| This week's sponsor is Neustar. |  | Webinar: Customer Acquisition and Network Routing in Jeopardy - PART 2
Thursday, July 24th, 2pm ET / 11am PT In Part 2 of our series, hear from industry experts Dick LeFave, former CIO of Sprint and Jerry James, former CEO of COMPTEL on their concern for disruption to the US telecom network due to the potential change of the Local Number Portability Administrator (LNPA). Register Today! |
Also Noted: Qualcomm
Spotlight On... Apple refutes China TV report about iOS7 'frequent locations' feature
China Mobile scales back Wi-Fi ambitions to focus on TD-LTE; Japan plans 5G deployments for 2020 Olympics and much more...  3.5 GHz: Debate continues on spectrum sharing, band plan and unlicensed use
Comments and presentations are rolling in to the FCC regarding its plan to use spectrum-sharing techniques to open up the 3.5 GHz band for wireless broadband use. The idea to create a Citizens Broadband Radio Service (CBRS) in this band is revolutionary in many aspects, but some are concerned that this uniqueness--particularly as it applies to the spectrum band plan--might have unintended ramifications in the United States as well as globally. There is much to be decided before the 3.5 GHz CBRS is finally launched. Comments on the FCC's proceeding are due July 14, with replies due Aug. 1. Special Report
News From the Fierce Network:
1. Report: SoftBank, DT reach 'basic agreement' on Sprint/T-Mobile merger
2. Analysys Mason: Leapfrogging 3G to LTE not always the best approach for emerging markets
3. FCC passes online clip captioning requirement
More headlines...
| This week's sponsor is Anritsu. | 
| Webinar: LTE Broadcast - When Will It Become A Reality?
Wednesday, July 30th, 2pm ET / 11pm PT
LTE broadcast replaces clunky unicast content delivery with a single-frequency network broadcast mode that can send the same content to mass audiences. This webinar will look at how operators are planning to use LTE broadcast and delve into what is involved to make the technology commercially feasible.
Register today! |
| Sponsor: Ericsson, Intel, Nokia and SOLiD FierceLive! Webinars > Customer Acquisition and Network Routing in Jeopardy ? PART 2 - Thursday, July 24, 2014, 2pm ET / 11am PT
> Creating a Digital 6th Sense with LTE Direct - PRESENTED BY: Qualcomm
> Consumerization and the CIO - Tuesday, July 29th, 2pm ET / 11am PT
> LTE Broadcast - When Will It Become A Reality? - Wednesday, July 30th, 2pm ET / 11pm PT
> IBM SmarterCommerce Webinar: File Synch / File Share for the Enterprise ? Taken to the Extreme - Available On-Demand
Events > Super Mobility Week - September 9 ? 11, 2014 - Las Vegas, NV
> Don't Miss this FierceWireless 5G Breakfast at Super Mobility Week! - September 9, 2014 - Las Vegas, NV - Sponsored by Ericsson, Intel, Nokia, and SOLiD
> Don't Miss this FierceWireless IoT Breakfast at Super Mobility Week! - September 10, 2014 - Las Vegas, NV - Sponsored by AT&T, RacoWireless, and Sierra Wireless
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> Whitepaper: From MDM to MDM: From managing devices, to apps, to data with mobile data virtualization
> Whitepaper: VoLTE: Using Policy to Deliver High Definition Voice Services
> Whitepaper: Eight Ways Unpredictable Cloud Traffic Can Cast a Shadow on a Metro Network
> eBook: LTE Advanced Status Report
> Whitepaper: Next Generation Technical Support
> Whitepaper: Cloud RAN
> Whitepaper: Realizing Open Flow Switches with Aricent Frameworks
> Whitepaper: Increasing LTE Revenues: Top 10 Innovations and Operator Examples
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* Post a job: Click here. | Today's Top News 1. Verizon, Qualcomm and Ericsson partner on field trials of 3.5 GHz spectrum sharing
