FCC Commish - US Playing 'Russian Roulette' with Broadband 290
LarryBoy writes "In a speech given at the YearlyKos Convention in Chicago, FCC Commissioner Michael Copps lambasted US broadband policy, saying that the US is 'playing "Russian roulette with broadband and Internet and more traditional media."' Copps also took issue with an op-ed piece ('Broadband Baloney') by fellow commissioner Robert McDowell last week. 'In his speech, Copps didn't mention McDowell by name, but he did claim that broadband in the US is "so poor that every citizen in the country ought to be outraged." Back when then OECD said that we were number four in the world, he said, no one objected to its methodology. Copps also had fighting words for those who blame the US broadband problems on our less-dense population; Canada, Norway, and Sweden are ranked above us, but all are less dense than the US. Besides, this argument implies that broadband is absolutely super within American urban areas. Copps noted, though, that his own broadband connection in Washington, DC was "nothing compared to Seoul."'"
Re:Quit Capping the Upstream (Score:3, Interesting)
I'm pretty sure my FiOS connection is the same (more lambda for downstream than upstream), but I don't know exactly how it is set up. Either way, with 5mb up, I don't have much room to complain, at least not like the local cablemodem users who are still stuck at 128k/256k up.
bells wasted their gov't money, CEO's just stole i (Score:1, Interesting)
Re:Quit Capping the Upstream (Score:3, Interesting)
If my mother can download her web page in 3 seconds instead of 5, I am not sure she really cares.
High bandwidth isn't for loading a web page faster, it's for something that actually uses high-bandwidth like streaming video.
Also, with a high-bandwidth video connection and IP-multicasting, you could have practical internet TV stations with a million listeners.
The internet is a hell of a lot more than just a series of websites, but without the truly fast connections most people will never get to see that. To a large degree I feel like the basic functionality of the internet hasn't changed since 1995 or so when browsers became commonplace. Sure, websites have gotten MUCH better and actually provide content, but for the most part the content is still relatively low bandwidth text, and still pictures. (we all know there's people that download video, but it's about at the level that trading pictures/text was before HTTP was invented, mostly for techno-nerds).
slow broadband in the Bay Area (Score:3, Interesting)
Re:Quit Capping the Upstream (Score:4, Interesting)
I'm actually talking about a high quality video feed produced by professionals that would play on my IP-TV capable television.
Right now that doesn't exist, and the closest we come to that is people downloading TV shows with bittorent (who are the afformentioned techno-nerds).
OECD numbers flawed (Score:2, Interesting)
The OECD's methodology is seriously flawed, however. According to an analysis by the Phoenix Center, if all OECD countries including the U.S. enjoyed 100% broadband penetration -- with all homes and businesses being connected -- our rank would fall to 20th. The U.S. would be deemed a relative failure because the OECD methodology measures broadband connections per capita, putting countries with larger household sizes at a statistical disadvantage.
The OECD also overlooks that the U.S. is the largest broadband market in the world, with over 65 million subscribers -- more than twice the number of America's closest competitor. We got there because of our superior household adoption rates. According to several recent surveys, the average percentage of U.S. households taking broadband is about 42%; the EU average is 23%.
Furthermore, the OECD does not weigh a country's geographic size relative to its population density, which matters because more consumers may live farther from the pipes. Only one country above the U.S. on the OECD list (Canada) stretches from one end of a continent to another like we do. Only one country above us on this list is at least 75% rural, like the U.S. In fact, 13 of the 14 countries that the OECD ranks higher are significantly smaller than the U.S.
And if we compare many of our states individually with some countries that are allegedly beating us in the broadband race, we are actually winning. Forty-three American states have a higher household broadband adoption rate than all but five EU countries. Even large rural western states such as Montana, Wyoming, Colorado and both Dakotas exhibit much stronger household broadband adoption rates than France or Britain. Even if we use the OECD's flawed methodology, New Jersey has a higher penetration rate than fourth-ranked Korea. Alaska is more broadband-saturated than France.
The OECD conclusions really unravel when we look at wireless services, especially Wi-Fi. One-third of the world's Wi-Fi hot spots are in the U.S., but Wi-Fi is not included in the OECD study unless it is used in a so-called "fixed wireless" setting. I can't recall ever seeing any fixed wireless users cemented into a coffee shop, airport or college campus. Most American Wi-Fi users do so with personal portable devices. It is difficult to determine how many wireless broadband users are online at any given moment, since they may not qualify as "subscribers" to anyone's service.
In short, the OECD data do not include all of the ways Americans can make high-speed connections to the Internet, therefore omitting millions of American broadband users. Europe, with its more regulatory approach, may actually end up being the laggard because of latent weaknesses in its broadband market. It lacks adequate competition among alternative broadband platforms to spur the faster speeds that consumers and an ever-expanding Internet will require.
