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See Subscriber Charts: Internet Subs by Physical Network

"Broadband technologies are currently being deployed by the private sector throughout the United States. According to the latest FCC data on the deployment of high-speed Internet connections (released July 7, 2005), as of December 31, 2004, there were 37.9 million high peed lines connecting homes and businesses to the Internet in the United States, a growth rate of 17% during the second half of 2004. Of the 37.9 million high speed lines reported by the FCC, 35.3 million serve homes and small businesses. The FCC found at least one high speed subscriber in 95% of all zip codes in the United States. While the broadband adoption rate stands at approximately 35% of U.S. households, broadband availability is much higher. The FCC estimates that roughly 20 percent of consumers with access to advanced telecommunications capability actually subscribe. According to the FCC, possible reasons for the gap between broadband availability and subscribership include the lack of computers in some homes, price of broadband service, lack of content, and the availability of broadband at work.

"According to the International Telecommunications Union, the U.S. ranks 16th worldwide in broadband penetration (subscriptions per 100 inhabitants as of December 2004). Similarly, data from the Organization for Economic Cooperation and Development (OECD) found the U.S. ranking 12th among OECD nations in broadband access per 100 inhabitants as of December 2004. By contrast, in 2001 an OECD study found the U.S. ranking 4th in broadband subscribership per 100 inhabitants (after Korea, Sweden, and Canada)".- Broadband Internet Regulation and Access: Background and Issues, CRS p. 5 Jan. 26, 2006 OpenCRS

International Broadband Rankings

Subs per 100 Inhabitants

G7 Countries 4Q01 OECD
ITU 2002
Dec. 2002 OECD XLS
Dec. 2003 OECD XLS
ITU 2004
Dec. 2004 OECD XLS
ITU Jan 2005
Dec. 2005 OECD XLS
ITU Jan 2006
Dec. 2006 OECD XLS
Dec. 2007 OECD XLS
ITIF Composite Score 2007
CAN 8.8 KOR 21.3 KOR 21.8 KOR 24.2 KOR 24.8 KOR 24.8 KOR 24.9 ICE 26.4 ICE DNK 31.8 DNK 35.1 KOR 16.0
USA 4.3 HKG 14.6 CAN 12.1 CAN 15.1 HKG 21.9 NLD 19.0 HKG 20.9 KOR 25.3 KOR NLD 31.8 NLD 34.8 JPN 15.1
GER 2.3 CAN 11.5 BEL 8.7 ICE 14.3 NLD 19.8 DEN 19.0 NLD 19.4 NLD 25.22 NLD KOR 29.1 ISL 32.2 FIN 12.2
JPN 2.2 TWN 9.4 ICE 8.5 DEN 13.1 DEN 18.9 ICE 18.2 DEN 19.3

