Posts Tagged LTE
Since the publication of Susan Crawford’s book on the alleged failings of U.S. Internet policy, several mainstream outlets have run stories repeating her mantra that Internet speeds are too slow, coverage is shoddy, there is a growing “digital divide” among rich and poor, and broadband prices are too high.
Consider the barrage of “bad news” in just one week:
- The Wall Street Journal reported that six percent of Americans “lack high-speed service” in a story provocatively titled “Gaps Persist in High-Speed Web Access”;
- The Financial Times reported that the United States ranks 16th in Internet speeds, and that U.S. prices on a per-megabit-per-second basis (Mbps) are more than double those in Europe; and
- Digital Trends ran an article touting Ms. Crawford’s policies titled “Admit It: U.S. Internet Service Sucks.”
Are things as gloomy as the naysayers claim? A close look at the facts suggests otherwise. (Yes, that is a link to Need for Speed, my new e-book on Internet policy from Brookings Press; if Bob Woodward can shamelessly promote his book in the Washington Post when reporting the origins of the sequester, surely I can do the same.)
Let’s start with connection speeds. According to Akamai, a global provider of Internet services, the United States ranked ninth in average connection speeds (7.7 Mbps) in the third quarter of 2012, and seventh in percent of Internet connections with speeds above 10 Mbps (18 percent). South Korea leads both categories (average speed of 14.7 Mbps, 52 percent above 10 Mbps). It’s a bit misleading to compare our speeds with those of the fastest country in the world; a seven-minute-per-mile runner looks shoddy compared to the fastest runner in the world. And like any average, our nationwide average speed combines fast connections with slow ones. For example, the average connection speed in eight states (mostly along the densely populated Northeast corridor) exceeds 9 Mbps; any of those states would rank third fastest in the world on Akamai’s list. It’s a bit of a stretch to say that we are the tortoise among rabbits; the United States is more like Danica Patrick, who finished eighth at Daytona on Sunday.
Moving on to coverage gaps. The empirical basis for the share of Americans without “high-speed service” is the FCC’s annual report on the state of broadband deployment. There are two important caveats to keep in mind when assessing these data: The FCC counts wireline connections only, and only those wireline connections that exceed 4 Mbps. Thus, a wireline connection of say 3 Mbps (such as DSL) would not be counted in the FCC’s tally, and a wireless connection of say 10 Mbps (such as 4G LTE) would also be ignored. As of 2011, the latest year for which the FCC has reliable data, only about 7 million U.S. households did not have broadband access; if wireless broadband technologies are counted, the number of households without access to broadband at the FCC’s minimum speed is in the range of 2 to 5 million. It is hyperbole to suggest that broadband operators have ignored large swaths of the country.
And what about that growing “digital divide”? Once again, the naysayers ignore speedy wireless connections to create the appearance of a problem. It is not surprising that wealthier people have greater access to the Internet; they likely have greater access to most goods in the U.S. economy. A 2012 Pew survey shows that the same percentage of white, black, and Hispanic adults (roughly 62 percent) go online wirelessly with a laptop or a cellphone; that slightly more blacks and Hispanics own a smartphone than do whites (49 versus 45 percent); and that twice as many blacks and Hispanics go online mostly using their cell phone compared to whites (38 versus 17 percent).
The third statistic may indicate that blacks and Hispanics lack wireline access relative to whites or that blacks and Hispanics simply have stronger preferences for wireless connections relative to whites; if the latter, there is no problem to be solved. And if income differences explain the differences in broadband choices, income-based subsidies are the logical policy instrument.
Broadband price comparisons. There is a lot of casual empiricism in this area. International price comparisons of a differentiated product such as Internet connectivity should be taken with a grain of salt because the quality of Internet service might not be comparable. Moreover, if you put a gun to a provider’s head (as regulators do in Europe), and require it to make its services available to resellers at incremental costs, you are going to get cheap service—and destroy investment incentives as a nasty byproduct. Citing “harsher rules that have sapped profitability,” Reuters reported that European telco stocks were trading at roughly 9.9 times earnings compared to 17.6 times for their U.S. peers.
In large swaths of this country, the incumbent cable operator faces a fiber-based telco offering triple-play packages. Unless you think that cable operators are colluding with the telcos—a position espoused by Ms. Crawford—Internet prices are less than monopoly levels where telco-based fiber is available. And help is on the way for the rest of us in the form of wireless 4G LTE offerings, satellite broadband connections, and further telco deployment.
