Roycal
Well-Known Member
Sounds great, now the only other question is "how much are the blank disks?"
They are saying BD compatible up to 5 times a S/L DVD (aprox 22.5GB). That's a little less than single layer BD-R. But a great start.
It sounds like it takes a more powerful laser to burn the disks. From your link above:
I'm speculating it's probably some kind of crystal structure they grow with the laser.
Either that or the disk already has the crystal and they are blasting holes in it with the laser. More likely the latter since it has to be compatible with existing readers.
Actually, it could be as simple as having a foil layer and burning holes in the foil without damging the polycarbonate substrate.
But the fact that they are calling it "stone" makes me think of crystals, which could be considered "stones".
They are saying BD compatible up to 5 times a S/L DVD (aprox 22.5GB). That's a little less than single layer BD-R. But a great start.
It sounds like it takes a more powerful laser to burn the disks. From your link above:
Currently, only M-DISC compatible drives can write to the DVD version of M-DISC, but it can be read in any DVD drive. Millenniata partner LG Electronics offers an affordable M-Ready optical drive for customers who want the peace of mind of having their important information stored forever
I'm speculating it's probably some kind of crystal structure they grow with the laser.
Either that or the disk already has the crystal and they are blasting holes in it with the laser. More likely the latter since it has to be compatible with existing readers.
Actually, it could be as simple as having a foil layer and burning holes in the foil without damging the polycarbonate substrate.
But the fact that they are calling it "stone" makes me think of crystals, which could be considered "stones".
Last edited: