Multi-platform compatibility

The headset is broadly device-agnostic, working well across iOS, Android, and computers, with fallback wired listening via analog and/or USB-C. Reviewers often frame this as a practical alternative to ecosystem-locked headphones, though some Apple-exclusive perks are absent.

Multi-platform use is unusually strong: standard Bluetooth phone use plus wired-source retransmission via the case makes it work well across planes, laptops, and legacy devices. This versatility is often cited as the main reason to choose it over rivals.

With 2.4GHz wireless, Bluetooth 5.3, and USB-C, the headset works across PC, Mac, PlayStation, Switch, and phones, but Xbox is a clear omission and Bluetooth lacks some modern conveniences like multipoint.

Works broadly across iOS, Android, Windows and macOS via Bluetooth, with wired fallback through USB‑C or 3.5mm for devices without reliable Bluetooth.

Across reviews the Aventho 300 work smoothly with iOS and Android phones as well as computers, with stable Bluetooth and multipoint connections once set up. The feature set is not locked to a single ecosystem, making them a flexible cross-device option.

Reviews describe using the headphones across iOS, Android and computers (including MacBook) without major problems, aided by multipoint and broad codec support. This makes them a solid choice for switching between work and phone devices.

Works well across Android, iOS, tablets, and laptops, with most reviewers reporting stable behavior; Apple users may miss deeper ecosystem integration compared to AirPods, but core features remain strong.

Works across Android and iOS with the companion app, with most features available on both; a few features/behaviors can be device- or app-dependent.

Works well across iOS and Android with the same app features, but Android tends to get more from LDAC and some spatial features, while Apple offers a more seamless ecosystem experience.

Across reviews, the headset is repeatedly described as highly versatile across PC and major consoles, aided by 2.4GHz wireless, Bluetooth, and analog wired input. Feature availability can vary by platform and SKU, so the overall compatibility story is strong, but optimal results still depend on picking the correct console version and using the right mode.

The headphones work well across common platforms—iOS/Android phones and laptops—thanks to Bluetooth pairing, multipoint, and a fallback wired analog connection. Reviewers commonly describe day-to-day switching and setup as straightforward once configured.

Works across iOS, Android, tablets, and computers; multipoint helps multi-device workflows, but some users experience occasional re-pairing friction depending on their device mix.

The XM5 works well across platforms, supporting core ANC, comfort, and multipoint on iOS, Android, and computers, while reserving the highest-bitrate LDAC streaming and some spatial/head-tracking capabilities for compatible Android devices. Some feature tradeoffs also exist between multipoint use and LDAC quality mode.

Compatible across iOS, Android, and computers via Bluetooth, with the Marshall app available on both Android and iOS; wired listening is also possible via the included USB-C to 3.5 mm cable for devices that have a headphone jack; overall it is versatile for mixed-device use, with codec limits being the main cross-platform compromise.

Between the USB C dongle, Bluetooth LE, and a 3.5 millimeter aux jack, the H9 II connects smoothly to PCs, PlayStations, docked Switch consoles, handheld systems, phones, and other non Bluetooth devices.

Bluetooth works well across Android, iOS and computers, and USB-C audio is generally straightforward on Windows/Android, though a few reviews report USB-C wired audio is less seamless on some Apple devices.

Strong cross-platform feature set with Bluetooth 5.3, multipoint, and codecs including AAC for iOS and LDAC/LE Audio for compatible Android devices; Android gets the clearest hi-res advantage, while Apple users still get robust features but less seamless ecosystem switching than AirPods.

Multi-platform support is a key differentiator, offering quick pairing and core features on both iOS and Android, but feature parity isn’t perfect: multipoint and device switching behavior vary by platform, and some Apple ecosystem conveniences found on AirPods are missing.

Works across iOS, Android, and computers, but experience differs by device: iPhone use is typically limited to AAC and some tests report more cutouts or quirks than with Android. Multipoint helps multi-device users, though platform-specific firmware fixes have been noted.

They work across phones and computers, but audio quality and feature access vary by platform and codec (aptX on Snapdragon vs AAC on iOS or some PCs). Expect the best performance on compatible Android hardware.

The earbuds work with most Bluetooth devices for audio and calls, but the experience is clearly optimized for Apple platforms and loses features on Windows and Android.

Multi platform use is heavily skewed toward Apple’s ecosystem, where seamless device switching and integration shine, while other platforms get only basic Bluetooth audio without those smart conveniences.

Compatibility is broad at a basic Bluetooth level, but the experience is best on Samsung hardware. Non-Samsung and especially iPhone users lose app-based control and certain ecosystem features, reducing value and convenience.