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Gfast map July 2017

Dark blue: Firm commitments from incumbent: BT (10M), Belgacom, Australian NBN, Swisscom,  Austria, Bezeq Israel, Chunghwa Taiwan, Telus Canada, Telekom South Africa, SK Korea, (U.S.) AT&T, Century, Frontier, Windstream, Belgium, Omantel

Light blue: Smaller carriers in Germany, Norway, Finland, Japan

Green: Incumbent likely:  France, Germany, & Poland  

They don't intend to be left behind. AT&T's Tom Starr is one of the key engineers behind G.fast, which was developed based on the plans of British Telecom and AT&T. Their top execs have been enthusiastic about G.fast but carefully didn't commit. January 4, 2017, they announced "Experiments expanding" and that they were "encouraged" by results in Minneapolis. Cable is making strong inroads against U-Verse and destroying AT&T where they never upgraded decade-old DSL. They have to do something. They intend to abandon landlines and go completely wireless to 10M homes. The 12.5M fiber home lines are only about a quarter of their future footprint.

G.fast from basements and rooftops is the natural cost-effective choice and has strong advocates within the company. AT&T spent $billions expanding fiber to 1,000,000 business addresses. Much of that is very close to residential buildings and easy to extend. AT&T is speeding up their fiber home build, now at 4M. The 12.5M target is now moved up to mid 2019. They acquired millions of lines connected by coax to a DirecTV rooftop antenna. G.fast performance over coax is exceptional.

I've reported that T is actively looking for more buildings for WTTR, which likely will migrate from dedicated lines to G.fast.

Donovan promises to extend WTTR to more cities, including some out of district. He wants to be prepared to counter in Verizon territory if Verizon moves ahead on 5G mmWave in San Francisco. AT&T & Verizon are playing a game of chicken here.

McAdam thinks mmWave is a natural move where they have fiber; AT&T's natural strategy is to discourage Verizon from coming in by threatening massive retaliation. Both see Century/Qwest and small regionals as a natural target

Verizon engineers are excellent, but so are AT&T's. They are both dependent on Ericsson, Nokia and Samsung to develop the technology, all of whom are happy to sell to either. If Verizon doesn't back off, T can take the battle to VZ territory very easily. Both also know that Google bought a WTTR company in San Francisco.

Sckipio has a strong position in AT&T, which I'm sure is looking at Broadcom chips as well. AT&T has been burned by single-source contracts and tries to avoid them. That's particularly important as Broadcom staff cuts leave everyone unsure of what Broadcom can deliver. Deutsche Telekom says Broadcom's 35b isn't ready until 2018, two years behind schedule. Broadcom has exceptional engineers but always creates doubt by their policy of secrecy. 

Adtran is the preferred equipment vendor and has tailored their DSLAM to AT&T's needs. Nokia/Alcatel and Calix also are hopeful. Perhaps AT&T is being coy as a bargaining tool; G.fast vendors are trying for premium pricing for now.

AT&T has been vocal they need a true gigabit version of G.fast for marketing against cable's gigabit DOCSIS 3.1. Comcast, Cox and some smaller companies are bringing gig cable to over half the U.S. in 2017 and 2018, although the upstream is currently a slow 20-35 megabits. Today's G.fast is best considered 500-800 megabits deployed, but Amendment 2 & Amendment 3 should raise that by the end of the year. T also wants to bust the current 16-24 line limits, which raise costs in all but small buildings. 

It's now a three-way race to the first Gigabit LTE in the U.S. Last week Neville Ray of T-Mobile and John Saw of Sprint said they would be first with Gig LTE in the states. 

 Here's the pr, including a mention of three carrier aggregation.

AT&T Details 5G Evolution

5G Evolution, AT&T Fiber, and Trials Advance Network Built for Video and Data

 
AT&T Inc. (PRNewsFoto/AT&T Inc.) (PRNewsFoto/AT_T INC_)

NEWS PROVIDED BY

AT&T Inc. 

Jan 04, 2017, 08:00 ET


  • LAS VEGASJan. 4, 2017 /PRNewswire/ -- AT&T* today announced its 5G Evolution plans for 2017 and beyond, and highlighted its other initiatives to expand and enhance ultra-fast internet access for millions of customers.

    "Our 5G Evolution plans will pave the way to the next-generation of higher speeds for customers. We're not waiting until the final standards are set to lay the foundation for our evolution to 5G. We're executing now," said John Donovan, chief strategy officer and group president, Technology and Operations.  "Data on our mobile network has increased about 250,000% since 2007, and the majority of that traffic is video. 5G's promise of greater speed and overall network performance brings huge opportunities not only for video but in the Internet of Things, 4K video, augmented and virtual reality, smart home and cities, autonomous vehicles and much more."

    Our 5G Evolution

    The path to 5G encompasses fixed and mobile solutions. We continue to collaborate with more than a dozen global technology companies around 5G standards efforts, and our initial lab trials are already achieving speeds up to 14 gigabits-per-second (Gbps) over a wireless connection.

    In lab trials, we've successfully tested a connection with less than 3 milliseconds of latency, which surpasses any current LTE network technology. Latency impacts things like the time between pressing play and seeing a video start to stream or between hitting a web link and seeing a webpage begin to load. The industry expectation for 5G is latency less than 5 milliseconds.

