OnePlus Buds 4 VS Samsung Galaxy Buds 3 FE

Both the OnePlus Buds 4 and the Samsung Galaxy Buds 3 FE share the same fundamental design philosophy: a true wireless, in-ear form factor with no neckband, no wingtips, no RGB lighting, and stereo playback. For most users, the day-to-day wearing experience will feel broadly similar on paper.

Where the two diverge is in protection and weight. The OnePlus Buds 4 carry an IP55 rating and are classified as water resistant, meaning they can withstand low-pressure water jets from any direction — a meaningful step up from the Galaxy Buds 3 FE's IP54 rating, which only guarantees protection against water splashes and is officially described as sweat resistant. In practice, the OnePlus earbuds offer slightly more confidence during heavy rain or an intense workout where water exposure goes beyond perspiration. The difference between IP54 and IP55 is subtle but real: the extra digit on the water protection scale reflects a higher resistance to directed water flow rather than mere splashing.

Weight is another small but real consideration: the OnePlus Buds 4 tip the scales at 9.46 g per earbud versus 10 g for the Galaxy Buds 3 FE. A ~0.54 g difference is unlikely to feel dramatic in a single listening session, but over hours of continuous wear it can contribute to reduced ear fatigue. Overall, the OnePlus Buds 4 hold a clear, if modest, design edge — better ingress protection and a marginally lighter build make them the more practical choice for active use scenarios.

At the hardware level, both earbuds start from an identical foundation: an 11 mm dynamic driver, active noise cancellation, passive noise reduction, and spatial audio support — with neither product offering Dolby Atmos, Dirac Virtuo, or a neodymium magnet. For the majority of listeners, this shared architecture means a comparable baseline sound experience.

The telling difference lies in the frequency response window. The OnePlus Buds 4 span 15 Hz to 40,000 Hz, while the Galaxy Buds 3 FE cover the more conventional 20 Hz to 20,000 Hz range. On the low end, reaching down to 15 Hz means the OnePlus buds can theoretically reproduce deeper sub-bass — the kind of visceral rumble felt in electronic music or cinematic soundtracks — though most human ears begin losing sensitivity below 20 Hz. More practically significant is the high-frequency ceiling: 40,000 Hz versus 20,000 Hz. Human hearing generally tops out around 20,000 Hz, but a wider high-frequency range can reduce phase distortion and result in a more detailed, airier reproduction of the upper registers that are within audible range, particularly noticeable with hi-res audio content.

The OnePlus Buds 4 hold a clear edge in sound quality specs. Its dramatically wider frequency response — especially the extended high-frequency ceiling — suggests greater engineering ambition in the audio tuning, and listeners who prioritize detail retrieval and audio fidelity are more likely to benefit from it. The Galaxy Buds 3 FE, while perfectly competent for everyday listening, is spec'd to the bare minimum of human hearing range, leaving no headroom beyond it.

Battery life is one of the sharpest differentiators between these two earbuds. The OnePlus Buds 4 deliver 11 hours of continuous playback per charge, compared to 8.5 hours for the Galaxy Buds 3 FE — a gap of 2.5 hours that translates directly into fewer interruptions during long commutes, flights, or workdays. The total system endurance tells the same story: combined with the charging case, the OnePlus Buds 4 reach 34 hours of total listening time versus just 21.5 hours for the Samsung, making the OnePlus the stronger companion for multi-day trips without access to a power outlet.

The ANC picture is more nuanced. Activating noise cancellation cuts the OnePlus Buds 4 down to 6 hours, while the Galaxy Buds 3 FE manage 7 hours with ANC on. This means the Samsung actually outlasts the OnePlus in the specific scenario where noise cancellation is always enabled — a meaningful consideration for office workers or frequent flyers who rely on ANC continuously. The OnePlus leads in raw playback stamina but draws more aggressively on its battery when ANC is engaged.

Charging speed slightly favors the OnePlus Buds 4 as well, with a full charge taking approximately 1 hour 20 minutes versus 1 hour 30 minutes for the Galaxy Buds 3 FE — a modest but real advantage. Neither product supports wireless charging, so both require a cable when the case runs dry. On balance, the OnePlus Buds 4 hold a clear overall power advantage, primarily due to their substantially larger total battery reserve, though ANC-dependent users may find the Galaxy Buds 3 FE's endurance under load more competitive than the headline numbers suggest.

Connectivity fundamentals are identical across both earbuds: Bluetooth 5.4, a 10 m maximum range, fast pairing, and USB-C charging cases. Neither supports NFC pairing, Bluetooth LE Audio, Auracast, LDAC, or any variant of aptX — so the playing field is level on all the headline specs most buyers check first.

The real divergence is in audio codec support, which directly affects streaming quality. The OnePlus Buds 4 support both LDHC and AAC, while the Galaxy Buds 3 FE supports neither. LDHC is a high-resolution wireless codec capable of transmitting audio at up to 900 kbps — significantly higher than standard SBC — making it relevant for listeners pairing with compatible Android devices who want near-lossless wireless audio. AAC, meanwhile, is the codec of choice for Apple devices and many streaming platforms; its absence on the Galaxy Buds 3 FE means iPhone users and AAC-reliant services will fall back to the lower-quality SBC baseline, which introduces more compression and potential audio degradation.

The OnePlus Buds 4 hold a clear connectivity edge here. Supporting both LDHC and AAC gives them meaningful versatility across device ecosystems and use cases, whereas the Galaxy Buds 3 FE's lack of any enhanced codec beyond SBC is a notable limitation that will be felt most acutely by audiophiles and Apple users alike.

Across every single feature in this category, the OnePlus Buds 4 and Samsung Galaxy Buds 3 FE are in complete lockstep. Both offer ambient sound mode, in-ear detection, a find-device feature, fast charging, a built-in translator, mute functionality, touch controls on the earbuds themselves, voice prompts, and even a travel bag in the box.

The feature set they share is genuinely well-rounded for the mid-range segment. In-ear detection — which pauses playback when an earbud is removed — is the kind of quality-of-life addition that becomes indispensable once you've used it. The built-in translator is a less common inclusion at this price tier and adds real utility for travelers. Fast charging support on both means a short top-up can recover meaningful playback time, complementing the battery characteristics analyzed separately.

This is an unambiguous tie. There is no feature present in one product that is absent in the other, and no feature missing from both that would tip the balance. Buyers choosing between these two on the basis of features alone will find no meaningful reason to prefer one over the other — the decision must rest on the differentiators found in other specification groups.

Microphone hardware is identical between the two: both the OnePlus Buds 4 and the Samsung Galaxy Buds 3 FE deploy 6 microphones per pair alongside noise-canceling microphone processing. A six-mic array is a competitive count at this price tier, enabling each earbud to use multiple pickup points for beamforming — isolating the speaker's voice while suppressing wind noise, traffic, and ambient chatter during calls.

Noise-canceling microphone technology on both means call clarity should benefit from active filtering of environmental sound, not just passive directionality. This is increasingly important as earbuds double as primary headsets for video calls and voice assistants. With the same mic count and the same processing capability listed, there is no specification-based reason to expect a meaningful difference in call performance between the two.

This category is a straight tie. Without additional data — such as microphone placement, sensitivity ratings, or beamforming algorithm differences — the provided specs offer no basis for declaring either product the stronger performer for voice capture.