Verizon (NYSE: VZ) is joining chipmaker Qualcomm (NASDAQ:QCOM) and infrastructure vendor Ericsson (NASDAQ: ERIC) on field trials of spectrum-sharing technology in the 3550-3650 MHz band at multiple locations. In an entry on Verizon's public policy blog, Patrick Welsh, director of Verizon federal government affairs, said the three companies filed applications with the FCC for the field trials, which will use the 3.5 GHz spectrum for a supplemental LTE downlink with Verizon's existing LTE network. This will "enable the addition of 3.5 GHZ capacity to an existing lower band coverage network," he explained. Verizon has rolled out LTE nationwide using its 700 MHz band spectrum and is now adding capacity in many markets by implementing LTE on its AWS 1.7/2.1 GHz spectrum. Welsh added the field trials will help Verizon understand the propagation characteristics of 3.5 GHz spectrum in a real-world environment. The FCC intends to authorize new spectrum-sharing techniques to open up the 3.5 GHz band for wireless broadband services, small cells to increase network capacity and other licensed and unlicensed uses, creating what it calls a Citizens Broadband Radio Service (CBRS). The commission is still soliciting public input on its plan for 3550-3650 MHz spectrum. The agency is also pondering extending CBRS spectrum upward to 3700 MHz, providing a total of 150 MHz of spectrum for the service. The regulators intend to create a three-tier licensing scheme for CBRS, but several industry players have advocated a two-tier model called authorized shared access (ASA), which is akin to Europe's version, licensed shared access (LSA). Welsh said Verizon, Qualcomm and Ericsson also will collaborate with Ericsson subsidiary iconectiv later this month on lab tests of ASA/LSA technologies at Ericsson's facilities in Plano, Texas. Iconectiv, the brand name for Telcordia Technologies, is one of the FCC's authorized database administrators for TV White Space spectrum, which also relies upon spectrum sharing to open up vacant TV broadcast channels for wireless broadband use. Via the Texas lab tests, the companies intend to prove that spectrum sharing using ASA/LSA technologies "can complement Verizon's LTE network while protecting government operations from harmful interference," according to Welsh. He emphasized that Verizon's interest in spectrum sharing does not mean the operator has abandoned its support for auctioning spectrum for exclusive use when feasible. He said Verizon backs new approaches such as spectrum sharing between commercial and government users in instances when government operations cannot be moved to new frequencies because alternative spectrum is unavailable or costs are prohibitively expensive. For more:
- see this Verizon blog entry Related articles:
3.5 GHz: Debate continues on spectrum sharing, band plan and unlicensed use
3.5 GHz spectrum-sharing database 'could get very complicated,' says Accenture exec
AT&T, WiMAX Forum cite separate problems with FCC's 3.5 GHz plan
AT&T wants 3.5 GHz band divided into sub-bands to promote small cell deployment
FCC's latest proposal for 3.5 GHz band includes auctioned licenses Read more about: ASA, Qualcomm, Verizon
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2. Alcatel-Lucent's outsourcing of 2G, 3G R&D unlikely to rock the boat
Alcatel-Lucent's (NYSE: ALU) move to outsource research, development and maintenance activities related to 2G and 3G technologies should not be a big deal to most of its customers, as long as the outsourcing scheme still results in solid products, according to industry analyst Peter Jarich of Current Analysis.  | | Jarich | India-based HCL will take over Alcatel-Lucent's 2G and 3G efforts, including technical support services and associated design, development and testing operations. Alcatel-Lucent did not publicly announce the move, which was reported by Telecom Paper, citing an article in France's Les Echos.
The infrastructure vendor reportedly began outsourcing much of its 2G and 3G activities to India starting two years ago, when some French employees left the company or were reassigned to new R&D efforts, such as those focused on LTE.
