Originally posted by: reddem0n
I'm sorry but I find this question rather humorous.
Originally posted by: complacent
Originally posted by: reddem0n
I'm sorry but I find this question rather humorous.
Why do you find it so humorous?
Originally posted by: Bigsm00th
Originally posted by: complacent
Originally posted by: reddem0n
I'm sorry but I find this question rather humorous.
Why do you find it so humorous?
because he was extending his e-penis and making his mental superiority known (which is laughable)
Originally posted by: necine
pwned!!
now if anyone wants to answer this, i'm really interested.
Originally posted by: Matthias99
Originally posted by: necine
pwned!!
now if anyone wants to answer this, i'm really interested.
Were you looking for something more detailed than my answer above? Essentially it works like a cable modem at the hardware level; I'm pretty sure HowStuffWorks.com has an article on those.
Originally posted by: Jassi
Originally posted by: Matthias99
Originally posted by: necine
pwned!!
now if anyone wants to answer this, i'm really interested.
Were you looking for something more detailed than my answer above? Essentially it works like a cable modem at the hardware level; I'm pretty sure HowStuffWorks.com has an article on those.
But think of the traffic generated this way and this traffic has to compete with cable internet connections and digital channels being carried over the same line.
Also, think of how people can pause, rewind or ff. That's gotta be taxing on their resources.
Originally posted by: The Boston Dangler
Allow me:
1) Video-on-demand content is stored in a server farm with zillions of hard drives.
2) Listings are transmitted to your DCT (digital cable box) on their own bandwidth. There's no "competing" for space, it's all allotted and controlled.
Specifically, the VOD barker is 1 stream on 1 channel with 265 QAM. That means 1 6-MHz channel carries 10-12 NTSC (regular def) or 2 maybe 3 ATSC (high def). The show will be on it's own channel and stream when you order it.
3) You hit the order button. The box talks back to the HEC (head end controller), and asks for the show. Billing systems are notified too.
4) The HEC calls the server farm, and the Teletubbies or whatever is sent over gigabit ethernet (fiber) to a reciever in the headend, then inserted onto the forward signal, where your box recieves it.
5) Data is encrypted, and only your box decodes your order.
6) All info is streamed at all times. That's why FF/REW is laggy compared to true PVR.
This is how cable companies do it.
Originally posted by: Jeff7
But I guess if you buy a pallet full of hard drives, it might be cheaper.![]()
Originally posted by: daniel1113
Originally posted by: Jeff7
But I guess if you buy a pallet full of hard drives, it might be cheaper.![]()
What a beautiful sight that would be... a pallet full of HDs.
Originally posted by: Phil
Originally posted by: daniel1113
Originally posted by: Jeff7
But I guess if you buy a pallet full of hard drives, it might be cheaper.![]()
What a beautiful sight that would be... a pallet full of HDs.
Indeed
If I go downstairs right now, I get to see a hundred or so. Not enough.
Anyway, this is all highly interesting - roughly how much space would a cable-on-demand-ready movie or show take up? I'm going to assume that they use a high-ish quality codec to encode all the video, something that produces sizes similar to DivX maybe?
Originally posted by: daniel1113
Originally posted by: Jeff7
But I guess if you buy a pallet full of hard drives, it might be cheaper.![]()
What a beautiful sight that would be... a pallet full of HDs.