Showing posts with label broadband. Show all posts
Showing posts with label broadband. Show all posts
Monday, November 21, 2011
Thanks to Federal Recovery Act, Broadband Finally Coming to Rural Sauk County
Rural Internet access to improve. (Baraboo News Republic, 11/21/2011)
Excerpt: The wait for broadband Internet is almost over for a rural third of Sauk County.
Reedsburg Utility received final approval Nov. 11 for its plan to install fiber-optic cables across the county and bring high-speed Internet to rural residents.
The approval came more than a year after the utility was awarded a $5.2 million federal Recovery Act grant to install the cable.
"We finally got the award notice last Friday," Utility Superintendent Dave Mikonowicz said Wednesday. "We knew we'd be getting it soon, so we had crews ready to go and broke ground right away."
Crews already have installed cables along several roads north of Reedsburg, including county Highways V and F and Farber and Old Town Hall roads. Ultimately, about 375 miles of cable will stretch from the northern end of Sauk County, along Interstate 90/94 and southwest to Loganville, Lime Ridge and Hill Point.
Wednesday, November 9, 2011
The Challenges of Broadband and Bandwidth for Schools and Libraries
Schools and Libraries Still Living in Dial-Up Age. (Mind/Shift, 10/27/2011)
Excerpt: Remember the agony of waiting for a Web site to load, before broadband was widely available? According to a recent survey, a lot of American schools and libraries are still living in that era.
Only 35% of public libraries have broadband speeds between 1.5 Mbps and 10 Mbps (a rather broad range); 34.7% have speeds lower than 1.5 Mbps, and only 24.9% have broadband speeds higher than 10 Mbps, according to data from the American Library Assocation’s Public Library Funding & Technology Access Survey (PDF). As a comparison, Netflix says that an Internet connection of at least 1.5 Mbps is necessary to stream videos at the lowest possible quality.
But keeping up with the requisite Internet speed isn’t the only challenge that schools and libraries face. With the increasing demands for data, there are also challenges of bandwidth.
Wednesday, April 20, 2011
Ethernet over Fixed Wireless Broadband
Many companies have discovered the cost and performance benefits of Metro Ethernet services over copper and fiber optic cable. But did you know that there was a third option? It’s Ethernet over Fixed Wireless and it can get you the bandwidth you need both quickly and affordably.
Ethernet over Fixed Wireless (EoFW) differs from the portable or mobile wireless services we are most familiar with. While most WiFi, WiMAX or LTE services offer broadband Internet access within a given service footprint, they are intended for general use. There is generally no encryption and no directionality. You use a smartphone or laptop computer, sometimes with a USB adaptor, to get connected to the network. The bandwidth is limited and shared. You’re never quite sure how fast the connection is going to run.
Fixed wireless is a completely different service. The only thing it has in common with 3G and 4G cellular broadband is that it doesn’t use wires. It doesn’t use their microwave channels nor their towers. This is a private service sold to businesses, not consumers.
What does Ethernet over Fixed Wireless have to offer? You’ll get speeds similar to wireline services, secure data transmission, fast installation and a service level agreement. In other words, a dedicated wireline connection without the wireline.
TelePacific is now a major player in this relatively new field, after acquiring the assets of Covad Wireless. They offer two levels of service, one to compete with T1 lines and Ethernet over Copper, plus a higher speed service that competes with DS3 bandwidth.
Wireless Super-T T1-class Business Internet provides scalable bandwidth from 1 Mbps to 6 Mbps. That’s what you’d get from bonding up to 4 T1 lines or an EoC service. But what if you are outside the limited EoC footprint for your area and you don’t want to wait for T1 service to be installed? TelePacific can install service and have it working within days of an order. You’re talking weeks for a T1 line and who knows how long if you want to bring in fiber.
Speaking of fiber, are you in need of higher bandwidth but beyond the capability of bonded T1 or EoC and blanching at the cost of fiber construction? TelePacific can have you up and running in typically 30 to 45 days using their professionally engineered and installed licensed microwave equipment. Bandwidth levels of 10, 15, 20, 30 or 45 Mbps are available in California and Nevada. Higher bandwidths from 50 to 100 Mbps are available in California. No need for expensive DS3 cards and routers. You connection is a Fast Ethernet interface.
Even if you already have high capacity lines to support your business, are you sure that you’re ready if disaster strikes. What if those cables get cut? How long will you be out of business before they get spliced back together? This is where TelePacific’s HiCap wireless service can save the day. The path to your ISP is wireless and they offer a network-diverse route to the internet.
A specialized service you may find valuable is TelePacific Wireless Event Service. They can provide you with standard service from 2 to 6 Mbps or higher bandwidth from 10 to 40 Mbps to support your trade show, sporting event, company or customer event, film festival, concert on on-location film shoot. They even provided Internet access on the beach for a surfing competition. It’s all engineered and handled by TelePacific. You just show up, plug in and access the Internet.
