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<body>Hello all,<BR>
<BR>
I have been out of the IP field for a few years so forgive me if my question is about old news, but here it is:<BR>
<BR>
Is the decrease in the percentage of used IPv4 space in the United States of America due to other countries increasing their usage and/or the return of unused IPv4 space in the United States of America? Just looking at upcoming usage statistics globally.<BR>
<BR>
Thanks,<BR>
Tanya Hinman, RN<BR>
+1 919 272 1835<BR>
<BR><BR><BR><BR><BR> <BR>
<HR id=stopSpelling>
<BR>
> To: ipv6-wg@ripe.net; address-policy-wg@ripe.net<BR>> From: iljitsch@muada.com<BR>> Subject: [ipv6-wg] 2006 IPv4 Address Use Report<BR>> Date: Mon, 1 Jan 2007 17:27:08 +0100<BR>> <BR>> 2006 was another busy year for the five Regional Internet Registries: <BR>> together, they gave out 161.48 million IPv4 addresses, just shy of <BR>> the 165.45 million given out in 2005 as measured on january first 2006.<BR>> <BR>> The current (jan 1st, 2007) figure for 2005 is 175.52 million <BR>> addresses. Together with adjustments for earlier years, this brings <BR>> the total addresses available to almost exactly 1.3 billion, down <BR>> from 1468.61 million a year ago. This is out of 3706.65 million <BR>> usable IPv4 addresses, so 2407.11 million addresses are currently <BR>> given out to either end-users or Internet Service Providers.<BR>> <BR>> Breakdown by Regional Internet Registry over the past few years as <BR>> seen on 2007-01-01:<BR>> <BR>> 2000 2001 2002 2003 2004 2005 2006<BR>> <BR>> AfriNIC 0.56 0.39 0.26 0.22 0.51 1.03 2.72<BR>> APNIC 20.94 28.83 27.03 33.05 42.89 53.86 51.78<BR>> ARIN 30.83 28.55 21.08 22.32 34.26 47.57 38.94<BR>> LACNIC 0.88 1.61 0.65 2.62 3.77 10.97 11.50<BR>> RIPE NCC 24.79 25.36 19.84 29.61 47.49 62.09 56.53<BR>> <BR>> Total 78.00 84.73 68.87 87.82 128.92 175.52 161.48<BR>> <BR>> Compare this to the totals as seen on 2006-01-01:<BR>> <BR>> Total 78.35 88.95 68.93 87.77 128.45 165.45<BR>> <BR>> (See last year's report for more details at http://www.bgpexpert.com/ <BR>> addrspace2005.php )<BR>> <BR>> The main reason for the discrepancy is that the RIRs publish on their <BR>> respective FTP servers lists of which address block was given out <BR>> when. When a block of address space is given back by the holder, it's <BR>> removed from the list. This is the reason why the numbers for earlier <BR>> years keep going down. The 10 million extra addresses in 2005 and 4 <BR>> million in 2001 are the responsibility of ARIN, which went from 36.30 <BR>> million addresses for 2005 in their 2006-01-01 records to 47.56 in <BR>> their 2007-01-01 records. The reason for the retroactive growth is <BR>> unknown.<BR>> <BR>> AfriNIC gives out address space in Africa, APNIC in the Asia-Pacific <BR>> region, ARIN in North America, LACNIC in Latin American and the <BR>> Caribbean and the RIPE NCC in Europe, the former Soviet Union and the <BR>> Middle East.<BR>> <BR>> The Internet Assigned Numbers Authority (IANA, part of ICANN) keeps <BR>> an overview of the IPv4 address space at http://www.iana.org/ <BR>> assignments/ipv4-address-space. The list consists of 256 blocks of <BR>> 16.78 million addresses. Breakdown:<BR>> <BR>> Delegated to Blocks +/- 2006 Addresses (millions)<BR>> <BR>> AfriNIC 1 16.78<BR>> APNIC 19 +3 318.77<BR>> ARIN 27 +4 452.98<BR>> LACNIC 4 67.11<BR>> RIPE NCC 22 +3 369.10<BR>> Various 50 838.86<BR>> End-user 43 721.42<BR>> Available 55 -10 922.74<BR>> <BR>> Of the 2063.60 million addresses delegated to the five Regional <BR>> Internet Registries, 1685.69 million have been delegated to end-users <BR>> or ISPs by the RIRs, and 377.91 million are still available, which is <BR>> almost identical to last year's 378.09 number. Along with the 922.74 <BR>> million addresses still available in the IANA global pool this makes <BR>> the total number of available addresses 1300.65 million, down 167.96 <BR>> million from a year earlier.