Архив рубрики: 5g

Auto Added by WPeMatico

Trump administration announces major midband spectrum auction for 5G

5G is increasingly coming into focus as a set of technologies that has the potential to dramatically expand the quality, bandwidth and range of wireless connectivity. One of the major blocks to actually rolling out these technologies though is simply spectrum: there just isn’t enough of it available for private use. 5G needs spectrum at very low frequencies to penetrate buildings and increase range, and it also needs high frequencies to support the huge bandwidth that future applications will require.
The crux though is in the midband — frequencies that can support a mix of range, latency and bandwidth that could become a mainstay of 5G technologies, particularly as a bridge for legacy infrastructure and devices.
Today, the midband of U.S. spectrum is heavily utilized by government services like the military, which uses the spectrum for everything from conflict operations to satellite connectivity. That has prevented commercial operators from accessing that spectrum and moving forward with wider 5G deployments.
That’s why it is notable today that the White House announced that the 3450 Mhz to 3550 Mhz spectrum will officially be handed off to the FCC for an auction that will allow private operators to access midband spectrum. Given the legal process involved, that auction is expected to take place in December 2021, with private operation of services likely beginning in 2022. Usage of the band is expected to follow the spectrum sharing rules of AWS-3, according to a senior Trump administration official.
According to the White House, a committee of 180 experts was assembled from all the armed services and the Defense Secretary’s office to look at where a segment of the DoD’s spectrum could be freed up and moved to private usage to back 5G.
Such efforts are in line with the MOBILE NOW Act of 2017, which Congress passed in order to spur government agencies to speed up the process of allocating spectrum for 5G uses. That act encouraged NTIA, an agency which advises on telecom issues for the U.S. government, to identify the 3450 Mhz to 3550 Mhz band as a major area of study back in 2018, and earlier this year in January the agency found “viable options” for converting the band to private use.
It’s the latest positive step in the long transition of wireless to 5G services, which demands changes in technology (such as the wireless chips in cell phones), spectrum allocation, policy development and infrastructure buildout in order to come to fruition.
Ted S. Rappaport, a professor of electrical engineering and the founding director of NYU WIRELESS, an academic research center focused on advanced wireless technologies, said that “It’s great news for America … and a terrific move for U.S. consumers and for the U.S. wireless industry.”
He noted that the particular frequency was valuable, given existing knowledge and research in the industry. “It’s not that far from existing 4G spectrum where engineers and technicians already have good understanding of the propagation. And it’s also at a spectrum where the electronics are very low cost and very easy to make.”
There has been growing pressure on U.S. government leaders in recent years over the plodding 5G transition, which has fallen behind peer countries like China and South Korea. Korea in particular has been a world leader, with more than two million 5G subscribers already in the country thanks to an aggressive industrial policy by Seoul to invest in the country’s telecommunications infrastructure and take a lead in this new wireless transition.
The U.S. has been faster at moving ahead in millimeter (high frequency) spectrum for 5G that will have the greatest bandwidth, but it has lagged in midband spectrum allocation. While the announcements today is notable, there will also be concerns whether 100 Mhz of spectrum is sufficient to support the widest variety of 5G devices, and thus, this allocation may well be just the first in a series.
Nonetheless, additional midband spectrum for 5G will help move the transition forward, and will also help device and chip manufacturers begin to focus their efforts on the specific bands they need to support in their products. While it may be a couple of more years until 5G devices are widely available (and useful) in the United States, spectrum has been a key gating factor to reaching the next-generation of wireless, and a gate that is finally opening up.