Does this whet your appetite for the benefits of getting your business bandwidth without the usual wired connections? If so, get pricing and availability for Fixed Wireless Broadband Service to support your business needs.

Fixed wireless is a completely different service. The only thing it has in common with 3G and 4G cellular broadband is that it doesn’t use wires. It doesn’t use their microwave channels nor their towers. This is a private service sold to businesses, not consumers.
What does Ethernet over Fixed Wireless have to offer? You’ll get speeds similar to wireline services, secure data transmission, fast installation and a service level agreement. In other words, a dedicated wireline connection without the wireline.
TelePacific is now a major player in this relatively new field, after acquiring the assets of Covad Wireless. They offer two levels of service, one to compete with T1 lines and Ethernet over Copper, plus a higher speed service that competes with DS3 bandwidth.
Wireless Super-T T1-class Business Internet provides scalable bandwidth from 1 Mbps to 6 Mbps. That’s what you’d get from bonding up to 4 T1 lines or an EoC service. But what if you are outside the limited EoC footprint for your area and you don’t want to wait for T1 service to be installed? TelePacific can install service and have it working within days of an order. You’re talking weeks for a T1 line and who knows how long if you want to bring in fiber.
Speaking of fiber, are you in need of higher bandwidth but beyond the capability of bonded T1 or EoC and blanching at the cost of fiber construction? TelePacific can have you up and running in typically 30 to 45 days using their professionally engineered and installed licensed microwave equipment. Bandwidth levels of 10, 15, 20, 30 or 45 Mbps are available in California and Nevada. Higher bandwidths from 50 to 100 Mbps are available in California. No need for expensive DS3 cards and routers. You connection is a Fast Ethernet interface.
Even if you already have high capacity lines to support your business, are you sure that you’re ready if disaster strikes. What if those cables get cut? How long will you be out of business before they get spliced back together? This is where TelePacific’s HiCap wireless service can save the day. The path to your ISP is wireless and they offer a network-diverse route to the internet.
A specialized service you may find valuable is TelePacific Wireless Event Service. They can provide you with standard service from 2 to 6 Mbps or higher bandwidth from 10 to 40 Mbps to support your trade show, sporting event, company or customer event, film festival, concert on on-location film shoot. They even provided Internet access on the beach for a surfing competition. It’s all engineered and handled by TelePacific. You just show up, plug in and access the Internet.
Does this whet your appetite for the benefits of getting your business bandwidth without the usual wired connections? If so, get pricing and availability for Fixed Wireless Broadband Service to support your business needs.
Sunday, November 21, 2010
Where Are T1 Lines Available?
You’ve had your fill of DSL and Cable broadband solutions for your business. The price is right, but the bandwidth is inconsistent and service may or may not be available when you need it most. How about moving up to a T1 line? Sound’s good, but just how available is T-1 and is the cost affordable?
The first thing you should know is that T1 is in a completely different class of service than either DSL or Cable broadband. T1 is a regulated, tariffed telecommunications service. The other two are unregulated information services offered primarily for residential users. In return for a lower cost, consumers are willing to put up with irregularities in the service. These include bandwidth that can slow to a crawl when usage is particularly heavy, a difference in upload and download speeds, and no guarantees on service availability.
For residential and home office users, one of the consumer grade services makes sense. It’s also probably all you are going to get. Most carriers will only install a regulated telecom service to a bona-fide business address, not a residential listing. There is also a credit check and a 1 to 3 year contract for services like T1.
Having said that, you should also know that T1 lines are available to just about any business location. It’s almost like a utility. If you can get electricity, water and telephone service, you can probably get T1 service. That’s above and beyond what you can expect from those consumer services. They are very localized to cities and suburbs. It’s not at all unusual for a business to be out of the area for DSL or Cable, yet have no trouble getting T1 service installed.
Why is this? It’s because T1 technology was developed by the telephone companies for their own use initially. It’s since become available for businesses. As a telco technology, T1 was designed to be provisioned on the same twisted pair copper wiring that is used for analog telephone service. Nearly every business has a multi-pair bundle installed when the building is constructed in order to get telephone service. The wires that aren’t being used for telephone lines are available for T1. It takes two pair to support T1 service. One pair is used for transmit, also known as upload. The other pair is for receive, also called download.
As you might suspect, having separate transmit and receive wires means that bandwidth on T1 lines is symmetrical. You get 1.5 Mbps download and 1.5 Mbps upload simultaneously. That arrangement is also known as full duplex. Check other bandwidth options and you’ll probably see that the download speed is much larger than the upload speed. It’s designed that way to save money and works just fine for casual Web browsing. However, if you regularly transfer files between locations or upload content to a remote Web server, having the same upload and download speeds can be a big advantage.
T1 service is available everywhere, even out in the boonies, because the system was designed for signal regeneration. Every mile or so there is a regenerator that takes the signal that normally degrades with distance and re-generates or reshapes back to an ideal waveform. This can be done multiple times so that you’ll get T1 service even 10 or 20 miles away from the nearest telephone company office.
