*sigh* IP numbers are not just any numbers. Specifically, each of the four blocks must be less than 256. There are a few other more specific restrictions, but the important bit is that neither 456 nor 789 can be used in a valid IP.
All the author did was the 555 phone number equivalent for an IP address; he just started at one and move down the keyboard and started over. You can un-bunch your panties now.
No, it was super serious!
*sigh* IP numbers are not just any numbers. Specifically, each of the four blocks must be less than 256. There are a few other more specific restrictions, but the important bit is that neither 456 nor 789 can be used in a valid IP.
All the author did was the 555 phone number equivalent for an IP address; he just started at one and move down the keyboard and started over. You can un-bunch your panties now.
No, it was super serious!
Sweet. I'd love to send that to my MIL, but I doubt she'd even be able to follow the infographic.
It uses a graph for easiest thing to understand: "1 in 4", but does not provide a visual representation of the other more complex stats like number of ISPs, connection speed, or number of MB/s.
Also, it is misleading: it makes it look like the ISP makes the DNS request and does the translation from URLs to IP addresses.
The NAP thing is just nonsense. In most cases there is no NAP.
Really Bad infographic. It uses a graph for easiest thing to understand: “1 in 4″, but does not provide a visual representation of the other more complex stats like number of ISPs, connection speed, or number of MB/s. Also, it is misleading: it makes it look like the ISP makes the DNS request and does the translation from URLs to IP addresses. The NAP thing is just nonsense. In most cases there is no NAP.
What about Republic of Ireland? I hope you haven't grouped us with the UK?!
Sweet. I'd love to send that to my MIL, but I doubt she'd even be able to follow the infographic.
Rosalind
Girls Are Geeks
*sigh* IP numbers are not just any numbers. Specifically, each of the four blocks must be less than 256. There are a few other more specific restrictions, but the important bit is that neither 456 nor 789 can be used in a valid IP.
All the author did was the 555 phone number equivalent for an IP address; he just started at one and move down the keyboard and started over. You can un-bunch your panties now.
No, it was super serious!
*sigh* IP numbers are not just any numbers. Specifically, each of the four blocks must be less than 256. There are a few other more specific restrictions, but the important bit is that neither 456 nor 789 can be used in a valid IP.
All the author did was the 555 phone number equivalent for an IP address; he just started at one and move down the keyboard and started over. You can un-bunch your panties now.
No, it was super serious!
Sweet. I'd love to send that to my MIL, but I doubt she'd even be able to follow the infographic.
Rosalind
Girls Are Geeks
Really Bad infographic.
It uses a graph for easiest thing to understand: "1 in 4", but does not provide a visual representation of the other more complex stats like number of ISPs, connection speed, or number of MB/s.
Also, it is misleading: it makes it look like the ISP makes the DNS request and does the translation from URLs to IP addresses.
The NAP thing is just nonsense. In most cases there is no NAP.
Really Bad infographic.
It uses a graph for easiest thing to understand: “1 in 4″, but does not provide a visual representation of the other more complex stats like number of ISPs, connection speed, or number of MB/s.
Also, it is misleading: it makes it look like the ISP makes the DNS request and does the translation from URLs to IP addresses.
The NAP thing is just nonsense. In most cases there is no NAP.
What about Republic of Ireland? I hope you haven't grouped us with the UK?!