Comcast has outlined details for the Xfinity Mobile cellular service it plans to introduce for current subscribers, with unlimited data plans ranging from $45 to $65 per month. As the new Xfinity Mobile service will use Verizon’s cellular network, Comcast will become a MVNO. Comcast will sell handsets made by Apple, Samsung and LG.
Many subscribers will save money, especially if they don’t use a lot of data. The catch: Only Comcast cable Internet customers can sign up for the Xfinity Mobile service.
Comcast, which has nearly 25 million high-speed internet customers, said its wireless service is aimed at holding onto its customers. Comcast’s key competitors — AT&T’s DirecTV and Verizon’s FiOS — are part of companies with wireless offerings.
“We’re not getting into the mobile business to be the number one carrier,” said Sam Schwartz, chief business development officer with Comcast Cable. “It’s to benefit our existing core business. We’re not going to make billions of dollars in profit.”
The service Comcast is selling will be essentially the same as a Verizon plan, though Comcast will reduce speeds on unlimited plans after 20 gigabytes. Verizon’s threshold is higher, at 22 gigabytes, and reduced speeds apply only when there is network congestion.
Comcast will initially require customers to buy phones through the company. It’s offering iPhones, Samsung Galaxy phones and one budget model from LG. Customers can pay in full up front or in monthly installments, just as they would through a traditional carrier.
Comcast’s pay-per-gigabyte approach is similar to what Google is doing with its wireless service, Google Fi. Customers don’t need to guess ahead of time how much data they plan to use; both plans charge them only for what they use. With traditional carriers, unused data might get carried over to the following month; even if not, the customer still pays for the unused amount.
But Google Fi hasn’t caught on, in part because it works with only a few Google-branded phones and uses networks from T-Mobile, Sprint and U.S. Cellular, which aren’t as robust as Verizon’s. Comcast says it can also take advantage of vast array of marketing channels for internet and voice services.
Read entire AP story here.
AT&T has been selected by the U.S. Commerce Dept. to build the first nationwide wireless broadband network dedicated to America’s first responders. This record-breaking public-private partnership is a significant investment in the communications infrastructure that public safety desperately needs for day-to-day operations, disaster response and recovery, and securing of large events. It will also make 20 MHz of prime broadband spectrum available for private-sector development.
“Today is a landmark day for public safety across the Nation and shows the incredible progress we can make through public-private partnerships,” said U.S. Department of Commerce Secretary Wilbur Ross. “FirstNet is a critical infrastructure project that will give our first responders the communications tools they need to keep America safe and secure. This public-private partnership will also spur innovation and create over ten thousand new jobs in this cutting-edge sector.”
The broad terms of this 25-year agreement between FirstNet and AT&T are:
- FirstNet will provide 20 MHz of high-value, telecommunications spectrum and success-based payments of $6.5 billion over the next five years to support the Network buildout – FirstNet’s funding was raised from previous FCC spectrum auctions;
- AT&T will spend about $40 billion over the life of the contract to build, deploy, operate and maintain the network, with a focus on ensuring robust coverage for public safety;
- Additionally, AT&T will connect FirstNet users to the company’s telecommunications network assets, valued at more than $180 billion.
The FirstNet network will be designed to give priority to first responders, said FirstNet President T.J. Kennedy. Through special SIM cards inserted in their phones, police, fire and medical officers will be better able to communicate with one another. Much like current technology, the new network will allow them to send and receive video, data and voice calls before they reach a crisis area. But that information will arrive uninterrupted and in real time.
“They will always be prioritized. They’re always at the front of the line,” Kennedy said. “This happens inside the network at the millisecond level.”
FirstNet is administered by the U.S. Commerce Department and was proposed in the years after Sept. 11, 2001, when emergency workers responding to the day’s terrorist attacks struggled to communicate across clogged channels and incompatible technologies.