    Here's additional color around our 5G Evolution:

    • 1 Gbps Speeds in 2017: The continued deployment of our 4G LTE-Advanced network remains essential to laying the foundation for our evolution to 5G. In fact, we expect to begin reaching peak theoretical speeds of up to 1 Gbps at some cell sites in 2017. We will continue to densify our wireless network this year through the deployment of small cells and the use of technologies like carrier aggregation, which increases peak data speeds. We're currently deploying three-way carrier aggregation in select areas, and plan to introduce four-way carrier aggregation as well as LTE-License Assisted Access (LAA) this year.
    • 5G Video Trial with DIRECTV NOW: In the first half of 2017, we plan to conduct a trial in Austin where residential customers can stream DIRECTV NOW video service over a fixed wireless 5G connection. As part of this trial, we'll also test additional next-generation entertainment services over fixed 5G connections. The trial will include multiple sites and devices, and we expect to further advance our 5G learnings – especially in how fixed wireless mmWave technology handles heavy video traffic.  And over time, the reach of our 5G deployments will be enhanced even more as customers discover new, innovative mobile-first video services.
    • First 5G Business Customer Trial: Last fall, we launched what we believe to be the industry's first 5G business customer trial in Austin with Intel and Ericsson using millimeter wave (mmWave) technology, which can deliver multi-gigabit speeds using an unlicensed band of spectrum. We trialed several video streaming and conferencing experiences, and saw upload and download speeds around 1 Gbps during the first phase of the trial.
    • Additional 5G Trials: We recently announced plans to team up with Qualcomm Technologies and Ericsson for mobile and fixed wireless trials in the second half of 2017. These trials are significant because they will be our first trials to use what we expect to be based upon the 5G New Radio specification being developed by the industry technology standards group 3GPP. Industry standards are important to enabling wide-scale 5G commercialization. The trials will test both mobile and fixed wireless solutions operating in mmWave spectrum accelerating commercial deployments in the 28Ghz and 39Ghz bands. They will showcase new 5G radio mmWave technologies for increasing network capacity while achieving multi-gigabit data rates.

    AT&T Fiber Update
    Today, we're marketing a 1 gigabit connection** on our 100% fiber network to nearly 4 million locations across 46 metros nationwide. More than 650,000 of these locations include apartments and condo units. We have the largest fiber network across the 21 states where we offer home internet service and by mid-2019 we plan to reach at least 12.5 million locations across 67 metro areas with our 100% fiber network. 

    We are also conducting technology trials over fixed wireless point-to-point mmWave and G.fast technologies to deliver greater speeds and efficiencies within our copper and fiber networks.

    • Millimeter Wave Trial Expansion: In October 2016, we announced our multi-dwelling unit (MDU) fixed wireless point-to-point mmWave trial in Minneapolis. This gives us the potential to reach a new customer base outside of our traditional 21 state wireline service area. We're also exploring additional markets for trial locations.
    • G.fast Experiments Expanding: G.fast technology enables us to bring the speed of fiber to existing copper lines that already exist in many locations. We're encouraged by the results of our G.fast trial taking place at another MDU in the Minneapolis area. In fact, we're gearing up to offer G.fast to more locations, primarily MDUs, within our 21 state wireline footprint in 2017.  

    Rural Broadband Efforts
    There are still many homes in the U.S. – especially in rural areas – that have slow or no internet connectivity. In 2016, we began trialing Fixed Wireless Internet (FWI) service in several states. We plan to begin offering FWI in mid-2017 in areas where we accepted FCC Connect America Fund Phase II (CAF II) support. We expect to reach more than 400,000 locations by the end of 2017 across the 18 states where we accepted CAF II funds, most of which will get internet access for the first time. By the end of 2020, we plan to reach 1.1 million locations in those 18 states.

    Project AirGig Progressing 
    In September 2016, we unveiled Project AirGig, a transformative technology from AT&T Labs that could one day deliver low-cost, multi-gigabit wireless internet speeds over power lines.

    Project AirGig is one of the most ambitious and inventive projects in AT&T Labs history. We now have more than 200 patents and patent applications for Project AirGig and we plan to begin field trials in 2017.

    Project AirGig has the potential to be a win for our customers and a win for the electric utility companies. Collaborations between AT&T and utility companies could enable and expand a variety of smart-grid applications such as early detection of line integrity issues and help with proactive line maintenance.

    G.fast News
    Some of the best in the industry will be at the Broadband Forum’s BASE in Berlin and Germany and BBWF in Berlin. See you there.

    10 Gigabits 500 Meters Over Phone Cables?! http://bit.ly/2xHJCch; Who needs fiber? Backhaul By a Dozen Bonded DSLs http://bit.ly/fiberno; Bonded 35b Tester From intec http://bit.ly/2ypGyVM; What Will Broadcom, Huawei, Metanoia & Nokia Bring To Berlin Broadband; Newsbreak: Nokia's Hidden New SX-16F DSLAM10 Gigabits 500 Meters Over Phone Cables?! http://bit.ly/2xHJCch
    John Cioffi theorizes that 1 Terabit/s over 100m is possible. Several world-class engineers have confirmed the theory appears correct. The same higher-order waveguide modes could deliver 10 Gbps at 500 meters, which is exciting some of the most important companies in the industry. It could drastically reduce the cost of backhauling 5G small cells in the required millions of locations. 

    Some are using the name Surface Wave over Copper (SWoC) instead of TDSL as the system moves closer to test. Building a test system and proving the real challenges can be met will be expensive. The frequencies involved are at 50 GHz and higher, 200 times higher than the new 212 MHz G.fast. http://bit.ly/2xHJCch

    *** At Broadband World Forum Berlin, make sure to visit Sckipio in Booth E101B for the latest advances in G.fast. Don't miss our CTO, Rami Verbin, at the Broadband Forum Access Summit. Sckipio, the leader as G.fast deploys around the world, continues to deliver performance.  http://bit.ly/Sckipio (ad)

    Who needs fiber? Backhaul By a Dozen Bonded DSLshttp://bit.ly/fiberno
    12 bonded lines of 35b VDSL should be able to deliver 2 gig downstream ~400 meters. That's comparable to the most common G.fast backhaul, 2.4 gig GPON. Telcos are confident few will use the high speeds simultaneously so the high over-subscription is realistic. Upstream on the older DSLs is lower, so the upstream will probably be limited.

