Floppy CDs And DVDs? 187
tregoweth writes: "A company (with no online presence that I can find) claims to have developed a way to make 'a completely functional digital disc that's five times thinner than a regular DVD or CD' and 'is also flexible enough to wrap around soda cans and be inserted into magazines without breaking,' according to Forbes.com. Does anyone else see floppy AOL CDs covering the landscape?"
Re:Sluuuuuurp... (Score:1)
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BACKNEXTFINISHCANCEL
Neat, but.... (Score:2)
1. How to get manufactures to shell out the money to make these?
2. How scratch/tear resistant are these things? They may be flexible, but don't look very sturdy. What about thermal resistance? It just seems like it would be much easier to screw up all the little pits in information layer and therefore screw the cd-floppy.
3. They also look like they'd be a pain to print on since most paints would be thicker than that the CD-floppy. How do you know which one is which?
4. CD's and thin cases are so cheap now, why do we need this?
5. How do you get stupid consumers to use the plastic adapter ring correctly. I see lots of problems with people misusing it and breaking their CD/DVD players.
I think a neat use for it might be a replacement for the magnetic disc in floppy drives. Get a new drive that reads the things and use technology to fit 1 gig or more onto a floppy. Too bad it won't be writable, but it might help with installation of certain programs on laptops & etc.
Possible uses (Score:1)
Re:I too have developed a thin storage medium (Score:1)
The best one ever was Jesus H. Christ though, because it included a letter addressed to Jesus, thanking him for his interest in America Online.
I think he framed it.
Re:Off topic/spam (Score:1)
Anyone having problems following the above now knows what the original statement does to people who actually listen to the words in a sentence, rather than just trying to divine the meaning from someone's facial expressions or hand gestures.
Re:I wonder... (Score:1)
Re:OT: just for interest's sake... (Score:1)
date: 9:36pm
uptime: 235 days, 12:21, 0 users,
load average: 0.00, 0.02, 0.00
processes: 48
yesterday: 136329
today: 1
ever: 206134133
I don't understand some of that, though...
-J
Re:Wouldn't the rotation hold it stiff? (Score:3)
Actually I think you might be incorrect... bernoulli carts used to use a similar system, iirc, in which the spinning of the disc was stablized the by literal bernoulli effect created.
Better description from here [computerhope.com]
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Re:Practicality intervenes (Score:5)
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Can you say FlacidWare? (Score:1)
Re:I'm skeptical (Score:1)
As for the optics of it, just a quick search on "CD laser optics" ("I'm Feeling Lucky")finds this site [washington.edu] that points out that The polycarbonate itself is part of the optical system for reading the pits.
Maybe the polycarbonate isn't really needed, maybe it's just icing on the cake for robustness. If you do the math on one of the illustrations from the afore mentioned page [washington.edu], if the polycarbonate weren't there, the CD, instead of being 1.2mm thick, would have to be (let's see, cotan(27degrees) times 1/2 of 800microns is 785microns less than the regular 1.2mm thickness- duh, I could've assumed the angle was 30degrees and made things much easier) 0.4mm thick. That's not quite 1/5 the regular CD thickness- I guess the other 1-1/2mm comes from the reinforcing ring/plate you'd have to glue the whole floppy CD to.
Okay, someone else pointed out that the bournelli (sp?) effect could be used to keep the disc from fluttering by keeping it flying just a little bit above the read head, but is it really going to work with a head of unknown geometry and possible with other flat surfaces around? Like CD trays, caddies, slot feed mechanisms, etc.
Not that I'm disparaging the product even before it comes out (but I guess I am), it seems like it would be a nice trick to be able to make it work in almost any CDROM drive. I'd wish the company luck, but I'm afraid of where technology will lead- my no-name peripherals are already cheaply made- can you see getting your drivers and documentation on a floppy CD that won't even last a week on my desk. Admit it- you leave your CDs in a dusty pile too. Can you imagine if you had to reinstall?
And I thought we were through with the idea of disposable DVDs when Divx (the first one) died.
Re:I too have developed a thin storage medium (Score:2)
As for autorequesting, I actually wrote a little program in Visual Basic (ah, the good ole' days... ) to simulate clicks on AOL buttons with WinAPI and then made it request disks to my house with random names and apartment numbers. Since I live in a house, they were all delivered to me anyway.
I still get a nice 30-disk bundle with two rubber bands every now and then...