Under the contract, AT&T will spend $40 billion of its own money deploying FirstNet. It will also receive $6.5 billion from the federal government at the end of five years if it successfully meets a number of milestones designed to fast-track the project. The government is awarding the company with as much as 20 megahertz of new wireless airwaves that AT&T intends to integrate into the service. That “spectrum,” will expand the network’s capacity and help ensure that communications do not fail.
The ability to communicate seamlessly across jurisdictions is critical for law enforcement, fire, and emergency medical services (EMS) when securing large events or responding to emergencies and disasters. In those instances, networks can become overloaded and inaccessible, limiting responders’ use of vital communication technologies, such as smartphones and applications dedicated to public safety services.
That will change with a high-speed network built specifically for the millions of public safety users in all 50 states, 5 U.S. territories and the District of Columbia, including those serving rural communities and tribal lands. The Network will modernize first responders’ communications and deliver specialized features that are not available to them on wireless networks today.
“This public-private partnership is a major step forward for the public safety community as we begin building the broadband network they fought for and deserve,” said FirstNet Chair Sue Swenson. “FirstNet and AT&T will deliver high-speed connectivity to help millions of first responders operate faster, safer, and more effectively when lives are on the line.”
“It’s not going to be a build-from-scratch type of thing,” said FirstNet chief executive Mike Poth. “So it’s a win for us and public safety because it’s going to accelerate the time to market.”
To take advantage of the network’s capabilities, public safety departments will need to buy a subscription to FirstNet. Automatically included is the preemption feature, which is among the most-requested by first responders, said Chris Sambar, AT&T’s senior vice president for FirstNet. Mr. Sambar declined to say how expensive the rate plans will be but said that they would be priced “below market [rates].”
Designing a system such as FirstNet has taken years because of the sheer number of public safety departments in the United States who expect to use the network, according to an industry official who spoke on the condition of anonymity because details of the project remain private.
“It’s been a long hard slog, because it’s complicated technically to think about building a network like this,” the official said. “We’ll see how it goes, but obviously AT&T’s serious about it and it has the potential to be a big win for public safety.”
On March 31st, Verizon said it will launch a U.S. nationwide Category LTE M1 (Cat M1) wireless network designed to help developers, businesses, utilities and municipalities deploy secure internet-of-things (IoT) devices at lower cost. The LTE Cat M1 network will span 2.4 million square miles and will be the first of its kind, the company said. Cat M1 is competing head on with other Low Power Wireless Wide Area Networks (LPWANs) like LoRa, Sigfox, NarrowBand (NB) IoT, Weightless SIG, and various proprietary specs.
“We are very proud to again demonstrate our innovative leadership by providing this commercially available network for our customers, an industry first,” said Mike Haberman, Network Vice President at Verizon. “As the natural shift from CDMA-based IoT solutions to the more robust and cloud-based LTE technology occurs, it’s important we stay ahead of that technology evolution for our customers so we can continue to provide them service on the best and most advanced wireless network. Our commercial deployment of the nationwide LTE Cat M1 network does just that.”
LTE Cat 1 vs other LPWANs:
Many IoT network technologies have been slow to catch on, due to hype and confusion caused by too many alternatives. As noted above, LTE Cat M1 is a low-power, LPWAN technology that competes most directly with other LPWAN networks like LoRa, Sigfox and NB IoT. Cat M1 and Narrowband run on licensed spectrum, while the others run on unlicensed spectrum which is inherently prone to interference.
Verizon believes Cat M1 will also compete against Bluetooth, ZigBee and Z-Wave, wireless local area network (WLAN) technologies that connect to devices like thermostats and a wide array of appliances, such as washing machines and dryers.
Steve Hilton, an IoT analyst at Machnation thinks Verizon’s Cat M1 and similar networks will be game changers for IoT deployments. “Cat M1 competes directly with Zigbee, Z-Wave and … Bluetooth,” said Mike Lanman, Verizon senior vice president for IoT, in an interview. He added, however, “there will always be other connecting technologies, and some might make more sense economically.”
