Web Hosting Talk







View Full Version : Why 29 hops to Site5?


Jeff
06-03-2000, 07:55 AM
Anyone know why it takes 29 hops to get to Site5?
I would love to sign up with them,(great space, huge bandwidth, nice control panel, quick reply to my presales questions) but I don't understand their connection - looks like they're still with quest too :(

1 24.30.64.1 0ms 0ms 0ms TTL: 0 (nic-30-c64-001.mw.mediaone.net verifying...)
2 24.131.0.73 0ms 0ms 0ms TTL: 0 (DETMI-7513-A-fe-11-0-0.mw.mediaone.net verifying...)
3 24.128.6.97 0ms 0ms 0ms TTL: 0 (debrt01-POS9-0-0.rr.com verifying...)
4 24.218.188.233 0ms 0ms 0ms TTL: 0 (No rDNS)
5 24.218.188.222 47ms 47ms 47ms TTL: 0 (No rDNS)
6 24.218.189.166 46ms 47ms 47ms TTL: 0 (No rDNS)
7 24.218.188.230 78ms 78ms 78ms TTL: 0 (vnbrt02-wbbrt01.rr.com verifying...)
8 24.218.189.173 78ms 78ms 78ms TTL: 0 (nsnrt02-srp3.rr.com verifying...)
9 24.218.190.250 78ms 78ms 79ms TTL: 0 (No rDNS)
10 205.171.28.33 78ms 78ms 78ms TTL: 0 (No rDNS)
11 205.171.8.19 63ms 63ms 63ms TTL: 0 (jfk-core-01.inet.qwest.net verifying...)
12 205.171.30.86 62ms 62ms 62ms TTL: 0 (jfk-edge-01.inet.qwest.net verifying...)
13 208.46.159.18 63ms * * TTL: 0 (No rDNS)
14 No Response * * *
15 No Response * * *
16 No Response * * *
17 No Response * * *
18 208.46.159.18 * 62ms * TTL: 0 (No rDNS)
19 208.46.159.18 63ms * * TTL: 0 (No rDNS)
20 208.46.159.18 * * 78ms TTL: 0 (No rDNS)
21 No Response * * *
22 No Response * * *
23 208.46.159.18 * 62ms * TTL: 0 (No rDNS)
24 208.46.159.18 63ms * * TTL: 0 (No rDNS)
25 208.46.159.18 * * 63ms TTL: 0 (No rDNS)
26 No Response * * *
27 No Response * * *
28 208.46.159.18 * 62ms * TTL: 0 (No rDNS)
29 208.46.159.18 63ms * * TTL: 0 (No rDNS)

MattLightner
06-03-2000, 01:19 PM
Yep, we are still with Qwest, unfortunately. ;)

Sometime within the next week (possibly two), the Qwest connection will be replaced by 4 DS3 lines into 4 major backbones such as MCI Worldcom, Level3, and two others.

We are really looking forward to this switch as it will increase network speed, as well as add redundancy in the event that one of the connections fails. If one of the connections goes down, any of the remaining connections can be cranked up to OC-3 speed (3 DS3's) to handle the extra traffic load.

Looking forward to working with you!

Best Regards,
Matt Lightner
mlightner@site5.com