Many things have changed since Verizon Communications first began its FiOS construction program in 2004, and in the years leading up to that decision, when hot debates were held about the wisdom of fiber-to-neighborhood versus fiber-to-home networks.
Mobile broadband, especially the faster 3G and new 4G networks, now will begin to offer a serious alternative for a signficant number of end users. Consumer resistance to paying higher prices for higher-speed fixed broadband (50 Mbps and above) has not lessened.
Cable companies have solidified their position as specialists in the consumer services segment, with the exception of wireless. Given cable's position in consumer video and voice, financial returns from fiber-to-home deployments, in the mass market, are getting harder to justify, not easier.
In many ways, leading U.S. telcos have found that their strengths in wireless and enterprise services are matched by relative cable strength in the mass market video and voice product segments.
Also, opportunity costs arguably have risen over the last 10 years, opportunity cost representing the potential gains a company might have made if capital had been deployed elsewhere,, such as wireless or software, instead of high-capacity fiber access.
In the background are concerns about the long-term relative value of multi-channel entertainment and voice revenues as well, which dampen financial returns from those two core services.
Take all of that into account and the apparent lessening desire on Verizon's part to continue investing in fiber to the home is logical, perhaps even prudent.
Given capital scarcity, burgeoning wireless and mobile broadband opportunities, as well as the slower growth for legacy services such as entertainment video, fixed access and voice, it would be hard to argue with an argument that effort is better placed squarely in the wireless arena, rather than fixed line services.
For that reason, it is not a complete surprise that Verizon seems to be slowing its FiOS program, which had been nearing the end of the major construction phase, in any case. The company says it no longer will seek to build FiOS in communities where it has not already gotten video franchises issued.
That means Verizon apparently will not undertake FiOS builds in Baltimore and downtown Boston, for example, a scenario many of us would not have predicted.
Verizon is still negotiating for franchises in some smaller communities, mainly in New York, Massachusetts and Pennsylvania, but it is not working on securing franchises for any major urban areas.
Verizon never committed to bringing FiOS to its entire local-phone service area, originally planning to make service available to about 18 milliion households by the end of 2010, a goal it will reach. Since the program began, however, Verizon also has been selling assets in less-populated areas in the Midwest and West Coast.
The recruitment of new FiOS TV subscribers slowed last year. In the fourth quarter, it added 153,000 subscribers, little more than half of the number it added in the same period the year before.
At the end of last year, Verizon had 2.86 million FiOS TV subscribers and 3.43 million FiOS Internet subscribers (most households take both).
Investors never have liked the FiOS program, which will wind up costing an estimated $23 billion. FiOS likely has been a key reason Verizon has been able to compete with cable companies.
Verizon is the only major U.S. phone company to draw fiber all the way to homes and the only one to offer broadband speeds approaching those available in Japan and South Korea. But the financial returns have not been so overwhelming that the decision to expand the program is completely clear.
Verizon's experience might be an implicit warning to policymakers that although the goal of 100 Mbps service, provided to 100 million U.S. homes, by 2020 is a fine stretch goal, but might face trouble if it means consumers have to pay significantly more for such service. Consumers might prefer 20 Mbps to 30 Mbps for $50 to $60 a month, rather than 50 Mbps for $100 a month, and certainly more than 100 Mbps for $150 to $200 a month.
related article
Friday, March 26, 2010
Verizon Slows FiOS Build: Implications for National Broadband Plan?
Labels:
fiber to home,
FiOS,
FTTH,
Verizon
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
Healthcare Plan to Cost AT&T $1 Billion
AT&T says it is taking a $1 billion charge for the first quarter of 2010 to account for increases in its costs because of the new health care plan. It isn't clear what the on-going hit to earnings might be.
AT&T says it also will also evaluate changes to its health care benefits for employees and retirees, to avoid paying such charges in the future, of course.
AT&T says it also will also evaluate changes to its health care benefits for employees and retirees, to avoid paying such charges in the future, of course.
Labels:
att,
business model
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
Nexus One Outsells iPhone in February...Sort of
Sales of the Google Nexus One are now on the rise and beat the iPhone by 16 percent in February 2010, says RCS Limited, which expects the trend to continue. That data, based on U.K. results, contrasts with sales in the United States, where initial sales have been modest.
It isn't clear that the statistic means a whole heck of a lot, though. Sales practices are quite different in the U.S. market, compared to others where devices often are bought "unlocked" and at full retail prices. Since most U.S. iPhones are bought at subsidized prices, while many to most Nexus One devices are bought at full retail price, the sales comparisons are difficult. Any expensive device sold primarily "unlocked and at full retail" is going to have low sales volume in the U.S. mobile market.
Also, the Nexus One has been viewed by many as a "demonstration" project whose real objective is to show what can be done when Android open-source software and hardware are tightly integrated.