The 2G and 3G outsourcing move is part of Alcatel-Lucent's Shift Plan, unveiled by CEO Michel Combes during June 2013, which aims to help the vendor achieve profitable growth and much-needed liquidity. At the time, the vendor said quite clearly that it would emphasize several core areas in IP networking. In wireless, the company planned to target LTE and small cells and move away from investing in legacy technologies, a clear reference to 2G and 3G. In an entry on the Current Analysis Network Matter blog, Jarich, the research firm's vice president of consumer and infrastructure services, wrote that Alcatel-Lucent's outsourcing effort could provide a boon to Alcatel-Lucent's competitors, which will likely argue that "this is a sign of weakness and will impact Alcatel-Lucent's customers negatively." Yet Jarich said the customer impact should actually be negligible, particularly since vendors routinely outsource R&D and product development to outside parties, especially when it comes to mature technologies that are "not strategic or are in end-of-life phases." However, he also cautioned that "just because 2G and 3G are relatively mature, it does not mean they are dead." Therefore, Alcatel-Lucent's customers should tabs on how well HCL keeps up with continuing evolutions in the technologies. Further, he indicated that with Alcatel-Lucent making a big push into small cells, including 3G small cells, it behooves the vendor to ensure that HCL's R&D keeps its 3G small cells technologically competitive. For more:
- see this Current Analysis blog entry
- see this Telecom Paper article
- see this Les Echos article Related articles:
Alcatel-Lucent becomes latest beneficiary of Vodafone's Project Spring
Alcatel-Lucent invests €3M in 'fronthaul' specialist EBlink
Alcatel-Lucent enters talks to sell cybersecurity division to Thales
Alcatel-Lucent sells LGS, which can now chase more U.S. government deals
Alcatel-Lucent's Shift strategy targets a virtualized future
Alcatel-Lucent's shift may help it survive but could also aid its rivals Read more about: LTE, Shift Plan
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3. FCC, NTIA eye creation of model city for dynamic spectrum-sharing tests
The FCC and the National Telecommunications and Information Administration (NTIA) are jointly soliciting comments regarding plans to set up a public-private partnership aimed at creating an urban test city where dynamic spectrum sharing could be demonstrated and evaluated. The plan's genesis is found in the July 2012 report from the President's Council of Advisors on Science and Technology (PCAST), which advocated spectrum sharing as a mainline approach to spectrum management. The PCAST report also recommended formation of an urban test bed within a major U.S. city to address spectrum sharing. NTIA and the FCC said the test city could include "large-scale sustainable facilities for systems-level testing in real-world environments across multiple frequency bands, including public safety and selected federal bands." The agencies plan to promote this model city concept in conjunction with the Center for Advanced Communications, recently established by NTIA, the National Institute of Standards and Technology (NIST) and the FCC's existing experimental licensing program. The center was set up last year. Spectrum sharing is seen as key to opening up a number of bands occupied by incumbent government users and others--including the 3.5 GHz band and parts of the 5 GHz band--for commercial broadband services in the United States. Other world regions are also eyeing spectrum sharing to open up various swaths of spectrum for commercial use. Comments on the model city concept will be due from the public 45 days after the announcement's publication in the Federal Register. For more:
- see this NTIA notice
- see this FCC release Related articles:
3.5 GHz: Debate continues on spectrum sharing, band plan and unlicensed use
3.5 GHz spectrum-sharing database 'could get very complicated,' says Accenture exec
Wi-Fi Innovation Act aims to free up 5850-5925 MHz for Wi-Fi
NTIA discusses progress on sharing 3.5 GHz, 5 GHz spectrum Read more about: spectrum sharing
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4. Wi-Fi's 802.11ax standard could deliver gigabit speeds to devices
Researchers are busily working on 802.11ax, a follow-on technology for 802.11ac Wi-Fi that uses MIMO-OFDA signaling to deliver faster, even gigabit-speed, connections to individual devices rather than simply improving overall network capacity. But 802.11ax will not hit the shelves for a few years, given that 2019 is the target date for a ratified 802.11ax standard. The board of IEEE officially approved the 802.11ax task group in March, and operators, chip vendors, OEMs and universities are wholeheartedly pursuing the effort, with a primary goal being a four-fold improvement in data speed to devices used in dense deployment scenarios. At the Johannesberg Summit, held during May in South Africa, Stephen Rayment, Ericsson's (NASDAQ: ERIC) head of technology for Wi-Fi products (and former CTO of Belair Networks, which Ericsson acquired), said 802.11ax will also maintain or improve power efficiency plus maintain backward compatibility and coexistence. Outdoor operation will be limited to stationary and pedestrian speeds. Though the focus for 802.11ax deployment is the existing 2.4 GHz and the 5 GHz unlicensed bands, additional bands between 1 GHz and 6 GHz may be added as they become available. The 802.11ax standard should be complete in July 2018. However, ratification of the standard is not expected before March 2019, Greg Ennis, the Wi-Fi Alliance's vice president of technology, told PCWorld. Nonetheless, Ennis predicts that products based on a draft of the standard will likely reach the market as early as 2016, as happened with draft 802.11n and draft 802.11ac products as well. A key change in 802.11ax will be the use of MIMO-OFDA, which combines multiple antennas (the MIMO, multiple in-multiple out, part) with orthogonal frequency division multiple access (which is abbreviated OFDMA or OFDA). OFDA is based on existing OFDM schemes, which encode data on multiple subcarrier frequencies. OFDM is already used in LTE and earlier Wi-Fi standards. But OFDA adds a new twist, the multiple-access component, meaning subsets are assigned within those subcarrier frequencies to essentially create a bigger pipe delivering data to individual devices. Huawei's Osama Aboul Magd is chairing the IEEE 802.11ax WLAN standard task group, and the Chinese vendor has already staked out an 802.11ax beachhead, saying recently it achieved 10.53 Gbps data speed using Wi-Fi in the 5 GHz band during lab trials. Of course, that speed would not necessarily be delivered to an individual smartphone or tablet, but it does set the stage for possible gigabit speeds direct to devices. While work is just getting started on 802.11ax, other new Wi-Fi certifications and standards should be arriving sooner rather than later. The Wi-Fi Alliance, which certifies Wi-Fi products that have shown proven interoperability and industry-standard security protections, expects to initiate its certification program for 802.11ad WiGig products next year. Meanwhile, IEEE expects to wrap up standardization work on the 900 MHz 802.11ah standard in January 2016. 802.11ah will compete with other technologies for in-building and home automation such as Zigbee and Z-Wave and could become a crucial piece in the Internet of Things jigsaw puzzle. For more:
- see this PCWorld article
- see this GigaOM article Related articles:
Huawei researchers claim 10 Gbps Wi-Fi speed, set stage for 802.11ax specs
Quantenna promises 10 Gbps Wi-Fi chip in 2015
Qualcomm ups Wi-Fi capacity via 802.11ac multi-user MIMO
Wi-Fi preps for 900 MHz with 802.11ah Read more about: IEEE
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5. FCC approves $2B E-Rate changes aimed at improving broadband and Wi-Fi for schools, libraries
The FCC voted to move forward on a proposal that is intended to modernize the subsidy program that supports Internet access for public schools and libraries, commonly known as E-Rate. The changes will drive $2 billion toward the effort, including funding for Wi-Fi in schools. The agency also established a budget for rural broadband experiments. The FCC voted 3-2 along party lines to approve the E-Rate changes. "We're at a watershed moment," FCC Chairman Tom Wheeler said during the vote, according to Bloomberg. "Because of what we do today 10 million kids will be connected next year who otherwise wouldn't. That's a good day's work." Some had opposed the move over worries it would lead to increases in phone bills for U.S. consumers, and that it wasn't an effective use of funds. In a June blog post, Wheeler cited the need for reform to meet the new "realities of the Internet" that include tablets and other personal devices connected to broadband via Wi-Fi. Wheeler's E-Rate proposal is part of a multi-year transition of E-Rate funding that will, he wrote, move away from dial-up services and address the need for "broadband to every classroom" by simplifying the application process for schools and libraries. "The simple fact of the matter is that the free market has failed to provide basic broadband connectivity to more than 15 million Americans," Wheeler wrote in the June blog. "We cannot leave rural America behind." Separately, the agency voted to fund experiments geared toward improving connectivity in rural America as part of the Connect America Fund. The agency is providing up to $100 million to fund experiments aimed at improving rural broadband speeds and lowering costs. "A key goal of the experiments is to test this competitive bidding process before it is used to allocate funds more broadly from the Connect America Fund, anticipated to occur later in 2015," the FCC noted. For more:
- see this Re/code article
- see this TheHill article
- see this Bloomberg article
- see this FCC release
- the FCC has this notice
- see this FCC blog entry Related articles:
Colorado school district to get access to 1G private dedicated network
