Skip to main content

Nokia One-Ups Bluetooth with WiBree

Finland’s mobile phone maker Nokia has taken the wraps off Wibree, a new short range wireless technology designed to enable communication between mobile devices. Sounds like Bluetooth, right? Yes, but one key difference is that it’s up to ten times more power-efficient than Bluetooth.

“Wibree technology is an important development that opens up new market opportunities and a whole new range of possibilities for mobile users,” said Dr. Bob Iannucci, head of Nokia Research Center, in a statement. “Our aim is to establish an industry standard faster than ever before by offering an interoperable solution that can be commercialized and incorporated into products quickly.”

WiBree is designed to operate over ranges of zero to ten meters and offer data rates up to 1 Mbps—which doesn’t offer anything over existing Bluetooth solutions—but is designed to be a low-cost solution which can be deployed in devices where extremely low power consumption is of paramount importance. We’ve all seen how Bluetooth phones, mice, headsets, and other peripherals chew through batteries: WiBree can use power up to 10 times more efficiently, making it practical for products like toys, watches, sports sensors, intelligent jewelry, health monitors, and wireless keyboards. And WiBree can operate alongside Bluetooth without interference. In fact, Nokia envisions embedded chips which carry both Bluetooth and WiBree technology.

Nokia says it hopes the first commercial products using WiBree will appear during the second quarter of 2007; in the meantime, Nokia is working with partners like Broadcom, Epson, CSR, and Nordic Semiconductor to create interoperability specifications and to make the technology available through an open forum.

Editors' Recommendations

Geoff Duncan
Former Digital Trends Contributor
Geoff Duncan writes, programs, edits, plays music, and delights in making software misbehave. He's probably the only member…
OnePlus’ next foldable phone may get a huge camera upgrade
Digital render of Oppo Find N3 Flip in pink color.

Oppo Find N3 Flip Oppo

OnePlus' merger back into its parent company, Oppo, has been both good and bad for the "Never Settle" brand. While OnePlus has seen a dismaying downfall in the quality of its previously distinctive interface, it has helped make up for that in camera performance -- thanks in large part to Oppo's partnership with imaging stalwart Hasselblad. That collaboration is rumored to bear fruit once again, this time in the form of a flip phone with a robust camera.

Read more
The OnePlus 12 is the OnePlus phone I’ve been waiting for
A person holding the OnePlus 12.

Since it arrived, the OnePlus 12 has been sitting on a shelf, unused, behind my desk. Apart from a few days when I tested out the camera, battery, and performance, I haven't had a chance to really dig into the phone.

Don’t mistake this for indifference, though. I’ve been itching to use it for more than just those early few days, but due to various reasons, it hasn’t been possible until now. Was it worth the wait?
Why did it have to wait?

Read more
OnePlus just fixed a big issue with the OnePlus Watch 2
Person wearing OnePlus Watch 2 with a green strap on their left wrist.

Owners of the OnePlus Watch 2 are about to receive a new software update that will improve the smartwatch in one key way. The OHealth v4.21.5 update adds a data migration feature that allows switching phones without losing health data, which wasn't possible previously. Android Authority first spotted the update.

Google's Wear OS 4 launched with the new data migration feature. However, it wasn't available on the OnePlus Watch 2 until now. Once you install the update, you can see a new option called "Migrate data" in the profile settings. To use this new tool, your old and new phones must be connected to the same Wi-Fi network. You will also need to scan a QR code to initialize the migration process. If you are logged into the OHealth app, make sure that you sign in to the same account on both devices before migrating the data.

Read more