Category: AirPods

  • AirPods Max 2 First Impressions: Apple’s Biggest Upgrade in 5 Years

    AirPods Max 2 First Impressions: Apple’s Biggest Upgrade in 5 Years

    Five years later, Apple’s over-ear headphones, the AirPods Max, have finally received a second-generation upgrade.

    AirPods Max 2 retains an exterior design that is entirely identical to its predecessor: finely crafted anodized aluminum ear cups, a stainless steel telescopic headband with stepless adjustment, and memory foam ear cushions with a fabric covering that offers excellent fit. Due to the extensive use of metal materials, AirPods Max weighs 386.2 grams, which, on paper, places it on the heavier side among over-ear headphones. As a result, Apple has put considerable effort into improving overall wearing comfort.

    The headband features a taut, breathable mesh canopy designed to distribute weight and reduce pressure on the head; the ear cushions, made from acoustically optimized memory foam and a specially designed mesh fabric, provide a more stable and comfortable seal; and the steplessly adjustable telescopic arms allow the headphones to accommodate different head sizes, ensuring a snug yet comfortable fit.

    I have been an AirPods Max user prior to this, and since AirPods Max 2 does not introduce changes in design or weight, I already have fairly extensive real-world experience using this pair in daily commuting and long listening sessions, which I offer here for reference.

    Although AirPods Max is not particularly lightweight, in travel scenarios that involve continuously switching between different modes of transportation, wearing the headphones for several hours straight has not caused any clamping or pressure discomfort. Compared to in-ear models like AirPods Pro, which have a more intrusive fit in the ear canal, using AirPods Max with active noise cancellation for extended periods does not result in a stuffy or fatiguing sensation in the ears.

    That said, the over-ear design of AirPods Max inherently creates a stronger physical presence compared to other types of headphones, whether it’s the feel of the mesh canopy on the head or the enveloping sensation of the ear cushions. With the recent rise in temperatures, the fully enclosing ear cushion design can quickly make the ears feel slightly warm. If there is one factor that might stop me from wearing AirPods Max outdoors, it would undoubtedly be the approaching summer heat—not only does it make you sweat more easily, but the fabric ear cushions with fine mesh can also be more troublesome to clean.

    By the way, thanks to the soft deformation and rebound characteristics of the memory foam ear cushions, wearing AirPods Max with glasses does not cause any discomfort. Across nearly ten pairs of glasses with different materials and temple designs, AirPods Max has remained both stable and comfortable to wear.

    For reference, even when worn with thicker eyeglass temples, the headphones do not create any noticeable clamping discomfort.

    That said, wearing comfort—especially for over-ear headphones like these—can vary greatly from person to person. Some of my friends have described the AirPods Max as feeling tight or causing pressure on the head. My experience is only for reference, and I would still recommend trying them on at an Apple Store before making a purchase.

    After covering the functional design of AirPods Max, let’s take a look at its standout sense of style. It’s quite surprising that a pair of over-ear headphones first introduced in 2020 has, over the past six years, appeared frequently in celebrity street snaps, film and TV productions, and social media discussions—essentially becoming a widely talked-about fashion accessory.

    Personally, I really like the clean yet highly recognizable design language of AirPods Max. Midnight is understated, while Starlight is timeless—these are the two colors I would recommend most. Not only are they easier to match with everyday outfits, but they also tend to remain visually appealing over time.

    AirPods Max underwent a minor refresh in 2024, when Apple replaced the original Lightning port with USB-C and later enabled 24-bit, 48 kHz wired lossless audio. However, Apple did not treat that update as a true generational upgrade. It wasn’t until the release of AirPods Max 2, equipped with the H2 chip, that the product finally received a more complete iteration.

    The shift from the H1 to the H2 chip essentially accounts for almost all of the upgrades in AirPods Max 2. While it may sound like “just a chip upgrade,” this is far from a routine update. Not only have existing features been noticeably improved, but the new model also brings in several core capabilities that are now standard across the AirPods lineup.

    Let’s start with what has improved.