NTCA: Rural schools doing OK when it comes to broadband
FCC dedicates $2B to equip schools, libraries with Wi-Fi
FCC commissioner pushes 1-Gig broadband speeds for schools Read more about: rural America
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Also Noted | This week's sponsor is Qualcomm. |  | Webinar: Creating a Digital 6th Sense with LTE Direct
Tuesday, July 22nd, 1pm ET /10am PT Tune-in to this webinar to understand how LTE Direct works, learn how it will benefit the entire mobile ecosystem, and see how LTE Direct is being tested today across an extensive set of innovative use cases. Register Today! |
SPOTLIGHT ON... Apple refutes China TV report about iOS7 'frequent locations' feature Apple (NASDAQ: AAPL) refuted a report from China's state broadcaster that described the iPhone as a "national security concern" because of a location-determination feature that it said records the time and location of a user's movements. According to The Wall Street Journal, researchers quoted in China Central Television's report said such data could provide people with knowledge of China's economic situation or "even state secrets." In a statement, Apple said it neither tracks users nor shares their locations with third parties. It said the "frequent locations" feature included in iOS7 at the device level was created to help users "quickly and reliably determine their current locations for specific activities such as shopping, travel, finding the nearest restaurant or calculating the amount of time it takes them to get to work." The feature uses pre-stored Wi-Fi hotspot and cell tower location data combined with information about which hotspots and cell towers are currently being received by the iPhone. "It's important to point out that during this collection process, an Apple device does not transmit any data that is uniquely associated with the device or the customer," Apple said. It added that iPhone users can enable or disable location services on their device. Further, Apple stressed that it does not have access to frequent locations or the location cache on any customer's iPhone. For more, see this Wall Street Journal article. (sub. req.) Wireless tech news from around the Web. > China Mobile is scaling back its Wi-Fi ambitions to focus on TD-LTE. Article > The rise in mobile broadband traffic is putting a new focus on centralized signaling and routing control, said Infonetics. Release > Chinese operators formed a joint venture to own and manage their towers. Article > Shipments of Apple iBeacons and other Bluetooth LE beacons will break 60 million by 2019, according to ABI. Release > Murata, which focuses on the design, manufacture and supply of electronic components and solutions, joined the Dynamic Spectrum Alliance. Release > Gowex's former CEO was charged over the firm's false accounts. Article > Japan's communications ministry approved a plan to get 5G deployed in time for the 2020 Tokyo Olympics. Article And finally… A smartphone case that looks like a hand and another that releases pepper spray are on the list of "12 wacky smartphone cases." Article News From the Fierce Network:
> Hulu bags exclusive streaming rights to 'South Park' Post
> Customer Acquisition and Network Routing in Jeopardy ? PART 2 - Thursday, July 24, 2014, 2pm ET / 11am PT In Part 2 of our series, hear from industry experts Dick LeFave, former CIO of Sprint and Jerry James, former CEO of COMPTEL on their concern for disruption to the US telecom network due to the potential change of the Local Number Portability Administrator (LNPA). Register Today! > Creating a Digital 6th Sense with LTE Direct - PRESENTED BY: Qualcomm Tune-in to this webinar to understand how LTE Direct works, learn how it will benefit the entire mobile ecosystem, and see how LTE Direct is being tested today across an extensive set of innovative use cases. Register Today! > Consumerization and the CIO - Tuesday, July 29th, 2pm ET / 11am PT From devices to services to apps, end users have a lot of choices - and those choices are bleeding into enterprise IT faster than ever. How do these changes affect IT strategy, budget and infrastructure? Register Today! > LTE Broadcast - When Will It Become A Reality? - Wednesday, July 30th, 2pm ET / 11pm PT LTE broadcast replaces clunky unicast content delivery with a single-frequency network broadcast mode that can send the same content to mass audiences. This webinar will look at how operators are planning to use LTE broadcast and delve into what is involved to make the technology commercially feasible. Register today! > IBM SmarterCommerce Webinar: File Synch / File Share for the Enterprise ? Taken to the Extreme - Available On-Demand Join this webinar with Derek Brink, Vice President and Research Fellow for IT Security and IT GRC at the Aberdeen Group, to discover how to develop your own innovative approach to managed file transfer. Find out how to bring new levels of efficiency, visibility and collaboration to every process – and reach new heights of success for your business. Click here to watch this on-demand webinar today!
