newsletter for more deep dives into mobile hardware updates.

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