This is not to say that market forces and a largely hands-off Internet policy have delivered the ideal state of competition. In a market with large fixed costs, when consumers are reluctant to switch providers, and when certain must-have video programming is controlled by the incumbent cable operator, we shouldn’t expect ten broadband providers in each zip code.
The United States appears to being doing just fine in the broadband race; perhaps not in first place, but certainly deserving of a cameo on the next GoDaddy commercial. Any efforts to stimulate greater deployment should be targeted, and they should respect the incentives of broadband operators to continually upgrade their networks. The naysayers have misdiagnosed the state of broadband competition.
The New York Times just ran a provocative story titled “Americans Paying More for LTE Service,” suggesting that prices charged by U.S. wireless operators for access to their new 4G networks are triple what they would be were our wireless markets more competitive. In support of this claim, they compare the price per gigabyte charged by Verizon Wireless for its bundled voice-data plan ($7.50) to the “European average” LTE price for data-only plans ($2.50), as calculated by the consultancy Wireless Intelligence. Time to call in the trust busters? Hardly.
As any first-year economic student understands, prices are determined by supply and demand conditions. When performing international price comparisons, one should account for these differences before proclaiming that U.S. consumers spend “too much” on a particular service. Of course, it is much easier to generate readership (and hence advertising dollars) with fantastic claims that our wireless markets are not competitive.
Let’s start with differences in demand that could affect the value of wireless data services and thus relative prices. While it makes sense for The Economist to compute a Big Mac Index for a product that is basically the same wherever it is sold, price comparisons of services that are highly differentiated across countries are less revealing. And the quality of wireless LTE networks varies significantly. Verizon’s LTE network covered two-thirds of the U.S. population in April 2012. In contrast, the geographic coverage of European carriers’ LTE networks is anemic, prompting the European Commissioner Neelie Kroes to proclaim this month that the absence of LTE across the continent was proving to be a major problem in Europe. No wonder it is hard to get Europeans to pay dearly for LTE services!
Turning to the supply-side of the equation, while the surface area of the U.S. LTE “coverage blanket” is relatively larger, the European coverage blanket is thicker than ours. U.S. wireless carriers don’t have as much spectrum, the key ingredient in delivering wireless service, as their European counterparts. As pointed out by wireless analyst Roger Entner, U.S. carriers have only one-third of the spectrum available in Italy (on a MHz-per-million-subscribers basis), and one-fifth of the spectrum as France, Germany, and the UK. Given this relative scarcity of spectrum, U.S. carriers must prevent overuse of their LTE networks through the price mechanism—else their data networks would be worthless. As more spectrum comes online, basic economic theory predicts that U.S. data prices will fall.
The staggered LTE offerings by U.S. carriers are another factor affecting the supply-side of the equation. As the New York Times article notes, Verizon was the first to market LTE in the United States in December 2010. AT&T, Sprint, and T-Mobile unveiled LTE offerings at a later date and are playing catch up. To compete for LTE customers, these latecomers are undercutting Verizon, which in turn, will lead to lower prices. By offering unlimited LTE data plans, Sprint charges $0 on a per-gigabyte basis at the margin. T-Mobile also offers an “Unlimited Nationwide 4G” plan at $90 per month (including unlimited voice minutes) that sets the marginal price on a per-gigabyte basis to zero. Although AT&T does not offer unlimited data plans, one can compute the “imputed” price per gigabyte for its bundled voice-data plans by subtracting the price of a comparable unlimited voice plan and then dividing by the gigabytes permitted. The result? A lower price per gigabyte than the European average. (Interested readers can email me for the math.)
Thus, even if you think U.S. wireless data prices are “too high” today, the competitive process should be given more than one year to work its magic. Consider the competition for wireless voice services, which has played out over a decade. According to Merrill Lynch, the United States enjoyed a lower price for voice services on a per-minute-of-use basis ($0.03) than France ($0.10), Germany ($0.08), or the UK ($0.08) in the fourth quarter of 2011. How can the New York Times say, on the one hand, that these European countries serve as a competitive benchmark for wireless data services in the United States, but that the prices for voice services in these same countries should be ignored? Are we to mimic European policies with respect to data services and shun their policies with respect to voice services?
The lesson here is that what’s happening to European prices for wireless voice, wireless data, healthcare, or any differentiated product for that matter depends on several things, none of which is controlled for when making these simplistic international price comparisons. I know, I know. We need to sell Internet advertising. Can you imagine the headline: “Difference-in-difference regression shows that U.S. data prices are just right?”