After a decade of fiber-to-the-home access, what do service providers have to show for it? Not as much as you might think, suggests BenoƮt Felten, Yankee Group principal analyst.
"Surprisingly perhaps, considering the decade’s worth of experience some Asia-Pacific countries have with FTTP, they face many of the same issues surrounding FTTP that have been prevalent in the West," says Felton.
The business model, for example, is no less an issue than in other markets. "Finding a sustainable business model" is as important for private players in the Asia-Pacific markets as you can guess it is for service providers elsewhere. High bandwidth provided at low cost might be great for consumers, but is challenging for providers.
Government subsidies and support in some markets is part of the answer for some providers, though.
Service innovation also is an issue. FTTH provides "more" bandwidth. But does it stimulate new applications and businesses that did not exist before? The answer, so far, seems to be "no." That is not to say broadband is unimportant as an enabler of economic activity.
But it is fair to say even after a decade of having FTTH, there is little to point to except online gaming, in terms of new and widely-used applications. "Even in Japan and South Korea, there aren’t that many disruptive or innovative services available to end-users, with the exception of online gaming," Felton says.
"While there’s been a vibrant development of Internet activities, especially in South Korea, this hasn’t necessarily resulted in the kinds of services that are generally expected, such as health care or connected communities," says Felton.
Sustainability, especially in a market context, remains an issue as well. While things have been slowly improving for early deployers, especially NTT, which announced at the conference that its average revenue per user for FTTP services has increased from 4,800 yen to 5,590 yen between 2006 and 2009, the revenue from fiber-grade services that actually benefits the telco remains limited.
Regulators, on the other hand, must continually monitor the degree of competition in the access market as well, and Felton notes that NTT has 75 percent market share in the fiber access market, but only 30 percent or so in the digital subscriber line market.
Asia-Pacific is still by far the most advanced region of the world when it comes to fiber to the premises deployment and adoption. Asian FTTP adoption is estimated at 40 million subscribers, compared with just eight million in North America and 3.5 million in Europe.
The Korea Communications Commission and KT have ambitions to upgrade to a national target of 1 Gbps connectivity. That's an important national goal, but such government-lead policies arguably are not replicable in other markets that must rely on normal supply and demand constraints.
In some "state-lead" markets, the advantage for incumbent operators is an easier business case. In Malaysia, the government has decided to co-finance a fifth of the cost of an urban deployment of FTTP. As you would expect, Telecom Malaysia customers are able to buy service that is quite attractive compared to what one would find in a market where such subsidies are not available, says Felton.
In Australia and New Zealand, deployment models involve heavy government intervention, both in funding and investment structure establishment.
The biggest anticipated growth of this second wave is China. The Chinese government itself is not directly involved in the FTTP push, but all of the competing Chinese telcos are state owned, which imposes different constraints on their investment decisions compared to private players.
The somewhat discouraging news is that, after 10 years, FTTH has not produced unambiguously new and lucrative applications. That doesn't mean such applications will not develop, but simply that a private market cost-benefit analysis might suggest it still isn't so smart to charge ahead with a robust FTTH program at all costs.
Saturday, June 19, 2010
After 10 Years of Big Bandwidth, Where are the New Apps?
Labels:
fiber to home,
FTTH
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.
Friday, June 18, 2010
Gulf Oil Illustrates Bigger Problem: People are Starting to See Govt. as Anti-Business
For over a month, Pres. Barack Obama watched the oil spill spread over the Gulf of Mexico with the same powerless horror as other Americans. Finally, lampooned by his countrymen for his impotence, he was spurred into action. He attacked the only available target—BP—and, to underline the seriousness with which he takes this problem, he gave his first Oval Office address on the subject.
The address got poor reviews; the attack on BP better ones. This week the firm bowed to pressure, and announced that it was, in effect, handing over $20 billion to the government to pay for compensation and clean-up, as well as cancelling the payment of any dividends this year and setting up a fund—of a mere $100m—to compensate unemployed oil workers.
This may do Mr Obama some good. Whether it will benefit America is more doubtful. Businessmen are already gloomy, depressed by the economy and nervous of their president’s attitude towards them. This episode will not encourage them.
The address got poor reviews; the attack on BP better ones. This week the firm bowed to pressure, and announced that it was, in effect, handing over $20 billion to the government to pay for compensation and clean-up, as well as cancelling the payment of any dividends this year and setting up a fund—of a mere $100m—to compensate unemployed oil workers.
This may do Mr Obama some good. Whether it will benefit America is more doubtful. Businessmen are already gloomy, depressed by the economy and nervous of their president’s attitude towards them. This episode will not encourage them.
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.
FCC Moves Toward "Public Utility" Regulation of Broadband
Public Utilities do some things quite well. But innovation is not one of them. And that's the problem with common carrier regulation: it often results in good quality for basic services, but with high prices and very-low innovation beyond the basic service.
Electricity, water, natural gas, and until recently local telephone and cable services were usually classified as public utilities and regulated by government. Now, however, the Federal Communications Commission wants to classify the decentralized Internet as a public utility, as FCC chair Julius Genachowski tries to get around a Supreme Court ruling blocking his Net Neutrality ambitions.
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.