Nebraska and Iowa win advanced wireless testbed grants for rural broadband

Trump administration announces major midband spectrum auction for 5G

Here are all the things Samsung announced at today’s Unpacked event

Samsung’s first virtual Unpacked ranked somewhere between Microsoft and Apple’s recent events in terms of overall presentation and general awkwardness. The show kicked off seven minutes late, and a number of on-screen presenters certainly tended toward the more…awkward side of things, but overall, it was a decent first virtual event as the company embraces what it’s branded as “The Next Normal.”
Toward the end of the show, mobile head TM Roh noted, “Going forward, 5G and foldable will be the major pillars of Samsung’s future.” 5G is certainly a no-brainer. The event saw the company taking a step toward standardizing the next-gen wireless technology across its flagship mobile devices — as well as making its first appearance on the company’s tablets.
Image Credits: Samsung
As expected, the big news is the latest version of Samsung’s perennial favorite phablet line. The Note 20 gets 5G for both models and now comes in 6.7 and 6.9-inch models. The Ultra version gets a 120Hz refresh rate along with a hybridized 50x super zoom, using the same technology introduced with the Galaxy S20 earlier this year.
The most unsung addition might be UWB (ultra-wideband), which will enable a number of new features, including close proximity file sharing, a future unlock feature (with partner Assa Abloy) and a find my phone-style feature with an AR element. Xbox head Phil Spencer also made a brief remote cameo to announce Game Pass access, bringing more than 100 streaming titles to the device.
The models start at  $1,000 and $1,300, respectively. They’ll start shipping August 21.

New to the 5G game is the Galaxy Tab series. Samsung says the line includes “the first tablets that support 5G available in the United States.” The S7 and S7+ sport an 11 and 12.4-inch display, respectively, and start at $650 and $850, respectively. No word yet on pricing for the 5G versions.
Image Credits: Samsung
The event included a pair of new wearables. The more exciting of the two is probably the Galaxy Buds Live. Samsung has made consistently solid wireless earbuds, and the latest version finally introduce active noise canceling, along with some cool features like the ability to double as a mic for a connected Note device. The bean Buds are available today for $170.
Image Credits: Samsung
I’d be lying if I said the most exciting part of the Galaxy Watch 3 wasn’t the return of the physical bezel — long the best thing about Samsung’s smartwatches. Also notable is the addition of improved sleep and fitness tracking, along with an ECG monitor, which Samsung announced has just received FDA clearance. The Galaxy Watch 3 runs $400 and $430 for the 41mm and 45mm, respectively. There will also be LTE models, priced at $50 more.
Image Credits: Samsung
As for the foldable side of things, the event also found Samsung announcing its latest foldable, the Galaxy Z Fold 2, with help from superstar boy band, BTS. The focus on the new version mostly revolves around fixing the numerous problems surrounding its predecessor. That includes a new glass reinforcement for the screen and a hinge that sweeps away debris that can fall in and break the screen in the process. More information on the foldable will be announced September 1.

Here are all the things Samsung announced at today’s Unpacked event

Nebraska and Iowa win advanced wireless testbed grants for rural broadband

Everyone wants more bandwidth from the skies, but it takes a lot of testing to turn laboratory research projects into real-world performant infrastructure. A number of new technologies, sometimes placed under the banner of “5G” and sometimes not, is embarking on that transition and being deployed in real-world scenarios.
Those research trials are crucial for productizing these technologies, and ultimately, delivering consumers better wireless broadband options.
We’ve talked a bit about one of those testbeds called COSMOS up in northern Manhattan near Columbia University, which is pioneering 5G technologies within a dense urban environment. The same National Science Foundation-funded research group that financed that project, the Platforms for Advanced Wireless Research program (PAWR), has now selected two finalists for its fourth location, which has a specific focus on rural infrastructure.

