187.213.128.0/19
AS8151 · UNINET
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| Country |
Mexico
|
| Domain | uninet.com.mx |
| ASN | AS8151 |
| Registry | LACNIC |
| ID | GEC10 |
WHOIS Details
inetnum: 187.213.0.0/16 status: reallocated aut-num: N/A owner: UNINET ownerid: MX-USCV4-LACNIC responsible: No hay informacion address: AVENIDA (AV.) INSURGENTES SUR, 3500, PISO 4 PEÑA POBRE address: 14060 - TLALPAN - CX country: MX phone: +52 5554876500 owner-c: GEC10 tech-c: GEC10 abuse-c: GEC10 inetrev: 187.213.0.0/16 nserver: NSGDL2.UNINET.NET.MX nsstat: 20250509 AA nslastaa: 20250509 nserver: NSMEX2.UNINET.NET.MX nsstat: 20250509 AA nslastaa: 20250509 nserver: NSMTY2.UNINET.NET.MX nsstat: 20250509 AA nslastaa: 20250509 created: 20120509 changed: 20211008 inetnum-up: 187.192.0.0/11 nic-hdl: GEC10 person: Santiago Ricardo Ramirez Luna e-mail: gccips@uninet.com.mx address: AV. INSURGENTES SUR, 3500, TORRE TELMEX COL. PEÑA POBRE address: 14060 - TLALPAN - CX country: MX phone: +52 5554876578 created: 20110706 changed: 20250505
Overlapping Ranges
BGP prefixes that are contained by 187.213.128.0/19
| Range | ASN | Company | Num of IPs |
|---|---|---|---|
| 187.213.136.0/21 | AS8151 | UNINET | 2,048 |
| 187.213.128.0/21 | AS8151 | UNINET | 2,048 |
Nearby Ranges
BGP prefixes that overlap with 187.213.0.0/16
Hosted domains
There are 3 domain names hosted across 3 IP addresses on this ASN. Checkout our API to access full domain hosting information.
| IP Address | Domain | Domains on this IP |
|---|
Hosted domains API
Pingable IPs
3,725 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.
| IP Address | ASN | Details |
|---|---|---|
| 187.213.134.173 | 0.98ms from Guadalajara, MX | |
| 187.213.137.95 | 0.97ms from Guadalajara, MX | |
| 187.213.138.196 | 0.94ms from Guadalajara, MX | |
| 187.213.139.171 | 0.97ms from Guadalajara, MX | |
| 187.213.128.224 | 0.98ms from Guadalajara, MX | |
| 187.213.142.232 | 1.01ms from Guadalajara, MX | |
| 187.213.133.21 | 0.91ms from Guadalajara, MX | |
| 187.213.129.140 | 0.98ms from Guadalajara, MX | |
| 187.213.141.223 | 0.91ms from Guadalajara, MX | |
| 187.213.140.148 | 0.97ms from Guadalajara, MX | |
| 187.213.130.169 | 0.99ms from Guadalajara, MX | |
| 187.213.132.52 | 1.09ms from Guadalajara, MX | |
| 187.213.136.175 | 0.96ms from Guadalajara, MX | |
| 187.213.143.88 | 1.01ms from Guadalajara, MX | |
| 187.213.135.75 | 1.04ms from Guadalajara, MX | |
| 187.213.131.222 | 1.05ms from Guadalajara, MX | |
| 187.213.144.58 | 1.32ms from Guadalajara, MX |
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 |
|---|---|---|
| 85.152.181.179 | 11.35ms from A Coruna, ES | |
| 219.91.145.147 | 6.18ms from Chennai, IN | |
| 35.193.40.99 | 0.11ms from Council Bluffs, US | |
| 81.133.236.147 | 2.87ms from London, GB | |
| 82.45.41.19 | 11.73ms from London, GB | |
| 73.151.111.227 | 10.53ms from Los Angeles, US | |
| 92.186.225.179 | 1.62ms from Madrid, ES | |
| 46.149.213.19 | 7.22ms from Warsaw, PL | |
| 42.86.125.179 | 4.92ms from Liaoyang, CN | |
| 90.7.246.179 | 1.84ms from Paris, FR | |
| 187.86.218.51 | 1.43ms from Sao Paulo, BR | |
| 12.129.2.99 | 8.39ms from Seattle, US | |
| 114.77.87.179 | 9.36ms from Sydney, AU | |
| 23.220.224.115 | 0.11ms from Taipei, TW | |
| 20.4.136.67 | 0.24ms from Amsterdam, NL | |
| 162.14.97.19 | 0.82ms from Chengdu, CN | |
| 34.173.32.83 | 0.12ms from Council Bluffs, US | |
| 49.250.14.179 | 10.28ms from Osaka, JP | |
| 125.6.63.3 | 1.93ms from Seoul, KR | |
| 18.141.42.131 | 0.11ms from Singapore, SG | |
| 202.238.24.3 | 9.76ms from Tokyo, JP | |
| 62.38.248.99 | 1.21ms from Athens, GR | |
| 23.35.6.83 | 7.09ms from Bengaluru, IN | |
| 43.136.31.227 | 1.94ms from Guangzhou, CN | |
| 91.243.36.227 | 10.23ms from Krasnodar, RU |
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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