Finally, you should know that T1 line prices have plunged in recent years due to deregulation, competition and heavy demand for the service. Could T1 give your business the bandwidth and reliability you need? Find out with a quick online search for T1 availability and prices now.

For residential and home office users, one of the consumer grade services makes sense. It’s also probably all you are going to get. Most carriers will only install a regulated telecom service to a bona-fide business address, not a residential listing. There is also a credit check and a 1 to 3 year contract for services like T1.
Having said that, you should also know that T1 lines are available to just about any business location. It’s almost like a utility. If you can get electricity, water and telephone service, you can probably get T1 service. That’s above and beyond what you can expect from those consumer services. They are very localized to cities and suburbs. It’s not at all unusual for a business to be out of the area for DSL or Cable, yet have no trouble getting T1 service installed.
Why is this? It’s because T1 technology was developed by the telephone companies for their own use initially. It’s since become available for businesses. As a telco technology, T1 was designed to be provisioned on the same twisted pair copper wiring that is used for analog telephone service. Nearly every business has a multi-pair bundle installed when the building is constructed in order to get telephone service. The wires that aren’t being used for telephone lines are available for T1. It takes two pair to support T1 service. One pair is used for transmit, also known as upload. The other pair is for receive, also called download.
As you might suspect, having separate transmit and receive wires means that bandwidth on T1 lines is symmetrical. You get 1.5 Mbps download and 1.5 Mbps upload simultaneously. That arrangement is also known as full duplex. Check other bandwidth options and you’ll probably see that the download speed is much larger than the upload speed. It’s designed that way to save money and works just fine for casual Web browsing. However, if you regularly transfer files between locations or upload content to a remote Web server, having the same upload and download speeds can be a big advantage.
T1 service is available everywhere, even out in the boonies, because the system was designed for signal regeneration. Every mile or so there is a regenerator that takes the signal that normally degrades with distance and re-generates or reshapes back to an ideal waveform. This can be done multiple times so that you’ll get T1 service even 10 or 20 miles away from the nearest telephone company office.
Finally, you should know that T1 line prices have plunged in recent years due to deregulation, competition and heavy demand for the service. Could T1 give your business the bandwidth and reliability you need? Find out with a quick online search for T1 availability and prices now.
Thursday, July 15, 2010
What To Do If You Hate Your Internet Service
I regularly get inquiries with comments that go something like “I can’t get any broadband” or “I hate my slow Internet access.” Unfortunately, most of these come in as requests for quotes on high bandwidth services that are totally inappropriate. So, is there any real hope for the frustrated individual or small business Internet user? You bet there is.
Broadband access is a hot potato right now. So much so that the government is spending billions to help service providers extend their coverage into small towns and rural areas where broadband is largely non-existant. This will help... eventually. But no way is there enough money available to create the kind of universal access we have with telephone service and electricity. In the real boonies, your best bet is wireless.
Before I get deeper into this, are you sure you don’t have broadband options? New build-outs are always underway and there might be something that serves your address that you don’t realize has arrived. Before you do anything else, check for broadband availability using a broadband finder service like the appropriately named “Can I Get DSL?” This free availability check will give you a list of DSL, Cable, Satellite and 3G mobile broadband services for your location.
Notice the inclusion of 3G cellular wireless. Cell towers have become so prolific that you can almost always get a signal, even out in the country where no one is stringing broadband wires. Nearly all cell towers are now transmitting both voice and data on different channels. If you have a smartphone, that’s how you get your Internet access. But you can also get a wireless modem aircard and a data-only plan so that you can put broadband on your laptop computer. Yes, it is also possible to plug one of these into a desktop computer, but beware. There is such a shortage of wireless channels that service providers impose a relatively small download cap. It’s generally either 2 GB or 5 GB depending on the service you order. Most people find this more than adequate for mobile use in checking email and browsing websites. But if you go downloading big software files or movies, you can hit that limit pretty quickly. Go over and you’ll pay overage charges that can be eye-popping.
A faster and less restrictive wireless service is 4G WiMAX, now in some 40 cities. Someday WiMAX may be the answer to rural broadband needs. But for right now, it is rather tightly deployed around major population centers. If you can get it, you’ll enjoy 3 to 6 Mbps downloads with unlimited usage. In fact, this service is advertised as being suitable for both desktop and mobile usage. The strong signals penetrate most structures, so you don’t need an outside antenna. WiMAX 4G isn’t available everywhere, but it’s worth your while to check 4G wireless availability and see if it has come to your town yet.
Another wireless option is the WISP or Wireless Internet Service Provider. These are strictly local operations set up by entrepreneurs to cover smaller towns or subdivisions located too far from the city to get wired services. You’ll have to check your phone book or newspaper ads to see if one is nearby. If so, you can get DSL or Cable speeds delivered wirelessly line-of-sight to an antenna that mounts on your roof. Some of these look like a small satellite dish tipped downward.
