Will forthcoming FCC rule on pole attachments and enhanced PON technology lead to reboot of Google Fiber?

Google Fiber Blog: FCC Supports OTMR - Faster and Fairer Rules for Pole Attachments: Fortunately, there is a better way. It is called One Touch Make Ready (OTMR), which is a system where a new attacher does much of the make ready work itself, all at one time. OTMR is a common sense policy that will dramatically improve the ability of new broadband providers to enter the market and offer competitive service, reducing delays and lowering costs by allowing the necessary work on utility poles to be done much more efficiently. This also means fewer crews coming through neighborhoods and disrupting traffic, making it safer for both workers and residents.That’s why we’re so excited by the news that the FCC is poised to pass a rule that would institute a national One Touch Make Ready system, with the goal of significantly increasing the deployment of high-speed broadband across the United States. As the FCC stated, “OTMR speeds and reduces the cost of broadband deployment by allowing the party with the strongest incentive — the new attacher — to prepare the pole quickly to perform all of the work itself, rather than spreading the work across multiple parties.”

The big question here is whether this will spur a serious reboot of Google Fiber as an aerial fiber overbuilder, forsaking its originally preferred buried conduit deployment architecture and its attendant construction delay and high cost burdens.

Along with liberalized pole attachment rules, another factor is enhanced Passive Optical Network (PON) technology that could reduce deployment costs and allow Google Fiber to move beyond the urban and suburban areas it initially targeted to exurban and possibly rural areas. In these areas, Google Fiber would more rapidly capture market share since incumbent telephone and cable companies tend to have partially deployed networks that leave many premises unconnected.

Selling data consumption tiers rather than connectivity

Net neutrality makes comeback in California; lawmakers agree to strict rules | Ars Technica: Wiener's office told Ars that the compromise version will remove a ban on "application-specific differential pricing," which the bill defined as "charging different prices for Internet traffic to customers on the basis of Internet content, application, service, or device, or class of Internet content, application, service, or device, but does not include zero-rating." That means an ISP could sell add-ons to data plans that let customers buy extra data just for a certain type of website or online service. A customer's base data plan would still allow browsing to any kind of website or service in this scenario, but the package of extra data could be restricted just to social media sites, or some other category, Wiener's office explained. The effect would be similar to zero-rating, but Wiener's office said it wouldn't involve exempting any traffic from the customer's base data plan. (Emphasis added)

Mobile device users are familiar with their carriers' business models: selling tiered plans based on the amount of data consumed. The more consumed, the higher the price tier. As well as functional costs such as throughput being throttled back once a certain consumption threshold is exceeded.

This story suggests the expansion of this pricing model to landline-based service. And that the development likely motivated providers of advanced telecom service providers to successfully lobby the U.S Federal Communications Commission to recently scuttle its 2015 Open Internet rulemaking that would have made doing so problematic. If landline like mobile providers can sell finite "bandwidth by the bucket" (or scoop of ice cream to use the Verizon Wireless analogy), that provides them a pricing rationale to offer discounted or better service to end users accessing their proprietary content -- the "walled garden" consumer facing model that characterized the early days of the Internet with ISPs like CompuServe and AOL. And telephone service for decades before, when calls were billed based on minutes used and distance of the call.

The real policy issue here is whether providers of advanced telecommunications services should be able to maintain vertically integrated business structures and product offerings based on those business models of the past and whether doing so is good for consumers. At a time when Internet protocol-based telecommunications can provide so much more than the bill per unit voice phone call of legacy POTS (Plain Old Telephone Service) or distant TV channels of the legacy CATV model.

Comcast to build FTTP telecom infrastructure in 2 Michigan townships after tax measure fails

According to the Holland (Michigan) Sentinel, Comcast cites lower deployment costs due to improved carrying of fiber vs. COAX cable:

As Laketown finally gets internet, rural access still a prevalent issue elsewhere: Traditional coaxial cables use radio frequencies as the medium to transmit data, which means there is a larger amount of signal loss compared to fiber technology. This loss of signal that comes with traditional coax has made it difficult to serve Laketown and Saugatuck townships in the past because of large-size properties and widespread homes.
Now Comcast can build fiber to each home without building or extending main facilities to each one at about the same cost as using traditional coax cables to build the network out, Gilbert said.