6 Firms Form Holographic Versatile Disc Alliance 325
gardolas writes "'Fuji Photo and CMC Magnentics are two of six companies, who have formed a consortium to promote
HVD technology, which they say can be used to put 1TB of data onto just one disc. The consortium say that a HVD disc could hold about 200 standard DVD's, and transfer data at speeds 40 times that of DVD, about 1GB per second.'
HVD is being seen as a possible successor to Blu-ray and HD-DVD technologies."
Arr (Score:1, Interesting)
A timeline is emerging? (Score:5, Interesting)
HVD is a possible successor to technologies such as Blu-ray and HD DVD. Single layer Blu-ray discs hold about 25GB of data while dual-layer discs hold 50GB. Ordinary DVD discs, meanwhile, hold about 4.7GB. HVD technology will be pitched at corporations and the entertainment market, the HVD Alliance said.
Hmm, there's a format war going on with the Blu-ray and HD DVD, and they're already plotting the successor. Of course, they don't give a date in the article or anything firm at all, so perhaps it is a bit of a pipe dream. I must admit, I liked this quip from the article:
If history is an indication, consumers will fill the disc up.
Considering when I got my first computer, and the salesperson chuckled and said 'there was no way in hell I'd ever fill up a 40 megabyte hard drive', it's nice to see that people finally understand the capacity of users to fill up every nook and cranny of a storage medium!
Hard disk bottleneck (Score:4, Interesting)
But.... (Score:5, Interesting)
Re:Can you say worthless? (Score:5, Interesting)
this is progress. if you're so lacking in imagination that you can't think of a use for this then just remember that you are not psychic and don't know what secondary discoveries pursuing this technology will bring. when the electron was discovered how many people do you think knew how it would change our lives?
Less hole (Score:4, Interesting)
magnetoptical (Score:4, Interesting)
Add a flexible layer of hw gen. redundancy data. (Score:3, Interesting)
It'd be cool if they could put in a function in the hardware that would calculate and fill out the media with [standardized] redundancy data. You'd want it do be done in hardware to be fast, compatible and not generate unneccesary bus traffic.
Basically, the burn software would feature a '[X] Fill out with redundancy data and finalize disc'-option box together with the '[X] Finalize disc' one.
I've sometimes done this by hand [par2.net], but it takes forever to calculate the data, and you don't get it properly distributed over the disc, etc, etc. I think it'd be better done in hardware.
Guess there's no hope though, it'd up the cost a dollar, and we all know that's just impossible to bear. <sigh>
Re:Souvenirs (Score:2, Interesting)
Re:Can you say worthless? (Score:1, Interesting)
Re:time for lossless video compression (Score:2, Interesting)
I went for a job interview at Snell & Wilcox (Google it) and they showed me a huge rack. They said, "This is a realtime HDTV compositing platform." I said, "That's a bit big, isn't it?" They said, "Yes, but it needs to be this big. It has 128 GB of RAM in it, because content producers need to mix in segments up to four minutes."
At which point my jaw hit the floor.
Re:Attention span of humans 50 mins, 40 mins, 30.. (Score:1, Interesting)
TFA said a few hundred movies... but I see the benifit of offering entire series on a disc or two rather than the current bulky boxed set. Currently a TV season is about 26 episodes at about 45min a piece so 19.5hrs. TFA also said that HDTV = 15 to 25GB per 2hr (I don't have HDTV presently so i'm using their numbers). So 146 to 245GB per season. A 5 season series could be 730GB to 1.225TB.
Re:While higher and higher capacities are exciting (Score:1, Interesting)
Re:200 dvds ? (Score:2, Interesting)
3 billion pairs x 2 bits = 6 billion bits
6 billion bits / 8 = 750,000,000 bytes
750,000,000 bytes / 1024 = 732421.875 kb
732421.875 kb / 1024 = 715.2557373046875 mb
So it would be 1 700mb cd and a little bit on a second cd. And thats without running any sort of compression on the data.