Max Ogden | Open Web programmer
May 2016
Getting Started With Node For Distributed Systems
Where to get started with streams and peer to peer
July 2015
What's the deal with iot.js and JerryScript
Node.js will soon be running on tiny low power chips
July 2015
Electron Fundamentals
A quick intro to Electron, a desktop application runtime
May 2015
HD Live Streaming Cats to YouTube with the Raspberry Pi Camera
A how to guide
May 2015
Interdisciplinary Open Source Community Conferences
A list of community organized events
April 2015
Setting up HTTPS with a wildcard certificate and Nginx
How I set up HTTPS with Nginx
April 2015
A Month of Modules
Modules Mafintosh and I wrote this month
February 2015
Tessel Powered Plant Watering System
Make an HTTP accessible water pump
January 2015
Portland Fiber Internet
Review of 1Gb fiber from CenturyLink
January 2015
node-repl
An interactive console for node
January 2015
Nested Dependencies
Insight into why node_modules works the way it does
July 2013
Node Packaged Modules
Bringing NPM modules to the web
March 2013
Kindleberry Wireless
A Portable Outdoor Hackstation
January 2013
Bringing Minecraft-style games to the Open Web
A status report from the one month old voxel.js project
November 2012
A Proposal For Streaming XHR
XHR2 isn't stream friendly. Lets explore why and propose a solution!
October 2012
Scraping With Node
Useful modules and a tutorial on how to parse HTML with node.js
October 2012
Building WebView Applications
Things I learned while building @gather
May 2012
Fast WebView Applications
How to make web apps feel fast and responsive
April 2012
Node Streams: How do they work?
Description of and notes on the node.js Stream API
December 2011
Gut: Hosted Open Data Filet Knives
HTTP Unix pipes for Open Data
July 2011
Little Coders
Elementary school programming

Review of 1Gb fiber from CenturyLink

Yesterday I got Gigabit fiber Internet installed at home in Portland, OR from CenturyLink. If you haven't checked out how fiber works here's a good intro video. The variety that CenturyLink offers is a passive optical network consisting of fiber optic cables strung up on telephone poles around town.

fiber techs

Here's the result of a speedtest I did today:

speedtest

Gigabit fiber probably isn't practical for most Internet users today because it's more bandwidth than most Internet applications know what to do with. However, in a few years time, as more people get retina screens, 4K TVs, 8TB hard drives and neighbors with fiber Internet who stream super-HD video then there will hopefully be a tipping point. And the fiber infrastructure is relatively future-proof.

My day job is to work on data replication tools for really large scientific datasets so I jumped at the opportunity to get it at home.

CenturyLink costs $109 a month (for the first year) and Google Fiber is $70 a month. Both offer 1000mbps up/1000mpbs down (133MB/s) with no download/upload limits or caps. CenturyLink's ToS states "Residential 1 Gbps plans are not subject to download limits" and this has been verified by the Seattle Mayor's office. Google Fiber's ToS also states they do "not employ volume-based data caps".

CenturyLink seems to be quite secretive when it comes to disclosing the price after the first 12 months. From looking at my first bill it seems their 'standard rate' for gigabit appears to be $153.95, and they give a $44.00 per month discount for the first 12 months of service. This information isn't advertised publicly on their website (from what I can tell).

The only major difference (beyond price) that I can find is that Google Fiber specifically prohibits commercial servers, but CenturyLink does not seem to.

CenturyLink's FTTH (Fiber To The Home) service seems to currently be in most of inner SE Portland (where I live).

Google Fiber isn't in Portland yet, and might never be. If I had the choice between Google Fiber and CenturyLink on my block, I would pick Google because of the price. That being said I am still incredibly excited to get gigabit internet direct to my home for less than some of my friends pay for their cell phone.

There's another local ISP doing Gigabit fiber in Portland called Fibersphere but they only offer it in selected apartment buildings and are still working on their broader rollout strategy.

Installation

You pay a (roughly) $100 setup fee and then another $100 for an Actiontec C2000A modem/router. They send a technician (or in my case two) out to your house for the 3-5 hour installation process.

First they allocate you a fiber optic cable up to 500ft in length. In my case it was 450. Here it is on the sidewalk outside:

fiber spool

They have to run it along the aerial wiring along your street and connect it to the nearest fiber splitter, which are little black boxes attached to aerial wires.

fiber splitter

In my case the nearest one was at the end of my block. They actually said that starting from two more houses down the block from me they wouldn't be able to offer fiber service because it would exceed the 500ft limit.

fiber install

Then they put a optical terminator on the outside of your house. This thing converts data from the fiber optic cable into ethernet, which then enters your home and goes into the modem/router. Behind the terminator is the 'slack box' which holds the extra spooled fiber extension cable.

fiber box

They also throw a power unit for the terminator in your basement.

fiber power

Finally here is the modem/router combo unit they provided. It supports Gigabit Ethernet but only 802.11N wireless, meaning wireless bandwidth is limited to around 100Mbps.

fiber router

Attached to the yellow cat6 ethernet cable is an Apple Thunderbolt to Gigabit Ethernet adapter. The speed test from the top of this article was made while plugged in using this on a mid-2013 MacBook Air.

I also have a Raspberry Pi running a Tor Relay Node.

All in all it must cost CenturyLink quite a bit of money to upgrade a house to fiber, much more than the $100 in setup fees. Hopefully Google Fiber (and others!) enter the market to keep the competition going.

See you in the future!