DEN 24.9

DEN ICE 28.8 NOR 31.2 NLD 11.8
EU 1.5 ICE 8.6 DEN 8.3 NLD 11.8 ICE 18.4 CHE 17.6 CAN 17.6 CHE 23.8 HKG CHE28.3 CHE 31.0 FRA 11.6
FRA 1.0 DEN 8.6 SWE 8.2 BEL 11.7 CAN 17.1 CAN 17.6 CHE 17.0 FIN 22.4 CHE NOR 27.4 FIN 30.7 SWE 11.5
ITA 0.7 BEL 8.4 NET 7.0 SWE 11.0 TWN 16.5 BEL 15.5 TWN 16.3 NOR 21.8 FIN FIN 27.1 KOR 30.5 DEN 11.4
UK 0.6 SWE 7.7 USA 6.7 JPN 10.7 CHE 16.4 JPN 15.0 BEL 16.0 CAN 20.7 NOR SWE 27.1 SWE 30.3 ICE 11.2
  AUT 6.6 JPN 6.1 CHE 10.5 BEL 15.6 FIN 14.9 ICE 15.5 SWE 20.2 CAN CAN 23.6 LUX 26.7 NOR 11.1
  NLD 6.5 CHE 5.6 USA 9.5 FIN 15.3 NOR 14.8 SWE 15.1 BEL 18.1 SWE BEL 22.3 CAN 26.6 CHE 10.8
  USA 6.5 AUT 5.6 FIN 9.5 JPN 15.3 SWE 14.8 NOR 15.0 JPN 17.6 TWN UK 21.5 UK 25.8 CAN 10.6
  CHE 6.3 FIN 5.5 NOR 8.0 NOR 14.9 USA 12.7 ISR 14.3 UK 16.3 BEL USA 20.2 BEL 25.7 AUS 10.5
  JPN 6.1 NOR 4.2 AUT 7.6 ISR 14.0 AUT 10.6 JPN 14.1 USA 16.2 ISR JPN 20.2 FRA 24.6 UK 10.3
  SGP 5.5 GER 4.0 FRA 5.9 SWE 13.7 FRA 10.5 FIN 12.8 FRA 15.1 JPN FRA 20.1 GER 23.8 LUX 10.3
  FIN 5.3 ESP 3.0 GER 5.6 LIE 13.7 UK 10.4 SGP 11.6 LUX 14.5 USA LUX 19.7 USA 23.3 USA 10.25
    FRA 2.8 ESP 5.4 USA 12.8 LUX 9.6 USA 11.4 AUT 14.3   AUS 19.0 AUS 23.3 GER 10.2
    PRT 2.5 UK 5.4 UK 11.9 GER 8.4 FRA 11.2 AUS 13.6   AUT 17.2 JPN 22.1 BEL 10.2
    UK 2.3 PRT 4.8 SGP 11.9 PRT 8.2 UK 10.3 GER 13.0   GER 17.1 AUT 19.6 PRT 10.2
    AUS 1.8 ITA 4.1 FRA 11.2 ITA 8.1 AUT 10.1 ITA 11.8   ESP 15.1 NZ 18.3 NZ 9.7
    ITA 1.7 AUS 3.5 AUT 10 ESP 8.1 PRT 8.5 ESP 11.5   ITA 14.3 IRE 18.1 ESP 9.7

Other Rankings

               
Subs millions Dec. 2007 OECD XLS
ITIF Lowest Monthly Price per Mbps 2007 ITIF Ave download speed Mbps
                USA 70 JPN 0.13 JPN 63.6
                JPN 28 KOR 0.37 KOR 49.5
                GER 20 FRA 0.33 FIN 21.7
                UK 16 SWE 0.35 FRA 17.6
                FRA 16 FIN 0.42 SWE 16.8
                KOR 15 AUS 0.94 NLD 8.8
                ITA 10 NZ 1.05 PRT 8.1
                CAN 9 GER 1.10 POL 7.9
                SPA 8 PRT 1.24 NOR 7.7
                NLD 6 UK 1.24 CAN 7.6
                AUS 5 GRE 1.41 AUT 7.2
                MEX 5 DEN 1.65 BEL 6.3
                TUR 4 LUX 1.85 ICE 6.1
                POL 3 NLD 1.9 GER 6.0
                SWE 3 ITA 1.97 USA 4.9
                BEL 3 ESP 2.27 DEN 4.6
                CHE 2 NOR 2.74 ITA 4.2
                DNK 2 USA 2.83 SLO 3.5
                AUT 2 CHE 3.4 HUN 3.3
                FIN 2 BEL 3.58 LUX 3.1

FCC Proceeding

Comment Sought On International Comparison And Consumer Survey Requirements In The Broadband Data Improvement Act GN Docket No. 09-47

  • Comment Date: April 10, 2009
  • Reply Comment Date: April 17, 2009

In this Public Notice, we seek comment on how the Commission should implement sections 103(b) and 103(c)(1) of the Broadband Data Improvement Act (BDIA). These sections impose new broadband data collection and reporting obligations on the Commission by requiring the Commission to include an international comparison in its annual broadband report and to conduct a consumer survey of broadband service capability.

