our alimenter le metaverse, il faudra une technologie beaucoup plus confortable que les casques de réalité virtuelle (VR) d’aujourd’hui. Les entreprises ambitionnent de créer des dispositifs ressemblant à des lunettes d’apparence normale. Ces appareils permettront de générer des expériences numériques permanentes. Mais cela reste encore un rêve.
New Wireless Technology Is Here to Power Metaverse Future and How!
How new wireless technology powering the metaverse future
Las Vegas is planning to bring new wireless technology to power the metaverse’s future. It’s going to require something sleeker compared to the virtual reality headsets of the new generation. While the ideal scenario for devices that look like regular glasses to power an always-on digital experience, the harsh reality is that bulky batteries and power-hungry processors necessitate either compromised features or extra bulk.
10x-ing the Wearables Market With New Communication Technology: Wi-R
Ixana Chief Technical Officer Shreyas Sen joins Jill Malandrino on Nasdaq TradeTalks from CES to discuss 10x-ing the wearables market with new communication technology: Wi-R. (CES2023)
This Promising Wireless Technology Could Help Power the Future Metaverse
A new wireless technology that uses the human body as a conductor could help usher in a new generation of sleeker VR and AR devices. Well, not the body exactly, but the electromagnetic field surrounding it. Ixana’s technology, called Wi-R, makes use of the body’s natural ability as a conductor. A device either held or worn can transmit data over this field incredibly efficiently – Ixana claims it uses a hundredth of the amount of energy typically used in conventional wireless connections like WiFi or Bluetooth.
This promising wireless technology could contribute to the development of the Metaverse of the future
LAS VEGAS — Bringing the metaverse into everyday life will require something more elegant than today’s virtual reality (VR) headsets. While the dream is for devices similar to regular glasses to provide consistent digital performance, the harsh reality is that power-hungry processors and massive batteries require either additional bulky or compromised features.
Ixana unveils the world’s first Wi-R silicon chip to seamlessly communicate with touch
In a video released today, Ixana showcased several unique Wi-R capabilities and use cases:
Stream video all day to/from ultra-light Augmented Reality (AR) headsets
Securely pair mobile, smartwatch and wearables with just a touch
Enjoy music on reliable, pairing-free wireless headphones
Accurately track devices and assets with real-time AI alerts
Exchange contacts and files with a fist bump
Ixana Unveils The World’s First Wi-R Silicon Chip To Seamlessly Communicate With Touch
Today, ixana announced YR11, the world’s first high-speed Wi-R silicon chip ready for customer sampling. Wi-R provides smart devices with the ability to securely communicate with touch. A demonstration of a Wi-R-enabled headset will be exhibited at booth 61305 (Eureka Park), Consumer Electronics Show (CES), Las Vegas from 5-8 Jan 2023.
Ixana unveils the world’s first Wi-R silicon chip to seamlessly communicate with touch
Today, Ixana announced YR11, the world’s first high-speed Wi-R silicon chip ready for customer sampling. Wi-R provides smart devices with the ability to securely communicate with touch. A demonstration of a Wi-R-enabled headset will be exhibited at Booth 61305 (Eureka Park), Consumer Electronics Show (CES), Las Vegas
IXANA announces 100x more power efficient bluetooth alternative — stream from the phone in your pocket to AR glasses or via touch
, Ixana announced YR11, the world’s first high-speed Wi-R silicon chip ready for customer sampling. Wi-R provides smart devices with the ability to securely communicate with touch. A demonstration of a Wi-R-enabled headset will be exhibited at Booth 61305 (Eureka Park), Consumer Electronics Show (CES), Las Vegas from 5-8 Jan 2023.
A promising wireless technology could help the metaverse of the future
A new wireless technology that uses the human body as a conductor could help usher in a new generation of leaner VR and AR devices.
Making the metaverse an integral part of everyday life will require slimmer devices than today’s virtual reality (VR) headsets. While the most beautiful dream is about devices that resemble normal-looking glasses and fuel a constantly running digital experience, the harsh reality is that power-intensive processors and chunky batteries require either heavy and large devices or compromise features.