Speaking of satellite, two-way satellite broadband is an established technology that will work just about anywhere you can get power and a clear view of the southern sky. Satellite has gotten a bad rap because of relatively high prices, low bandwidth caps and horrible latency. The latency is due to the radio signal having to travel some 22,500 miles up to the bird and back down. It introduces a half-second or so delay into everything. For email or Web browsing, that’s probably no big deal. Just forget about real-time gaming, VoIP telephone or video conferencing. You’ll drive yourself nuts waiting for responses. Even so, for many users, satellite is a decent option. Service prices have come down recently and are similar to many DSL and Cable prices.
A lucky few also have the option to get their broadband delivered by fiber optic cable. The Verizon FiOS service offers large bandwidth and the possibility of bundling telephone and television over the same passive optical fiber.
If none of these will do the trick, you may be tempted to look into business bandwidth solutions. Don’t do it unless you can pay $300 and up per month for T1 lines running 1.5 Mbps and even more for DS3 and Ethernet. Most providers won’t even install service unless your property is zoned for business. If you do have a business location and are willing to pay what rock solid reliable business bandwidth services demand, then by all means request a business broadband service quote and see what options are available to you.
Before I get deeper into this, are you sure you don’t have broadband options? New build-outs are always underway and there might be something that serves your address that you don’t realize has arrived. Before you do anything else, check for broadband availability using a broadband finder service like the appropriately named “Can I Get DSL?” This free availability check will give you a list of DSL, Cable, Satellite and 3G mobile broadband services for your location.
Notice the inclusion of 3G cellular wireless. Cell towers have become so prolific that you can almost always get a signal, even out in the country where no one is stringing broadband wires. Nearly all cell towers are now transmitting both voice and data on different channels. If you have a smartphone, that’s how you get your Internet access. But you can also get a wireless modem aircard and a data-only plan so that you can put broadband on your laptop computer. Yes, it is also possible to plug one of these into a desktop computer, but beware. There is such a shortage of wireless channels that service providers impose a relatively small download cap. It’s generally either 2 GB or 5 GB depending on the service you order. Most people find this more than adequate for mobile use in checking email and browsing websites. But if you go downloading big software files or movies, you can hit that limit pretty quickly. Go over and you’ll pay overage charges that can be eye-popping.
A faster and less restrictive wireless service is 4G WiMAX, now in some 40 cities. Someday WiMAX may be the answer to rural broadband needs. But for right now, it is rather tightly deployed around major population centers. If you can get it, you’ll enjoy 3 to 6 Mbps downloads with unlimited usage. In fact, this service is advertised as being suitable for both desktop and mobile usage. The strong signals penetrate most structures, so you don’t need an outside antenna. WiMAX 4G isn’t available everywhere, but it’s worth your while to check 4G wireless availability and see if it has come to your town yet.
Another wireless option is the WISP or Wireless Internet Service Provider. These are strictly local operations set up by entrepreneurs to cover smaller towns or subdivisions located too far from the city to get wired services. You’ll have to check your phone book or newspaper ads to see if one is nearby. If so, you can get DSL or Cable speeds delivered wirelessly line-of-sight to an antenna that mounts on your roof. Some of these look like a small satellite dish tipped downward.
Speaking of satellite, two-way satellite broadband is an established technology that will work just about anywhere you can get power and a clear view of the southern sky. Satellite has gotten a bad rap because of relatively high prices, low bandwidth caps and horrible latency. The latency is due to the radio signal having to travel some 22,500 miles up to the bird and back down. It introduces a half-second or so delay into everything. For email or Web browsing, that’s probably no big deal. Just forget about real-time gaming, VoIP telephone or video conferencing. You’ll drive yourself nuts waiting for responses. Even so, for many users, satellite is a decent option. Service prices have come down recently and are similar to many DSL and Cable prices.
A lucky few also have the option to get their broadband delivered by fiber optic cable. The Verizon FiOS service offers large bandwidth and the possibility of bundling telephone and television over the same passive optical fiber.
If none of these will do the trick, you may be tempted to look into business bandwidth solutions. Don’t do it unless you can pay $300 and up per month for T1 lines running 1.5 Mbps and even more for DS3 and Ethernet. Most providers won’t even install service unless your property is zoned for business. If you do have a business location and are willing to pay what rock solid reliable business bandwidth services demand, then by all means request a business broadband service quote and see what options are available to you.
Thursday, April 15, 2010
Houston, We’ve Got A 4G Solution
How’s your broadband experience? Lovin’ it or... You know. The speed really drags. It’s dead half the time. Even when it works, it seems to cost a lot more than it should. Worst of all, there are lots of places, even in town, where you can’t even get connected.
Well, you won’t have to put up with that treatment anymore if you happen to be living in Houston, Texas and nearby locations such as The Woodlands, Pasadena, Baytown, Mission Bend, Missouri City, Lake Jackson, Alvin, Conroe, or League City. CLEAR, the new 4G wireless broadband service being deployed by Sprint and Clearwire, has installed their WiMAX Internet service and it’s up and running right now. Can you get it? Enter your zip code and see if you’ve got coverage.