Specifically, s ection 103(b) of the BDIA provides:

(b) INTERNATIONAL COMPARISON.-

(1) IN GENERAL.-As part of the assessment and report required by section 706 of the Telecommunications Act of 1996 (47 U.S.C. 157 note), the Federal Communications Commission shall include information comparing the extent of broadband service capability (including data transmission speeds and price for broadband service capability) in a total of 75 communities in at least 25 countries abroad for each of the data rate benchmarks for broadband service utilized by the Commission to reflect different speed tiers.

(2) CONTENTS.-The Commission shall choose communities for the comparison under this subsection in a manner that will offer, to the extent possible, communities of a population size, population density, topography, and demographic profile that are comparable to the population size, population density, topography, and demographic profile of the various communities within the United States. The Commission shall include in the comparison under this subsection-

(A) a geographically diverse selection of countries; and

(B) communities including the capital cities of such countries.

(3) SIMILARITIES AND DIFFERENCES.-The Commission shall identify relevant similarities and differences in each community, including their market structures, the number of competitors, the number of facilities-based providers, the types of technologies deployed by such providers, the applications and services those technologies enable, the regulatory model under which broadband service capability is provided, the types of applications and services used, business and residential use of such services, and other media available to consumers.

The Commission invites parties to comment on how the Commission can effectively implement the international comparison of broadband service capability, including speeds and prices, required by section 103(b). We seek comment on the criteria in section 103(b)(2) for the identification and selection of the communities to be included in the survey. We seek comment on the enumerated indicators in section 103(b)(3) for the identification of "relevant similarities and differences in each community" as well as any additional indicators that commenters seek to propose. We also seek comment on all possible sources of data that the Commission should examine in the course of implementing this section of the BDIA. Finally, we seek comment on any other factors or issues the Commission should consider in implementing section 103(b) of the BDIA.

Section 103(c)(1) of the BDIA provides:

(c) CONSUMER SURVEY OF BROADBAND SERVICE CAPABILITY.-

(1) IN GENERAL.-For the purpose of evaluating, on a statistically significant basis, the national characteristics of the use of broadband service capability, the Commission shall conduct and make public periodic surveys of consumers in urban, suburban, and rural areas in the large business, small business, and residential consumer markets to determine-

(A) the types of technology used to provide the broadband service capability to which consumers subscribe;

(B) the amounts consumers pay per month for such capability;

(C) the actual data transmission speeds of such capability;

(D) the types of applications and services consumers most frequently use in conjunction with such capability;

(E) for consumers who have declined to subscribe to broadband service capability, the reasons given by such consumers for declining such capability;

(F) other sources of broadband service capability which consumers regularly use or on which they rely; and

(G) any other information the Commission deems appropriate for such purpose.

The Commission invites parties to comment on how the Commission can effectively implement the survey requirements in section 103(c)(1), including any factors or issues the Commission should consider as part of this implementation.

Broadband Data Improvement Act of 2008, Pub. L. No. 110-385, 122 Stat. 4097 (codified at 47 U.S.C. §§ 1301-04).

BDIA § 103(b); 47 U.S.C. § 1303(b).

BDIA § 103(c)(1); 47 U.S.C. § 1303(c)(1).

We recognize that, while the Commission previously raised related issues of whether and how the Commission should undertake broadband customer surveys in a pending proceeding, the BDIA mandates that we conduct and publish such a survey. See Development of Nationwide Broadband Data to Evaluate Reasonable and Timely Deployment of Advanced Services to All Americans, Improvement of Wireless Broadband Subscribership Data, and Development of Data on Interconnected Voice over Internet Protocol (VoIP) Subscribership , WC Docket No. 07-38, Report and Order and Further Notice of Proposed Rulemaking, 23 FCC Rcd 9691, 9712, para. 40 (2008).

