Communications workers unite Banksy320As many as 13 simultaneous sessions. Many of the world's best engineers are coming to the IEEE International Conference on Communications, from the most advanced academics to the slickest salesmen. Hundreds of presentations, far more than anyone can absorb. Alcatel, Ericsson, Huawei, Nokia, Samsung & ZTE will each explain why they and they  alone have the right path to 5G. Of course, none of them can even provide an agreed definition of what 5G is or are even close to delivering relevant equipment. (Marketing is like that.) In particular, experts like NTT are saying one much discussed "5G' technology - high GHz millimeter waves -  is unlikely before 2022-2023. This will be a conference where I can learn just how far along each technology is in 2015.

Lajos Hanzo's "A Stroll with Shannon to Next-Generation Plaza: Large-Scale MIMOs, Single versus Multiple RF Chains and All That..." promises to be particularly interesting. Filming Stanford Professor Andrea Goldsmith, I asked "What are the most interesting problems in communications? What would you include if you were creating a list after Hilbert's?" Her first answer was "Extending the notion of a limit from Shannon's single wire to today's multiple channels."

She's been working on that problem and I'd also like to hear what Hanzo has found. Virtually guaranteed Marconi Award for anyone making substantial progress on this. 

LTE-U/LAA is the biggest immediate issue in Internet policy. Taking half or more of the Wi-Fi/unlicensed spectrum and letting the phone companies use it for LTE has many implications. Friday, Professor Goldsmith has helped organize an all-day event on the subject. (Blurb below) The most visible supporter of LTE-U/LAA is Qualcomm, whose Executive Chairman Paul Jacobs is speaking. If I get the opportunity, I'll ask him two questions. The first would be for his recommendations on field testing LTE-U to make sure the interference problems are solved. (All tests so far have been in the lab.) The second will be what would he recommend as "rules of the road" for unlicensed spectrum that will work well both for LTE-U and the coming enhancements to Wi-Fi to reduce contention and increase coordination. Both John Cioffi and Marty Cooper have identified contention and coordination as crucial to the future of Wi-Fi. 

Say hello to the round fellow with a beard and the irrepressible Jennie Bourne at the event. If you making an important, original presentation please write me in advance and I'll try to promote it.

The key issue right now is LTE-U. The full day session is important.

Friday, 12 June 2015 • 09:00 – 18:00 WS-18: LTE in Unlicensed Bands: Potentials and Challenges Organizer: Andrea Goldsmith (Stanford University; Accelera, Inc., USA) The exponential growth of mobile data traffic and the scarcity and costliness of licensed spectrum are driving mobile network operators to consider offloading at least part of their traffic onto the unlicensed spectrum. Most recently, the 3GPP is considering extending the use of LTE into the unlicensed spectrum as a seamless approach to enable traffic offload. This new approach is dubbed LTE Unlicensed (LTE-U). Compared to Wi-Fi, LTE-U offers MNOs a way to offload traffic onto the unlicensed spectrum with a technology that seamlessly integrates into their existing LTE evolved packet core (EPC). Furthermore, LTE-U promises higher throughout and spectral efficiency than Wi-Fi. However, LTE-U introduces new coexistence challenges for other technologies in the same unlicensed bands particularly for legacy Wi-Fi. The goal of this workshop is to bring together academics, researchers, and practitioners to discuss the opportunities, challenges and potential solutions for operation of LTE in the unlicensed bands.



Often interesting

Latest issue

 Gig LTE & Massive MIMO ushering in the Age of Wireless Abundance

Wireless Abundance is here: What the new tech means
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Kitahara of Softbank “I am crazy about Massive MIMO”
20 Gig mmWave, Massive MIMO & Gig LTE at the Huawei MBBF
LTE gets to the gigabit explained for non-engineers
Massive MIMO explained.
2017's Big Gigabit story: Qualcomm 835 is ready
Doubling speed with 4x4 MIMO & 256 QAM at T-Mobile
Netgear Nighthawk M1, Telstra do "gigabit class" LTE
Spectrum price down by half
Dish and the telcos see big asset cut
Shorts on 3GPP,  NYU research, Ralph de la Vega, 5G new radio

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5GW News

dave right5G? 4G? Whatever the name, wireless is going to a gigabit, soon.  I've reported broadband since 1999 and now is the time for gigabit wireless. Catch a mistake or have news? Email me please. Dave Burstein


Stories worth writing

Starry may match Verizon 5G at half the cost
OFCOM in UK: Share all spectrum, even licensed
OFCOM's Boccardi: 26 GHz worldwide: U.S. goes 28 
Verizon 5G fixed tests will be only 100's of homes
Massive MIMO FD at China Uni, Tele, Huawei, ZTE





Verizon and AT&T burying price increases in fees. 

Huawei's Richard Yu intends to pass both Apple & Samsung in smartphones in five years. 

The 3,000,000,000 transistor Qualcomm 835 is a revolution. Gig LTE, incredible cameras, better VR & AR, & ... State of the art CPU, DSL, GPU, ISP tightly integrated

1,000 T-Mobile small cells 2016, 6,000 more coming. Tech Life

New $84 Reliance Lyf Wind 7S has a 5" screen, a quad-core Snapdragon, an 8 megapixel camera, and some extras. Not state of the art, perhaps, but completely usable at a modest price. 

Orange/FT 4G covers 97% of Poland, 96% of Moldova, but only 84% in France, Q3 2016. They have 113.5 mobile customers in Africa compared to 25.5M in Europe.


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