Quite an interesting idea!
You're right, the downlink bandwidth is wider than needed for real-time, but not by a huge amount. Downside is a Ka-band dish is needed. Dunno if a SuperDish is good enough. Dunno what LNBFs might be needed.
Still - order a VOD using the VOD receiver, which then dials out (hmm, NOW we see some 'real' use for E*'s in-house communication among boxes!) and it comes down to the VOD box for later viewing. I don't see satellite uplink as being worthwhile, but using an internet connection should work. Said VOD box might be a 'smarter' 921, or maybe the 942.
Popular movies might be streaming continuously and the box should be smart enough to start in the middle and collect data until it's got it all. Look at how E* staggers the start of current popular PPVs in a similar concept. Less popular ones might take some time to arrive.
Maybe someone can run the numbers on the bandwidth to see how many streams it could support. I'm guessing 50-60. let's say 60, with 10 continuously running 'populars'. That leaves 50 for 'real' on-demand VOD. At 2 hours per movie, that's 600 movies delivered per day - and some of them will go to multiple places.
Scheduling priority could be: request-count * time-in-queue.
You're right, the downlink bandwidth is wider than needed for real-time, but not by a huge amount. Downside is a Ka-band dish is needed. Dunno if a SuperDish is good enough. Dunno what LNBFs might be needed.
Still - order a VOD using the VOD receiver, which then dials out (hmm, NOW we see some 'real' use for E*'s in-house communication among boxes!) and it comes down to the VOD box for later viewing. I don't see satellite uplink as being worthwhile, but using an internet connection should work. Said VOD box might be a 'smarter' 921, or maybe the 942.
Popular movies might be streaming continuously and the box should be smart enough to start in the middle and collect data until it's got it all. Look at how E* staggers the start of current popular PPVs in a similar concept. Less popular ones might take some time to arrive.
Maybe someone can run the numbers on the bandwidth to see how many streams it could support. I'm guessing 50-60. let's say 60, with 10 continuously running 'populars'. That leaves 50 for 'real' on-demand VOD. At 2 hours per movie, that's 600 movies delivered per day - and some of them will go to multiple places.
Scheduling priority could be: request-count * time-in-queue.