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Re:Website.... (Score:1)
LOL... good idea posting that... it's at 50966 now...
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"People who bite the hand that feeds them usually lick the boot that kicks them"
Re:Business-card CDs? (Score:1)
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Re:Flexible AOL Disks??!!?? (Score:1)
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Re:Possible problems... (Score:2)
Tell me what makes you so afraid
Of all those people you say you hate
Look at it on the bright side (Score:4)
If these new CD's are so cheap, *perhaps* free software distribution will get even simpler.
It would be a step easier to package free cd's with ANY magazine or newspaper and perhaps cheapbytes could rename themselves to dirtcheapbytes.
Flavio
planned failure (Score:1)
"Mr. Data recovery technician, I tore another floppy-cd while removing it from the drive tray..."
I too have developed a thin storage medium (Score:5)
It stores information
You can get it in any shape or size you want
It allows advertisers to convey information to people
My specialized computer-less reading enables even people without a computer to read the information printed on the 'disk'
It is thin enough and flexible to be wrapped around a coke can
It has a gummed strip along one edge so it can easily be inserted into magazines
Computer users can scan them to they can be fully enjoyed online
In addition to the fantastic advertising properties I can also envisage a market where these partially gummed pieces of paper are sold in pads to corporate users. They could then be used as a digital memo system which could even be accessed without a computer, by using a special digital pen to write messages on them.
Just call me Mr 3m.
On a more serious note, we've already lost the ability to use AOL disks to save buying those pesky 3.5" floppies and we are now about to loose the ability to use them as coasters
Too Bad (Score:1)
Now I'll need to find some other way to keep the post office from mangling my magazines when they stuff them into my P.O. Box.
What? There was data on those discs?
Another useless technology. (Score:3)
Anyway, I'm still waiting for indestructible credit card sized storage devices that can hold 6 terrabytes by means of optical pulses.
At this rate something tells me I'll be waiting for an awfully long time.
Soda can wrapping? (Score:1)
Huh? Most modern CDs are flexible enough to wrap around a soca can. Try it.
and be inserted into magazines without breaking,
Exactly! Ever found a broken CD in a magazine? Didn't think so!
Roger.
Re:Off topic/spam (Score:1)
Re:High speed flutter (Score:1)
Well, as "five times thicker" would be equivalent to 5 CDs stacked on each other, I'd guess that "five times thinner" would be 1/5 the thickness of a CD.
Re:hehe (Score:1)
A few years ago (probably '91 or '92), an Iomega rep brought a Bernoulli drive and some disks to a user-group meeting. He took the disk (with his demo) out of the drive and tossed it out into the audience, and encouraged the audience to throw it around for about a minute (in which time it hit the floor and bounced off the walls a few times) before asking for the disk to be returned. Once he had it back, he popped it back in the drive...and it still worked.
Woah, wait a minute... (Score:1)
:
You could theoretically rotate this at infinite angular speed in vacuum without deformation.
:
Hold on, wait... think about that for a minute... if you can spin that thing at infinite speed who cares about deformation?
What I'm saying is this: if the inside of this disc is moving at infinite speed, that would mean that the outside is moving at faster than infinite speed...
Woah, what if only the outside moves at infinite speed? Just how fast would the inside be moving??
OK, I think I need to sit down...
J. T. "Mac" MacLeod
What about high speed drives? (Score:1)
Off topic/spam (Score:2)
Re:Website.... (Score:1)
This is a useless line because the lameness filter dosnt like 4 upper & 3 lower chars
Re:Well, of course it's withstanding it... (Score:1)
Which makes it all the more puzzling why they had to use Frontpage to make it...
meta name="GENERATOR" content="Microsoft FrontPage 4.0"
Can you say notepad.exe?
hmmm (Score:1)
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Re:Is there a point to "thin"? (Score:1)
Of course, if there are small imperfections in the disk, those will become more problematic as the disk gets thinner, so the production process needs to be designed carefully so that the material has even thickness and strenght throughout the entire disk.
Defeats the purpose (Score:1)
This sounds vastly like vaporware to me. No web site, for a company that is supposedly developing new technology for mass distribution?
Also, I wonder, if in fact it were real, if current cdrom/dvd drives would be able to read the format? (might the flimsy nature of the media also cause for misreading of information?)