    Kurt Raaflaub says Adtran has trial units at customers. As far as I know, this is the first public description of bonded 35b and I hadn't anticipated this possible use. Deutsche Telekom says 35b will be ready for deployment the second half of 2018. http://bit.ly/fiberno

    *** Two remarkable Broadband Forum Access Summits will feature speakers including Tom  Starr of AT&T and Trevor Linney of BT. In Berlin at BBWF October 24 http://bit.ly/2hZHBWX In Las Vegas before the Calix Connection event October 29 http://bit.ly/2iHz7Dt (psa) See you there


    Bonded 35b Tester From intec http://bit.ly/2ypGyVM
    intec and Adtran have working parts for testing bonding. 35b uses double the spectrum for double the speed, 200+ megabits at 500 meters. It's not ready for the field yet, but test gear is now available from the German firm intec.  Look for them at the Broadband Forum Interop exhibit.

    Jeff Waldhuter of Verizon told me not investing in testing was the biggest mistake they made in the early days of DSL. BBWF will also feature Lincoln Lavoie, who has led the UNH/Broadband Forum testing for years. You can now buy the testing software they use for your own work. UNH uses Telebyte hardware, who will speak at the show. http://bit.ly/2ypGyVM

    *** Make sure to visit Adtran Booth E102 to see important new products. Please join us on Tues 10:05 Werner Heinrich DTA 10:35 Ryan McCowan NGPON2 11:20 Kurt Raaflaub Fiber to the DP without fiber http://bit.ly/fiberno 11:35 Robert Conger NGPON2; Wed 10:30 Ronan Kelly Keynote 14:00 Robert Conger Open Networking 14:20 Gary Bolton Platform Economy 16:50 Heinrich, Chris Thompson, Jeremy Harris (separate panels); Thurs 16:50 McCowen (ad) 

    What Will Broadcom, Huawei, Metanoia & Nokia Bring To Berlin Broadband http://bit.ly/BBWFWHO
    Companies time releases for BBWF, the biggest event of the year. Here are some possibilities for the companies that haven't provided me news yet.

    Huawei will brief me at their Hangzhou event this week. For now, I know the 96 port external vectoring boxes are doing well in customer labs and probably ready. Two telcos were impressed.

    (Huawei, Calix, and Adtran are very generous with the press, hosting regular events. All three do a good job trying to answer questions when they can. The result is they get far more coverage. I make a point of reaching out to those who tell me less, including writing this as a reminder.) 

    Metanoia is the third G.fast chipmaker that joins the UNH interops. Nokia and Broadcom have yet to speak so I make a few guesses. http://bit.ly/BBWFWHO

    *** The new Telebyte Guide to Testing Gfast follows the Broadband Forum IR-337 Gfast test specification, the same used by the University of New Hampshire (UNH-IOL) for Gfast certification testing. Free download http://bit.ly/telebyte (ad) It is the best technical guide to G.fast  I have seen. Grab it. Dave

    Newsbreak: Nokia's Hidden New SX-16F DSLAM
    Buried deep in an SDAN announcement is a mention of a Lightspan SX-16F. They call it  "The world's first 16-port reverse-powered G.fast micro-node which can be safely reverse-powered from the home." No more details available at press time.

    *** Two remarkable Broadband Forum Access Summits will feature speakers including Tom  Starr of AT&T and Trevor Linney of BT. In Berlin at BBWF October 24 http://bit.ly/2hZHBWXIn Las Vegas before the Calix Connection event October 29 http://bit.ly/2iHz7Dt (psa) See you there

    Broadband Forum BASE: Berlin Oct 24 Las Vegas October 29
    Free BASE? Yes, no charge to hear 30 of the most informed people in the industry/  Trevor Linney of BT, who tells me they are pas 550,000 homes, a million are close, and the build to ten million is going well. David Titus and Tom Starr of AT&T, moving aggressively to buildings across the U.S.Vincent O'Bryne of Verizon, the leading proponent of NG-PON2. 

    See you there. Look for the round fellow with a beard and point me to news I missed.

    *Reply "subscribe" to be added, "un" to be dropped
    Volume 18, #5 Oct 16, 2017

    G.fast News - AT&T Sees 1.5 Gigabits
    Eric Small of AT&T tells Sean Buckley "In generation 2, you get about 1.5 Gbps of throughput," confirming what the vendors promise. "Not that you would use more than a gig in either direction, but it gives you the flexibility to use a gig in one direction and 500 Mbps in the other direction."

    He adds, "The really interesting part of the second generation of Gfast is it allows for reverse powering, which means the power could come from the individual subscribers." Fierce Telecom http://bit.ly/2yajjiW

    Randall's Xmas: 144 Gigabits, 212 MHz, 96 Port, DTA From Sckipio http://bit.ly/150gig
    More Gear Passes Interop at UNHhttp://bit.ly/unterop

    Tom Starr, Trevor Linney Headline Berlin Oct 24http://bit.ly/2g70Mx8

    Broadband Forum BASE Las Vegas October 29http://bit.ly/2yTO7l9

    Randall's Xmas: 144 Gigabits, 212 MHz, 96 Port, DTA From Sckipio http://bit.ly/150gig
    Randall Stephenson at AT&T "needs 1 gig speeds."and promises "1 gig speeds ubiquitously."  http://bit.ly/GigForAll Sckipio is ready with 212 MHz Amendment 3 chips soon to sample to selected customers - including AT&T suppliers. Using 212 MHz of spectrum almost doubles the capacity of G.fast, reaching close to 2 gigabits between upstream and downstream in lab conditions.

    96 ports at 1.5 gigabits is 144 gigabits. It should be achievable over the short loops typical in apartment buildings, although they will nearly actually all be a maximum. Adtran and Huawei have demo'd external boxes that can vector 48-96 ports, but Sckipio does not require the complexity of external vectoring. Instead, the first DSLAM supports 24 or 48 ports and can be daisy-chained with others on demand. This reduces the initial capex. cDTA allows switching between upstream and downstream for each line. Much more http://bit.ly/150gig

    More Gear Passes Interop at UNHhttp://bit.ly/unterop

    Lincoln Lavoie sees "cross chipset interoperability and performance at all levels including device software for management and control." Gear with chips from Broadcom, Metanoia, and Sckipio are working with each other at a good speed, usually 600 megabits or higher. EXFO and Viavi testers also passed.