Released:  03/31/2009.  COMMENT SOUGHT ON INTERNATIONAL COMPARISON AND CONSUMER SURVEY REQUIREMENTS IN THE BROADBAND DATA IMPROVEMENT ACT. (DA No.  09-741). (Dkt No 09-47). Comments Due:  04/10/2009. Reply Comments
Due:  04/17/2009.  WCB. Contact:  Randy Clarke or Jeremy Miller at (202) 418-0940
< http://hraunfoss.fcc.gov/ edocs_public/attachmatch/DA- 09-741A1.doc >
< http://hraunfoss.fcc.gov/ edocs_public/attachmatch/DA- 09-741A1.pdf >
< http://hraunfoss.fcc.gov/ edocs_public/attachmatch/DA- 09-741A1.txt >

Analysis and Criticism of Internet Rankings and Statistics

    US is falling behind

    • "The United States is behind in broadband deployment, speed and price. Despite what some advocates and analysts claim, the United States is behind in broadband performance and its rank has been falling since 2001." [ITIF VII]

Differences between countries

  • General variables / differences
    • Countries with "robust national broadband strategies" fare better then those countries without
    • Levels of competition matter
    • Demand side issues matter such as ownership of computers
    • Per capita income
    • Percent of the population that are internet users
    • Price of broadband
    • Median age of population
  • Teledensity
    • 50% of South Korea live in high teledensity, large apartment buildings - the cost of deployment of infrastructure to these apartment buildings is significantly less than deployment to single homes or more suburban environments. [ITIF VII, p. 10]
    • The USA has large rural areas with low teledensity, making infrastructure deployment expensive.
    • The USA has the longest copper loop lengths of the 13 OECD countries where this data is available - making DSL deployment expensive and difficult. [ITIF VII]
  • Govt Policy
    • Government incentives are a factor
    • "S. Korean government's certificant system, implemented in 1999 for broadband Internet-equipped buildings to expedite expansion of broadband Internet services . . . requires all newly constructed buildings in S Korea to be designed to enable high speed broadband connections, such as locating DSL access multiplexers (DSLAMs) or cable head-ends in apartment basements." [ITIF p 10]
  • In Japan, the govt has a significant ownership interest in the telecom provider NTT

Problems with Methodology

  • USA Today article appears to compare actual delivered US speeds with advertised speeds in other countries. [Hoewing Verizon]
  • Intl Comparisons do not reflect upstream speeds. [Hoewing Verizon]
  • "The principal limitation of the OECD rankings are that they measure penetration on a per capita basis rather than a per household basis. When measured on a household basis, the US rank improves somewhat, to 12th " (from 15th in 2007) [ITIF 5]
  • OECD fails to include WiFi Hot Spots and at work access
  • Technology Administration, Department of Commerce, Understanding Broadband Demand, A Review of Critical Issues , page 6 (Sept 23, 2002)
    • Nationwide, new BB subs increased by 400% btw June 2000 and June 2002 to 24 m users (not HH) according to the Pew Internet and American Life Project.
    • Consistent with these findings, NCTA reported 67% cable BB user growth btw august 2001 and August 2002.  For Q201 to Q202 Verizon reported 79% DSL user growth, SBC 67%, Qwest 37% (with 81% DSL revenue growth), BS 111% and Earthlink 74.6%.
    • Nielson NetRatings reported strong BB demand and subs growth in some of the biggest US cities btw April 2001 and May 2002 - up 71% in NYC, 88% in Lost Angeles, 48% in Boston, 153% in WDC and 21% in SF.
Income Have BB Want BB Not Online
< $35,000 4% 12% 70%
$35k - 50k 11% 20% 51%
$50k-$75K 14% 24% 40%
$75k-$100k 17% 30% 29%
Over $100k 28% 37% 15%
Mean $69,2000 $62,700 $41,700
Page 7

Global Broadband

Broadband Adoption By Service by Percentage

NB: Some surveys contrast all types of Internet access (including dial up), some only contrast DSL to Cable.