    As mentioned earlier, the H2 chip is nearly the entirety of the upgrade, but compared to the previous generation, the new model also introduces a custom high dynamic range amplifier. As the name suggests, this hardware enhancement allows AirPods Max 2 to deliver a wider dynamic range in audio: preserving more detail at low volumes, reducing distortion at higher volumes, and maintaining better driver control in tracks with significant dynamic variation.

    The addition of the high dynamic range amplifier also brings a change that is immediately noticeable—the overall loudness is significantly higher than on the previous AirPods Max. Playing the same track at the same volume level, you can clearly hear that AirPods Max 2 sounds louder.

    It is understood that, alongside the H2 chip and the custom high dynamic range amplifier, Apple has completely reworked the tuning algorithms, resulting in a noticeably wider soundstage. In actual listening, this proves to be true: AirPods Max 2 offers better layering than both the previous AirPods Max and the AirPods Pro 3, and spatial audio sounds more natural and precise overall.

    In terms of sound, the low-frequency extension on AirPods Max 2 is deeper and more full-bodied than before, with bass that is tight and impactful. Vocals, as well as mid and high frequencies, are clearer. Even when compared with the latest in-ear model, AirPods Pro 3, I still find that AirPods Max 2 delivers a slightly superior overall listening experience.

    In terms of noise cancellation, I compared the previous-generation AirPods Max and AirPods Pro 3 with AirPods Max 2 across several scenarios—a noisy waiting hall, a moving high-speed train, and an elevated roadway—and in all cases, AirPods Max 2 delivered better performance.

    Taking the previously best-performing Apple earbuds in noise cancellation, AirPods Pro 3, as an example: in a crowded waiting hall, the mix of chatter and background noise tends to blend together, whereas AirPods Max 2 is able to filter out more ambient noise, leaving almost only the surrounding voices. Inside a car on an elevated road, while none of the three headphones can completely eliminate the sound of traffic from different directions during rush hour, AirPods Max 2 clearly performs better—oncoming vehicles are barely perceptible. Next is AirPods Pro 3, where the traffic noise is still faint but relatively more discernible.

    Lastly, transparency mode: AirPods Max 2 sounds better and more natural than AirPods Pro 3. Especially in noisy environments with multiple sound sources, the separation between different sounds is improved, and the layering feels more three-dimensional. This is likely closely related to the stronger computational power of the H2 chip and the improved algorithms. In relatively quiet environments with simpler sound sources, however, the difference between AirPods Max 2 and AirPods Pro 3 is less noticeable—both provide a sufficiently natural and clear transparency experience.

    The H2 chip first debuted in AirPods Pro 2, and somewhat surprisingly, it has taken nearly four years for AirPods Max—also a flagship product—to finally receive this upgrade. With the new chip and updated algorithms, AirPods Max 2 now supports many of the core AirPods features that Apple has introduced over time, such as Adaptive Audio, Conversation Awareness, head gestures, and voice activation for “Siri.” If you’ve been hesitating to buy AirPods Max because of the lack of these features, now is a good time to reconsider.

    That said, it is somewhat disappointing that AirPods Max 2, arriving five years later, does not introduce any design changes. First, the included basic case only covers the ear cups and cushions, leaving the headband and canopy unprotected—if you carry a lot in your bag, it can feel a bit worrying. Second, the USB-C charging port is located at the bottom of the right ear cup, which I find slightly inconvenient. It would be much more practical if a contact-based charging option were added, allowing the headphones to start charging simply by placing them on a stand.

    As for whether to buy AirPods Max, there’s not much more to say. Unlike AirPods and AirPods Pro, which have noticeable overlap in form factor, use cases, and feature sets, AirPods Max—Apple’s only over-ear headphone—now has a clearly defined positioning and advantages in both functionality and user experience.

    With up to 20 hours of continuous listening, far exceeding other AirPods models, combined with superior noise cancellation, AirPods Max 2 makes for an excellent travel companion. With support for lossless audio, musicians or small studios can also use AirPods Max 2 as monitoring headphones, enabling high-quality audio playback and editing on a Mac.