    He adds, "Gfast testing has already been more rigorous than any previous certification testing and we are testing individual features more deeply than we have on any previous technology."Interoperability" is considered to mean working reasonably together, not necessarily at maximum performance levels. http://bit.ly/unterop

    *** At Broadband World Forum Berlin, make sure to visit Sckipio in Booth E101B for the latest advances in G.fast. Don't miss our CTO, Rami Verbin, at the Broadband Forum Access Summit. Sckipio, the leader as G.fast deploys around the world, continues to deliver performance.  http://bit.ly/Sckipio (ad)

    Tom Starr, Trevor Linney Headline Berlin Oct 24 http://bit.ly/2g70Mx8
    Linney is deploying G.fast past ten million British Telecom homes, with more connecting daily. Trevor, speaking for BT, has always been open about the practical results. Starr has led DSL standards and the Forum for 25 years, seen it all and done it all. AT&T is moving aggressively on G.fast from basements around the U.S., so he too will have lessons from the field.

    The new Broadband Forum Access Summit is free. Register through the BBWF website at http://bit.ly/2fXnyYg. BBWF registration on site wasn't free last I looked so make sure to register in advance. The Forum is doing a sister event in Las Vegas on Sunday, October 29th. See you at both. Look for the round fellow with a beard. After Robin Mersh opens the event, Roland Montagne of iDATE, a respected analyst, will review deployments around the world. http://bit.ly/2g70Mx8 See you there

    Broadband Forum BASE Las Vegas October 29 http://bit.ly/2yTO7l9
    Reverse power. DTA. Profile 212. Now is the time to start taking advantage of the advanced features, as deployments are approaching one million homes passed. Registration is free at http://bit.ly/2iHz7Dt. See you there. Look for the round fellow with a beard. David Titus of AT&T will present details from their nationwide G.fast effort. http://bit.ly/2yTO7l9

    *** Self-Healing Wi-Fi With ASSIA Real-Q 
    Beyond-the-Box visibility and control extends quality-of-experience (QoE) beyond the gateway to the end-user device for every device in the home. Based on ASSIA technology, proven across 80 million subscribers http://bit.ly/2dj7FJk (ad)

    Scared By Cable, Bell Canada Chooses Fiber Over G.fast http://bit.ly/BellCa
    Better TV software long kept Bell's DSL ahead of cable, but both Shaw and Rogers are now deploying Comcast's respected X1 software and will likely catch up. CEO Cope hinted to Wall Street he has little choice but to find the necessary capital.

    G.fast was considered until very recently but Bell decided to accelerate their fiber home. They have done  most of Montreal and are working on Toronto. http://bit.ly/BellCa


    212 GHz and cDTA are soon shipping from Adtran. True gigabit is here. Sales takeoff is almost in sight, probably Q1 2018.
    Australia confirms 1M, AT&T is ready to ramp, DT finally is moving. Omantel and Telkom South Africa are now on the map. Almost all telcos are now choosing G.fast for large buildings when they don't go FTTH. MNet Cologne and Chunghwa Taiwan have changed from fiber all the way to G.fast in the basement.

    212 MHz and cDTA Are Ready: Adtran http://bit.ly/GF212cDTA
    Frank Miller of Century: G.fast Will be Important to Us http://bit.ly/GFCentury

    Carl Russo: Since 2007, I've Been Turning Calix Into a Software Company http://bit.ly/CalixSDN

    Adtran Chosen for Australia nbn Fiber to the curb. http://bit.ly/GFnabAus

    nbn looking to a million lines. This one is big. Adtran is on a roll, with DT & AT&T also looking good for 2018.

    1,400,000,000 In The Works. 1.4 Gigabits http://bit.ly/GF14Gig
    South Africa & Connecticut Go Nokia http://bit.ly/SouthAF

    Omantel: 90% Fiber & G.fast http://bit.ly/Omantel

     

    G.fast News http://gfastnews.com/
    With over 100 deployments, momentum is growing. Telkom South Africa joined in, while Century & nbn Australia are going large. Sckipio and the other chipmakers are working on the next generation chips, easily over a gigabit 100 meters.

    BT and Swisscom have 48 port vectoring units working in the labs. ttp://bit.ly/48portsg
    Australia's nbn has begun building 1M ports of FTTC. http://bit.ly/nbnFTTC
    Calix: We Can Produce Miracles (Sometimes) http://bit.ly/Calixmir With the right cable in place
    Nokia-Frontier Announcement Claims 30M Vectored Lines Shipped http://bit.ly/30mvector Far more than are operational
    Metanoia Surprises With G.fast Interoperability http://bit.ly/metanoiag Great to have another chipmaker
    60+ Previously Unknown G.fast Deployments http://bit.ly/Gfast60 As Calix approached 100 customers
    (Summaries below or follow the links.)