Hilton agreed that some companies and utilities might want to deploy a Cat M1 approach and pay Verizon a monthly charge for the wireless service instead of managing a WLAN themselves.
“It really depends on how long the enterprise expects the device to live, how much management control the enterprise wants over the IoT network and relative prices,” Hilton said.
LTE Cat M1 Silicon:
Verizon’s LTE Cat M1 partners include industry leaders including Sequans, Telit, U-Blox, Sierra Wireless, Gemalto, Qualcomm Technologies, and Altair, who together with Verizon are solving for the next generation of IoT use cases. Today, Verizon offers certified chipsets, modules and devices for Cat M1 from Sequans, Telit, Qualcomm Technologies, Encore Networks, Link Labs, and NimbeLink.
Devices running Cat M1, such as water and power meters and asset trackers, will get longer battery life and can be left unattended for up to a decade, Lanman said. The Cat M1 network will also provide broader and more consistent coverage, reaching areas like basements, and devices that are in-ground or behind walls.
Cat M1 operates at lower bandwidth than 4G LTE, usually between 300Kbps and 400Kbps. Verizon typically provides 4G LTE bandwidth download speeds of 5Mbps to 12Mbps.
Cat M1 would be suitable for wireless connections to devices like water meters that need to send their on-off status or usage readings on an hourly, weekly or monthly basis. It would be unsuitable for connecting to video monitors or devices needing fast video streams, Lanman said.
Sprint Business President Jan Geldmacher detailed the carrier’s vision for the Internet of Things (IoT) in a speech this week, saying the company needs to prepare for a future in which 1 trillion devices can connect to the web. Geldmacher spoke of a converging network in which half a dozen platforms will support IoT, adding:
“Our network infrastructure is not really prepared to deal with all these trends yet.”
That’s after at least seven years of a M2M/IoT R&D lab and showcase center in Burlingame, CA which was massively scaled down a couple of years ago. Sprint was a featured speaker at the IEEE ComSocSCV 2010 seminar on IoT/M2M.
Geldmacher said the network of the future will be a converged network, combining wireless, wireline, Bluetooth, LoRa, Sigfox and unlicensed spectrum. He said mobile networks are about to be part of a sea change that will impact all of society, which he described with a quote from Son.
“The boom in the rate at which we are starting to collect, analyze and ultimately glean knowledge from data is like the Cambrian explosion, the period during which prehistoric creatures developed the five senses,” Geldmacher said in quoting Son.
“When you think about what’s next you really need to think about the megatrends,” Geldmacher said, noting demographic changes, globalization and digitization are all impacting network traffic. “Our network infrastructure is not really prepared to deal with all these trends yet.”
“We are talking about an explosion of data volumes of probably a factor of 2,400. We are talking about creating latencies that come close to the reaction time of a human being,” he said.
Geldmacher compared today’s internet of things to the internet in 1997, meaning the basic technology is falling into place but people have not really figured out all the things they can do with it.
“It’s time to innovate now,” Geldmacher said. “If you talk about how the market is divided in the IoT space I think it’s not relevant, because we’re just beginning.
“I offer to those in the room that want to partner, we are ready to partner,” Geldmacher said, adding he encouraged companies that want to make IoT technology part of their business to be brave and to believe the future is not as unpredictable as it may seem. “I think the future looks predictable if you just anticipate what’s happening in technology and apply it in the right way.”
Geldmacher said 94% of IoT investments yield some return on investment. Geldmacher also shared results from a recent survey of enterprises looking at IoT deployments, and listed the benefits that companies say they expect. The expectation named most often was streamlined operations, followed by higher productivity; better safety, security and monitoring; better customer service; improved automation; and increased revenue.
On March 28th, Vertical Systems released their 2016 Leaderboard for U.S. competitive carrier, cable/MSO, and incumbent carrier Ethernet service providers.
The leaderboards ranks companies in order based on U.S. retail Ethernet port share. Sources for share calculations include Vertical’s base of enterprise installations, plus direct input from its biannual surveys of network providers selling data network services in the U.S. Let’s zero in on competitive carrier Ethernet service providers in this post.
