All ASNs

Autonomous System details for AS3778

AS3778
Temple University • temple.edu

AS3778 — Temple University

AS Name
TEMPLE
Country
United States (US)
Website
Number of IPv4
131,328
Number of IPv6
7.92 × 1028
ASN type
Education
Status
Assigned
Registry
ARIN
Allocated
August 19, 1994
Last updated
November 02, 2023

IP Ranges

3 IPv4 prefixes, 1 IPv6 prefixes
Prefix Company Number of IPs
129.32.0.0/16 Temple University 65,536
131.249.80.0/24 Temple University Health System, Inc. 256
155.247.0.0/16 Temple University 65,536
2607:4a80::/32 Temple University 7.92 × 1028

IP ranges are the different blocks of IP addresses advertised by an Autonomous System (AS). These ranges can be used by the same organization operating the AS, or by different organizations.

Peers of AS3778

1 peers

AS3778 peers with these other Autonomous Systems.

Peering is a direct, often free, traffic exchange between Autonomous Systems (ASNs). They share routes only to their own networks and customers, making connections faster and cheaper for that specific traffic, without providing full internet access to each other.

Upstreams of AS3778

3 upstreams

AS3778 uses these Autonomous Systems as its upstreams.

An upstream (or transit provider) is another AS that AS3778 pays for full internet connectivity, allowing it to reach all global destinations and be reachable by them.

Downstreams of AS3778

0 downstreams

AS3778 has no downstreams recorded.

A downstream is a customer Autonomous System that pays another AS (its provider) for internet access. The provider AS carries the downstream's traffic and makes its network reachable.

Our IP address tools

Explore all tools

What is my IP?

Discover your public IP address and detailed information about your connection.

CIDR to IP Range Converter (IPv4 and IPv6)

Convert CIDR notation to IP address ranges and vice versa. Useful for network configuration and security.

IP to Hostname/rDNS Lookup

Perform a reverse DNS (rDNS) lookup to get the hostname for an IP address.

IPv6 Expander/Collapser

Expand or collapse IPv6 addresses to their full or shortened forms for better readability and usage.