    *

    BT's Trevor Linney "A 48 Port Vectoring Engine is Working in Our Labs." http://bit.ly/48portsg
    96 ports promised and even more sought. Burri of Swisscom confirmed he has a similar unit. Probably Huawei. http://bit.ly/48portsg

    *** Telebyte, the leader in G.fast testing, offers a free guide. It's 43 pages of solid information. http://bit.ly/telebyte (ad) The ebook is excellent and essential for any G.fast engineer. Telebyte, a new advertiser, supplis the equipment for the BBF/UNH Interoperability testing.Terabit DSL for the Interested Layman http://bit.ly/TDSLLayman

    Australia NBN Begins Million Home Fiber To The Curb http://bit.ly/nbnFTTC
    Officially, it's not G.fast but they aren't stupid. When they run "fibre to your driveway," they will be within 100 meters of most people. That allows 500-800 megabits of G.fast today and over a gigabit as amendments 2 & 3 are delivered next year. Presumably, the final announcement is waiting for a government plan to deal with the over $10B in cost overruns. The good news from Australia is that finally construction is catching up, "The nbn network is currently available to almost one in two Australians, is scheduled to be three-quarters built by mid-next year and complete by 2020."

    nbn is the most politically driven network in the world. Julia Gillard's election as Prime Minister in 2010 was decided by a single voter in Parliament, who attributed his decision to her support of a full fiber nbn. The Conservative government that succeeded Gillard switched much of the network to DSL, hoping to save money. The savings have proven modest; the real cost problem was not the technology choice. http://bit.ly/nbnFTTC

    Calix: We Can Produce Miracles (Sometimes) http://bit.ly/Calixmir
    The right (straight) cable allows remarkable choices. Bill Bittencourt startled the G.fast Summit with new results from the lab and the field. They said it couldn't be done, but Calix customers are proving it is possible to use multiple DSLAMs. Instead of being limited to 16-24 G.fast customers, that can be doubled and possibly tripled. In early testing, the second DSLAM resulted in less than a 2% loss. Many North American buildings have straight cable – otherwise known as CAT1 or “station wiring” – from a distribution point to each unit. Geoff Burke explains, "In essence, what this means is that typical MDUs have insulated wiring from the Distribution Point to the unit, which greatly minimizes cross talk and loss. VDSL2 and G.fast have minimal interference over in-building cabling. http://bit.ly/Calixmir

    *** Sckipio's Three advances are taking G.fast to the next level.http://bit.ly/Sckipio (ad)

    Nokia-Frontier Announcement Claims 30M Vectored Lines Shipped http://bit.ly/30mvector
    Shipment claims are so far ahead of sales that needs an explanation. Nokia is proud they won the G.fast order from Frontier in Connecticut, a U.S. company with over 4M DSL & fiber subscribers at the end of Q1. They gave no details of when, where, or how many, so it wasn't worth a headline. In the release is the claim they've shipped, "30 million vectoring lines." I'd be surprised to discover that even 10% of those are actually deploying vectoring. Similarly, Adtran claims 10M vectored. There are remarkably few vectored lines in service. The claimed vectored ports are probably 10x or more the number of actual vectored lines. There just aren't many homes connected with vectoring. http://bit.ly/30mvector

    Metanoia Surprises With G.fast Interoperability http://bit.ly/metanoiag
    Great to have another chip source. Broadband Forum/University of New Hampshire has announced the first six products to pass their testing: ARRIS, Calix, Huawei, Metanoia, Nokia and Technicolor. Nokia/Alcatel has long been #1 in DSL, with Huawei #2. Calix is coming on strong with G.fast, telling me they are adding so many new deployments they are about to have over one hundred customers in service. Technicolor and ARRIS/Pace/2Wire have long been top modem suppliers. But few in the industry know Metanoia, a Taiwanese chipmaker almost invisible when searching news, even on Google.hk. http://bit.ly/metanoiag

    *** Virtual fiber by Sckipio. Extend your fiber with 100-300 meters of single-port G.fast. It can save expensive trenching for cell towers, small cells, basement fiber, commercial customers and others. A very thin management layer allows operators to keep their existing GPON management layer. Sckipio makes it effortless to add G.fast to any GPON network. http://bit.ly/Fiberextend (ad)

    60+ Previously Unknown G.fast Deployments http://bit.ly/Gfast60
    Especially in the U.S. and Canada, there's a stampede to reach MDU customers with five hundred megabits to a gigabit. If you want to win customers in large buildings, it's becoming a no-brainer to go to G.fast - today. About six months ago, I predicted that would be the trend, but until Calix shared their customer details, I hadn't seen evidence I was right.

    There are ~30 announced G.fast deployments worldwide, so I was startled when Calix told me they have about 90 customers in active deployment. I've known the Calix people for a decade or more, and don't doubt their claim. Some undoubtedly are just a building or three, but I know others, including Century/Qwest, are far beyond that stage. Geoff Burke writes, "There is no doubt that we are seeing a major shift from promising 'pilot' technology to live commercial deployments. Calix alone has now over 90 commercial deployed customers and increasing with a dozen new customers every month. They are installing in both low-rise to high-rise MDUs, from towns to the largest cities, Business MTUs and parks and even campus environments such as universities." 74% are in the U.S., 12% in Canada, 9% in AustralAsiaPac and 5% in the rest of the world. http://bit.ly/Gfast60


    BT: G.fast performance "pretty much spot on"
    DSM Could Increase G.fast Speeds 25-50+ Megabit
    DT: No 35b VDSL before 2018, modems not available
    AT&T G.fast confirmed (unofficially.)
    Andrew Ferguson: DSLAMs can be different
    Energia Selling Nokia G.fast in Japan
    Calix Clobbered by Services Cost
    Switzerland: We're going G.fast; Forget fiber home except in new builds 
    Nokia takes XG-FAST to 8 gig in the lab at nbn 
    Huawei jumping in to G.faster 
    Paris G.fast Summit 2017 9 to 11 May will be a great show
    100,000 G.fast modems sold by Technicolor - running VDSL Australia: 
    700,000 "FTTdp homes." Should use G.fast but may go VDSL. 
    Tens of millions G.fast lines predicted 
    "Study" predicts $200/line G.fast chip price in 2022 !? 

