200.143.0.0/19
AS13878 · Scala Data Centers
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| Country |
Brazil
|
| Domain | scaladatacenters.com |
| ASN | AS13878 |
| Registry | LACNIC |
| ID | SDC27 |
WHOIS Details
% Copyright (c) Nic.br - Use of this data is governed by the Use and inetnum: 200.143.0.0/19 aut-num: AS13878 abuse-c: SCNTE2 owner: Scala Data Centers ownerid: 34.562.112/0001-58 responsible: Contato da Entidade Scala Data Centers owner-c: SCDCE tech-c: SCNTE2 inetrev: 200.143.10.0/24 nserver: ns1.scaladatacenters.com nsstat: 20251120 AA nslastaa: 20251120 nserver: ns2.scaladatacenters.com nsstat: 20251120 AA nslastaa: 20251120 created: 20020904 changed: 20240313 nic-hdl-br: SCDCE person: Scala Data Centers created: 20220826 changed: 20240227 nic-hdl-br: SCNTE2 person: Scala Network Team created: 20240313 changed: 20240313
Nearby Ranges
BGP prefixes that overlap with 200.143.0.0/16
| Range | ASN | Company | Num of IPs |
|---|---|---|---|
| 200.143.192.0/18 | AS1916 | Rede Nacional de Ensino e Pesquisa | 16,384 |
| 200.143.32.0/19 | AS13878 | Scala Data Centers | 8,192 |
| 200.143.160.0/19 | AS15830 | EQUINIX BRASIL | 8,192 |
| 200.143.128.0/19 | AS26609 | Universal Telecom S.A. | 8,192 |
Hosted domains
There are 84 domain names hosted across 20 IP addresses on this ASN. Checkout our API to access full domain hosting information.
| IP Address | Domain | Domains on this IP |
|---|---|---|
| 200.143.18.141 | samsungplay.com.br | 37 |
| 200.143.10.138 | jminstrumentos.com.br | 13 |
| 200.143.23.53 | uoldiveo.com.co | 6 |
| 200.143.18.142 | bemcolorida.com.br | 2 |
| 200.143.18.245 | bonafontagualeve.com.br | 2 |
| 200.143.26.249 | mobisafe.com.br | 1 |
| 200.143.1.230 | cinco-brasil.com | 1 |
| 200.143.1.251 | ebmsbikes.com.br | 1 |
| 200.143.12.212 | brasilassistencia.com | 1 |
Hosted domains API
Pingable IPs
150 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.
| IP Address | ASN | Details |
|---|---|---|
| 200.143.3.133 |
0.81ms from Osasco,
BR
|
|
| 200.143.19.33 |
2.03ms from Osasco,
BR
|
|
| 200.143.23.217 |
1.05ms from Osasco,
BR
|
|
| 200.143.0.5 |
0.53ms from Osasco,
BR
|
|
| 200.143.27.12 |
0.98ms from Osasco,
BR
|
|
| 200.143.25.226 |
1.24ms from Osasco,
BR
|
|
| 200.143.18.135 |
0.87ms from Osasco,
BR
|
|
| 200.143.4.5 |
1.17ms from Osasco,
BR
|
|
| 200.143.26.169 |
0.99ms from Osasco,
BR
|
|
| 200.143.15.65 |
1.46ms from Osasco,
BR
|
|
| 200.143.16.140 |
0.94ms from Osasco,
BR
|
|
| 200.143.14.1 |
0.93ms from Osasco,
BR
|
Other Pingable IPs
Below is a random selection of 25 IPs that replied to an ICMP ping during our most recent internet scan.
| IP Address | ASN | Details |
|---|---|---|
| 194.219.205.99 |
6.32ms from Athens,
GR
|
|
| 2.86.251.83 |
4.53ms from Athens,
GR
|
|
| 84.61.121.51 |
7.39ms from Berlin,
DE
|
|
| 108.130.101.3 |
0.22ms from Dublin,
IE
|
|
| 80.147.132.3 |
4.08ms from Frankfurt am Main,
DE
|
|
| 87.230.14.211 |
3.17ms from Frankfurt am Main,
DE
|
|
| 117.135.247.3 |
0.49ms from Guiyang,
CN
|
|
| 124.92.81.35 |
8.71ms from Liaoyang,
CN
|
|
| 42.6.72.147 |
7.37ms from Liaoyang,
CN
|
|
| 212.139.217.19 |
1.53ms from London,
GB
|
|
| 202.228.254.3 |
7.96ms from Osaka,
JP
|
|
| 92.175.8.147 |
7.92ms from Paris,
FR
|
|
| 61.3.109.179 |
15.61ms from Saint Thomas Mount,
IN
|
|
| 74.42.228.3 |
13.44ms from Secaucus,
US
|
|
| 201.63.61.67 |
0.84ms from São Paulo,
BR
|
|
| 172.211.61.3 |
1.24ms from Amsterdam,
NL
|
|
| 78.111.107.131 |
0.10ms from Ashburn,
US
|
|
| 1.94.223.179 |
3.61ms from Beijing,
CN
|
|
| 20.102.179.51 |
0.30ms from Boydton,
US
|
|
| 3.147.75.227 |
0.15ms from Columbus,
US
|
|
| 98.18.70.131 |
2.10ms from Dallas,
US
|
|
| 39.170.204.99 |
4.86ms from Hangzhou,
CN
|
|
| 95.120.254.3 |
5.82ms from Madrid,
ES
|
|
| 97.88.147.115 |
6.58ms from Minneapolis,
US
|
|
| 43.204.254.211 |
0.13ms from Mumbai,
IN
|
Traceroute
Below is a recent traceroute taken from the IPinfo ProbeNet to an IP in this range. Learn more.
What are IP address ranges?
IP address ranges, or netblocks, are groups of related IP addresses. They are usually represented as a base IP address, followed by a slash, and then a netmask which represents how many IP addresses are contained within the netblock. This format is known as CIDR. You'll also sometimes see netblocks given as a start ip address, and an end ip address, or an ip address range.
Traffic works its way around the internet based on the routing table, which contains a list of networks and their associated netblocks.
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