So, is it only the lucky residents of Houston that can get 4G wireless broadband service? No, not by a long shot. There are 10 states and 30 cities that are already on the air with WiMAX service. Others are in the works right now. That’s millions and millions of users who have the opportunity to cut the cord and get away from DSL and Cable if they aren’t satisfied.
One of the unique features of this service is that you can get both fixed and mobile service on the same account. Remember -- this is wireless broadband. That gives you the opportunity to be working on a project at your desk and then take it on the road using the same broadband service. You don’t need to pay twice to get desktop and mobile WiMAX service from different providers. CLEAR will give you both at an attractive price.
What kind of bandwidth is available? The service runs at 3 Mbps to 6 Mbps for downloads and up to 1 Mbps for uploads. That compares favorably with the better DSL and Cable services and completely blows away 3G cellular broadband.
Do you live in the Houston area? If not, are you curious to see if 4G wireless broadband is available for your location? If so, simply Enter your zip code and see if you’ve got coverage.
Well, you won’t have to put up with that treatment anymore if you happen to be living in Houston, Texas and nearby locations such as The Woodlands, Pasadena, Baytown, Mission Bend, Missouri City, Lake Jackson, Alvin, Conroe, or League City. CLEAR, the new 4G wireless broadband service being deployed by Sprint and Clearwire, has installed their WiMAX Internet service and it’s up and running right now. Can you get it? Enter your zip code and see if you’ve got coverage.
So, is it only the lucky residents of Houston that can get 4G wireless broadband service? No, not by a long shot. There are 10 states and 30 cities that are already on the air with WiMAX service. Others are in the works right now. That’s millions and millions of users who have the opportunity to cut the cord and get away from DSL and Cable if they aren’t satisfied.
One of the unique features of this service is that you can get both fixed and mobile service on the same account. Remember -- this is wireless broadband. That gives you the opportunity to be working on a project at your desk and then take it on the road using the same broadband service. You don’t need to pay twice to get desktop and mobile WiMAX service from different providers. CLEAR will give you both at an attractive price.
What kind of bandwidth is available? The service runs at 3 Mbps to 6 Mbps for downloads and up to 1 Mbps for uploads. That compares favorably with the better DSL and Cable services and completely blows away 3G cellular broadband.
Do you live in the Houston area? If not, are you curious to see if 4G wireless broadband is available for your location? If so, simply Enter your zip code and see if you’ve got coverage.
Tuesday, February 10, 2009
US Broadband Infrastructure Investments necessitate Transparency
The key public policy problem with broadband is that citizen-consumers and policy-makers still lack basic information.
Government investment in broadband networks has emerged as one of the more contentious parts of the economic stimulus legislation slated for a Senate vote Tuesday. Already, at least $2 billion of a planned $9 billion for broadband has apparently been cut from the latest bill, as legislators and interest groups squabble over who should control Internet communications funding, and under what rules.
What should be less controversial is that intelligent spending decisions about funding for high-speed Internet connections can't be made without excellent and transparent data about our broadband infrastructure.
What should be less controversial is that intelligent spending decisions about funding for high-speed Internet connections can't be made without excellent and transparent data about our broadband infrastructure.
The key public policy problem with broadband is that citizen-consumers and policy-makers still lack basic information. The Bush administration set a goal of achieving universal broadband by the end of 2007, then declared "mission accomplished" without providing much evidence to substantiate its claim. And under former Federal Communications Commission Chairman Kevin Martin, the agency refused to release what data it did have about competitors in the broadband marketplace.
President Obama's commitment to "change" has included a more hands-on approach to promoting broadband. Throughout the presidential campaign, and repeatedly since the election, Obama has emphasized the importance of "expanding broadband lines across America." With input from his telecommunications advisors, the House stimulus bill included $6 billion for broadband. Early versions of the Senate measure raised the total to $9 billion.
Statistics?
Equally important is Obama's commitment to empirically-driven policymaking. In January, Obama became only the second president—after William Howard Taft in 1909—to invoke "statistics" in an inaugural address, when he spoke of "the indicators of crisis, subject to data and statistics."
President Obama's commitment to "change" has included a more hands-on approach to promoting broadband. Throughout the presidential campaign, and repeatedly since the election, Obama has emphasized the importance of "expanding broadband lines across America." With input from his telecommunications advisors, the House stimulus bill included $6 billion for broadband. Early versions of the Senate measure raised the total to $9 billion.
Statistics?
Equally important is Obama's commitment to empirically-driven policymaking. In January, Obama became only the second president—after William Howard Taft in 1909—to invoke "statistics" in an inaugural address, when he spoke of "the indicators of crisis, subject to data and statistics."