    Reply "subscribe" to be added, "un" to be dropped

    Our communities are being destroyed by racial tension and we're too polite to talk about it. ... If this is a dialogue that's to begin at AT&T, I feel like it probably ought to start with me" Randall Stephenson, AT&T CEO https://youtu.be/ThO74-oFt_Q

    Marcelo Claure says mobile costs are “minimal,” allowing Sprint to give away a million mobiles to poor kids. Free in France is selling 50 gigabytes+ for $22; Ambani in India is selling 10 gigabytes for $7.40. An EU estimate of mobile data cost is between 0.4 and 0.8 euro per gigabyte, which is probably high. Finnish consultant Antonios Drossos calculates the marginal cost of a gigabyte is about 0.1 euro.  See Ambani pricing isn't crazy. France, Finland, and Denmark are similar.
        David Small of Verizon estimates the cost per bit will go down 30-40% per year, confirming what I’ve written about the efficiency of carrier aggregation, advanced LTE & MIMO. That’s a drop of about ~50% in two years and ~80% in five years.Mobile speeds have gone up remarkably, putting the lie to the lobbyists’ and politician’s “spectrum crunch.” Back in 2009, the U.S. broadband planners and Glen Campbell of Merrill Lynch convinced me the fears were hogwash. Every year since has seen an increase in mobile speeds.
        The telcos need to buy much less equipment, leading to agony at Ericsson and other suppliers. The Big E has lost half its value in 18 months and is firing thousands. Verizon just fired another 3,000 while AT&T wants to chop 50,000+ jobs in the next few years. 
        Efficiency is great for consumers but many in the industry are living through nightmares.  John Donovan of AT&T says the survival of his $250B company is uncertain. 

    This week’s Broadband World Forum in London will have some excitement. I have to skip the show so everyone please keep your ears open and send me the news that isn’t in press releases.

    *** @ BBWF Wednesday 19 Oct, Sckipio hopes you will join Peter Bell of BT Openreach; Oliver Lamparter of Swisscom; Werner Heinrich of Adtran; Hubert Mariotte of Orange; Hyung Jin Park of Korea Telecom; David Renehan of Eircom, and our CEO, David Baum for G.fast Deployment Strategies and Results http://bit.ly/Sckipio (ad)

    Headlines without articles yet. News is breaking faster than I can write it.

    • "F-yes for F-cell! Flying F-cell Fantastically Free of wires" Marcus Weldon of Nokia shows off the 8x8 MIMO small cell efficient enough for solar power and small enough for delivery by drone. Great picture. No delivery date.
    • EU’s new policy:  “share spectrum in all the spectrum ranges, particularly in bands below 6 GHz” The telcos will fight very hard, but “use it or share it” is the right policy for more capacity and lower prices. This is huge for spectrum policy.
    • AT&T wireless to the rooftop, below, is in Century’s Minneapolis. T plans to go after Verizon as well. Only a world-class game theoretician can predict how this will play out.
    • Comcast is building a low power wide area network with Semtech. LPWAN is remarkably cheap, which AT&T is acknowledging with an order of magnitude price drop.


    Upstream 300 meg+ in 2017 at Comcast http://bit.ly/300upcab
    Jorge Salinger is ready as soon as the vendors can deliver.  Casa Systems has already demonstrated 400 megabits upstream and will soon show 600 megabits. They will offer gigabits downstream only in 2016, Daniel Frankel reports, “because 3.1 was not available in upstream. ... I think it’ll be in 2017.” Comcast's $70 gigabit downstream is available today in parts of Chicago, Nashville, and Nashville with a promise to cover over 40M homes by 2018. The upstream is limited to 35 megabits, but that's about to change. 
       I had heard from cable people that they would wait for Full Duplex before upgrading speeds, so this is good news. Full Duplex - sending both upstream and down in the same spectrum - is an active project at CableLabs but likely 3-7 years from volume deployment. Comcast instead will use dedicated spectrum for upstream, possibly eight 6 MHz channels. AT&T is serious about adding 12M "gigabit" homes, using GPON and G.fast, and Comcast wants to be able to match the gigabits soon available to about 30% of the U.S.
       But when will they bring it to my house? Much more http://bit.ly/300upcab

    *** Self-Healing Wi-Fi With ASSIA® Real-Q™ Technology Booth B20 BBWF London
    “Beyond-the-Box” visibility and control, extends quality-of-experience (QoE) beyond the gateway to the end-user device for every device in the home. Based on ASSIA technology, proven across 80 million subscribers http://bit.ly/2dj7FJk

    Sprint's mobile bandwidth cost is so low they are giving poor kids 1M free lines and phones http://bit.ly/gigcost
    "The new program’s cost to Sprint is minimal" Cecilia Kang quotes NYT. She added  "It doesn’t require additional network upgrades; instead, it would be the equivalent of adding more cars to a highway, the company said." That's an exaggeration, of course. Sprint may have the emptiest network in America, but some of their $3B capital budget is required for the congested areas.
        The cost of bandwidth, even on mobile, is low and getting lower rapidly. A recent EU study found fully loaded cost often one euro/gigabyte or less. Consultant Antonios Drossos emails, "the actual incremental cost of mobile data which depending on the network topology, configurations, vendor pricing etc ranges from €0.05/GB to €0.5/GB."
        Drossos is more likely on target than the EU. Free in France and several in Scandinavia are selling 50 gigabytes+ for $22.  Even if we assume people only use half their allotment, that's 80 cents retail for a profitable product. Ambani in India is selling 10 gigabytes for $7.40.
         David Small of Verizon estimates the cost per bit will go down 30-40% per year, confirming what I’ve written about the efficiency of carrier aggregation, advanced LTE & MIMO. That’s a drop of about half in two to three years and three quarters in about five years.
         Mobile speeds have gone up remarkably, putting the lie to the lobbyists’ and politician’s “spectrum crunch.” Back in 2009, the U.S. broadband planners and Glen Campbell of Merrill Lynch convinced me the fears were hogwash.http://bit.ly/gigcost