The 5G wireless revolution will come, if your city council doesn’t block it first

Research teams in Ames, Iowa affiliated with Iowa State University, and Lincoln, Nebraska affiliated with the University of Nebraska-Lincoln, each won $300,000 grants to accelerate their planning for the testbeds. Those teams will use the grants to optimize their proposals, with one expected to receive the final full grant next year.
The goal for this latest testbed is to find next-generation wireless technology stacks that can deliver cheaper and better bandwidth to rural America, areas of the country that are not well-served by traditional cable and fiber networks nor current wireless cell tower coverage.
Whoever wins will join the existing three wireless testbeds in New York City, Salt Lake City and the Research Triangle in North Carolina.
PAWR itself is a joint public-private initiative with $100 million in funding to accelerate America’s frontier wireless innovation. It’s co-led by US Ignite, an NSF-run initiative to bring smart city ideas to fruition, and Northeastern University.

Nebraska and Iowa win advanced wireless testbed grants for rural broadband

Lenovo brings some unique features to its new gaming phone

Gaming phones are a weird one. They make sense on paper to some degree. As we well know, everyone’s a gamer these days, and much or most of that gaming happens on mobile devices. So why aren’t devoted gaming phones a more popular phenomenon? It’s not for lack of trying.
Lenovo is the latest company to toss its hat in that highly specific ring. That’s the sort of thing you can do when you’re the size of Lenovo and can experiment with such things. Gaming phones are a kind of go big or go home proposition, and the company’s doing mostly the former with the Legion Phone Duel, a mobile addition to the company’s Legion line of gaming PCs.
Image Credits: Lenovo class=»piano-inline-promo»>
For starters, the handset was briefly alluded to in Qualcomm’s recent Snapdragon 865 Plus announcement — and is now one of a very small club of phones sporting the chip. From where I sit, however, the most interesting thing about the category is the way it affords manufacturers an opportunity to experiment with ideas in a way that you don’t often see on flagships. And, indeed, there’s definitely some interesting stuff happening here.
For one thing, it has two batteries — something you don’t really see outside of foldables. Of course, those sport them for the very pragmatic reason that phone batteries don’t fold. Here, however, the batteries are separated to prevent overheating, leading the company the split the extremely healthy 5,000mAh capacity in two. You’re going to need that sort of battery for a gaming-centric 5G handset.

Asus and Lenovo among the first to launch Qualcomm Snapdragon 865 Plus devices

Also worth pointing out is the horizontal pop-up selfie camera — the most notable feature from early leaks. The idea here, of course, is that serious mobile gaming happens in the landscape configuration. As such, the design makes sense for video capture to stream to services like Twitch and YouTube. It’s a highly specific use case, of course, but this is a highly specific phone. And, of course, your results of taking selfie video on the mobile device you’re using to game may vary.
Image Credits: Lenovo
Speaking of unique feature positions, there are also two separate USB-C charging ports — one in standard position on the bottom, and the other on the side. Again, the idea here is to make it as easy as possible to remain in landscape mode. If you’ve ever attempted to charge your phone and play a game at the same time, you know how much of a pain that can be.
Along with the aforementioned Snapdragon chip, you’ll also find up to 16GB of RAM and up to 512GB of storage. The display is 6.65 inches at 2340×1080, with a 144Hz refresh rate. The phone does not appear to be coming to the U.S. for now, but will be available this month in China (where it will be called the Legion Phone Pro), followed by the Asia Pacific region, Europe/Middle East/Africa and Latin America.
Pricing is TBD.