“In order to compete with incumbents and MSOs, competitive providers must excel in key areas like network scalability, dynamic service features, fiber reach, SLAs or network resiliency,” said Rick Malone, principal at Vertical Systems. “Because of these distinctive competencies, it is no surprise that top companies like Level 3 and XO, as well as others in this segment, have been prime acquisition targets for larger service providers.”
Last month, Verizon completed its $1.8 billion purchase of XO Communications’ fiber-optic network business after the Federal Communications Commission’s approval of the deal last November. Year-end 2016 U.S. Ethernet share figures for XO and Verizon are reported separately. CenturyLink is in the process of acquiring Level 3.
Here are Vertical’s rankings:
Other companies in the competitive-provider segment include (in alphabetical order): Alpheus Communications, American Telesis, Birch Communications, EarthLink Business, Electric Lightwave, Expedient, FiberLight, Global Cloud Xchange, GTT, Integra, Lightower, LS Networks, Lumos Networks, Masergy, MegaPath, NTT America, Orange Business, Tata, TelePacific, Telstra, Unite Private Networks and US Signal.
Here’s Vertical’s 2016 Cable/MSO Ethernet Service Leaderboard leaders:
Finally, Vertical’s 2016 U.S. Incumbent Carrier Ethernet LEADERBOARD leaders:
Google Fiber’s video growth dropped to 57.8% in 2016 from 78.8% the previous year, as per a Moffett-Nathanson analysis based on fresh data from the U.S. Copyright Office. Google Fiber ended 2016 with 84,232 pay TV subs, marking a sharp decline in the rate of growth, Moffett-Nathanson found in an analysis
Across all Google Fiber U.S. markets, year-on-year growth declined to 57.8%, from 78.8% a year ago, the market research firm found. But Google Fiber’s video business is still growing amid a rising cord-cutting trend that is affecting most major U.S. pay TV providers.
Update: Google Fiber hasn’t released sub numbers, but a person familiar with its business noted that the unit did double its Internet subs in 2016 compared to all previous years combined that Google Fiber has been in business, and that Google Fiber has generally been seeing strong growth for Internet-only subs, including those that are coming way of Webpass, which is being offered in markets such as San Francisco, San Diego, Chicago, Miami and Boston. Webpass does not provide video service alongside its baseline high-speed Internet offering.
Even without any specific broadband subscriber results provided by either the U.S. Copyright Office or Google parent Alphabet, Moffett said Google Fiber’s video numbers speak volumes about its efforts to make a mark in the broader pay TV industry. It’s not succeeding.
“Seven years after breaking ground in their first broadband market, Google Fiber still accounts for only 0.1% of the U.S. Pay TV industry,” Moffett explained.
Among Google Fiber’s largest individual markets, MoffettNathanson found that the company ended 2016 with 45,096 video subs in its largest market, Kansas City, MO, compared to 28,941 in Kansas City, KS; 5,889 in Austin, Texas; and 2,914 in Provo, Utah.
Source: Economic Times Telecom
Google Inc is looking to bring more Indian telecom operators on board its software defined networking (SDN)-based platform. The internet search giant says its SDN-based platform enables telecom networks adapt to new services and traffic patterns efficiently.
The company has already teamed up with Bharti Airtel and South Korea’s SK Telecom to pursue this networking initiative.
“We are happy to share our knowledge and capabilities with operators. We are very open to talking about our capabilities on both client and application sides and cloud technologies to carriers across the spectrum,” Gulzar Azad, country head for connectivity at Google India, told ET. “We believe there will be more engagements as we move forward in India as well.”
Google’s (proprietary) SDN-based platform comes at a time when telecom networks are dealing with a huge upsurge in data consumption. The platform also aims to create richer APIs that will enable new operational models and help operators bring new features (such as Smart Offline) to consumers.