    AT&T/DirecTV ready to go "Wireless to the Rooftop" + DSL or Ethernet bit.ly/WTTRATT
    AT&T needs a tool for both coax and existing telco twisted pair. I believe they are not using G.fast at this stage, although it will be a natural choice going forward. AT&T's WTTR looks to be the same as Google's new Webpass division. Companies like Towerstream have been beaming mmWave to rooftops for commercial customers for more than a decade. Hundreds of wireless ISPs rely on mmWave backhaul as do most mobile towers around the world. The technology is old but few have done WTTR for consumers.
         AT&T has several million lines of satellite TV with roof access and wiring throughout the building, a natural for this kind of deployment. Their initial buildings are in Minneapolis. They are also planning Denver, Phoenix, and Seattle, where Century has only limited upgrades. I was surprised T is also discussing prime Verizon FiOS territory: Boston, New Jersey, New York City, Philadelphia, Phoenix, Seattle, and Washington D.C. The headline includes "Outside of Traditional Wireline Service Area."
         For $3,000, you can buy a pair of Ubiquiti radios to carry a gigabit. Siklu, which supplies Google/Webpass, and Ericsson have 5 gigabit units available with low latency. Boris Maysel of Siklu tells me they will have 10 gig in a box next year. 
         T is getting scared as gigabit cable is spreading around the country.  Ed Balcerzak expects WTTR will not just save money but will reach customers quickly. AT&T's current plan, fiber or G.fast to 12M by 2020, leaves more than two/thirds on older DSL. Cable should win most of those not soon upgraded. bit.ly/WTTRATT


    *** Columbia CITI November 10th 2016 First Impressions for the New Administration and Congress: What's on the Telecom, Internet, and ICT Agenda? Online via Webex 12:00pm-2:00pm. Registration http://citiagenda.eventbrite.com (psa) My suggestion: begin by counting. Obama promised affordable broadband for all Americans in 2008. Since then, prices have gone up by a third. $7B of stimulus reached very few of the unserved. Hillary is making the same promise, without a plan for results.

    AT&T, Ericsson public demo of mmWave webcast Oct 18 http://bit.ly/2egDq2u
    A chance to watch.  Press releases sometimes are as credible as politician's speeches, so I'm looking forward to watching Tuesday's live demo of a 5G network. At the Texas Wireless Summit, Arunabha Ghosh of AT&T will present Designing Ultra-Dense Networks for 5G at 9:40. At 10 a.m., AT&T will demonstrate their state of the art 5G testing. This will be one of the first public demonstrations of a 5G mmWave system. Webcast by RCR Wireless.
         AT&T & Ericsson are working on phased arrays with ultra-fast beam steering, feedback-based hybrid precoding, multi-user multiple-input/multiple- output, dynamic beam tracking and beam acquisition. Beamforming and related technologies seem may be a breakthrough that extends the reach and throughput of mmWave systems. mmWave Works!, as Ted Rappaport proclaimed a few years ago. The question now is where it will prove financially practical. All those small cells and backhaul can be very expensive.

    *** Sckipio and Calix introduce world’s first G.fast solution to support DTA over multiple phone lines (twisted pair.) When Sckipio announced the invention of DTA, it was only available on low crosstalk environments such as coax applications or single line scenarios. Now, DTA works on higher density, higher-crosstalk environments. Visit the Sckipio booth (D20)  London, October 18 – 20, 2016http://bit.ly/Sckipio (ad)

    KT Giga to 9M Korea homes, Spain, Turkey http://bit.ly/KTgiga
    Moving from G.hn to G.hn Wave 2 at "up to 1 gig." G.hn has grown beyond home powerline into a legitimate contender for in-building broadband. KT, using Marvell chips, has been offering hundreds of megabits since late 2014. KT reaches several million apartments now and intends to cover 95% of Koreans who can't get fiberhome by the end of 2017. That puts G.hn a year or more ahead of G.fast.
        KT, working with Ubiquoss and Lightworks, has begun exporting the system. They have a deal with Turk Telecom and a  demonstration building in Barcelona near Mobile World Congress. Chano Gomez of Marvell believes Wave 2 can match today's G.fast chips. I haven't seen test data from an independent source. http://bit.ly/KTgiga

    *** Silicon Harlem 3rd Annual Next Gen Tech and Media Conference
    Friday October 21 MIST 46 W. 116th St. FCC Commissioner Jessica Rosenworcel, Jennifer Hensley of LinkNYC, Alvin Bowles of Facebook, and two dozen more presenters. Nona Hendryx will both present and perform - but she ain’t gonna play Sun City. http://bit.ly/2ehsWo6 (psa) Clayton Banks and Bruce Lincoln have built a thriving community. Come join. 

    G.fast News 

    A dozen telcos have deployed 10's of thousands of G.fast lines. It works. 

    Centurylink: G.fast works as promised http://bit.ly/GFcentury
    Curtis Frankenfeld tells me G.fast produced "No disappointments on performance. The results in the field on real cable approach the lab results The results using coax were flawless, with slightly better performance than twisted pair. The installers only had to do a small amount of repair, splitter removal and similar."  http://bit.ly/GFcentury

    *** HFR and Sckipio Announce World’s First 24-Port G.fast DPU
    Sckipio Technologies and South Korean network infrastructure equipment maker, HFR, Inc. announce the world’s first G.fast distribution point unit (DPU) that supports up to 24 subscribers in a single DPU. Visit the Sckipio booth (D20)  London, October 18 – 20, 2016http://bit.ly/Sckipio (ad)

    G.fast amendments 2 & 3 for more than a gigabit http://bit.ly/2dSqtj8
    Longer reach, reverse power, downloaded upgrades for the customer equipment, DTA over coax, and a dozen other improvements. At an ITU SG-15 meeting in Geneva, Amendments one and two were approved. Amendment three was consented but very few changes are likely before final approval. The major chip vendors, Broadcom and Sckipio, are already hard at work. The carriers are hoping for equipment in the second half of 2017.
         BT needs longer reach. G.fast was designed for 50-200 meters but existing cabinets are often 350 meters away or more. The new standard increases the maximum transmit power up to +8 dBm, with a practical goal of 300 megabits 300 meters. AT&T has been vocal they want a true gigabit to compete with cable, not "up to a gigabit."  http://bit.ly/2dSqtj8

