Beats is getting ready to introduce an improved model of its wireless Studio Buds. With active noise cancellation, an enhanced transparency mode, and a black and gold finish, the design is substantially the same as the original Beats Studio Buds debuted in 2021. The Studio Buds are designed to be relatively cross-platform and to appeal to users of both iOS and Android devices.
The Studio Buds Plus, like the original model, won't include an Apple audio chip like the H1. They won't have automated device swapping between Apple products either. The brand has not confirmed a release date for the Beats Studio Buds Plus, but interested parties can expect them to release in the near future.
Compact Studio Earbuds
Beats Announces the New ‘Studio Buds Plus’ with Powerful Noise Cancellation
Trend Themes
1. Wireless Earbud Upgrades - The release of the Beats Studio Buds Plus with powerful noise cancellation presents an opportunity for other wireless earbud brands to innovate and improve their own products.
2. Cross-platform Design - Beats Studio Buds Plus' appeal to both Android and iOS users presents an opportunity for other headphone brands to also design products with more cross-platform functionality.
3. Device-swapping Technology - The lack of automated device swapping in the Beats Studio Buds Plus indicates an opportunity for other headphone brands to develop technology that seamlessly swaps between devices for a more user-friendly experience.
Industry Implications
1. Wireless Headphones - The release of the Beats Studio Buds Plus with powerful noise cancellation creates an opportunity for other wireless headphone brands to innovate and compete in the market.
2. Smartphone Accessories - The Beats Studio Buds Plus' cross-platform design presents an opportunity for smartphone accessory brands to design more universal products.
3. Audio Technology - The lack of automated device swapping in the Beats Studio Buds Plus indicates an opportunity for audio technology brands to develop new ways to improve device compatibility and functionality.