+ We have a nationwide footprint and many high-speed locations to choose from.
NFO has outposts in the
Seattle,
Los Angeles,
Atlanta,
Chicago,
New York City,
Dallas, and
Frankfurt metro areas.
This table shows our location choices. It also shows the approximate ping you would get to each location. With our high-quality bandwidth, your ping is primarily dependent on your distance from the city of the server.
Running tests to your IP address of 3.147.28.111:
Location
| Capacity |
Your ping |
Example IP |
Atlanta (Premium) |
100G+ |
(blocked by your firewall) |
64.94.238.13 |
Chicago (Premium) |
300G+ |
(blocked by your firewall) |
216.52.148.4 |
Dallas (Premium) |
200G+ |
(blocked by your firewall) |
66.150.214.8 |
Frankfurt (Premium) |
100G+ |
(blocked by your firewall) |
31.186.250.100 |
Los Angeles (Premium) |
100G+ |
(blocked by your firewall) |
66.150.188.101 |
New York City (INAP) |
100G+ |
(blocked by your firewall) |
63.251.20.100 |
Seattle (Premium) |
200G+ |
(blocked by your firewall) |
192.223.25.100 |
Our
Premium locations use carefully chosen upstreams and connections to multiple upstreams, and combine this with our own secret-sauce optimization system that adapts to choose the best outbound path to each client. This gives us maximum control and brings latencies and packet loss down to very low levels. Premium locations should generally offer the best possible latencies in their respective cities. Upstreams that we use include
Arelion/Telia,
Zayo,
GTT, and
Cogent.
Premium locations also have a high capacity that allows them to absorb larger floods of traffic in
Denial of Service attacks. In general, the larger the listed capacity, the higher the capability to absorb attacks.
For more example IPs and test servers, please visit our
server listing page. Don't forget that we also have a 2-day free trial so you can give your own server a whirl.
If you (whether as our customer or not) have problems with
any of our INAP or Premium bandwidth,
let us know! We can often resolve network issues by actively changing the outgoing path from the server, and sometimes even from a client to the server.