  1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
Cable










706


56.0

75.3





VT





15.3




DSL










706


16.8

14.9





VT





10.3




Dial Up










VT





71.0




Wireless










VT





0.4




Satellite










VT





0.8




Fiber










 










Other










706




9.8





VT





2.3




  • The 2007 Digital Economy Fact Book, Progress and Freedom Foundation p. 17 (Dec. 2007) ( PDF )
  • Vermont Telecommunications Plan, Sept 2004 p. 4-29 (Vermont Residents)
  • Cable represented 75.3% of advanced service lines, ADSL represented 14.9%, and other technologies represented 9.8% in December 2003. The relative position of cable and ADSL was 56% and 16.8% in June 2001. Cable represented 58% of high speed lines, with ADSL representing 34% as of year-end 2003. Pew Internet Project reported in April 2004 that 42% of broadband users at home connected via DSL, compared to 28% a year previously. [p.30] [p.29] FCC Fourth Sec. 706 Report (Sept. 2004)

Plan to Adopt Soon

Vermont Residents Likely to Upgrade to faster Internet connection in the next year: Yes 23% : No 67% Dont Know 10%. Vermont Residents without home Internet access likely to acquire it in the next year: Yes 23%: No 69% : Dont Know 7% : Refused 1%.Vermont Telecommunications Plan, Sept 2004 p. 4-27

Demographics

Broadband by Location

Broadband at Home

Refusniks

Percent of Non Users 2000 2001 2002
No Computer 37.7 25.5 28.5
No Interest 33.3 21.4 23
Dont Know How 18.9 6.9 15.4
Too Expensive 9.1 2.6 9.6
Fear of Tech 4.2 5.6 2.6
Privacy Security Concerns 2.9 1.6 0.8
Not Appropriate for Kids 1.9 0.8 1.4
Computer Not Good Enuf 1.4 1.2 3.4
Consumes too much time 0 1.6 3.6

Availability

  • FCC Fourth Sec. 706 Report (Sept. 2004)
    • As of December 2003, only 6.8% of zip codes reported no high-speed lines, compared to 22.2% of zip codes with no reported lines in June 2001. There also has been a steady growth in the percent of zip codes reporting four or more providers of high-speed lines, from 27.5% in June 2001 to 46.3% in December 2003. With respect to the lowest density zip codes (fewer than six persons per square mile), there were reported lines in 73% of zip codes in December 2003, compared to 37% in June of 2001. [p.30]
    • [p.30]
  • "In 2001 MSDW estimated that 90% of Americans will be able to sign up for either DSL or cable by the end of 2002, although other data has suggested that only 31% will have a competitive choice between these transmission platforms." Technology Administration, Department of Commerce, Understanding Broadband Depand, A Review of Critical Issues , page 5 (Sept 23, 2002)
  • Availability of Broadband Internet Access:Empirical Evidence TPRC Paper 1999
  • U.S. Broadband Growth Steady, ISP Planet 11/20/ 02 "cable modem and DSL together represented 88 percent of the household broadband access market in the U.S., up from 70 percent of broadband access in 2000"

Price Per Bit

Value of Bits: Cost Per Megabyte of Various Services

Service Typical Monthly Bill Revenue Per MB
Cable
$40
$0.00012
Broadband Internet
$50
$0.025
Phone
$70
$0.08
Dial Up Internet
$20
$0.33
Cell Phone
$50
$3.50
SMS

$3000

Source: Andrew Odlyzko, Pricing and Architecture of the Internet: Historical Perspectives from Telecommunications and Transportation, p. 4 (TPRC 2004)

Download Speeds

    • Download time of a 2-begabyte file for various Internet Connections
      • Transfer time, 3 megabyte file, hours/seconds
        • 56 kbps - 7 min 15 sec
        • 128 kbps - 3 min 7 secs
        • 258 kbps - 1 min 33 secs
        • 512 kbps - 47 secs
        • 1.5 mbps - 16 secs
        • 2 mbps - 12 secs
        • 10 mbps - 2.4 secs
        • 100 mbps - 0.24 secs
      • File type and size
        • Movie 1.5 hours DVD quality - 4000 megabytes
        • Move 1.5 hour DivX - 650 megabytes
        • 3 minute music wav file - 35 meg
        • Digital photo 4 megapixels uncompressed - 11 meg
        • ITU Internet for a Mobile Generation Report Adobe - 4 Meg
        • 3 Minute Music File MP3 - 3 Meb
        • Digital Photo 4 megapixels JPEG 10:1 - 1 meb
      • Birth of Broadband, ITU Internet Report, (Sept 2003) Figure 1.2 page 2

