Mobile World Congress takes place this week, so it’s time again for carrier and vendors to serve up bold claims about what 5G cellular will do for users -- this time, with a dash of realism.“5G is not ready yet,” T-Mobile USA’s CTO Neville Ray said Monday morning. “It’s maturing quickly, but it’s not real today, and I can’t go and deploy a 5G radio to serve my customers with and give them a handset.”Like most other carriers, T-Mobile is testing pre-standard 5G technology, and Ray is enthusiastic about the next generation in the long term. But he reminded the audience that some parts of 5G, like using ultra-high frequencies to reach mobile devices, still face big technical challenges and 4G will still be around for years after the first big 5G rollouts happen around 2020.To read this article in full or to leave a comment, please click here
The mobile industry is so anxious for 5G that it’s now planning something that’s almost 5G, but will be ready a year earlier.On Sunday, many of the world’s biggest equipment vendors and mobile operators joined hands to accelerate the 5G NR (New Radio) specification that will define many elements of 5G. The new technology they plan to produce will handle some of the planned uses of 5G but will be ready for large-scale trials and deployments in 2019 instead of 2020, they say.There’s a lot at stake with 5G for both carriers and the companies that supply their networks, who are all gathering this week at Mobile World Congress in Barcelona. The next generation of technology will give operators new services to sell, like multi-gigabit broadband and special offerings for the internet of things and connected cars, and it should help vendors emerge from a years-long sales drought following the rollout of LTE.To read this article in full or to leave a comment, please click here
A cellular base station with 128 antennas may soon help some mobile operators serve many more subscribers in crowded areas.Nokia demonstrated the technology, called massive MIMO (multiple in, multiple out) with Sprint at Mobile World Congress on Monday. It’s one of several types of advances in LTE that could eventually come into play with 5G, too.Massive MIMO uses a large number of small antennas to create dedicated connections to multiple devices at once. In this case, the base station has 64x64 MIMO, or 64 antennas each for upstream and downstream signals. In Nokia and Sprint’s tests, it increased the capacity of a cell by as much as eight times for downloads and as much as five times for uploads.To read this article in full or to leave a comment, please click here
T-Mobile USA's Chief Technology Officer Neville Ray prescribed a dose of reality for the 5G mania overtaking Mobile World Congress this week, telling Ericsson’s kickoff press briefing Monday morning he’s still in the LTE business.“5G is not ready yet,” Ray said. “It’s maturing quickly, but it’s not real today, and I can’t go and deploy a 5G radio to serve my customers with and give them a handset.”For one thing, using millimeter-wave frequencies like 28GHz for mobile services is still a big technical challenge, Ray said. He dismissed so-called commercial 5G deployments in the U.S. involving fixed-wireless service to homes, including one involving Ericsson and Verizon, as fringe use cases for the technology.To read this article in full or to leave a comment, please click here
Enterprises and cloud companies will start trying their hands at cellular this year, Nokia President and CEO Rajeev Suri predicts.“Enhanced reality” and events such as concerts may be where cloud giants first get into mobile services, Suri said at a Nokia event in Barcelona on the eve of Mobile World Congress.“The first webscale players will enter the wireless access domain with mainstream technologies,” Suri said. Webscale usually refers to operators of big clouds, like Google, Facebook, and Alibaba. Suri didn’t name any names.For enterprises, an emerging technique called network slicing will allow them to virtually run their own private services on mobile operator networks. Meanwhile, systems that bring LTE to unlicensed or shared frequencies, like LAA (Licensed Assisted Access), will also help open doors to private cellular networks. Nokia is already working with some energy utilities on these kinds of deployments, and at MWC it will join Qualcomm in demonstrating a private LTE network, Suri said.To read this article in full or to leave a comment, please click here
Enterprises and cloud companies will start trying their hands at cellular this year, Nokia President and CEO Rajeev Suri predicts.“Enhanced reality” and events such as concerts may be where cloud giants first get into mobile services, Suri said at a Nokia event in Barcelona on the eve of Mobile World Congress.“The first webscale players will enter the wireless access domain with mainstream technologies,” Suri said. Webscale usually refers to operators of big clouds, like Google, Facebook, and Alibaba. Suri didn’t name any names.For enterprises, an emerging technique called network slicing will allow them to virtually run their own private services on mobile operator networks. Meanwhile, systems that bring LTE to unlicensed or shared frequencies, like LAA (Licensed Assisted Access), will also help open doors to private cellular networks. Nokia is already working with some energy utilities on these kinds of deployments, and at MWC it will join Qualcomm in demonstrating a private LTE network, Suri said.To read this article in full or to leave a comment, please click here