Lenovo brings some unique features to its new gaming phone

Rapid Huawei rip-out could cause outages and security risks, warns UK telco

The chief executive of UK incumbent telco BT has warned any government move to require a rapid rip-out of Huawei kit from existing mobile infrastructure could cause network outages for mobile users and generate its own set of security risks.
Huawei has been the focus of concern for Western governments including the US and its allies because of the scale of its role in supplying international networks and next-gen 5G, and its close ties to the Chinese government — leading to fears that relying on its equipment could expose nations to cybersecurity threats and weaken national security.
The UK government is widely expected to announce a policy shift tomorrow, following reports earlier this year that it would reverse course on so called “high risk” vendors and mandate a phase out of use of such kit in 5G networks by 2023.
Speaking to BBC Radio 4’s Today program this morning, BT CEO Philip Jansen said he was not aware of the detail of any new government policy but warned too rapid a removal of Huawei equipment would carry its own risks.
“Security and safety in the short term could be put at risk. This is really critical — because if you’re not able to buy or transact with Huawei that would mean you wouldn’t be able to get software upgrades if you take it to that specificity,” he said.
“Over the next five years we’d expect 15-20 big software upgrades. If you don’t have those you’re running gaps in critical software that could have security implications far bigger than anything we’re talking about in terms of managing to a 35% cap in the access network of a mobile operator.”
“If we get a situation where things need to go very, very fast then you’re in a situation where potentially service for 24M BT Group mobile customers is put into question,” he added, warning that “outages would be possible”.
Back in January the government issued a much delayed policy announcement setting out an approach to what it dubbed “high risk” 5G vendors — detailing a package of restrictions it said were intended to mitigate any risk, including capping their involvement at 35% of the access network. Such vendors would also be entirely barred them from the sensitive “core” of 5G networks. However the UK has faced continued international and domestic opposition to the compromise policy, including from within its own political party.
Wider geopolitical developments — such as additional US sanctions on Huawei and China’s approach to Hong Kong, a former British colony — appear to have worked to shift the political weather in Number 10 Downing Street against allowing even a limited role for Huawei.
Asked about the feasibility of BT removing all Huawei kit, not just equipment used for 5G, Jansen suggested the company would need at least a decade to do so.
“It’s all about timing and balance,” he told the BBC. “If you wanted to have no Huawei in the whole telecoms infrastructure across the whole of the UK I think that’s impossible to do in under ten years.”
If the government policy is limited to only removing such kit from 5G networks Jansen said “ideally” BT would want seven years to carry out the work — though he conceded it “could probably do it in five”.
“The current policy announced in January was to cap the use of Huawei or any high risk vendor to 35% in the access network. We’re working towards that 35% cap by 2023 — which I think we can make although it has implications in terms of roll out costs,” he went on. “If the government makes a policy decision which effectively heralds a change from that announced in January then we just need to understand the potential implications and consequences of that.
“Again we always — at BT and in discussions with GCHQ — we always take the approach that security is absolutely paramount. It’s the number one priority. But we need to make sure that any change of direction doesn’t lead to more risk in the short term. That’s where the detail really matters.”
Jansen fired a further warning shot at Johnson’s government, which has made a major push to accelerate the roll out of fiber wired broadband across the country as part of a pledge to “upgrade” the UK, saying too tight a timeline to remove Huawei kit would jeopardize this “build out for the future”. Instead, he urged that “common sense” prevail.
“There is huge opportunity for the economy, for the country and for all of us from 5G and from full fiber to the home and if you accelerate the rip out obviously you’re not building either so we’ve got to understand all those implications and try and steer a course and find the right balance to managing this complicated issue.
“It’s really important that we very carefully weigh up all the different considerations and find the right way through this — depending on what the policy is and what’s driving the policy. BT will obviously and is talking directly with all parts of government, [the National] Cyber Security Center, GCHQ, to make sure that everybody understands all the information and a sensible decision is made. I’m confident that in the end common sense will prevail and we will head down the right direction.”
Asked whether it agrees there are security risks attached to an accelerated removal of Huawei kit, the UK’s National Cyber Security Centre declined to comment. But a spokesperson for the NCSC pointed us to an earlier statement in which it said: “The security and resilience of our networks is of paramount importance. Following the US announcement of additional sanctions against Huawei, the NCSC is looking carefully at any impact they could have to the U.K.’s networks.”
We’ve also reached out to DCMS for comment. Update: A government spokesperson said: “We are considering the impact the US’s additional sanctions against Huawei could have on UK networks. It is an ongoing process and we will update further in due course.”

Rapid Huawei rip-out could cause outages and security risks, warns UK telco