That's something I don't understand, why do we have to pay extra for a static IP? Isn't it probably an entry or something somewhere (I haven't managed networks as big as an ISP, but it's just a line in dhcpd.conf to me).
2 Reasons:
1. IP addresses are a commodity. It's reserved for you even when your connection is off. It also allows you to do stuff like run a server - whether HTTP, FTP or other - which residential connections are not really supposed to do (and are often prohibited by the T&C of pretty much all ISPs)
2. Similarly for us, it's just a line in dhcpd.conf (generally speaking, anyway); but can you imagine doing that for 1,000; 10,000; 100,000 or 1 million users?
Amarok user here. And my collection is v0/flac. But yes, the main problem in doing it right now is not having a static IP. Then there's also the Fair Usage Policy, even if I had one.
Same concept, different program/platform. You don't have to stream at full quality - even then, a typical FLAC stream is what, a bit over 1mbit/s on average?
Actually I don't

. But one day I'll have a badass big screen, so I'm preparing in advance.
If you plan to store/archive the content, then yeah, great. Otherwise I wouldn't bother. I have a
Sharp Aquos 42" LCD in front of me and I'm pretty sure the difference between a normal 175mbyte
TV show and the 550mbyte HD version is negligible enough from 4-5m away.
Very good idea. HDTV hasn't taken off in India, but once it does and people notice the difference, bandwidth usage will increase. Better be prepared in advance.
We are preparing.
What do you think we're looking to provide 100mbit/s to the home for?
Why do you think I'm trying to now negotiate for domestic dark fiber instead of fixed 1Gbit/s ports (which, although currently we have a negative contention ratio within our network, it still isn't enough for me - we're looking to go from 1Gbit/s straight to 40Gbit/s, which between 374 subscribers is 106mbit/s per subscriber to the ISP node - take that TRAI's 256kbit/s minimum!)
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IPv4 IPs are running out in a matter of months. Might be finished by march 2011
That's not entirely accurate. The last ones will be doled out to the regional registries by about that time - that just means we would be able to completely map every single IPv4 address by region, and, when the last ones finally do get assigned to the ISPs, by country - and there wouldn't be excuses for IP2Country style databases to get it wrong