| > Super Mobility Week - September 9 ? 11, 2014 - Las Vegas, NV Super Mobility Week powered by CTIA is North America's largest forum for the mobile innovations that power your connected life. Thousands of mobile professionals and executives, 1,100+ exhibitors, as well as 1,000+ media and analysts from across the globe will gather in September for this event. Learn more at www.supermobilityweek.com. > Don't Miss this FierceWireless 5G Breakfast at Super Mobility Week! - September 9, 2014 - Las Vegas, NV - Sponsored by Ericsson, Intel, Nokia, and SOLiD Join Kris Rinne, AT&T; Nicola Palmer, Verizon Wireless; and other industry experts as they explore how to get from today's networks to the 5G network of the future. Seats are limited. Register Today! > Don't Miss this FierceWireless IoT Breakfast at Super Mobility Week! - September 10, 2014 - Las Vegas, NV - Sponsored by AT&T, RacoWireless, and Sierra Wireless Join Matt Thompson, Microsoft; Alec Saunders, BlackBerry; and other industry experts as they delve into the market segments where IoT technologies are blossoming now, and explore where the next opportunities may lie. Seats are limited. Register Today!
| > Whitepaper: CEM & Big Data Customer focus needs more than investment. Download this ebook for key insights into the Telcos industry. > Whitepaper: From MDM to MDM: From managing devices, to apps, to data with mobile data virtualization Major roadblocks are keeping CIOs from mobilizing their key business apps. Today, less than one-quarter of enterprise apps can be accessed from mobile devices. This white paper will explore key role mobile data virtualization plays in democratizing the access of business data from mobile apps, essential components of a mobile data virtualization solution, and the tangible benefits of mobile data virtualization. Download today! > Whitepaper: VoLTE: Using Policy to Deliver High Definition Voice Services Many leading operators are now starting to roll out Voice over LTE (VoLTE) services. By extending the success of LTE to deliver high definition voice services, as well as delivering rich communication services, operators can deliver improved voice services while gaining the cost efficiencies of LTE. Download to learn more. > Whitepaper: Eight Ways Unpredictable Cloud Traffic Can Cast a Shadow on a Metro Network User obsession with digital information shows no signs of abating. This paper offers 8 examples of how unpredictable traffic impacts a service provider’s metro network. Download this whitepaper today. > eBook: LTE Advanced Status Report LTE-Advanced is the next iteration in wireless network technology that is designed to enable faster data speeds and greater network capacity. This eBook from FierceWireless will take an in-depth look at LTE-Advanced and how it is being deployed in the U.S. and overseas. Download this free eBook today! > Whitepaper: Next Generation Technical Support The next generation technical support whitepaper provides insights into how these next generation support models can be used to reduce risk and enhance customer satisfaction. Download Now! > Whitepaper: Cloud RAN This whitepaper provides an overview of the Cloud RAN architecture. It also offers exhaustive insight into how you can leverage concepts like 'Active Antenna Array', 'Multi-band Radio Remote Heads', 'Centralized Baseband Units', 'Radio Network Controllers' etc. to develop and deploy cutting edge Cloud RAN solutions to improve network performance that can help improve your ROI. Download Now! > Whitepaper: Realizing Open Flow Switches with Aricent Frameworks This whitepaper highlights the benefits of Aricent's OpenFlow frameworks, and explores how they can be leveraged to build pure or hybrid OpenFlow switches for deployments across campus, datacenter, enterprise, and service-provider networks. Download Today! > Whitepaper: Increasing LTE Revenues: Top 10 Innovations and Operator Examples Download this guidebook to learn about 10 leading service innovations to increase LTE revenue, examples and results from multipe operators worldwide and key BSS requirements to enable these services and reduce time to market. Download Today. | > VP, oDAS (Outdoor Distributed Antenna Systems) - Newport Beach, CA / Atlanta, GA / Other Major Metro
> Director, DAS Venue Sales - Newport Beach/San Francisco. CA
> Client Account Executive- Memphis, TN - Memphis, TN
> TS cleared Sr Info Security Engineer - Herndon, VA (US)
> Principal Engineer, Network Shift Manager 3rd Shift - Arlington, VA (US)
> Sr Programmer - Edison, NJ (US)
> Sr Analyst, HR Compliance - Fairfax, VA (US)
> NOC Technician - Manchester, NH (US)
> Telecom Engineer - Gaithersburg, MD (US)
> Senior Disaster Recovery Engineer - Gaithersburg, MD (US)
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