Europe also suffers from a dearth of robust competition from cable modem and fiber. Cable penetration is only about 21% of households. In the U.S., cable is available to 94% of all households. Also, the U.S. is home to the world's fastest fiber-to-home market, with a 99% annual growth rate in subscribers compared with a relatively anemic 13% growth rate in Europe.
In fact, the European Competitive Telecommunications Association reported last fall that Europe is experiencing a significant slowdown in the annual growth rate of broadband subscriptions, falling to 14% from 23% annual growth. Growth stalled in a number of countries, including Denmark and Belgium (4% in each country). And France -- a relative star -- exhibited just 10% growth. Yet all of these nations are "ahead" of us on the much-talked-about OECD chart.
Here in the U.S., the country that is allegedly "falling behind," broadb
Funny thing on NPR today ... (Score:3, Interesting)
During the article, I kept wondering why we Americans can't use that high-speed comm gear.
One obvious theory is that the high-speed stuff was installed explicitly for espionage purposes, with no intention of letting mere citizens use it. Is this too cynical? How else can you explain all the "dark" fibre that has been installed, at great expense, and then (supposedly) not used? What other theories, in addition to sheer stupidity, can explain it?
Is it tinfoil hat time here? Is it true that, whatever your country, your local government and commercial comm traffic is mostly being relayed through American routers, for the purpose of intercepting and analyzing the content? Maybe you should ask your local ISP and phone suppliers about their routing
Re:Quit Capping the Upstream (Score:1, Interesting)
Many of our customers complained about the high latency average of around 72ms just from the DSL modem to the Qwest aggregation point.
So we started doing some poking and found out they were using Stinger DSLAMs. We got a copy of the DSLAM configuration manual and found out that the whole problem was *1 simple command* on the DSLAM and it would have dropped the latency by 60ms!! (30 there, 30 back)
We petitioned Qwest to do it for us, but they refused.. In short they really didn't care because it wasn't "their majority of customers" that was requesting it.
Long story short, Qwest sucks; always has, always will.
Re:Quit Capping the Upstream (Score:2, Interesting)
Re:Quit Capping the Upstream (Score:3, Interesting)
Nothing stops the cable company from re-allocating the channels. Most consumer broadband cable companies are running their entire data services in what amounts to the same frequency allocated to a single analog channel 2-13.
The other cool thing, DOCSIS 1 and DOCSIS 2 can coexist on the network, they just have to be given different frequency space to work with, so the migration doesn't need to be overnight for the networks with mixed devices.
In my case (Shaw), most if not all of the devices are already DOCSIS 2 -- Shaw started out with the CyberSURFR line, and skipped early DOCSIS deployment entirely, by the time Shaw started selling DOCSIS modems, they were already DOCSIS 2 capable. Additionally, Shaw does not activate third party devices, so there isn't a huge consumer base out there that will need to be changed. (Shaw does sell the modems for $60, and then you get a $5/month discount, with a 1-5 year warranty depending on when you purchased. Asking someone if they own their equipment or rent it is like an IQ test.)
Re:companies companies companies = a dirty word (Score:1, Interesting)
Re:Quit Capping the Upstream (Score:3, Interesting)
Any speed up to the local plant's restrictions are possible, all you need is a customer interface.
Seriously, how many people would be interested? (Score:2, Interesting)
Re:Quit Capping the Upstream (Score:3, Interesting)
POS: 256Kb / 128Kb (2:1)
Lite: 512Kb / 256Kb (2:1)
High: 5Mb / 512Kb (10:1)
Xtreme: 10 Mb / 1Mb (10:1)
Nitro: 25Mb / 1Mb (25:1)
So in the real world it is possible to offer different ratios.
How do they accomplish this? Simply, there is enough upstream and downstream frequency allocated to provide enough bandwidth, and they let the modems themselves do the actual rate limiting.
This is fairly trivial, and is sufficient to offer the original poster what they want, the ability to to set their own bandwidth rules.
(Being the original poster, I know exactly what he wants) -- Have the cable company provision for 25Mb/10Mb service, let the customer buy whatever speed they want (either in 512Kb increments, or some fixed packages, 384Kb for lite, up to 26Mb/s for "nitro") and also give the customer a sliding control that sets the percentage allocated to upstream vs downstream.
What the actual frequency spectrum does has little bearing on what the modem caps are, and as long as each of those have the capacity, the result is that the customer could have whatever they want.
I am quite willing to pay reasonably for this service, even a couple hundred a month is not an obstacle to me -- If they're willing to sell 25Mb/1Mb for $100, getting a 10Mb/5Mb for $200 shouldn't break the bank, and if enough customers are paying that $200/month premium, it will pay for the additional gear required to expand the network. If not enough customers are willing to pay the premium rate, the network wouldn't need expanding, and life is good.