# Google Pixel Buds Pro 2 vs. Samsung Galaxy Buds 3 Pro: Which One Shines on Its Own?
In the constantly changing landscape of wireless earbuds, 2024 has introduced two exceptional options: the **Google Pixel Buds Pro 2** and the **Samsung Galaxy Buds 3 Pro**. Both models are equipped with state-of-the-art features, tailored to enhance their corresponding smartphone and smartwatch ecosystems. Yet, the pivotal question persists: which of these earbuds excels as a standalone device?
This article will examine the main distinctions between these two premier earbuds, focusing on aspects such as design, audio performance, AI functionality, and battery longevity, aiding you in determining the best fit for your needs.
—
## Notable Design Updates: Pixel Buds Pro 2 vs. Galaxy Buds 3 Pro
In terms of design, both sets of earbuds have undergone substantial revisions from their predecessors. The **Google Pixel Buds Pro 2** feature a sleek, oval-shaped case resembling a “flat egg” when held. Offered in vibrant hues, the Pixel Buds Pro 2 are lightweight and designed with twist-to-fit fins for a snug and comfortable fit, particularly during exercise.
Conversely, the **Samsung Galaxy Buds 3 Pro** present a more avant-garde appearance with a transparent lid and a “blade” design. The futuristic lights along the stems create a distinctive visual appeal. Although stem-style earbuds can vary in their fit, the Galaxy Buds 3 Pro generally remain secure during casual use, though they might need readjustment during more strenuous activities.
### Conclusion:
– **Pixel Buds Pro 2** excel with a secure fit and lively design.
– **Galaxy Buds 3 Pro** provide a more modern look but may not remain as secure while exercising.
—
## Specifications Compared: Pixel Buds Pro 2 vs. Galaxy Buds 3 Pro
| **Category** | **Pixel Buds Pro 2** | **Galaxy Buds 3 Pro** |
|——————–|———————————————————-|—————————————————–|
| **Connectivity** | Bluetooth 5.4; LE Audio, Super Wideband | Bluetooth 5.4, Auto Switch |
| **Speakers** | 11mm dynamic driver | 10.5mm Dynamic + 6.1mm Planar |
| **Codec Support** | SBC, AAC, Opus | SSC, SSC UHQ (24bit/96kHz), AAC, SBC |
| **Battery Life** | 8hrs (ANC on), 48hrs with case | 6hrs (ANC on), 26hrs with case |
| **Charging** | USB-C, Qi wireless | USB-C, Qi wireless |
| **Durability** | Earbuds: IP54, Case: IPX4 | Earbuds: IP57, Case: No rating |
| **App Support** | Pixel Buds app (Android only) | Samsung Wearable app (Android only) |
### Essential Insights:
– **Pixel Buds Pro 2** provide greater battery longevity (8 hours with ANC on compared to 6 hours for Galaxy Buds 3 Pro).
– **Galaxy Buds 3 Pro** boast a more sophisticated dual-driver configuration (dynamic + planar) and support Samsung’s SSC codec, which can yield superior audio quality on compatible Samsung devices.
– **Pixel Buds Pro 2** excel in durability, featuring water resistance for both the earbuds and the case.
—
## Audio Performance: Is Hi-Res Sound Important?
Both earbuds offer impressive sound quality, yet they cater to slightly distinct listener preferences. The **Galaxy Buds 3 Pro** provide a broader soundstage and more dynamic audio, due to the SSC codec allowing streaming at 24bit/48kHz. This aspect gives the Galaxy Buds a distinct benefit regarding audio richness, especially when used with a Samsung device.
However, the **Pixel Buds Pro 2** also perform admirably, particularly regarding bass response. Even though they utilize the more bandwidth-restrictive AAC codec, the Pixel Buds Pro 2 deliver deeper, more resonant sub-bass, making them an excellent option for bass-centric genres such as EDM and hip-hop.
### Conclusion:
– **Galaxy Buds 3 Pro** shine in clarity and dynamic range, especially when paired with Samsung devices.
– **Pixel Buds Pro 2** provide enhanced bass response, appealing to bass enthusiasts.
—
## AI and Smart Features: The AI Conversation
Both earbud sets incorporate AI in compelling ways, albeit with differing methodologies. The **Pixel Buds Pro 2** incorporate **Google Gemini**, offering advanced AI functionalities like real-time language translation and multimodal interactions.
