Will That Be Google’s FTTH Business Model?

February 16, 2010

in Access

Unless you have been living under a fat rock for the last couple of weeks you should probably know about Google’s announcement to build an FTTH network. If this still does not ring a bell you can read Benoit or Stephen’s take on the topic.

What has been absent from the enormous news coverage is how this network is planned to materialize.

Tim Wu from Columbia University and Derek Slater from Google Inc. published more than a year ago a paper on a revolutionary business model for FTTH roll-out based on the relinquishment of network ownership to the end users. In a nutshell the authors propose a condominium type of onwership where each houwehold will own a fiber strand and part of the cable up to an intermediate or end aggregation point (possibly at the CO). The business model has been called “Homes with Tails” published at Social Science Research Network.

The condominium type of ownership is the dominant type of estate ownership in Greece so these ideas are fairly understandable here. Nevertheless, there are several operational details needed to work out and the announcement make me thing that Google has already come up with some answers in that respect too.

So, while we are waiting for further details from the software (should we start calling it telecom) giant, and with a humorous intention take a look at the (hypothetical) Google’s PON. Now, that is what I’d call really big news!

Google's PON

Related posts:

  1. A business model for municipal FTTH/B networks: the case of rural Greece
  2. Free Fiber to the Home: The Novel FTTH Business Model in Ottawa
  3. Mayors of Utah ask Google to invest in Utopia
  4. Thailand considers the FTTH Open Access model
  5. A Telco 2.0+ Business Model for Telcos

  • Steve
    Sorry to burst your bubble, your assumption for PON is incorrect;their is no currently available PON technology that supports the symmetrical 1G/bps per subscriber, that Google stated they would offer to those lucky Americans. So you need and I sure they are looking at Active Ethernet for P2P dedicated fiber Open Access Network for this offer, which by the way can be Unbundled far easier at the MDF. IEEE has a Active Ethernet road map out past 2025 delivering 100G/bps in the Access network today were the ITU/FSAN who supports PON is only out to 2013 with Fork lift changes in the technology with a ton of R&D to perform, and here is another little secret PON will also become Active to migrate to 10GPON. So the bell head brains who love PON can get off the Passive soap box, they too will have a 'single Point of Failure' for subscribers in the field.

    Read this: http://www.ofcom.org.uk/resear... for the dirty little secrets of PON. I know why 'Ivan is exiting stage left' Verizon Built the wrong topology, I wouldn't want to ask share holders for money to rebuild the network a 3 or more times either. Remember they started with BPON 2004 and in 2008 'major Upgrade to GPON', I also have a sneaking suspicion they may have generic G.652 Singlemode Fiber the wrong Optical glass in those early deployments.
  • Thank you for the remark Steve. I agree with you. PON doesn't work the other way around. The picture was not technically founded, rather a parallelism between a provider aggregating customers feeds and a customer aggregating providers content.

    Thank you also for the pointer. It seems I missed that one.
  • Steve
    Open access in Europe has always been around Active Ethernet, In France we FT was deploying PON FTTH when the French regulator said they would have to share the fiber FT shut down the deployment. The only way to have an Open network is to re-build like the US PSTN were each home/Subscriber has a dedicated wire to some consolidation/Aggregation Point. At these Aggregation points is were the OPEN network access will be.

    Current DWDM technology can transport 160 separate 10G/bps ports for any Application provider to transport their services to the Access Point/Node. Once their they can collocate their Active shelf x-connect the subscriber to their shelf and sell their offer.

    For the current Cable Companies they transport their existing DOCSIS service x-connect subs to a PLC Splitter Inject the EDFA amplifier into wdm and deliver their native DOCSIS services over the Infrastructure. EPON is a native transport for the MSO.

    Google FTTH should show the world how P2P fiber solution can let everyone willing to sit at the table to have a seat. This is a no Brainer it works just like your office LAN closet. in the IP world FTTH is nothing but a large Data network, their are no more Central Office, C5 Switch's, TDM, DXC its just Data Centers with L2/3 Switches and Video Head Ends.
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