Nokia is testing a new service in Munich that would allow viewers to get TV broadcasts from the Bayerischer Rundfunk company through airwaves on the LTE network. Nokia has already tried LTE-Broadcast technology in the U.S., but this trial is more like a traditional broadcast network because it sends out the same video signals to everyone. LTE-Broadcast is an industry standard, and if it’s successful, broadcasters will be able to reach millions of people through their mobile devices. Continue reading Nokia Experiments with Broadcasting TV Through LTE Network

Last week, wireless startup Nitero unveiled its first WiGig radio silicon. The low-power WiGig chip is targeted at smartphones, tablets and TVs, specifically to transfer large files in a short range at extremely fast speeds. For example, the WiGig chip can stream 4K video from a TV to a smartphone using high frequency 60GHz waves. Nitero’s 28-nanometer WiGig chip reportedly consumes 10 times less power than competing chips from Wilocity. Continue reading Nitero WiGig Chip Brings Multi-Gigabit Speeds to Smartphones

Google-owned Nest, maker of smart thermostats and smoke alarms, was one of seven companies that announced a new consortium yesterday called the Thread Group, which plans to promote the online connection of devices through a new IP-based, wireless networking protocol called Thread. Chris Boross, president of the consortium and head of technical marketing at Nest, said the group is looking at “250 products per home network” in order to “provide ample room for growth in the future.” Continue reading Thread Group Formed to Promote IP-Based Networking Protocol

Last week, we reported that Microsoft was joining Qualcomm and 50 other members of the AllSeen Alliance, in an effort to develop open source standards for the Internet of Things. Yesterday, a group of tech companies led by Intel announced the formation of a competing organization. The Open Interconnect Consortium — which also includes Atmel, Broadcom, Dell and Samsung — similarly plans to develop standards for wirelessly connecting devices to each other and the Internet. Continue reading Open Interconnect Consortium Plans to Develop IoT Standards

Qualcomm has acquired Wilocity, a Sunnyvale, California-based startup that works with a high-speed wireless technology called WiGig, which operates at a much higher frequency than Wi-Fi. WiGig has been considered as a potential replacement to wires for sending videos between components in the same room. It could transfer multiple 4K video streams, while Wi-Fi can only handle one. The bet is that WiGig will also become a standard feature on smartphones and other mobile devices. Continue reading Qualcomm Acquires Wilocity in Pursuit of WiGig Technology

Microsoft on Tuesday announced that it is joining Qualcomm and 50 other members of the nonprofit AllSeen Alliance to develop standards for an open source Internet of Things and help promote protocols for how smart devices will interact with each other. Meanwhile, competing companies reportedly have plans to unveil a rival standards consortium as early as next week. Current AllSeen Alliance members include major tech players such as Cisco, LG, Panasonic, Sharp and Technicolor. Continue reading IoT: Microsoft Joins the Qualcomm-Backed AllSeen Alliance

Amazon CEO Jeff Bezos unveiled the company’s new Fire Phone yesterday in Seattle. The 4.7-inch smartphone, which features a 3D display that detects where eyes are looking on the screen with “Dynamic Perspective,” will be available July 25 starting at $200. The device includes a scanning feature with its Firefly app, which allows users to scan products, signs, UPC or QR codes (ideal for shopping on Amazon), and Shazam-like features to identify songs and pinpoint scenes in movies or TV shows. Continue reading Amazon Unveils New 3D Fire Phone with Dynamic Perspective

Google’s Project Tango is developing 3D smartphones and tablets that can not only render locations and objects, but can also be used to record 3D images and videos. Mantis Vision’s technology, which will be used in the Google Project Tango devices, creates a depth map of a scene so that users can view an image from different perspectives and add different backgrounds and other 3D visual effects. Other electronics companies are investing in the Mantis technology as well. Continue reading Google 3D Smartphones Will Run on Mantis Vision Technology

Energous and Witricity have developed new ways to charge smartphones, tablets and other small devices without needing wires to plug them into an outlet. Energous’ WattUp technology allows users to recharge phones in special cases or receivers that can pick up signals from a transmitter that is plugged in more than 10 feet away. Toyota and TDK are already planning to utilize Witricity’s wireless charging technology in upcoming hybrid and electric cars, and car batteries. Continue reading Startups Use New Technologies to Wirelessly Charge Phones

More than a dozen companies have joined the Core Infrastructure Initiative to provide funding to open source projects, starting with OpenSSL. The Linux Foundation, Amazon, Cisco, Dell, Facebook, Fujitsu, Google, IBM, Intel, Microsoft, NetApp, Rackspace, Qualcomm, and VMWare have each pledged $100,000 over the next three years to pay for full-time developers, security audits, computing and testing infrastructure, and more to help financially strapped open source projects. Continue reading New Initiative Gets Companies to Fund Open Source Projects

Dolby plans to introduce a surround sound experience for tablets and smartphones. During last month’s Mobile World Congress in Barcelona, the company detailed how algorithms running on an audio processor chip or ARM processor core could simulate Atmos-like surround sound by essentially tricking the user’s brain into thinking the audio is 3D. While it is not clear when the tech might become available to consumers, Dolby says the first iteration will be ready for hardware partners by the end of this year. Continue reading Dolby Wants to Bring Atmos Surround Sound to Mobile Devices

At the Mobile World Congress in Barcelona this week, Qualcomm demonstrated the next generation of 4G LTE, called LTE Advanced Category 6, which produces download speeds of 300Mpbs. This technology will be integrated into Qualcomm’s Snapdragon 805 processor, which will be used in next-gen Android tablets. The technology is already being used for networks in South Korea, mainly due to interest from broadcasters who want to use it for delivering 4K TV. Continue reading LTE Advanced: Qualcomm Demos Blazing Download Speeds

Intel, Broadcom and other chip makers are working to develop the next major advance in cellular network technology, a topic of discussion this week at the Mobile World Congress in Barcelona. Spurred by market leader Qualcomm and rivals that hope to reduce its dominance, companies are demonstrating extensions of the tech presently used in the fastest networks. One new service, LTE Advanced, is expected to offer download rates of 300 megabits per second, four to six times faster than current LTE. Continue reading Chip Makers Race to Deliver Tech for Faster Mobile Networks

The AllSeen Alliance has announced that Technicolor is joining the organization as a premier member and will contribute its Qeo technology. According to the press release, Technicolor will work with Qualcomm Connected Experiences and the AllSeen Alliance to accelerate the unification of ecosystems related to the “Internet of Things.” Qeo was developed as a secure and future-proof communication framework that enables a user-friendly experience for connected devices and services. Continue reading Internet of Things: Technicolor Brings Qeo to AllSeen Alliance

Qualcomm’s CEO-elect Steve Mollenkopf shared his vision for 2014 during a CES press event, a vision that includes more robust and feature-rich operating systems enhancing the tablet market (providing opportunities for Qualcomm’s mobile Snapdragon chips), a growing trend in smart wearables (including Qualcomm’s Toq), and a new era of connected cars (aided by the new Snapdragon 602A). The AEC-Q100 compliant 602A is designed to meet auto industry standards for temperature, quality and longevity. Continue reading CES: Qualcomm Outlines Plans for Tablets and Connected Cars