The US spends more than $8 billion a year on statistics. Much of that goes to fund the Census Bureau and data collection about agricultural and labor markets, such as the monthly unemployment report, which on Friday brought the grim news that the economy had shed 598,000 jobs in January. Last week, when the Agriculture Department released its own census, Agriculture Secretary Tom Vilsack reminded reporters: "Numbers and data are very important. They direct policy; they shape policy. They can tell us what we are doing right. They call tell us what we are doing wrong."
Yet almost none of this $8 billion in statistical spending goes to compiling information about broadband, the infrastructure of the knowledge-based economy. And the data that has been collected has been made to mislead.
The FCC—the official record-keeper on private-sector telecommunications—for years claimed that there was adequate competition in broadband because the median ZIP code was served by eight separate providers. The Government Accountability Office's assessment of the same data found a median of two providers per ZIP code. Worse, the FCC refuses to release the information that it has about competition.
A variety of organizations—including my own free web service, BroadbandCensus.com—have stepped in to do our best at collecting, compiling and releasing public broadband information. We believe that if you want to build a road, you need a map that tells you where existing roads lie before you begin taking construction bids, let alone start pouring concrete. Where will our nation's new broadband highways, by-ways and access points be built? Who's going to let the contracts? Who will own this infrastructure?
These questions can't be answered without detailed broadband data. To that end, I've supported a proposed "State Broadband Planning and Assessment Act," which could be introduced as an amendment to the fiscal stimulus measure. The goal of this effort, as of BroadbandCensus.com, is to unleash the Internet as means of sharing information about the Internet itself.
For two-and-a-half years, I've been trying to get access to basic broadband data for the public, including citizen-consumers, businesses, and local policy-makers. I've been seeking to identify which carriers offer service in a particular ZIP code, as well as smaller units, like census blocks. In September 2006, when I headed a project at the Center for Public Integrity that investigated the telecommunications industry, we filed a Freedom of Information Act lawsuit against the FCC to force them to release basic broadband data about carriers by ZIP code.
The project obtained and displayed similar location information about broadcasters and cable operators from the FCC's cumbersome web site. But our attempts to get broadband data were thwarted by the FCC and by industry. AT&T, Verizon Communications, and the lobbying organizations representing the Bell companies, the cable companies, the cell phone carriers, and wireless broadband providers all asked the FCC to deny information to the public. Even though every consumer who buys broadband knows the name of the company that provides them with service, the telecoms argued that compiling this information into a single location would reveal "proprietary" data. The FCC agreed.
Yet almost none of this $8 billion in statistical spending goes to compiling information about broadband, the infrastructure of the knowledge-based economy. And the data that has been collected has been made to mislead.
The FCC—the official record-keeper on private-sector telecommunications—for years claimed that there was adequate competition in broadband because the median ZIP code was served by eight separate providers. The Government Accountability Office's assessment of the same data found a median of two providers per ZIP code. Worse, the FCC refuses to release the information that it has about competition.
A variety of organizations—including my own free web service, BroadbandCensus.com—have stepped in to do our best at collecting, compiling and releasing public broadband information. We believe that if you want to build a road, you need a map that tells you where existing roads lie before you begin taking construction bids, let alone start pouring concrete. Where will our nation's new broadband highways, by-ways and access points be built? Who's going to let the contracts? Who will own this infrastructure?
These questions can't be answered without detailed broadband data. To that end, I've supported a proposed "State Broadband Planning and Assessment Act," which could be introduced as an amendment to the fiscal stimulus measure. The goal of this effort, as of BroadbandCensus.com, is to unleash the Internet as means of sharing information about the Internet itself.
For two-and-a-half years, I've been trying to get access to basic broadband data for the public, including citizen-consumers, businesses, and local policy-makers. I've been seeking to identify which carriers offer service in a particular ZIP code, as well as smaller units, like census blocks. In September 2006, when I headed a project at the Center for Public Integrity that investigated the telecommunications industry, we filed a Freedom of Information Act lawsuit against the FCC to force them to release basic broadband data about carriers by ZIP code.
The project obtained and displayed similar location information about broadcasters and cable operators from the FCC's cumbersome web site. But our attempts to get broadband data were thwarted by the FCC and by industry. AT&T, Verizon Communications, and the lobbying organizations representing the Bell companies, the cable companies, the cell phone carriers, and wireless broadband providers all asked the FCC to deny information to the public. Even though every consumer who buys broadband knows the name of the company that provides them with service, the telecoms argued that compiling this information into a single location would reveal "proprietary" data. The FCC agreed.
The FCC did not want disclosure, and neither did the telecom incumbents and their lobbyists. They did not want successful broadband competition.
In its legal briefings, the FCC argued that releasing the data would lead to competition in communications—which was why it couldn't release the data! "Disclosure could allow competitors to free ride on the efforts of the first new entrant to identify areas where competition is more likely to be successful," the agency told the federal district court in Washington.
The once-vaunted virtue of competition in federal telecommunications policy—the underpinning of the 1996 Telecom Act—had taken a back seat to the privilege of supposedly proprietary information. The FCC did not want disclosure, and neither did the telecom incumbents and their lobbyists. They did not want successful broadband competition.