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CAIMLAS
hehe (Score:1)
Does anyone remember Bernoulli drives? they had a floppy that that got stiff (i can just see the replys to this post with tons of euphamisms) when it spun up. They weren't teriffically fast, but lots of mac people swore by em
Re:I too have developed a thin storage medium (Score:1)
"On a more serious note, we've already lost the ability to use AOL disks to save buying those pesky 3.5" floppies and we are now about to loose the ability to use them as coasters
What do you have against flexible coasters?
Fear my low SlashID! (bidding starts at $500)
Sounds like vapor... (Score:2)
Re:High speed flutter (Score:3)
Re:Two points - weight and disposability (Score:1)
A little ring? (Score:1)
Seriously - this is really not a great idea.
Always looking for your little ring-thingy to make the disc not damage your hardware when it wobbles off the platter (will it play in vertical mount drives..?)... about as fun as the stupid codes for prizes inside Spite(TM) bottle-caps that ask you to go to a web site and then hand out personal information to get an ID just to check the code.... dumb, dumb, dumb.
space (Score:2)
needs improvement (Score:1)
First, it says you need to own a small ring that will hold the disc in place. Bad idea. I would just make the hold like a normal CD. Most players have a metal spindle with a magnetic free floating thing above it that will hold the CD down. The spindle spins, mag thing spins with it.
Or if you want to gurantee compatibility, then make a ring around the hole as thick as a normal CD. Use flexible plastic. It would work better.
Re:Is there a point to "thin"? (Score:4)
SAVINGS! that's the brilliant part. You save on material and manufacture dirt cheap CDs.
I believe there's not much of a deformation problem at high speeds, since the CD is supposedly uniformly dense and as flat as possible. You could theoretically rotate this at infinite angular speed in vacuum without deformation. I suppose it could bend abnormally if you consider the drive's inner air circulation at extremely high speeds, but we're not there yet.
You've got a valid point about scratches, but there are two points to cover that:
1. error correction.
2. this media isn't designed for very reliable storage. it's for AOL cd's and, as I suggested in another post, dirt cheap linux propaganda. if the target's interested in the data he acquires the normal CD version if needed.
I think the idea's great, but it kind of depends on how easily these things can be pressed.
Flavio
Re:Is there a point to "thin"? (Score:1)
Re:High speed flutter (Score:2)
Re:Sounds like vapor... (Score:1)
coaster quality control (Score:5)
I guess this worry is obvious, but I'll say it anyway. Does this technological "advance" set us back years in terms of coaster technology? First there were the 3.5" floppy discs, which were effective against desk coffee cup ring-marks but could accomodate only a rather small amount of the surface area of a cup (at least, *my* cup). Then came the CD's, which improved coaster surface area at the expense of a condensation-permitting hole. Now where do these skimpy CD's fit in? Not only are they holed, their thinness makes me doubt their viability as an obstruction to coffee cup moisture. Further, I anticipate that the lightness of the floppy CD will make it stick annoyingly to the bottom of a lifted coffee cup--a characteristic universally recognized as the hallmark of a poorly designed coaster.
Truly this is a sad day for coaster technology.Re:space (Score:1)
Since CD's are read from the middle to the periphery, I believe they hold exactly the same amount of information.
Flavio
Note to self: How to make a grand or two (Score:1)
Register www.mycoolproduct.com
Put an ad on the page to generate $.03 in revenue each time its viewed.
Submit a story to slashdot about mycoolproduct and let the page hits accumulate.
Spiffy, now I have money to upgrade.
Re:New CD-ROM drives? (Score:1)
Now i got another one. It still works, but only sometimes
Re:Is there a point to "thin"? (Score:1)
tech support is hell already, there's no need to make it worse...
eudas
Re:Possible lemons, possible lemonade (Score:1)
If they can be unfolded and remain readable, this could be a fun alternative to sneakernet. As long as nobody gets an eye put out.
Re:I'm skeptical (Score:3)
"consumers must possess a little ring that adjusts the optical device in their standard CD, CD-Rom and DVD machines; it's sort of like the plastic gizmo that snaps into a 45-rpm record"
I'd like to see more info on this ring (heck on the technology itself for that matter), maybe they're using the ring for rigidity and optical refraction, and the floppy stuff would just be the top layer with the data on it.
They'll probably rely on AOL to send out the first wave of floppy CD's plus the ring, and then everything following would just be the top layer (assuming most of the human race would have one by then).
