LC3 is the only codec in this comparison that changes something you can feel: it is the codec built into LE Audio, which is where lower-power audio and Auracast broadcasting come from. LDAC and the aptX family are the older route to a higher bitrate, AAC is Apple's default and SBC is the mandatory fallback every Bluetooth audio device has to carry - different optimisations, not a ranking. The catching detail: not one of BUGANi's 18 active listings names a codec anywhere in its title, description or tags.
The short answer: LC3, SBC, AAC, aptX and LDAC side by side
| Codec | Who defines it | Typical bitrate | Optimised for |
|---|---|---|---|
| SBC | Bluetooth SIG | 328 kbit/s at 44.1 kHz in the high-quality profile; decoders must handle 320 kbit/s mono and 512 kbit/s stereo | Being the mandatory A2DP fallback |
| LC3 | Bluetooth SIG; developed by Fraunhofer IIS and Ericsson | Variable rate | Battery, latency and reliability at low bitrates |
| AAC | ISO/IEC; from AT&T, Dolby, Fraunhofer, Sony, 1997 | Transparent at around 128 kbit/s stereo | Efficient lossy encoding for phones |
| aptX | Qualcomm | 352 kbit/s; aptX HD 576 kbit/s; aptX Adaptive 279-420 kbit/s | Low latency on Snapdragon hardware |
| LDAC | Sony | Up to 990 kbps at 32-bit/96 kHz; Best Effort mode switches 330/660/990 | Maximum bitrate on a strong link |
What a codec is - and why the Bluetooth version does not tell you
A codec is the compression used for the audio; the Bluetooth version number is the radio and protocol feature set. Different layers, and one does not imply the other.
LC3 arrived with LE Audio, built on the Bluetooth 5.2 core specification published on 31 December 2019. LE Audio was announced at CES in January 2020 and the specification was declared complete on 12 July 2022. So a listing that says Bluetooth 6.0 is telling you the core version it supports, and nothing about which codec plays your music.
- Both ends have to support it. Phone and speaker negotiate the best codec they share; if one side lacks it, it will not appear at all.
- Version is not codec, and neither is a badge. A Hi-Res label or an Auracast claim describes a capability, not the codec running your music.
LC3 vs SBC: the one upgrade you can actually feel
SBC is what everything falls back to, and the Bluetooth SIG announced LC3 as its successor at CES 2020. Published testing positions LC3 as delivering higher audio quality and better packet loss concealment than SBC at a lower data rate, and LE Audio is documented as drawing less battery than the older path. The payoff is the same music for less radio time and fewer dropouts when the link degrades - which matters most in earbuds worn all day.
LC3 vs AAC: Apple's default against the LE Audio default
AAC is not a Bluetooth codec in origin: it is an ISO/IEC standard from 1997, and Apple is the reason it is everywhere in wireless audio. It reaches transparent sound for most listeners at roughly 128 kbit/s stereo - about a third of LDAC's ceiling.
The difference shows up on iPhone. iOS offers neither aptX nor LDAC over classic Bluetooth, so an iPhone negotiates AAC or SBC and nothing else; LC3 reaches it only through LE Audio. That is a common reason two people hear different things from one product.
LC3 vs aptX: a standards codec against a vendor family
aptX is a family of proprietary codecs owned by Qualcomm, not one format. aptX runs 352 kbit/s at 44.1 kHz, aptX HD 576 kbit/s, and aptX Adaptive scales between 279 and 420 kbit/s - with Qualcomm stating Adaptive at those rates matches aptX at 352 and aptX HD at 576. Qualcomm quotes around 80 ms end-to-end latency for Adaptive in hardware and retired aptX Low Latency in its favour.
The catch is silicon: aptX needs Qualcomm chips at both ends. LC3 is royalty-free and specified by the Bluetooth SIG itself, which is the structural reason it is the likelier long-term default.
LC3 vs LDAC: efficiency against bitrate, not two rivals
LC3 and LDAC are not competing for the same prize. LDAC is Sony's proprietary coding technology, built to stream up to 990 kbps at 32-bit/96 kHz. Sony open-sourced the encoder, but the decoder remains proprietary and the format is still not supported natively on iOS, iPadOS, macOS or Windows.
Two details are easy to miss. First, LDAC's default Best Effort mode is not 990 kbps - the headline figure is a ceiling, not a guarantee. Second, the Japan Audio Society's Hi-Res Audio Wireless list as of June 2024 names LHDC, LDAC, SCL6, LC3plus, SHDC and aptX Adaptive; LC3plus is the ETSI sibling of LC3, is not royalty-free and is not compatible with the standard LC3 codec, so that certification does not transfer.