Congress was critical of the FCC's meager broadband statistics. In October it passed the Broadband Data Improvement Act to prod the agency to collect broadband data at a level more granular than the ZIP-code. The FCC began doing just that in June, as the bill was working its way through Congress.
But under pressure from telecom lobbyists, Congress dropped a core provision from the House version of the bill: the requirement that a separate agency, the Commerce Department's National Telecommunications and Information Administration, take responsibility for conducting a national broadband census and producing a public map with the names of individual carriers and where they offered service.
The House version of the stimulus bill reintroduces the NTIA broadband map. But it takes out any mention of publicly releasing individual carrier names. Worse, the Broadband Data Improvement Act enshrined the business model favored by the carriers: providing information to an entity like Connected Nation, which agrees to excise the names of broadband providers from the maps they produce.
The House stimulus bill allocated $40 million to this business model. Last week's version of the Senate stimulus bill upped the total to $350 million.
President Obama has the opportunity to make broadband a priority in his administration by ensuring that the NTIA creates a public map of our national broadband providers and infrastructure. Map in hand, the Obama administration's broadband policy should be guided by three important principles:
1) Use the Internet to empower citizens and consumers.
With the FCC keeping broadband data out of the hands of the public, I started BroadbandCensus.com to publish the same information that any consumer can know: the name of their Internet service provider and type of broadband connection, how much they are charged for service, and the Internet speeds they are promised and actually delivered. The government of Ireland publishes exactly the same information on its communications ministry web page.
Some broadband data efforts focus on the needs of telecommunications carriers and their unionized employees. Based in Kentucky, Connected Nation has been promoting their state-wide maps of broadband availability as a means for providers to sell more service. The Communications Workers of America's Speed Matters campaign has collected random speed tests from Internet users to provide a snapshot about download and upload speeds. Both of these initiatives are good, so far as they go.
But to rigorously understand the condition of broadband, we can't rely only on the information provided by the carriers. It needs to be verified by Internet users. To truly unlock the power of Internet-enabled "crowdsourcing," an effective broadband strategy must focus on citizens. Empower them by releasing basic information and letting citizen-consumers add to the mash-up. It's about making citizens contributors as well as constituents.
2) Ensure that infrastructure investment is made on the basis of cost-benefit data.
In 1790, the United States was the first country to institute a periodic national census. What started as a questionnaire seeking only demographic information had broadened by 1840 to information about employment in mining, agriculture, manufacturing, and the "learned professions and engineers." Such information has enabled our government, our universities and our business sector to rely on good-quality statistical information.
We're going to need that kind of data, and a lot more of it, to make sound investment decisions about broadband. Because of our nation's agricultural origins, our statistical agencies provide far more data about crop production than they do about broadband availability, speeds, or prices. In the absence of good data, the temptation is to make public infrastructure investment decisions based on political pressure or lawmaker influence, rather than upon solid cost-benefit analyses.
3) Use the transparency of the Internet to regulate incumbents through public disclosure.
The regulatory philosophies of the New Deal—maximum and minimum wages and prices, hands-on federal regulation—have faded and are not likely to be revived even in the current crisis. Yet one Depression-era innovation of Franklin D. Roosevelt remains as valid as ever: the disclosure-based regime of the Securities and Exchange Commission.
The SEC is vigilant in requiring punctilious compliance with requirements that public companies disclose details of their operations. By and large, the SEC doesn't require substantive actions so much as it requires procedural compliance and full disclosure. Open information flows mean that poor corporate decisions are punished in the marketplace.
Equally important is that role that independent efforts, like those of BroadbandCensus.com and others, can play in collecting and aggregating public broadband data about speeds, prices, and reliability.
For more than a year, BroadbandCensus.com has provided a platform allowing Internet users to compare their actual broadband speeds against what they are promised by their carriers. We use the open-source Network Diagnostic Tool (NDT) of Internet2. All speed test data is publicly displayed under a Creative Commons license. This approach to public monitoring Internet traffic has recently been followed by Google and the New America Foundation and their "Measurement Lab" initiative, which also uses NDT.
Ultimately, broadband carriers that offer good speeds and good service will see the value in an objective and transparent broadband census. Fortunately, consumers don't need to wait on the carriers to begin collecting and publishing broadband of their own.
Neither should the government. No matter how much Congress decides to allocate to stimulate broadband, it should insist that information about speeds, prices, technologies, and specific locations of high-speed Internet availability are publicly available to all.
Congress was critical of the FCC's meager broadband statistics. In October it passed the Broadband Data Improvement Act to prod the agency to collect broadband data at a level more granular than the ZIP-code. The FCC began doing just that in June, as the bill was working its way through Congress.
But under pressure from telecom lobbyists, Congress dropped a core provision from the House version of the bill: the requirement that a separate agency, the Commerce Department's National Telecommunications and Information Administration, take responsibility for conducting a national broadband census and producing a public map with the names of individual carriers and where they offered service.
