Apple officially unveiled the AirPods Max 2 in March 2026. New H2 chip, stronger Active Noise Cancelling, Adaptive Audio, Conversation Awareness, Voice Isolation, Live Translation. On paper, a significant leap. In practice, it becomes clear: Apple has completely revamped the internals but left the fundamental product concept almost untouched. And this is exactly where the interesting question begins.
The Controlled Upgrade
The AirPods Max 2 still look like the old premium model and carry forward many of its open questions. The enclosure remains massive, the weight remains an issue, and despite new technology the product does not signal a genuine fresh start. Apple delivers more performance but no new vision for its flagship headphones.
Particularly striking is Apple's stance on audio. The H2 chip is the same chip that already does impressive work in the AirPods Pro 2. Yet lossless audio and extremely low latency remain tied to a wired USB-C connection. Wireless lossless? Nowhere to be found.
This draws a clear line. The AirPods Max 2 are allowed to become smarter, compute better, filter better, and reach deeper into the Apple ecosystem. But they are apparently not allowed to become the symbol of a new wireless elite class.
The Lossless Question: Why Not?
This is the point where the official explanation wears thin. Bluetooth, even in the current LE Audio specification with LC3plus, theoretically offers enough bandwidth for CD quality (16-bit / 44.1 kHz). Apple itself has the hardware for advanced audio codecs on board with the H2 chip. And Apple Music has offered Lossless and Hi-Res Lossless for years. Everything is in place. Only the final step is missing.
The common explanation: Bluetooth simply is not sufficient for true Hi-Res (24-bit / 96 kHz or higher). That is correct, but it does not explain why not even CD quality is enabled wirelessly, or why Apple does not use a proprietary protocol the way Qualcomm does with aptX Lossless or Samsung with the SSC codec.
The Proof That It Works: Apple Vision Pro
And this is where it gets really interesting. Because Apple has long proven that H2-to-H2 communication operates on a different level. The Apple Vision Pro already communicates directly via H2 with the AirPods Pro 2 and 3. The result is breathtaking: Spatial Audio with head tracking at a quality and latency that would simply not be possible over standard Bluetooth. The connection is so precise that the sound remains anchored in virtual space in real time during head movements.
Apple uses a proprietary low-latency protocol between the two H2 chips here, far exceeding what Bluetooth LE Audio offers. The audio quality in combination with Vision Pro is audibly better than any other wireless connection in the Apple ecosystem. This proves: the technology exists. H2 to H2 can do more. Apple just deploys it very selectively.
Why not for music streaming with the iPhone then? That is exactly the question Apple has not answered so far. And that leads directly to the next consideration.
The Uncomfortable Theory: The Enclosure as the Bottleneck
There is a theory that Apple would hardly confirm but that is technically plausible: The massive aluminum enclosure of the AirPods Max could itself be the problem.
Wireless audio transmission at high bandwidth, particularly via proprietary protocols that go beyond standard Bluetooth, requires stable, interference-free radio connections. Metal enclosures are their natural enemy. Aluminum dampens radio signals, partially reflects them back inside, and creates interference patterns that lead to packet loss at higher data rates.
With standard Bluetooth using the AAC codec (250 kbit/s), this is manageable -- error correction compensates for occasional losses. With a lossless stream at 1,400+ kbit/s, every packet loss becomes audible. Error tolerance drops dramatically.
On top of that comes the battery. The AirPods Max have a comparatively large battery (394.24 mAh according to iFixit). Lithium-ion cells and the associated charging electronics generate electromagnetic interference that can also become problematic at higher transmission rates -- especially in a closed metal enclosure that acts like a Faraday cage.
In short: It is quite possible that Apple could already deliver wireless lossless technically -- H2 to H2, iPhone to AirPods Max -- but the metal enclosure and battery arrangement degrade signal quality to the point where a reliable, artifact-free stream cannot be guaranteed. And Apple famously does not ship features that do not work 100% of the time.
Why the AirPods Pro 2 and Pro 3 Also Lack Lossless
Interestingly, the same problem applies, albeit in a different form, to the AirPods Pro. The Pro 2 and the rumored Pro 3 also have the H2 chip. They too could theoretically use H2-to-H2 communication with the iPhone. But here as well, wireless lossless remains absent.
For the in-ears, the situation is even more challenging: the form factor leaves hardly any room for optimized antennas. The battery sits directly next to the Bluetooth module. And the tiny enclosures offer no room whatsoever for the shielding that a clean high-bandwidth stream would require.
This leads to an uncomfortable conclusion: None of the current AirPods models -- neither Max nor Pro -- is capable of reliably delivering wireless lossless. Not because of the chip. Not because of the codec. But because of the physical reality of radio, metal, and battery in a confined space.
The Silent Roadmap: An Entirely New Model?
If this analysis is correct, it also explains Apple's conspicuous restraint on the topic. Apple has the H2 chip. Apple has Apple Music Lossless. Apple has the software infrastructure for proprietary protocols. Everything is prepared -- only the hardware does not match yet.
It is therefore very likely that Apple is already working behind the scenes on an entirely new AirPods Max model -- a device designed from the ground up for wireless lossless. That would mean:
- New enclosure design: Possibly a material mix of aluminum and plastic/ceramic that allows signal permeability without sacrificing the premium feel.
- Optimized antenna architecture: Dedicated antenna windows in the enclosure, similar to how Apple solved better reception on the Apple Watch Ultra with its ceramic back.
- New battery arrangement: Positioning the cells so they do not interfere with the antenna -- possibly relocated into the headband.
- Proprietary audio protocol: An Apple-developed transmission technology that goes beyond standard Bluetooth -- possibly based on Ultra-Wideband (UWB) or an evolution of the W-series/H-series protocol.
Such a product would be expected no earlier than 2027, more realistically 2028. In this scenario, the AirPods Max 2 are not an endpoint but a bridge -- a product that introduces the H2 chip and software features while the hardware revolution is saved for the next generation.
And the Existing H2 Devices?
An open question remains: Whether Apple will retroactively enable lossless H2-to-H2 transmission on already-sold H2 devices -- AirPods Pro 2, AirPods Max 2 -- via software update is unclear. The hardware foundation would be there. But if the physical limitations of the enclosure are the problem, a software update alone would not solve anything. Apple could at best offer a "Lossless Lite" mode -- better than AAC but below true Hi-Res -- and would then have to manage expectations.
More likely, Apple will reserve the feature exclusively for the new hardware generation. That would be typical Apple: the incentive to upgrade has to be right.
Conclusion: Good Product, Strategic Restraint
The AirPods Max 2 are not a weak product. For Apple users, they are likely very good headphones -- better ANC, smarter features, deeper ecosystem integration. But they are also an example of how cautiously Apple approaches real change when an existing premium product still appears viable enough.
In a segment where Sony, Bose, and Sennheiser constantly work on comfort, flexibility, and sound quality, Apple once again bets on the strength of its own ecosystem instead of technical openness. That works -- but it leaves the feeling that the truly exciting generation is yet to come.
Plenty of H2. Plenty of computing power. Plenty of refinement. But where an update could have become a genuine fresh start, Apple remains conspicuously restrained. Physics may be one reason. Strategy certainly is another.
Sources: Apple Newsroom, Apple Support, The Verge, iFixit Teardown. As of March 31, 2026.