<BR>> <BR>> The size of address blocks given has been increasing steadily. The <BR>> table below shows the number of requests for a certain range of block <BR>> sizes (equal or higher than the first, lower than the second value).<BR>> <BR>> (2005 and earlier values from 2006-01-01 data, 2006 values from <BR>> 2007-01-01 data.)<BR>> <BR>> 2000 2001 2002 2003 2004 2005 2006<BR>> <BR>> < 1000 326 474 547 745 1022 1309 1526<BR>> 1000 - 8000 652 1176 897 1009 1516 1891 2338<BR>> 8000 - 64k 1440 868 822 1014 1100 1039 1133<BR>> 64k - 500k 354 262 163 215 404 309 409<BR>> 500k - 2M 19 39 29 46 61 60 56<BR>> > 2M 3 5 5 6 7 18 13<BR>> <BR>> The number of blocks in the two smallest categories have increased <BR>> rapidly, but not as fast as the number of blocks in the largest <BR>> category, in relative numbers at least. However, the increase in <BR>> large blocks has a very dramatic effect while the small blocks are <BR>> insignificant, when looking at the millions of addresses involved:<BR>> <BR>> 2000 2001 2002 2003 2004 2005 2006<BR>> <BR>> < 1000 0.10 0.16 0.18 0.25 0.35 0.44 0.52<BR>> 1000 - 8000 2.42 4.47 3.23 3.45 4.49 5.07 6.10<BR>> 8000 - 64k 18.79 12.81 11.35 14.00 15.99 15.46 17.17<BR>> 64k - 500k 35.98 32.19 20.28 25.51 42.01 34.23 49.64<BR>> 500k - 2M 12.68 24.64 21.30 31.98 44.63 41.63 46.64<BR>> > 2M 8.39 14.68 12.58 12.58 20.97 68.62 41.42<BR>> <BR>> The increase in the 2M+ blocks was solely responsible for the high <BR>> number of addresses given out in 2005. In 2006, there was growth in <BR>> all categories except the 2M+ one (even the 500k - 2M category <BR>> increased in number of addresses if not in number of blocks). When <BR>> the 2M+ blocks are taken out of the equation, 2005 had a total of <BR>> 96.83 million addresses (2006-01-01) and 2006 119.06 million given out.<BR>> <BR>> Another way to look at the same data:<BR>> <BR>> Year Blocks Addresses (M) Average block size<BR>> <BR>> 2000 2794 78.35 28043<BR>> 2001 2824 88.95 31497<BR>> 2002 2463 68.93 27985<BR>> 2003 3035 87.77 28921<BR>> 2004 4110 128.45 31252<BR>> 2005 4626 165.45 35765<BR>> 2006 5475 161.48 29494<BR>> <BR>> The 2407.11 million addresses currently in use aren't very evenly <BR>> distributed over the countries in the world. The current top 15 is:<BR>> <BR>> Country Addresses 2007-01-01 Addr 2006-01-01<BR>> <BR>> US 1366.53 M 1324.93 M United States<BR>> JP 151.27 M 143.00 M Japan<BR>> EU 115.83 M 113.87 M Multi-country in <BR>> Europe<BR>> CN 98.02 M 74.39 M China<BR>> GB 93.91 M 73.81 M United Kingdom<BR>> CA 71.32 M 67.43 M Canada<BR>> DE 61.59 M 51.13 M Germany<BR>> FR 58.23 M 45.16 M France<BR>> KR 51.13 M 41.91 M Korea<BR>> AU 30.64 M 26.87 M Australia<BR>> BR 19.27 M 17.17 M Brazil<BR>> IT 19.14 M 18.39 M Italy<BR>> ES 18.69 M 16.29 M Spain<BR>> TW 18.16 M 16.28 M Taiwan<BR>> NL 18.08 M 16.40 M Netherlands<BR>> <BR>> The US holds 57% (down from 60% a year ago) of the IPv4 address space <BR>> in use. The other countries in the list together hold another 34% (up <BR>> from 32%). The rest of the world has 9% (up from 8%).<BR>> <BR>> A copy of this information and a tool to perform queries on up to <BR>> date data is available at http://www.bgpexpert.com/addrspace2006.php<BR>> <BR><BR><br /><hr />View Athletes' Collections with Live Search. <a href='http://sportmaps.live.com/index.html?source=wlmemailtaglinenov06' target='_new'>See it!</a></body>
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