Items tagged with 5G

Yesterday the FCC voted to adopt new rules that would facilitate the development of 5G wireless networks. Today the Obama Administration announced that it will launch launch a $400 million Advanced Wireless Research Initiative led by the National Science Foundation (NSF).The administration claimed that these next steps are simply building on the “President’s legacy of forward-leaning broadband policy”. When President Obama signed the Recovery Act into law, he funded nearly $5 billion in broadband investments. This included more than 114,000 miles of broadband infrastructure. He supported “Dig... Read more...
The FCC just voted to adopt new rules that would facilitate the development of 5G wireless networks. This vote makes the United States the first country in the world to make spectrum available and set guidelines for it. These plans have been in the works since Spring, and have finally come to fruition. The rules particularly apply to wireless broadband operations in frequencies above 24 GHz. They will open up nearly 11 GHz of high-frequency spectrum for flexible, mobile and fixed use wireless broadband – 3.85 GHz of licensed spectrum and 7 GHz of unlicensed spectrum. The FCC just created a new... Read more...
It seems like just yesterday we were introduced to 4G LTE wireless connectivity, but technology marches forward and a rapid pace and its successor is waiting in the wings. Verizon Wireless, the United States’ largest wireless carrier, says that it has completed a “key milestone” in the development of 5G wireless technologies.Verizon claims that it is the first U.S. wireless carrier to compete its 5G radio specification, which gives the company firm guidelines for how to validate hardware that is incorporated into the next generation wireless standard. This allows everyone involved in the industry... Read more...
Today's wireless networks can handle applications like Snapchat, but what about the emergence of virtual reality? FCC Chairman Tom Wheeler said his eyes were opened to the need for significantly faster wireless signals when he donned a pair of VR goggles in Washington, DC, and controlled an excavator to dig up dirt 1,400 miles away in Texas. "Granted, remotely digging dirt in Dallas probably isn't high on the list of transformational advancements that will define the 21st century. But what if you replace the heavy machinery with a scalpel so a world-class surgeon can move from hospital to hospital... Read more...
One week ago, Intel took the drastic step of laying off 12,000 employees, representing 11 percent of the company’s workforce by mid-2017. While we are always saddened to hear about such wide-scale layoffs in the tech industry, the writing has been on the wall as PC sales have been on a downward trajectory for years. At the time, CEO Brian Krzanich hinted at his plans to transform Intel “from a PC company to a company that powers the cloud and billions of smart, connected computing devices… As we drive this transformation, there is an extraordinary opportunity ahead. We will emerge as a more productive... Read more...
Intel is flexing its muscles by partnering with some of the wireless industry’s biggest names to support the transition to 5G technology. Some of those partners include Ericsson, Korea Telecom (Intel will begin 5G wireless trials with KT in 2018), Nokia, SK Telecom and Verizon. In addition, Intel has also announced an alliance with Ericsson and Cisco (all three are members of Verizon’s 5G Technology Forum) to develop next generation 5G router technology that will be deliver high-speed Internet to businesses and residential customers. “This collaboration of industry leaders and 5G pioneers will... Read more...
It could be said that ARM chips are what help make the world go ‘round these days, at least in terms of mobile and embedded applications. And ARM is back at it again with with a next generation of its Cortex-R Series real-time processor architecture. The British multinational semiconductor IP company has unveiled the new Cortex-R8, which offers a number of significant improvements over its Cortex-R7 predecessor (released in 2011). The new architecture is targeted at extremely low latency processing, much like the previous gen, but with a number of key enhancements and features for critical real-time... Read more...
Streaming video already accounts for the bulk of mobile traffic, and by 2020, Cisco reckons it will account for 75 percent mobile data. Higher resolution feeds and video sharing apps like Snapchat and Vine are all driving this trend, but can the wireless networks we use to access all this data keep up? There's a concerted effort between industry heavyweights to ensure it can. One example is that AT&T has partnered up with Ericsson and Intel to help test 5G network technology. The first tests will be conducted in a laboratory setting in Austin, Texas in the second quarter of this year, followed... Read more...
This past fall, we reported on a development with Google's Project Loon, which aims to deliver Internet via balloons to underserved countries. At some point in 2016, a bunch of balloons will take flight over Indonesia, and once that happens, it could very well spearhead what could become a common sight in Internet-deprived countries. The internal group that handles Project Loon is called Google Access, and alongside Loon, this segment of Google has also been working on a different, but similar project: Project Skybender. Like Loon, Skybender involves sending objects into the sky, but unlike the... Read more...
The U.S. wireless market is incredibly competitive; or at least it has been in recent years with companies like T-Mobile looking to “cause trouble” for the big guys in an effort to win over customers. Verizon Wireless, America’s largest wireless carrier, looked to assert its dominance earlier this month with the announcement that it will begin trials of next generation 5G technology in 2016 and begin commercial deployments the following year. Verizon promises that 5G will provide roughly 50 times greater bandwidth than existing 4G LTE connections, while at the same time delivering much lower latencies.... Read more...
Verizon is truly working its magic behind the scenes to increase connection speeds for customers. Around this time last month, the company announced that it is testing a 10 gigabit optical fiber internet service that will offer 10Gbps download/2Gbps upload speeds and could eventually offer peak download speeds of 80Gbps. Today we’re learning that Verizon is also working on boosting its wireless speeds by testing out 5G wireless technology. So what exactly does 5G wireless technology entail? Verizon is being pretty coy at this point, as field tests aren’t expected to start until 2016. However, the... Read more...
Nokia just announced a huge acquisition today, confirming that it is purchasing one of its closest competitors in the network equipment market: Alcatel-Lucent. The purchase price was a hefty $16.6 billion in an all-stock transaction. The acquisition will allow Nokia to better compete with Chinese players like Huawei, which have flooded the market with low-cost networking equipment. According to Bernstein Research, the combined companies will take over the second place spot in the mobile network hardware market with a 35 percent share. Ericsson will maintain its first place position with a 40 percent... Read more...
Technology development company MagnaCom thinks it has a new wireless approach that could revolutionize wireless communication. That's the bottom-line takeaway from the company's presentation (in-person demonstrations will be given at CES in January). With a sheaf of freshly minted patents and an impressive pitch, MagnaCom is claiming that its use of WAve Modulation (WAM) instead of the current QAM (Quadrature Modulation) will provide the bandwidth next-generation content networks desperately need. WAM vs. QAM To understand what MagnaCom is claiming, we need to first talk about the current system.... Read more...
The race towards gigabit Internet continues as Google Fiber slowly proliferates and other ISPs work to catch up, but Samsung announced that it’s actually looking at gigabit speeds--for mobile devices. Indeed, Samsung says it has been testing a 5G mobile communications system, the eventual successor to 4G LTE that is capable of up to 1Gbps. The 5G technology, dubbed mmWave, runs in millimeter Ka bands and requires a “broad range” of frequencies but operates at 28GHz, delivering up to 1.056Gbps for up to 2 kilometers. It uses adaptive array transceiver technology with 64 antenna... Read more...
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