According to a report by Flurry, Google sold roughly 135,000 of its new Nexus One phones in its first 74 days on the market. By contrast, Apple sold 1 million of the original iPhones in the first 74 days, while Motorola sold 1.05 million Droid phones -- which are based on Google's Android software -- during the same timeframe.
link
Labels:
Android,
Apple,
enterprise iPhone,
Google,
Nexus One
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
U.S. to Lead in 4G Deployment? Does it Matter?
People sometimes are fixated on global rankings that have marginal importance, such as which country has the highest penetration of mobility, broadband, Internet usage or some similar metric. Aside from methodological issues that make such rankings difficult, it isn't clear that such rankings mean much of anything.
Consider the fact that the United States will have around 20 million Long Term Evolution subscriptions by end of 2012, and an additional six million mobile WiMAX subs, which would represent close to 25 percent of the global total of 4G subscriptions, says Strategy Analytics. That would, by anybody's estimation, make the United States a "leader" in 4G adoption. But it isn't clear that particular distinction means much, by itself.
In times past the United States has been called a "laggard" in mobile phone penetration, "behind" other nations in use of text messaging and now is called by some a middling country in terms of broadband penetration. But the United States appears on track to become "the leading battleground" for 4G mobile services, says Susan Welsh de Grimaldo, Strategy Analytics director.
"With broad commitments to LTE and WiMAX service launches, US operators will speed up the competition and create one of the most influential markets for new mobile broadband services and devices," she says.
The point is that cross-national comparisons are difficult, and often of questionable value. The U.S. market no longer is "behind" in text messaging or mobile adoption in any meaningful way. And while one always can argue average or typical speeds are not the fastest in the world, most countries that are "ahead" on such measures are very-small countries with high population density, which makes construction far easier than is the case for a continent-sized country with lower density.
Nor will it mean quite so much to say the United States will "lead" in 4G, either. Lagging broadband metrics do not seem to have inpaired U.S. leadership in software and Internet development, for example.
link
Consider the fact that the United States will have around 20 million Long Term Evolution subscriptions by end of 2012, and an additional six million mobile WiMAX subs, which would represent close to 25 percent of the global total of 4G subscriptions, says Strategy Analytics. That would, by anybody's estimation, make the United States a "leader" in 4G adoption. But it isn't clear that particular distinction means much, by itself.
In times past the United States has been called a "laggard" in mobile phone penetration, "behind" other nations in use of text messaging and now is called by some a middling country in terms of broadband penetration. But the United States appears on track to become "the leading battleground" for 4G mobile services, says Susan Welsh de Grimaldo, Strategy Analytics director.
"With broad commitments to LTE and WiMAX service launches, US operators will speed up the competition and create one of the most influential markets for new mobile broadband services and devices," she says.
The point is that cross-national comparisons are difficult, and often of questionable value. The U.S. market no longer is "behind" in text messaging or mobile adoption in any meaningful way. And while one always can argue average or typical speeds are not the fastest in the world, most countries that are "ahead" on such measures are very-small countries with high population density, which makes construction far easier than is the case for a continent-sized country with lower density.
Nor will it mean quite so much to say the United States will "lead" in 4G, either. Lagging broadband metrics do not seem to have inpaired U.S. leadership in software and Internet development, for example.
link
Labels:
4G,
wireless broadband
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
Wednesday, March 24, 2010
Bharti Airtel Introduces Mobile Bazaar
Can text messaging be used to create a mobile version of eBay in India? Bharti Airtel intends to find out, by introducing "Mobile Bazaar," a way to buy and sell virtually anything that is legal using a standard mobile phone capable of text messaging.
The SMS-based service enables buyers and sellers to find each other and conduct transactions with each other using only text messaging, especially short codes, with no need for a mobile browser or data connection.
For starters, Bharti has set up a community for trading mobile phone devices, and will create similar communities for real estate, automobiles and electronics.
The initiative is interesting for the same reason many such innovations are throughout much of the world. Though mobile broadband will be a more-logical approach in markets such as the United States, there are many markets where text messaging and voice are the two ubiquitous communication modes.
In many places, a simple text message in the morning can give a farmer what he or she needs to know before settingout on a seven-mile walk to market. That's very valuable, in terms of fostering economic development.
source
The SMS-based service enables buyers and sellers to find each other and conduct transactions with each other using only text messaging, especially short codes, with no need for a mobile browser or data connection.
For starters, Bharti has set up a community for trading mobile phone devices, and will create similar communities for real estate, automobiles and electronics.
The initiative is interesting for the same reason many such innovations are throughout much of the world. Though mobile broadband will be a more-logical approach in markets such as the United States, there are many markets where text messaging and voice are the two ubiquitous communication modes.