The global partnership announced Wednesday between Telefonica and IoT specialist Sigfox could ensure the latter’s long-term success while accelerating the overall growth of LPWANs (low-power, wide-area networks).Telefonica said it will integrate Sigfox’s energy-sipping, low-data-rate radios into millions of devices used for things like smart metering and asset tracking. The Spain-based mobile carrier operates in 21 countries across Europe and Latin America, so the deal should significantly expand Sigfox’s footprint. It’s talking with customers about possible large-scale rollouts across both regions, including Spain, Germany, Colombia, Argentina, and Brazil.To read this article in full or to leave a comment, please click here
The global partnership announced Wednesday between Telefonica and IoT specialist Sigfox could ensure the latter’s long-term success while accelerating the overall growth of LPWANs (low-power, wide-area networks).Telefonica said it will integrate Sigfox’s energy-sipping, low-data-rate radios into millions of devices used for things like smart metering and asset tracking. The Spain-based mobile carrier operates in 21 countries across Europe and Latin America, so the deal should significantly expand Sigfox’s footprint. It’s talking with customers about possible large-scale rollouts across both regions, including Spain, Germany, Colombia, Argentina, and Brazil.To read this article in full or to leave a comment, please click here
Broadcom will unload the Ruckus Wireless Wi-Fi business for US$800 million when it takes over Brocade Communications Systems later this year.
The buyer, Arris International, is a maker of video and broadband equipment, including cable modems and set-top boxes with Wi-Fi inside. As part of the deal, it will also acquire Brocade’s ICX business, which makes data center, campus and carrier Ethernet switches.
Ruckus makes Wi-Fi gear primarily for enterprises and service providers. Brocade acquired Ruckus last April for $1.2 billion in a bid to expand its enterprise networking business.To read this article in full or to leave a comment, please click here
Broadcom will unload the Ruckus Wireless Wi-Fi business for US$800 million when it takes over Brocade Communications Systems later this year.
The buyer, Arris International, is a maker of video and broadband equipment, including cable modems and set-top boxes with Wi-Fi inside. As part of the deal, it will also acquire Brocade’s ICX business, which makes data center, campus and carrier Ethernet switches.
Ruckus makes Wi-Fi gear primarily for enterprises and service providers. Brocade acquired Ruckus last April for $1.2 billion in a bid to expand its enterprise networking business.To read this article in full or to leave a comment, please click here
Lab tests of pre-standard 5G wireless with multi-gigabit speeds are evolving into trial services that users can actually enjoy in the real world – though not necessarily while walking around with a smartphone.Verizon said Wednesday it will launch pre-commercial 5G service in 11 markets around the U.S. by the middle of this year, joining rival AT&T in aggressively deploying the future technology.MORE: 2016 -- the year 5G wireless trials really took offAt Mobile World Congress in Barcelona next week, carriers are expected to announce more upcoming 5G trials.To read this article in full or to leave a comment, please click here
One of the many whiz-bang features promised in 5G is a new way of connecting millions of small, low-powered IoT devices. But there's no need to wait: Two forms of LTE tuned for IoT have entered a market that's already heating up with rapidly expanding specialist networks.The new standards, LTE-M and NB-IoT, were completed last year and will share the spotlight at Mobile World Congress next week with an array of network miracles envisioned for the next generation of cellular, due for commercial launches in 2020.As major carriers now upgrade LTE to serve IoT applications, more companies are likely to find available LPWANs (low-power, wide-area networks) in the areas where they want to deploy IoT. The new technologies add to a list of options some enterprises can already buy. They're here just in time for enterprises to start comparing networks.To read this article in full or to leave a comment, please click here
One of the many whiz-bang features promised in 5G is a new way of connecting millions of small, low-powered IoT devices. But there's no need to wait: Two forms of LTE tuned for IoT have entered a market that's already heating up with rapidly expanding specialist networks.The new standards, LTE-M and NB-IoT, were completed last year and will share the spotlight at Mobile World Congress next week with an array of network miracles envisioned for the next generation of cellular, due for commercial launches in 2020.As major carriers now upgrade LTE to serve IoT applications, more companies are likely to find available LPWANs (low-power, wide-area networks) in the areas where they want to deploy IoT. The new technologies add to a list of options some enterprises can already buy. They're here just in time for enterprises to start comparing networks.To read this article in full or to leave a comment, please click here