The honest answer: they optimise opposite things. LDAC spends bandwidth on resolution; LC3 spends almost none and gives back battery life, latency and several simultaneous streams - the Bluetooth SIG documents up to four audio streams per LE Audio peripheral. On one busy 2.4 GHz link the two may be indistinguishable.
What BUGANi's 18 listings actually publish
Every active listing on this store was read in full on 10 October 2026, including titles, descriptions and tags. None of the 18 names a codec. The words LC3, LDAC, aptX, AAC, SBC and even the word codec do not appear once. Two listings say hi-res.
What the listings do publish is a Bluetooth version, and the pattern is not the one you would guess from the price tags:
| Version in the listing | Models | Price range |
|---|---|---|
| 6.0 | 8 models - Brief Plus, Reform, Brief Go, Space BH01, Clip B21, Free B16, Fit B17, Freebuds B20 | $19.99 - $129.99 |
| 5.4 | 5 models - Brief, Free B10, Free B15, Free B11, Fit B18 | $19.99 - $59.99 |
| 5.3 | 2 models - Boost Max ($249.00) and Brief Pro ($209.00) | $209.00 - $249.00 |
| Not stated | 3 models - AirCore OWH ($199.99), Brief TT ($69.99), Rove Go 5 ($39.99) | $39.99 - $199.99 |
The two most expensive speakers in the range publish the oldest core version in the range. That is not a defect - a Bluetooth 5.3 speaker is normal - but the number on the page is a poor guide to how modern the audio pipeline is.
Where LE Audio shows up here: the two Auracast models
Auracast is the one place LE Audio is visible in this catalogue, and it is visible by name on exactly two listings. Auracast implements broadcast audio: several receivers connect to one transmitter without pairing first, and LE Audio allows both one-to-many and many-to-one transmission. Because Auracast is built on LE Audio and LC3 is the codec LE Audio specifies, an Auracast badge is the closest thing here to a published LE Audio path.
- Rove Go 5 ($39.99) - names Auracast multi-speaker mode, the cheapest model in the range carrying the Auracast name.
- Brief Go ($59.99) - also names Auracast, and publishes Bluetooth 6.0 with a 28-hour figure.
- Broadcast, without Auracast - Brief Plus ($129.99) and Reform ($99.99) claim broadcasting to 100+ compatible speakers, and the Brief ($59.99) describes multi-speaker broadcast without naming a protocol.
- The older stereo path - Boost Max ($249.00) and Brief Pro ($209.00) describe TWS pairing instead: two speakers, one stereo image.
One caution: an Auracast or broadcast claim tells you the product supports the LE Audio broadcasting feature, and nothing about the codec used for ordinary playback. No listing states that.
How to see which codec your phone is negotiating
This settles it on your own hardware, in under a minute.
- Android: connect the device, enable Developer options, then open the Bluetooth audio codec entry. It reports the codec in use and lets you force one, which makes an A/B test possible.
- iPhone: there is no codec menu because there is nothing to choose. Classic Bluetooth on iOS means AAC or SBC.
- Windows: the adapter and driver decide. A machine without LE Audio support will not offer LC3 even with headphones that have it.
What to buy, in one line each: for the most modern radio, the Auracast-labelled models; for linking several speakers, a broadcast rating rather than TWS; for phone-to-speaker resolution, LDAC or aptX HD on a phone that supports it; and for nothing in particular, SBC and AAC are fine. The guides to TWS versus Auracast and connecting multiple BUGANi speakers cover the setup step by step.
FAQ
Is LC3 better than LDAC?
They optimise different things, so no ranking exists. LDAC reaches up to 990 kbps at 32-bit/96 kHz. LC3 is royalty-free and built for efficiency: lower power, better packet loss concealment and up to four simultaneous audio streams.
My earbuds say Bluetooth 6.0 - does that mean LC3?
No. LC3 came in with LE Audio on the 5.2 core specification. The version tells you which core features a device can support, not which codec it plays.
Why does my phone only show SBC?
Because SBC is the mandatory fallback and one end has nothing better in common. AAC, aptX and LDAC are optional additions for a manufacturer, so support varies by price point.
Do any BUGANi models support LC3?
Not one of the 18 active listings names LC3, LDAC, aptX, AAC or SBC, so this store does not publish an answer. Rove Go 5 and Brief Go name Auracast, which is the LE Audio path. For the codec used in ordinary playback, ask BUGANi support directly.
This article was researched and written with AI assistance, reviewed by the Bugani SEO Team.
Sources: LC3 (codec) and LDAC (codec) on Wikipedia, plus its Bluetooth Low Energy, SBC, AAC and aptX reference articles. Specifications, prices and multi-speaker claims read from the live BUGANi listings on 10 October 2026.
