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Dark Green: 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

Mid Green: Smaller carriers in Germany, Norway, Finland, Japan

Light Green: Incumbent likely:  France, Germany, 

A1-Speedtest 280536 Mbps and upload 116 Mbps. Telekom Austria has linked up a company offering working and event space via, the first actual customer connected. TA doesn't expect volume deployments until 2016, however. They see as an alternative to fiber for 400,000 apartments in Vienna alone. Many are older buildings where people are resistant to drilling for fiber. The French report a similar resistance to drilling. 

    The press release only stated, "Data rates of several hundred Mbit / s." The 536 megabit figure was confirmed to reporters at a press conference with the screenshot of the screen test and reporters in the German press. There are numerous challenges that might drive the speed down in deployment but also room for the chip designers to improve things. Alcatel supplied the equipment, using Sckipio chips. Sckipio's modem chip isn't available yet so they used a four port chip designed for the other end of the system. Sckipio expects gateway chips within six months.

 A1-Speedtest 600
 Thanks to Mathew Pitt-Bailey for getting me the more accurate data.

World's First Ultra-broadband customer with in the network of A1

Vienna, 15 October 2014
  • The need for ultra-fast broadband services with data rates beyond 100 Mbit / s is increasing especially in urban areas more rapidly, as a powerful fiber infrastructure can be completed nationwide. A1 shows together with technology partner Alcatel-Lucent, a copper-based cable Ultra-wideband technology for areas with mainly multi-storey, existing buildings.

Data rates of several hundred Mbit / s on existing copper lines
"We have succeeded in connecting the world's first customer with to our network, with a very promising technology for us. We are in urban areas will soon be able to offer ten to twenty times as high data rates over copper lines as in the past, "says Hannes Ametsreiter, CEO of A1 and Telekom Austria Group." Fiber to lay each apartment up in the long-term vision of A1 remains. However, until we reach a similar distribution as currently in fiberglass with copper, is a smart transitional technology. " allows ultra-broadband services with data rates of several hundred Mbit / s over existing copper network. Since the length of the copper lines, it may be only a maximum of 250 m, this technology is particularly suitable for multi-storey buildings in cities. On short distances copper lines are very powerful, but at high data rates tend to interfere with each other. These disorders are largely eliminated with vectoring, ie by calculating a compensation signal. Since it comes to very high data rates, a tremendous computing power is necessary for this.

Reduction of costs allows more rapid expansion with Ultra-High
"The supply of requires considerably less effort than the rewiring of a building with glass fiber. We carry the fiber optic cables from the A1 network to the basement of a house. From there, the existing copper cables are used. The achievable data rates with will be for at least the next ten to 20 years for the most demanding households more than enough. If in this period, pending a reorganization of the staircase, the household may choose a convenient time to yourself to let lay fiber to the homes without having to give up then to ultra-broadband services, "said Marcus Cruel, A1 CTO.

Thomas Arnoldner, CEO of Alcatel-Lucent in Austria, adds: "We are proud that our strong partnership with A1 helps to accomplish quantum leaps in broadband innovation. Ultra-broadband, IP networking and cloud are the focus of Alcatel-Lucent and its world-renowned research arm Bell Labs. This connection of the first live customers with we demonstrate together with A1, the suitability of a technology that significantly accelerates the availability of Ultra-High. "

Alone in Vienna potential for approximately 400,000 households
The trend towards higher data rates is explained by the demand for high definition television, video-on-demand and complex services on the Internet. New buildings are already connected with future-proof fiber optic lines, but additional cabling in buildings is often only part of a comprehensive redevelopment useful. According to the first analysis of A1 are in Vienna alone 30,000 buildings with more than 400,000 households for the resource-configuration with

Wide availability from 2016 located at A1 currently still in the testing phase, with commercial availability is expected in 2016. The preparations for Ultra-Broadband Services at A1 still run at full speed in order to ensure the fastest possible availability of fiber-optic lines to the buildings can.

The Site for gfast 230 News
A remarkable 400 people attended the very strong Broadband Forum BASE events in Berlin and Las Vegas. Trevor confirmed BT would pass the million this year. Cioffi projected “Waveguide DSL” could carry 10 gigabits a kilometer as well as a terabit 100 meters. Werner sees a 4X improvement in upstream with cDTA. Much more in next issue.

Deutsche Wants a Gigabit, Finally Realizes 50 Meg Isn't Enough
Deutsche Telekom is finally realizing that 50 megabit DSL won't make it against gigabit cable. VP Franz Seiser is blunt. "We must change radically, become disruptive and, above all, throw away things," he proclaims at BBWF. After years of DT insisting 50 megabits is plenty, we now hear "it is about Gigabit products" from DT's Robert Soukup.  
    A lucky building in Frankfurt will receive 500+ megabit service as ultra-conservative Deutsche Telekom experiments with Soukup told BBWF, "We're going to have a field test in Frankfurt with and Fiber To The Building (FTTB.) We will know by the end of the year if this is the right way to go." Hint to Soukup: Yes it is. is working well at a dozen telcos I;ve talked to.
     The details are surprising. DT is going for CORD, Open Source, Calix, and Radisys.

*** 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 (ad) It is the best technical guide to  I have seen. Grab it. Dave

1.6 Gig in Sckipio-Calix Test
A telco tells me they are getting impressive early results from the Calix 48 port DSLAM with the new Sckipio 212 MHz chips. There still is work to do but this is encouraging. 
    Carriers want DSLAMs with more than 16 ports to reduce the deployment costs from the basement or larger field cabinets. Speed matters to the marketing side of the company; AT&T's CEO believes he must offer a true gigabit to match cable. (They've been getting ~750 megabits with first generation chips.

*** 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 (ad)

Reverse Power 4 Port DSLAM for Australia
Australia is connecting 1M homes to, some with a Netcomm distribution point mini-DSLAM. It's a small unit designed for pole or pit mounting. It's waterproof, pressure proof, and temperature resistant. Their matching home modem is bittorrent friendly, with two USB ports for a hard drive dedicated to sharing.
     A reverse power unit at the customer, the NDD-0100-01, can save the cost of bringing power to the DSLAM. They don't expect many orders until the second half of 2018, as nbn is waiting for the second generation chips. Netcomm demonstrated RP with BT Openreach in August.

*** Sckipio's Three advances are taking to the next level. (ad)

Australia Makes it Official: to Million Plus
No news here. In September, 2015, I reported Australia's nbn Going This June. I reported the million home fiber to the curb (kerb?) was beginning. Unfortunately, they are no closer to figuring out where to find the needed $10B to $20B to cover the cost overruns. Instead, the parties are battling in Parliament about who is to blame.

2 Bonded 212 Lines = 3 Gigabits
Sckipio at BBWF is demonstrating 3 gigabits down, nearly a gigabit up, over two phone lines, bonded. Twice the bandwidth (212 MHz instead of 106 MHz) times two lines is fast. Sckipio does great demos; at CES, they showed first generation chips delivering almost 1 gig upstream.
    “Sckipio is pushing Gfast to astonishing speeds with production silicon,” CEO David Baum proclaims. Calix is using the SCK23000 chipset in their 48 port gig+ DSLAM at the show.

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