Summary

Country
US United States
Organization University of California, San Diego
Domain ucsd.edu
Number of IPv4 12,851,968
Number of IPv6 9.9035× 1028
AS Type Education
Registry ARIN
Allocated November 25, 1996 (about 28 years ago)
Updated December 19, 2023 (about 1 year ago)

IP Ranges

AS7377 announces 18 IPv4 ranges and 2 IPv6 ranges.

That's a total of 12,851,968 IPv4 addresses and 9.9035× 1028 IPv6 addresses.

Prefix Organization Size Registry Status
44.0.0.0/9
US Amateur Radio Digital Communications
8,388,608 ARIN ALLOCATION
44.128.0.0/10
US Amateur Radio Digital Communications
4,194,304 ARIN ALLOCATION
69.166.11.0/24
US Rgnet, LLC
256 ARIN ALLOCATION
69.196.32.0/20
US The Regents of The University of California - University of California, San Diego.
4,096 ARIN ALLOCATION
69.196.40.0/24
US The Regents of The University of California - University of California, San Diego.
256 ARIN ALLOCATION
128.54.0.0/16
US University of California, San Diego
65,536 ARIN ALLOCATION
132.239.0.0/16
US University of California, San Diego
65,536 ARIN ALLOCATION
137.110.0.0/16
US University of California, San Diego
65,536 ARIN ALLOCATION
169.228.0.0/16
US University of California, San Diego
65,536 ARIN ALLOCATION
192.35.228.0/24
US University of California - Office of The President
256 ARIN ALLOCATION
192.135.237.0/24
US Marine Physical Lab/ucsd
256 ARIN ALLOCATION
192.135.238.0/24
US Marine Physical Lab/ucsd
256 ARIN ALLOCATION
192.154.1.0/24
US University of California at San Diego
256 ARIN ALLOCATION
198.134.135.0/24
US University of California, San Diego
256 ARIN ALLOCATION
207.34.0.0/24
US Rgnet, LLC
256 ARIN ALLOCATION
216.21.14.0/24
US Rgnet, LLC
256 ARIN ALLOCATION
216.151.34.0/24
US Rgnet, LLC
256 ARIN ALLOCATION
216.151.38.0/24
US Rgnet, LLC
256 ARIN ALLOCATION
Prefix Organization Size Registry Status
2001:48d0:c000::/34
US San Diego Supercomputer Center
1.9807× 1028 ARIN ALLOCATION
2607:f720::/32
US University of California, San Diego
7.9228× 1028 ARIN ALLOCATION

Peers

AS7377 does not have any direct peering agreements. Instead, its global connectivity is achieved through transit providers. While this setup ensures comprehensive reach, future peering could reduce latency and optimize route efficiency.

Upstreams

AS7377 connects to the global Internet via at least 2 upstream providers. In this setup, AS7377 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.

Downstreams

AS7377 serves as a transit provider the following ASes, delivering the BGP routes needed for global connectivity. This downstream relationship underscores AS7377's role in extending Internet access beyond its own infrastructure.

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