Cable

  • MSO Market Share as of 2Q04, Kinetic Strategies (10/25/04)
MSO
CMS Subs
x1000
Comcast
6,000
TW Cable
3,548
Cox
2,246
Charter
1,711
Cablevision
1,179
Adelphia
1,164
Bright House
675
Mediacom
327
Insight
274
RCN
220
CableOne
152
Other
255
Total
17,752

 

Dial Up

  • US increases its lead in dial-up Internet service, Muni 4/27/2005
  • Broadband Passes Dial-up in U.S.” MSNBC.com, August 18, 2004. (" That [63 m Broadband subscribers] amounts to 51 percent of U.S. residential users, up from 49 percent in June and from 38 percent just a year earlier. Sixty-one million, or 49 percent of residential users, us narrowband hookups, down from 62 percent last July, Nielsen//NetRatings said. ")

DSL

Fiber

Satellite

  • Satellite Service Battles Lag, Wired 9/14/2004
  • FCC Fourth Sec. 706 Report (Sept. 2004)
    • Satellite and wireless accounted for approximately 1.3% of high-speed lines (Dec. 2003). None of the satellite-based Internet access services satisfy the definition of advanced services. [p.23]
    • Two major providers: Starband [20k subs] and DirectWay. [p.23]
    • Boeing recently launched Connexion, a realtime, high-speed in-flight Internet access service for passengers using satellite technology. [p.23]
    • On July 17, 2004 , WildBlue Communications announced the launch of its first Ka-band satellite payload aboard Telesat’s Anik F2 satellite. [p.23]
  • Business

  • "The most current study of BB availability to US businesses that we could find was from April 2001.  56% of small business, 85% of medium size businesses, and 87% of large businesses had access to broadband services if they wanted them." Technology Administration, Department of Commerce, Understanding Broadband Depand, A Review of Critical Issues , page 6 (Sept 23, 2002)

Wifi

Wifi Hotspots x1000

  2000 2001 2002 2003 2004 2005
U.S.    


 


Worldwide    

    Note: Estimates of the number of hotspots vary widely. Note also that the term "hotspot" may not be consistently defined.

  • Links
  • "Today, there are more than 3,701 hotspots in the United States in locations such as cafes, airports, public parks and hotels." Intel, Most Unwired Cities Survey (2003) (citing IDC, 2003)
  • WiFi hotspots top 45,000, Register Oct 22, 2003 (citing Pyramid Research "Around half of the world's hotspots are in Asia (24,300) while Europe (10,160) and the US (10,970) boast roughly the same number.")
  • FCC Fourth Sec. 706 Report (Sept. 2004)
    • “Wi-Fi hardware market achieving staggering growth in 2003,…expecting 22.7 million NIC [network interface card] and AP units rolled out in 2003, a 214% increase from 2002’s 7.2 million units shipments.” [p. 19]
    • According to industry, approximately 2,000 to 3,000 WISPs serving nation’s rural areas [p.31]
  • "Top 10" Wireless Internet Service Providers, Broadband Wireless Exchange's 2004 (January 2004)
  • Number of Wireless LAN Hot Spots in US:  2000: 2,000 - 2001: 5,000 - 2002: 11,000.  Vendors Pursue Gold at End of Rainbow, Network World at 14 July 22, 2002 (citing Cahners In-Stat/MDR)
  • 400,000 unl subs summer 2002 per Alvarion

Wireless

Cost Model

    Cable and DSL Internet Access Cost Structure - an example
    $ Per customer per month for model network build
    2002E xDSL Cable
    Total Costs $47 $40
    Transport/network 2 4
    ISP/Hosting 5 5
    Customer
    Acquisition
    15.5 14.0
    CPE 4.5 3
    Home Installation 5 6
    Customer
    Service/Billing
    11 7
    Maintenance 4 1

    Costs are for ILEC.  Excludes CLEC UNE costs.  Source: McKinsey and JFMS analysis 2001.

 

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