    *** ASSIA is proud to partner with Hitron, a proven industry leader, to provide MSO subscribers with the industry's most comprehensive solution to residential Wi-Fi service problems. CloudCheck enables self-healing Wi-Fi networks by leveraging ASSIA’s machine-learning based cloud architecture with an agent solution in the gateway.  http://bit.ly/assiahitron (ad)

    24 Port DPU shipping from Sckipio, HFRhttp://bit.ly/gfast24
    Until now, no one made a DPU with more than 16 ports. Curtis Frankenfeld of Century recently told me, "I would like G.fast to support a larger vectoring group than the current 16 ports." For now, Century is only using G.fast in smaller buildings. Many buildings have far more than 16 apartments, with wires in the same bundle.
       HFR of Korea has the first 24 port DPU and a giant customer ready to go. Sckipio is first with G.fast chips designed to work with VDSL 30a, the faster form of VDSL used in Japan and Korea. $15B SK Telecom is Korea's largest wireless carrier and #2 in fixed. They are targeting the 9M apartments in Korea served with VDSL and copper LAN, most running at 100 megabits. Korea Telecom is actively deploying GIGA Wire, their version of G.hn, and intends to upgrade 95% of those units by the end of 2017.  Japan is similar; millions of their "fiber" lines are fiber to the basement + VDSL.http://bit.ly/gfast24

    Nokia 8 port G.fast http://bit.ly/gfastnok
    The headline is the whole story. Two North American telcos have told me they need a smaller unit. They don't want to pay for 16 ports when they only need 4 or 5. Nokia has announced one. The unit is shipping. Price is undisclosed, which means the price is based on how hard you negotiate and how much Nokia wants your business. 
         I would love to add to this report that Nokia's new gear supports longer loop lengths, as they claim below. Unfortunately, they don't say longer than what, provide an estimate of rate/reach, or release test data. http://bit.ly/gfastnok

    Single port G.fast: The fiber extender http://bit.ly/gfastone
    Sckipio's single port G.fast is an ideal solution if you need hundreds of megabits a few hundred meters from fiber and digging to extend it is too expensive. A telco engineer tells me that is a common situation. It's easy to imagine a small radio station with a dozen people on staff across a highway from fiber, or three homes about 200 meters beyond a telco GPON network. 
         I live about 50 meters from Columbia's Engineering School, with probably a terabit of connectivity. Verizon can't deliver more than 6 megabits to the fifty apartments in my building (Columbia-owned) or the ~800 more within 150 meters. If you could find a simple wire run from Columbia and connect that copper line to a G.fast unit in the basement, everyone in the building could have several hundred megabits 95+% of the time.http://bit.ly/gfastone

    *** Jeff Pulver (@JeffPulver) will host #140conf/State of Now Los Angeles  November 14th.
    https://www.eventbrite.com/e/the-2016-140conf-tickets-27277711369 (ad) Jeff created the now-legendary VON conferences. Guaranteed no long boring speeches. Folks who define the tTittersphere can do fine in under ten minutes. 

    Eric Small of AT&T: G.fast is essential. http://bit.ly/gfessential
    WTTR + G.fast for coax. In an interview with Sean Buckley, Small said “The other thing that we have separately talked about is we’re exploring the use of G.fast. That technology can work over coax or twisted pair so that’s an essential companion way to deliver service where a property does not have Cat 5 or Cat 6.” DirecTV has millions of lines with an antenna on the roof and either coax or ethernet cable throughout the building. 
         They want to use G.fast for 500 megabits or more but continue to be coy about whether they will turn their G.fast trials into volume deployment.http://bit.ly/gfessential

    *** Sckipio Technologies, the leader in G.fast, announces the first single-port G.fast DPU design. The solution acts like virtual fibre by extending GPON networks with twisted pair or coax. A very thin management layer allows operators to keep their existing GPON management layer. Sckipio makes it effortless to add G.fast to any GPON network. Visit the Sckipio booth (D20)  London, October 18 – 20, 2016http://bit.ly/Sckipio (ad)

    BT delays G.fast rollout 6-9 months to 2H 2017http://bit.ly/GF6late
    Pioneers get arrows in their back and schedules do slip. 
    BT had originally promised to start their 10M home rollout late this year or early next. They are expanding the trials to 140,000 homes.  BT wants 48 or 96 ports while today's tech only supports 16-24 ports. They also want the higher power and longer reach of the Amendment 2/3 chips. 
        The original plan, promised by CEO Gavin Patterson, would go to local distribution points for speeds generally 500+ megabits. Then the bean counters jumped in and insisted on using the existing cabinets, Trevor Linney and a strong team of BT engineers did the research to go 300 meters rather than 100 meters, now in the standard. I'm going to call the downstream speed 200+ megabits, rather than the "up to 330" in the BT pr. It's time to use actual speeds that most users can achieve. http://bit.ly/GF6late

    Nokia & Huawei win BT's (delayed) G.fasthttp://bit.ly/gfbtnok
    BT decides to stick with the big guys. Alcatel-Nokia and Huawei have been #1 & #2 in DSL for a decade, both with excellent products. They both jumped in early to G.fast and their gear works well. They've now won the next stage of BT's 10M home servable G.fast offering, another 100,000 homes in the next six months.  BT's Seeley is hopeful they will get production amendment 2/3 chips, but their main supplier Broadcom is not committed to delivering the chips so soon. Ray Le Maistre, a first rate British reporter, believes Adtran has a chance to get back in at the next stage of DSLAM procurement. BT has surprisingly few choices. The vendor community has shrunk drastically. I know only four DSLAM makers and two chip vendor likely to be ready to serve a customer like BT. http://bit.ly/gfbtnok

    To come: Technicolor ships 100,000 modems; first interop from UNH/Broadband Forum; 11M G.fast subs/year in 2021 predicted by nbn/Ovum; BBWF: How well will G.fast chips talk to each other?; 700,000 FTTdp Australia; Graz 50.000; DTA over phone lines