    For Apple users, if you’ve already decided to choose a pair of over-ear headphones for daily use, then AirPods Max 2 is undoubtedly the best option available right now: iCloud syncing and automatic switching, spatial audio, adaptive audio, Find My support, and more—all deliver ecosystem-exclusive experiences that competing products simply cannot match. However, if portability and comfort are your top priorities, then AirPods 4 or AirPods Pro 3 would clearly be the more suitable choice—it ultimately comes down to what you value most.

  • SSPAI Morning Brief: NVIDIA Unveils DLSS 5 as Apple Launches AirPods Max 2

    SSPAI Morning Brief: NVIDIA Unveils DLSS 5 as Apple Launches AirPods Max 2

    Morning Brief

    1. Apple unveils AirPods Max 2
    2. NVIDIA introduces DLSS 5
    3. Apple Watch in mainland China rolls out mobile atrial fibrillation (AFib) irregular rhythm notification feature
    4. Zhipu releases GLM-5-Turbo
    5. National Satellite Internet System and Service Standardization Technical Committee approved for establishment
    6. China Academy of Information and Communications Technology releases Blue Book on Next-Generation Smart Terminals (2025)
    7. News Worth a Quick Look

    Apple unveils AirPods Max 2

    On March 16, Apple introduced AirPods Max 2. The new model is powered by the H2 chip, delivering stronger active noise cancellation with a 1.5× improvement over the previous generation, more effectively reducing noises such as airplane engines or train movement. In addition, the H2 chip brings new features to AirPods Max 2, including Adaptive Audio, Conversation Awareness, Voice Isolation, camera remote control, studio-quality audio recording, loud sound reduction, personalized volume, and head-gesture Siri interactions. AirPods Max 2 also features a new high dynamic range amplifier, with wired connections supporting 24-bit, 48 kHz lossless audio; wireless audio latency has also been reduced. Notably, the first-generation AirPods Max was released on December 15, 2020. AirPods Max 2 comes in Midnight, Starlight, Orange, Purple, and Blue finishes. Pre-orders begin on March 25, with official availability in early next month, priced at RMB 3,999. Source


    NVIDIA introduces DLSS 5

    On March 16, NVIDIA announced DLSS 5, calling it the most significant breakthrough in computer graphics since the introduction of real-time ray tracing in 2018. DLSS 5 introduces a real-time neural rendering model that injects realistic lighting and materials into pixels, enabling developers to “deliver computer graphics previously only possible in Hollywood visual effects.” DLSS 5 uses an offline video AI model, taking each frame’s color and motion vectors as input, and integrates lighting and materials that are anchored to the source 3D content while remaining consistent across frames, enabling real-time gameplay at up to 4K resolution. Source


    Apple Watch in mainland China rolls out mobile atrial fibrillation (AFib) irregular rhythm notification feature

    On March 17, Apple Watch in mainland China officially rolled out the AFib History feature. Users diagnosed with atrial fibrillation can enable this feature to access key insights, such as the estimated frequency of AFib indications detected in their heart rhythm, helping them better understand their health. Users can also receive weekly notifications about their estimated AFib frequency and view detailed historical data in the Health app, including lifestyle factors that may impact AFib, such as sleep, alcohol consumption, and exercise. Source


    Zhipu releases GLM-5-Turbo

    On March 16, Zhipu released GLM-5-Turbo, which it claims is the first foundation model deeply optimized for OpenClaw scenarios, with targeted enhancements made during training to meet OpenClaw’s core requirements. The GLM-5-Turbo model strengthens key capabilities such as tool invocation, command tracking, persistent tasks, and long-chain execution, supporting a maximum output of 128K tokens and a context length of 200K. It also features thinking mode, streaming output, function calling, context caching, and MCP, ensuring greater stability and reliability for multi-step tasks and enabling OpenClaw to transition quickly from conversation to execution. In addition, the model is better suited to handle high data throughput and long logical-chain Lobster tasks, further improving execution efficiency and response stability, making it suitable for integration into real-world workflows. However, the model is currently still in an experimental stage and remains closed-source; related research outcomes and features will be integrated into Zhipu’s next open-source model. Source