In many places, a simple text message in the morning can give a farmer what he or she needs to know before settingout on a seven-mile walk to market. That's very valuable, in terms of fostering economic development.
source
Labels:
Bharti Airtel,
mobile commerce
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
Sprint and Clearwire Might Go LTE for 4G
Sprint Nextel and Clearwire executives have said for some time that WiMAX and Long Term Evolution are similar enough that Clearwire could switch to LTE at some point. But that is more likely to happen when another technology migration to "fifth-generation" technology happens, not in the fourth generation.
In one respect, battles over air interface are simply part of the mobility business. Just as AT&T and T-Mobile opted for the GSM air interface while Sprint and Verizon opted for the rival CDMA air interface, and similar battles were fought over 2G standards, carriers will have to migrate their platforms over time, just as they always have.
The evolution from GSM (3G) to LTE (4G) will still require a new network, with a new air interface, operating on discrete spectrum and requiring new handsets and software. For that reason, each technology generation requires a fork lift upgrade and a refresh of consumer terminals as well. That's just part of the business.
So though Clearwire and Sprint chose WiMAX for 4G, their options for 5G remain open, and both Dan Hesse, Sprint CEO, and Bill Morrow, Clearwire CEO, say they could opt for an LTE derivative for 5G.
Hesse says the choice of WiMAX was based on the fact that Sprint could not wait for LTE standards to jell. It had a business need to move, so it did. "WiMax was tried-and-true tested technology at the time we made the choice," he says. "We couldn't wait."
related article
In one respect, battles over air interface are simply part of the mobility business. Just as AT&T and T-Mobile opted for the GSM air interface while Sprint and Verizon opted for the rival CDMA air interface, and similar battles were fought over 2G standards, carriers will have to migrate their platforms over time, just as they always have.
The evolution from GSM (3G) to LTE (4G) will still require a new network, with a new air interface, operating on discrete spectrum and requiring new handsets and software. For that reason, each technology generation requires a fork lift upgrade and a refresh of consumer terminals as well. That's just part of the business.
So though Clearwire and Sprint chose WiMAX for 4G, their options for 5G remain open, and both Dan Hesse, Sprint CEO, and Bill Morrow, Clearwire CEO, say they could opt for an LTE derivative for 5G.
Hesse says the choice of WiMAX was based on the fact that Sprint could not wait for LTE standards to jell. It had a business need to move, so it did. "WiMax was tried-and-true tested technology at the time we made the choice," he says. "We couldn't wait."
related article
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
AT&T Microcell Launch in April
AT&T will begin its national roll out of femtocells, which it brands as the AT&T 3G MicroCell" beginning in mid-April, with new markets activating in cities across the continental U.S. for the next several months.
The AT&T 3G MicroCell improves in-building reception for mobile devices by creating a local mobile repeater site, like a Wi-Fi connection does. The femtocell uses the home broadband connection for access, offloading mobile traffic to the fixed broadband network and therefore avoiding any reception problems in the home or building.
Developed in conjunction with Cisco and in a public trial in select markets since September, AT&T 3G MicroCell is available for a one-time cost of $149.99.
Consumers with AT&T 3G MicroCell will be able to easily activate the device the same day it is purchased. Customers may define up to 10 mobile phone numbers that can use the femtocell and up to four devices can operate on it simultaneously. There is no recurring cost, but mobile minutes will be deducted from a user's account as they would be if on a mobile macro-cell.
Customers on "Family Talk" plans can pay an additional $19.99 a month to make unlimited calls from the Microcell, without deducting any minutes from their plans.
Consumers who select 3G MicroCell calling plans at purchase are also eligible to receive a $100 mail-in-rebate toward the purchase of AT&T 3G MicroCell. Customers who also purchase a new line of broadband service with AT&T (DSL or U-verse 1.5MB or higher) are also eligible for $50 rebate.
further details
The AT&T 3G MicroCell improves in-building reception for mobile devices by creating a local mobile repeater site, like a Wi-Fi connection does. The femtocell uses the home broadband connection for access, offloading mobile traffic to the fixed broadband network and therefore avoiding any reception problems in the home or building.
Developed in conjunction with Cisco and in a public trial in select markets since September, AT&T 3G MicroCell is available for a one-time cost of $149.99.
Consumers with AT&T 3G MicroCell will be able to easily activate the device the same day it is purchased. Customers may define up to 10 mobile phone numbers that can use the femtocell and up to four devices can operate on it simultaneously. There is no recurring cost, but mobile minutes will be deducted from a user's account as they would be if on a mobile macro-cell.
Customers on "Family Talk" plans can pay an additional $19.99 a month to make unlimited calls from the Microcell, without deducting any minutes from their plans.
Consumers who select 3G MicroCell calling plans at purchase are also eligible to receive a $100 mail-in-rebate toward the purchase of AT&T 3G MicroCell. Customers who also purchase a new line of broadband service with AT&T (DSL or U-verse 1.5MB or higher) are also eligible for $50 rebate.
further details
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
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