“Information on the Android side or devices side and information on app side need to come together with all the data availability on the carrier side to make smarter and intelligent networks in India,” Azad said.
“That’s the future we see where two worlds are coming together and make better experience for users and make much productive data consumption by the users,” he added.
According to Azad, more industry players need to contribute for network infrastructure and optimisation to ensure efficient running of applications and client devices, besides ensuring existence of public WiFi.
“This needs to be there to fulfill the government’s vision and create an environment where data revolution is fulfilled by way of consumption, which is 10 times higher than it is today,” Azad said, adding that the industry is moving towards a data revolution.
Meanwhile, Google is on track to equip another 400 railway stations in India with high-speed WiFi network. With the help of RailTel and Indian Railways, it is currently providing WiFi services at 115 stations.
The company recently won its first city Google Station WiFi deal from Pune Smart City Development Corporation Limited, a special purpose vehicle formed for the smart city mission in the city. The project will be executed in collaboration with companies like IBM, Larsen & Toubro and RailTel.
Less than one year after AT&T took its Central Office Re-architected as a Data center (CORD) to the Linux Foundation, which then produced a reference design, CenturyLink, Inc. says it is the first carrier to use its own virtualized Broadband Network Gateway (vBNG) to support broadband services using the a CORD based design.
This key step in CenturyLink’s efforts to virtualize its infrastructure within the central office is part of the company’s commitment to have full global virtualization coverage in its IP core network by the end of 2019.
Through CORD, CenturyLink is using some version (????) of software-defined networking (SDN) and network functions virtualization (NFV) to bring data center economics and cloud agility to its central offices for fast and efficient delivery of new network services to residential and business customers.
“Our CORD deployment is a significant milestone on our path to achieve full network virtualization,” said Aamir Hussain, CenturyLink’s executive vice president and chief technology officer. “This is a key component in our strategy to bring virtual network services to our customers while driving virtualization into our last-mile network, allowing us to quickly and efficiently deliver new technologies that meet our customers’ rapidly changing needs,” he added.
CenturyLink’s SDN access controller is an OpenDaylight-based controller stack that integrates its legacy operations support systems (OSS) and latest generation orchestration platforms. In addition to virtualizing its infrastructure, CenturyLink continues to develop and implement virtualized services, including a virtual firewall, data center interconnection and software-defined wide area networking (SD-WAN) for enterprise customers. Through these virtualization efforts, CenturyLink is enhancing the customer experience by providing them with more control of their services.
The carrier said it’s also continuing to create and implement virtualized services along with virtualizing its own infrastructure spread out over 55 global data centers. These virtualized services include a virtual firewall, datacenter interconnection and software-defined wide area networking (SD-WAN) targeting enterprises.
There are no implementation standards/interface specs for SD-WAN so there’s no vendor interoperability and hence, it’s a turnkey single vendor solution for a carrier.
While same is true for NFV, but the OPEN NFV (OPNFV) open source group is effectively creating a defacto standard by agreeing to a spec prior to generating open source code.
AT&T and IBM have teamed up to give enterprise developers a cloud-based tool to analyze data coming from internet of things (IoT) devices. The companies hope to “leverage the data that’s coming off of these devices and create an analytics-as-a-service solution combining the IBM Watson capability sets with our capability sets at AT&T to provide those real meaningful insights across a number of vertical solutions,” said Chris Penrose president of IoT Solutions at AT&T Inc, in an interview with Light Reading. (See IBM to Use AT&T Flexware.)
The impetus behind the development of this new technology stemmed from business customers’ demand for faster data generation from IoT devices as well as rapid, meaningful analysis to make near real-time decisions for process improvements. (See AT&T Introduces IoT Solution Powered by IBM Watson on the Cloud.)
AT&T has connected over 30 million IoT devices globally on its network, and with the new IoT analytics solution, customers can not only connect devices, but also take action and gain insight on transforming their business, reduce costs and create new revenue opportunities, said Penrose.
