Bluetooth 7 Speeds Are Set to Quadruple in 2027, Especially for Audio
The Bluetooth Group has announced a new standard. Here’s how it works and when you can expect to benefit from it.
Wireless technology is set for a significant speed boost with the introduction of Bluetooth High Data Throughput, as announced by the Bluetooth Special Interest Group. This upgrade, part of the Bluetooth Core 7.0 standard, will quadruple the data transfer rate of Bluetooth Low Energy, boosting maximum bit rates to 7.5Mbps. This technology is slated to be available in consumer products beginning in 2027, initially focusing on premium wireless devices such as earbuds, followed by other applications including spatial computing, health wearables, and smart home devices.
The key enhancement in this update is a new physical layer within the Bluetooth protocol, which is akin to the foundation upon which the entire standard operates. This foundational layer plays a critical role in the transmission and reception of data signals. By employing new modulation schemes, this layer can handle data more efficiently, allowing for the transmission of more data simultaneously.
This efficiency not only results in faster speeds but also contributes to improved energy efficiency, potentially extending battery life for various applications.
For users, this means that devices like smart locks and earbuds may operate for longer periods before requiring battery replacements. Earbuds, in particular, are expected to face reduced battery drain, as they won't need to be returned to their charging case as frequently. The exact timeline for the release of devices incorporating this new technology is yet to be determined, with initial implementations anticipated to begin in early 2027, starting with wireless audio products.
The transition to this new standard may take some time as manufacturers integrate and adopt the technology into their products.
Written by urgent.news from CNET's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
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