Wireless Broadband Would Account for More than 1/2 of Losses Under Net Neutrality Rules
Network neutrality rules would reduce the growth rate of the broadband sector by around 15 percent per year, according to an analysis by the Brattle Group. The loss—$5 billion in 2011, growing to $100 billion by 2020—increases over time and represents a 2.5 percent smaller sector in 2011 and a 17.7 percent smaller sector by 2020.
Wireless broadband would bear much of the brunt of the reduction, as mobile broadband is expected to be the driving force for broadband overall starting about 2013, Brattle Group says. The share of revenue from mobile broadband lines grows over the period, overtaking revenue from wireline broadband lines by 2013. The business versus residential split is fixed at its 2008 proportions of 37 percent business and 63 percent residential.
Residential fixed lines continue to grow at eight percent per year rate until they reach 90 percent of households and thereafter grow at two percent per year. The business fixed lines grow at the same rate.
Mobile broadband is expected to be the source of most of the broadband growth over the next decade and consequently would bear the largest share of the economic burden of network neutrality regulations.
In 2008, mobile broadband lines accounted for only about a quarter of all broadband lines, but would likely account for more than half of the economic losses over the coming decade if the proposed network neutrality regulations are put into place.
Labels:
mobile broadband,
net neutrality
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.
FCC to Allow "Re-Purposing" of 90 MHz of Mobile Satellite Spectrum
The Federal Communications Commission has initiated a proceeding to free up 90 MHz of spectrum
for mobile broadband by removing barriers to flexible use of satellite spectrum allocated for other purposes.
The FCC already has approved the Harbinger-SkyTerra transaction, which will enable Harbinger to
invest billions of dollars in building a 4G wireless network using spectrum that includes spectrum in the mobile satellite service bands that originally were licensed for mobile satellite only. Under new rules, that spectrum can be used for terrestrial fourth-generation mobile use as well.
The FCC had already allowed some terrestrial service over MSS, allowing satellite operators to build ground-based networks over the spectrum to augment the larger satellite network. But the FCC now has lifted the satellite requirement entirely from two other MSS bands, the L-band and the band known as Big-LEO (low earth orbit), where satellite operators like SkyTerra and GlobalStar operate.
The FCC apparently is moving towards allowing satellite operators could lease out their spectrum to terrestrial operators as well, allowing them to augment or build their own mobile broadband networks. Currently, the rules allow MSS-license holders to wholesale capacity on networks they build, but the MSS operators might also be allowed to sell wholesale access to the spectrum itself.
for mobile broadband by removing barriers to flexible use of satellite spectrum allocated for other purposes.
The FCC already has approved the Harbinger-SkyTerra transaction, which will enable Harbinger to
invest billions of dollars in building a 4G wireless network using spectrum that includes spectrum in the mobile satellite service bands that originally were licensed for mobile satellite only. Under new rules, that spectrum can be used for terrestrial fourth-generation mobile use as well.
The FCC had already allowed some terrestrial service over MSS, allowing satellite operators to build ground-based networks over the spectrum to augment the larger satellite network. But the FCC now has lifted the satellite requirement entirely from two other MSS bands, the L-band and the band known as Big-LEO (low earth orbit), where satellite operators like SkyTerra and GlobalStar operate.
The FCC apparently is moving towards allowing satellite operators could lease out their spectrum to terrestrial operators as well, allowing them to augment or build their own mobile broadband networks. Currently, the rules allow MSS-license holders to wholesale capacity on networks they build, but the MSS operators might also be allowed to sell wholesale access to the spectrum itself.
Labels:
4G,
Harbinger Capital,
LTE,
SkyTerra
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's New Smartphone Plans Could Send iPhone And BlackBerry Sales Through The Roof
AT&T's cheaper tiers of mobile data subscriptions, especially a $15 a month entry-level plan, could boost smartphone sales by making them more affordable to a much bigger market, which in turn should drive bigger unit sales and activations for Apple, Research In Motion, and other companies that sell smartphones at AT&T.
The new plans mean an iPhone becomes a much more affordable option for kids, lower-end users, and basically anyone who was turned off by the requirement to spend a mandatory $30 per month on data access, whether you used it a lot or a little.
The new plans mean an iPhone becomes a much more affordable option for kids, lower-end users, and basically anyone who was turned off by the requirement to spend a mandatory $30 per month on data access, whether you used it a lot or a little.
Labels:
att,
smartphone
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.
4G/LTE Standards Advance
The International Telecommunication Union is likely to approve two 4G standards.
IMT-Advanced (International Mobile Telecommunications Advanced) is the "real" 4G, whereas current wireless technologies such as LTE and WiMax 802.16e are pre-4G, or proto-4G, technologies.
The two technologies set to make the 4G cut are LTE Advanced, proposed by the 3rd Generation Partnership Project (3GPP) , and the Institute of Electrical and Electronics Engineers Inc. (IEEE) 's 802.16m (also known as WiMax 2.0), both of which have been under consideration since October 2009.
IMT-Advanced (International Mobile Telecommunications Advanced) is the "real" 4G, whereas current wireless technologies such as LTE and WiMax 802.16e are pre-4G, or proto-4G, technologies.
The two technologies set to make the 4G cut are LTE Advanced, proposed by the 3rd Generation Partnership Project (3GPP) , and the Institute of Electrical and Electronics Engineers Inc. (IEEE) 's 802.16m (also known as WiMax 2.0), both of which have been under consideration since October 2009.
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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