    National Satellite Internet System and Service Standardization Technical Committee approved for establishment

    On March 16, the State Administration for Market Regulation officially announced the approval of the National Satellite Internet System and Service Standardization Technical Committee. In recent years, with the accelerated deployment of low-Earth orbit satellite constellations, satellite internet applications have continued to expand across areas such as direct-to-device connectivity, emergency communications, marine fisheries, transportation and logistics, and connectivity in remote regions. China’s satellite internet industry ecosystem has become increasingly active, with growing industrial capabilities. To fully leverage the guiding and foundational role of standardization in building new satellite internet infrastructure and to promote the healthy development of the intelligent economy, the newly established committee will address the rapid pace of technological advancement and the influx of diverse market participants by consolidating efforts across stakeholders, promoting resource sharing, accelerating the development of urgently needed standards such as terminology, in-orbit constellation operation evaluation, and key system products, continuously improving the satellite internet standards system, actively participating in international standard-setting, and driving the high-speed, standardized, and healthy development of the satellite internet industry. Source


    China Academy of Information and Communications Technology releases Blue Book on Next-Generation Smart Terminals (2025)

    On March 16, the China Academy of Information and Communications Technology (CAICT) officially released the Blue Book on Next-Generation Smart Terminals (2025) — From “AI + Terminals” to AI-Native Devices. The report systematically reviews the evolution of full-stack technology integration in smart terminals, analyzes four core characteristics of AI terminals—cognitive collaboration, scenario anticipation, intent-driven interaction, and service symbiosis—and points out that the intelligent interconnection of everything is driving the industry from standalone intelligence toward higher-level forms of collective intelligence and scenario-based service ecosystems. In light of current industry challenges such as ecosystem fragmentation and privacy concerns in device-cloud collaboration, the Blue Book recommends coordinated efforts across four dimensions: strengthening policy guidance, accelerating standard unification, advancing key technology breakthroughs, and building a full-stack secure and trustworthy ecosystem, in order to ensure the high-quality development of next-generation smart terminals and position them as a primary platform for implementing the “AI+” initiative. Source


    News Worth a Quick Look

    • According to Blue Whale Tech on March 16, the copyright dispute between Bambu Lab’s MakerWorld platform and POP MART IP has been resolved. Bambu Lab and POP MART reached an amicable settlement through negotiations, and all related content has been fully taken down. The MakerWorld model community, which previously contained infringing content, no longer hosts any Labubu-related model files. Source
    • Spotify began testing the “Music Taste Profile” feature on March 13. This feature serves as the core of Spotify’s recommendation algorithm system, influencing personalized content such as Discover Weekly, recommendations, and annual summaries. It will first roll out to Premium subscribers in New Zealand, allowing users to view listening data across music, podcasts, and audiobooks. Users can also directly edit their taste profiles and even fine-tune future recommendations using simple language commands—for example, reducing certain genres or minimizing specific moods in recommendations. Source
    • vivo and iQOO announced on March 16 adjustments to the suggested retail prices of some of their products. According to an official statement posted in vivo’s community, due to continued significant increases in global semiconductor and memory costs, and after careful evaluation, the company will adjust the suggested retail prices of certain products starting at 10:00 on March 18, 2026. Specific models and pricing will be subject to official product pages. Source
    • According to Z Finance, ByteDance has suspended its Doubao AI glasses project. Source
    • According to Reuters, Alibaba has established the Alibaba Token Hub business group, directly overseen by CEO Eddie Wu. The group includes Tongyi Lab, the MaaS business line, the Qwen business unit, the Wukong business unit, and the AI Innovation business unit. Source
    • On March 16, Apple acquired MotionVFX. Based in Poland and founded in 2009, MotionVFX is a well-known third-party plugin developer for Final Cut Pro, DaVinci Resolve, and Apple Motion. Source
    • According to Instagram’s Help Center, after May 8, 2026, Instagram will no longer support end-to-end encrypted messaging. Source
    • Sony has introduced an upgraded PSSR upscaling technology in the latest PS5 Pro update, improving image stability and enhancing detail clarity. Source