Getting cellular devices certified for carriers’ networks is an expensive, complicated process that’s even harder in the new field of IoT.Smartphone and tablet makers have been dealing with certification for years, spending as much as US$1 million on the process for just one device, GlobalData analyst Avi Greengart says. It’s gotten harder as carriers add new frequency bands.But at least phone makers have been through this before. When enterprises have new ideas about how to use the internet of things, and when manufacturers try to turn those ideas into reality, they're new to the process. Certification delays can hold up devices and IoT rollouts.To read this article in full or to leave a comment, please click here
The Swedish network giant Ericsson will have a lot of prospective 5G equipment to show to gearheads at Mobile World Congress later this month, but the future cloud capabilities it demonstrates may be just as important for a subscriber’s experience.In addition to fast broadband speeds, Ericsson’s technologies for next-generation networks will be able to guarantee enterprises the same type of service around the world and shift applications to the edge of a network to shrink transmission delays, the company said in an MWC preview on Wednesday.Those concepts aren’t brand new, but building the back-end infrastructure to support them – much of it defined by software – is part of the ongoing move toward true 5G deployments coming around the end of this decade.To read this article in full or to leave a comment, please click here
The Swedish network giant Ericsson will have a lot of prospective 5G equipment to show to gearheads at Mobile World Congress later this month, but the future cloud capabilities it demonstrates may be just as important for a subscriber’s experience.In addition to fast broadband speeds, Ericsson’s technologies for next-generation networks will be able to guarantee enterprises the same type of service around the world and shift applications to the edge of a network to shrink transmission delays, the company said in an MWC preview on Wednesday.Those concepts aren’t brand new, but building the back-end infrastructure to support them – much of it defined by software – is part of the ongoing move toward true 5G deployments coming around the end of this decade.To read this article in full or to leave a comment, please click here
AT&T is accelerating its rollout of LTE-M, an IoT network that’s already being used to track shipping containers and pallets, monitor water use and connect fleets to the internet.The carrier said Tuesday it will have nationwide LTE-M coverage in the U.S. by the middle of this year, six months ahead of schedule. Previously, AT&T had said LTE-M would cover the U.S. by year’s end.That means everywhere in the country that AT&T has an LTE network, it will also offer LTE-M. By the end of the year, it will have LTE-M across Mexico too, creating a broad coverage area for businesses that operate on both sides of the border.To read this article in full or to leave a comment, please click here
Qualcomm will start shipping sample chips for the next generation of Wi-Fi by June, helping device and network vendors develop products that might quadruple users’ speeds and lengthen battery life.The new silicon uses an early version of IEEE 802.11ax, a specification designed to make wireless LANs more efficient and increase their performance as a result. The formal standard isn’t expected to be signed off until late next year, but it’s common for some components using a new standard to ship before that step takes place.To read this article in full or to leave a comment, please click here
Qualcomm will start shipping sample chips for the next generation of Wi-Fi by June, helping device and network vendors develop products that might quadruple users’ speeds and lengthen battery life.The new silicon uses an early version of IEEE 802.11ax, a specification designed to make wireless LANs more efficient and increase their performance as a result. The formal standard isn’t expected to be signed off until late next year, but it’s common for some components using a new standard to ship before that step takes place.To read this article in full or to leave a comment, please click here
The whole idea of IoT is to connect more things, including devices far from a company’s data centers or maintenance crews. For enterprises that have things all over the world, vendors and service providers are starting to look at the big picture.At Mobile World Congress later this month, Nokia will show off what it calls WING (worldwide IoT network grid), a virtual global infrastructure that may include multiple private and carrier networks and satellite systems, depending on what an enterprise needs to connect and how it intends to use the data that’s collected.“A global enterprise can actually have what they think is their own virtual network of global connectivity for their IoT devices,” said Phil Twist, vice president of mobile networks marketing & communications, in a briefing this week. WING will be commercially available in the second half of this year.To read this article in full or to leave a comment, please click here