The House version of the stimulus bill reintroduces the NTIA broadband map. But it takes out any mention of publicly releasing individual carrier names. Worse, the Broadband Data Improvement Act enshrined the business model favored by the carriers: providing information to an entity like Connected Nation, which agrees to excise the names of broadband providers from the maps they produce.
The House stimulus bill allocated $40 million to this business model. Last week's version of the Senate stimulus bill upped the total to $350 million.
President Obama has the opportunity to make broadband a priority in his administration by ensuring that the NTIA creates a public map of our national broadband providers and infrastructure. Map in hand, the Obama administration's broadband policy should be guided by three important principles:
1) Use the Internet to empower citizens and consumers.
With the FCC keeping broadband data out of the hands of the public, I started BroadbandCensus.com to publish the same information that any consumer can know: the name of their Internet service provider and type of broadband connection, how much they are charged for service, and the Internet speeds they are promised and actually delivered. The government of Ireland publishes exactly the same information on its communications ministry web page.
Some broadband data efforts focus on the needs of telecommunications carriers and their unionized employees. Based in Kentucky, Connected Nation has been promoting their state-wide maps of broadband availability as a means for providers to sell more service. The Communications Workers of America's Speed Matters campaign has collected random speed tests from Internet users to provide a snapshot about download and upload speeds. Both of these initiatives are good, so far as they go.
But to rigorously understand the condition of broadband, we can't rely only on the information provided by the carriers. It needs to be verified by Internet users. To truly unlock the power of Internet-enabled "crowdsourcing," an effective broadband strategy must focus on citizens. Empower them by releasing basic information and letting citizen-consumers add to the mash-up. It's about making citizens contributors as well as constituents.
2) Ensure that infrastructure investment is made on the basis of cost-benefit data.
In 1790, the United States was the first country to institute a periodic national census. What started as a questionnaire seeking only demographic information had broadened by 1840 to information about employment in mining, agriculture, manufacturing, and the "learned professions and engineers." Such information has enabled our government, our universities and our business sector to rely on good-quality statistical information.
We're going to need that kind of data, and a lot more of it, to make sound investment decisions about broadband. Because of our nation's agricultural origins, our statistical agencies provide far more data about crop production than they do about broadband availability, speeds, or prices. In the absence of good data, the temptation is to make public infrastructure investment decisions based on political pressure or lawmaker influence, rather than upon solid cost-benefit analyses.
3) Use the transparency of the Internet to regulate incumbents through public disclosure.
The regulatory philosophies of the New Deal—maximum and minimum wages and prices, hands-on federal regulation—have faded and are not likely to be revived even in the current crisis. Yet one Depression-era innovation of Franklin D. Roosevelt remains as valid as ever: the disclosure-based regime of the Securities and Exchange Commission.
The SEC is vigilant in requiring punctilious compliance with requirements that public companies disclose details of their operations. By and large, the SEC doesn't require substantive actions so much as it requires procedural compliance and full disclosure. Open information flows mean that poor corporate decisions are punished in the marketplace.
Equally important is that role that independent efforts, like those of BroadbandCensus.com and others, can play in collecting and aggregating public broadband data about speeds, prices, and reliability.
For more than a year, BroadbandCensus.com has provided a platform allowing Internet users to compare their actual broadband speeds against what they are promised by their carriers. We use the open-source Network Diagnostic Tool (NDT) of Internet2. All speed test data is publicly displayed under a Creative Commons license. This approach to public monitoring Internet traffic has recently been followed by Google and the New America Foundation and their "Measurement Lab" initiative, which also uses NDT.
Ultimately, broadband carriers that offer good speeds and good service will see the value in an objective and transparent broadband census. Fortunately, consumers don't need to wait on the carriers to begin collecting and publishing broadband of their own.
Neither should the government. No matter how much Congress decides to allocate to stimulate broadband, it should insist that information about speeds, prices, technologies, and specific locations of high-speed Internet availability are publicly available to all.
more.......
Guiding principles for U.S. broadband infrastructure economic stimulus
As Congressional leaders and the incoming administration of U.S. President-elect Barack Obama mull economic stimulus legislation including a portion of which is expected to be devoted to telecommunications infrastructure to boost broadband Internet access, I offer these guiding principles:
1. The focus should be on the so-called "last mile" or local access network portion of the system. There's a broad consensus that the lack of adequate broadband access in the United States is due to technological shortcomings on this segment of the telecommunications infrastructure, its weakest link. The overall goal should be full build out of this currently incomplete but vital infrastructure to serve all residents and businesses.
1. The focus should be on the so-called "last mile" or local access network portion of the system. There's a broad consensus that the lack of adequate broadband access in the United States is due to technological shortcomings on this segment of the telecommunications infrastructure, its weakest link. The overall goal should be full build out of this currently incomplete but vital infrastructure to serve all residents and businesses.
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