Showing posts with label gigabit fiber. Show all posts
Showing posts with label gigabit fiber. Show all posts

Sunday, July 13, 2014

Gigabit over fiber altering telecom landscape

One word is exerting substantial influence over U.S. telecommunications infrastructure: gigabit. It is literally exponentially redefining what constitutes modern premises Internet connectivity from megabits per second (Mbs) range to gigabits per second (Gbs).
Gigabit is also aiding in a shift of market power to the demand side and away from legacy telephone and cable companies that supply megabit class service – often in the single digit Mbs range in the case of telcos -- over “last mile” metal wire or cable to customer premises. The limitations of this infrastructure versus fiber optic lines easily capable of delivering gigabit class service have led telephone and cable companies to ration bandwidth, selling it in various “bandwidth by the bucket” consumption tiers like electricity or natural gas. Gigabit over fiber to the premise will obsolete that business model at the same time premise bandwidth demand continues to rapidly accelerate. Drivers include more and higher definition video streams, multiple devices in the home and emerging Internet-enabled home services. Also, more knowledge workers working at home at least part of the work week.

Gigabit over premises fiber service will also obsolete the legacy telcos and cablecos themselves, burdened with decades-old twisted pair and coax cable infrastructure as well as high debt and shareholder dividend obligations. That will give advantage to agile and financially creative overbuilders connecting premises with fiber service.

Since telecommunications infrastructure is a natural monopoly, once fiber first movers have established a substantial market presence, the economics of challenging them with parallel infrastructure become very difficult. This same dynamic has historically deterred those who would overbuild the incumbent telcos and cablecos. But the shift toward gigabit class service delivered over fiber could reverse the advantage of incumbency the legacy telephone and cable companies have enjoyed for more than a decade.

The first mover advantage would be particularly high in parts of incumbent telephone and cable company service territories where the incumbents don’t offer landline Internet connections or very slow ones such as first generation DSL.

Tuesday, June 25, 2013

Israel's 1Gbps fiber will show the world what superfast broadband can really do: Cisco CEO | ZDNet


The planned deployment of gigabit fiber to the premise (FTTP) infrastructure in Israel as described in this ZDNet article Israel's 1Gbps fiber will show the world what superfast broadband can really do: Cisco CEO | ZDNet illustrates a trend in much of the industrialized world.  As the Internet grows into an all purpose communications platform, it will overtake and obsolete telephone and cable companies that built their business models on a pre-Internet world.  Some excerpts:
 The network should be completely operational in five to seven years, giving Israelis the opportunity to surf the net with downlinks of 1Gbps, ten times faster than anything the local competition — chiefly the Bezeq phone company and HOT cable service provider — can provide with their FTTN (fiber to the node) network, which delivers a top speed of 100Mbps.

Chambers predicts the network will bring in major changes: healthcare where doctors are connected instantly to providers' and hospitals' databases, with all records kept electronically and updated constantly; an education-anywhere system, where students can learn at home, in class, or elsewhere, communicating with teachers and fellow students over the internet; safer roads and streets (a major issue in road accident-prone Israel), with traffic authorities able to keep better tabs on speeders and unsafe drivers; and a proliferation of "internet of things" technology, with sensors keeping air conditioners, refrigerators, washing machines, front doors, and more connected to systems than can enable better and more efficient allocation of electricity and other resources. In a few years, all of this should be in place, according to Chambers.