Time Warner, AT&T, and other incumbents have radically changed their strategy to prevent broadband competition in North Carolina via new restrictions that are being debated in the Legislature currently. This switch in strategy offers more proof that they stand on no principle aside from protecting their monopoly. The famous HB 1252 in North Carolina is back... but different. In the past, the telcos and cablecos have argued that municipal broadband networks are unfair to them because the city could use tax dollars in some way to build the network (ignoring that most publicly owned networks do not use any tax dollars). Now, these companies are pushing a bill to require financing backed by taxpayer dollars. Seems like an odd switcheroo. As one might expect from companies like AT&T and Time Warner, who have no respect for the public process, the bill was kept top secret until debated in committee, giving only the side filled with monied interests and lawyers an opportunity to prepare. The bill (that we have made available here as there is no official version yet) would not just place significant restrictions on new publicly owned networks, but would also handcuff existing networks like Salisbury and Greenlight in Wilson. To reiterate, this bill will damage the most advanced broadband networks available in North Carolina today. Sounds like North Carolina wants to take up Mayor Joey Durel in Lafayette on his offer to welcome the businesses moving from North Carolina to Lafayette with a big pot of gumbo. Fascinating that after an FCC Commissioner noted that the US Broadband Plan recognizes the right for communities to build their own broadband infrastructure, North Carolina is deciding it prefers to preclude any broadband competition, sticking with its last-century DSL and cable. Just fascinating. The Salisbury Post has been watching and recently published a scathing editorial against the bill. This is one paragraph, but the whole editorial is well worth reading.

Yet, if the HB 1252's intent becomes reality, such areas will be severely hobbled in their near-term ability to tap into the broadband revolution.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

The FCC recently asked for comments about how broadband should be defined. There was a marked difference between those who put community needs first and those who put profits first. Companies like AT&T and Comcast were quick to argue that the FCC should not change the definition of broadband for reasons ranging from too much paperwork to the suggestion that rural people have no need for VoIP. The honest approach would have been for these companies to say they do not want a higher definition because it will change their business plans, likely requiring them to invest in better networks for communities, and that will hurt their short term profits. On the other side were groups that argued for a more robust definition of broadband - something considerably less ambitious than our international peers but an improvement over the current FCC definition. NATOA's comments [pdf] focused on issues like the need for measurements based on actual speeds rather than advertised and symmetrical connections (or at least "robust upstream speeds to facilitate interactivity" - which we think captures the importance of symmetric connections without getting lost in debates about absolutely symmetric connections).

The key metric for broadband should be the applications and needs that drive consumer requirements and choices. In this way, broadband should be understood as a connection that is sufficient in speed and capacity such that it does not limit a user’s required application.

Their magic broadband number is a reasonable and doable 10Mbps symmetric connection for residential and small businesses as well as a 1Gbps level for enterprise users. Importantly, they note that a single broadband connection supports far more than a single computer or use - these connections are shared, often among many wired and wireless devices. Compare these comments to those of the NCTA [pdf] (lobbying organization for cable companies) that argue broadband is nothing more than an "always on" connection regardless of the speeds or user experience. This is how they justify maintaining the international laughingstock definition of 768kbps/200kbps.

Folks who are mostly interested in broadband are probably unfamiliar with video franchising laws. Many people still apparently believe that cable companies are able to get exclusive franchises from the city (granting them a monopoly on providing cable television). However, that is not true and has not been true for many years. Most cable companies still have a de facto monopoly because it is extremely difficult to overbuild an existing cable company - the incumbent has most of the advantages and building a citywide network is extremely expensive. This is not a naturally competitive market; it is actually a natural monopoly. However, most people want a choice in providers (something that goes beyond a single cable company and a satellite option or two depending on whether you rent/own and your geographic location. In talking with many local officials and the National Association of Telecommunications Officers and Advisers (NATOA), it seems that almost every local government wants more competition in its community too. This is where telephone and cable company lobbyists have stepped in - more successfully at the state level than at the federal level. They have convinced legislators that the barrier to more competition is local authority over the franchise (the rules a company agrees to in return for the right to use the community's Right-of-Way in deploying their network). These rules include red-line prohibition (you cannot refuse to serve poor neighborhoods), an affordable "basic" tier of service, local public access channels, broadband connections at public buildings, etc. Some states have listened to the lobbyists and enacted statewide franchising - where local communities are stripped of the authority to manage their Right-of-Way and companies can offer video services anywhere in the state by getting a state franchise from the state government. Every year, we gather more data that this practice has hurt communities, raised prices, and barely spurred any competition. Most of the competition it is credited with spurring came from Verizon's FiOS deployments, which would have occurred regardless of state-wide franchise enactment. This touches directly on broadband because the statewide franchises often give greater power to companies like Verizon to cherry-pick who gets next generation broadband.

Folks who are mostly interested in broadband are probably unfamiliar with video franchising laws. Many people still apparently believe that cable companies are able to get exclusive franchises from the city (granting them a monopoly on providing cable television). However, that is not true and has not been true for many years. Most cable companies still have a de facto monopoly because it is extremely difficult to overbuild an existing cable company - the incumbent has most of the advantages and building a citywide network is extremely expensive. This is not a naturally competitive market; it is actually a natural monopoly. However, most people want a choice in providers (something that goes beyond a single cable company and a satellite option or two depending on whether you rent/own and your geographic location. In talking with many local officials and the National Association of Telecommunications Officers and Advisers (NATOA), it seems that almost every local government wants more competition in its community too. This is where telephone and cable company lobbyists have stepped in - more successfully at the state level than at the federal level. They have convinced legislators that the barrier to more competition is local authority over the franchise (the rules a company agrees to in return for the right to use the community's Right-of-Way in deploying their network). These rules include red-line prohibition (you cannot refuse to serve poor neighborhoods), an affordable "basic" tier of service, local public access channels, broadband connections at public buildings, etc. Some states have listened to the lobbyists and enacted statewide franchising - where local communities are stripped of the authority to manage their Right-of-Way and companies can offer video services anywhere in the state by getting a state franchise from the state government. Every year, we gather more data that this practice has hurt communities, raised prices, and barely spurred any competition. Most of the competition it is credited with spurring came from Verizon's FiOS deployments, which would have occurred regardless of state-wide franchise enactment. This touches directly on broadband because the statewide franchises often give greater power to companies like Verizon to cherry-pick who gets next generation broadband.