Customers from a variety of verticals can utilize the technology for uses like detecting anomalies and predicting potential malfunctions in oil and gas wells, analyzing error codes in connected vending machines and determining if the machine is in an ideal location, and monitoring pallet and product location in real-time. The technology isn’t limited to industrial IoT applications, and can be utilized in other verticals such as healthcare, said Penrose.
“A lot of this, whether it’s in heavy equipment machinery or asset tracking, all of these spaces where you get can information off the machine to know if it is operating effectively, potentially diagnose the issue and predict future issues, are great areas of opportunity and we’re mining that data to make it a better solution,” said Penrose.
According to the release, the new analytics technology uses AT&T’s M2X, Flow Designer and Control Center; the IBM Watson IoT portfolio and Data Platform; and IBM’s Machine Learning Service.
By Cliff Grossner, Ph.D., senior research director and advisor, cloud and data center research practice, IHS Markit
- Growth continues for the data center network equipment market, which grew both sequentially and for the full-year 2016
- By 2021, the cloud service provider (CSP) and telco market segments will squeeze the enterprise in data center switching revenue and transmission capacity
- Software-defined enterprise wide area network (SD-WAN) revenue is anticipated to reach $2.9 billion by 2021
IHS Markit Analysis:
Worldwide data center network equipment revenue—including data center Ethernet switches, application delivery controllers (ADCs), SD-WAN and WAN optimization appliances (WOA)—totaled $3.5 billion in Q4 2016, gaining 4 percent from Q3 2016. For the full-year 2016, revenue grew 10 percent to $12.9 billion. Revenue was up in all regions except the Caribbean and Latin America (CALA).
Some results by segment:
- Data center Ethernet switch revenue rose 8 percent in Q4 2016 from the year-ago quarter
- SD-WAN revenue was $31 million in Q4 2016 and hit $87 million for the full-year 2016
- Bare metal switch revenue was up 27 percent year over year in Q4 2016
- ADC revenue was down 3 percent sequentially in 4Q 2016 and down 8 percent year over year
- WAN optimization appliance revenue declined 9 percent in Q4 2016 and fell 20 percent from a year ago
We look for long-term growth in the data center network equipment market to slow to 2018 and then increase out to 2021 as SD-WAN reaches $2.9 billion.
Ethernet switch analysis by market segment:
For this latest edition of our data center network report, we added Ethernet switch analysis by market segment: CSP, telco and enterprise—by revenue and port speed (1GE, 10GE, 25GE, 40GE and 100GE).
The CSP and telco segments are expected to squeeze out the enterprise in data center switching by 2021 as Ethernet capacity measured in 1GE port equivalents shipped to CSPs reaches 44 percent of total capacity (up from 25 percent in 2016), to telcos reaches 22 percent (up from 19 percent) and to the enterprise drops to 34 percent.
Barefoot Networks’ Tofino is now available in switches from Taiwan-based Edgecore Networks and WNC. Cavium’s Xpliant-based Wedge 100C switch design contributed to the Open Computer Project (OCP) targeting CSP and telco network virtual function (NVF) markets. Cumulus Networks announced the availability of its operating system for Backpack, Facebook’s white box bare metal chassis, and is partnering with Celestica to make Backpack available for preorder with Cumulus Linux. And Huawei is challenging Arista for the number-two spot in data center Ethernet switching.
Data Center Report Synopsis
The quarterly IHS Markit data center network report provides market size, vendor market share, forecasts through 2021, analysis and trends for data center Ethernet switches, bare metal Ethernet switches, Ethernet switches sold in bundles, application delivery controllers, software-defined enterprise WAN and WAN optimization appliances.
For information about purchasing this report, contact the sales department at IHS Markit in the Americas at (844) 301-7334 orAmericasLeads@ihsmarkit.com; in Europe, Middle East and Africa (EMEA) at +44 1344 328 300 email@example.com; or Asia-Pacific (APAC) at +604 291 3600 or technology_APAC@ihsmarkit.com