Re:coaster quality control (Score:1)
glue an aol floppy to the center of an aol cd and your drink coaster not only gains weight so that it avoids sticking to your drink in the manner described above, but it also aids with the condensation-permitting hole problem.
eudas
p.s. i have not actually done this, heh.
eudas
Re:Screw thinner, I want a smaller radius. (Score:2)
They're proprietary and useless. Remember: the
Re:It's still vaporware... too bad (Score:1)
"ring" to use it in a regular CD-Rom.
I wonder why you'd get yourself this "ring"
given that this would only allow you
access to junk mail.
And to head off the environmentalists... (Score:2)
-- George Carlin
"Extraordinary claims require extraordinary evidence."
Printable CD's (Score:1)
These particular discs are allegedly 'Full Colour Printable', and say on the back of the jewel case 'Full colour printing possible with ink jet printers with water-based ink'.
Erm. right. We have seven different types of inkjet printer here in the office, but none of them have a sufficiently straight paper path to avoid snapping the CD, or scratching the data face to death, not to mention what taking those expensive ink cartridges for a scrape across polycarbonate would do for the budget.
Flexible CD's? Now you're talking. With any luck, these will even go around the bends in the Deskjet 690C.
Re:I too have developed a thin storage medium (Score:2)
actually, it seems to me that if it is flexible, it is also stickier (like seran wrap.) I think that adds to the worth of the coaster. Now we god AOL coasters that don't slide around. Just think of the possibilities.
Re:Practicality intervenes (Score:5)
Well if you will spin things at infinite speed, what do you expect? Hang on a sec, just how are you proposing to spin them up to infinite speed? With an infinitely powerfull motor, driven by an infinite watt power supply?
Don't be absurd He's going to use an infinite number of monkeys banging on an infinite number of DECWriters, all hooked up to a big Willy Wonkaesque machine that not only produces an infinite amount of chocolate, but drives a spindle as well. It's all quite simple, really.
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Re:Why not laserdisc sized DVDs and DVD ROMs? (Score:1)
Alas I only have 5,25 inch bays available for drives.
Oh Wait! That's why those things are flexible, aren't they?
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Re:Vaporware Generator (Score:1)
Re:Is there a point to "thin"? (Score:1)
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Re:I too have developed a thin storage medium (Score:1)
We may just need that this winter.
But it's a little hi-tech for this old house -- when we moved in, the wall betwen the garage and kitchen was covered with those little styrofoam meat trays -- presumably for insulation -- the previous owner's ``frugality'' was well known :)
Re:hehe (Score:1)
The reason people liked them, even though SyQuests were more common, was that they were solid as a rock. I don't think that I've ever heard of a Bernoulli failing. The disks were nigh-indestructable.
Given how much hard disks cost in the early 90's, I loved 'em. OTOH, the cartridges cost ~$100 a pop which was affordable at the time. However, Iomega brought the cheap Zip media, the large Jaz media, and CDRs became commonplace, with cheap, large, easily portable media. The Bernoullis never had a chance. Sniff.
Re:Website.... (Score:1)
--Fesh
porn... of course (Score:2)
think about it... they could keep in in their shoes, in their wallets, in pez dispensers, i see the porn industry making a killing here among the 15-17 industry (because once you turn 18, porn loses it's novelty because you can buy it)
Re:Website.... (Score:1)
Slashdot - the ultimate advertisement.
but, the server seems to be withstanding this quite nicely.
Re:space (Score:1)
Re:I too have developed a thin storage medium (Score:1)
"On a more serious note, we've already lost the ability to use AOL disks to save buying those pesky 3.5" floppies and we are now about to loose the ability to use them as coasters
That's okay. Soon we'll be able to glue them to bubblewrap and use them as insulation.
Re:Wouldn't the rotation hold it stiff? (Score:1)
So, just like a conventional hard drive, then...
Re:hehe (Score:2)
Aging CD Market (Score:4)
CD-ROM's have been around for some time now. The market is aging.
With the aging market, the formerly rigid disks have more trouble. Sometimes, they go flaccid without any clear cause.
The good news is that this may liven up a market for Viagra.
anyone remember getting flexi vinyl w/comp mags? (Score:5)
Re:coaster quality control (Score:3)
Oh, wow...."DaliDiscs"!! (Score:2)
floppy dvd's (Score:2)
Re:Website.... (Score:3)
try it out:
ab "http://www.thindisc.com/_vti_bin/fpcount.exe/?Pa
quickly add 2,000 hits to their counter
Thats nothing new....[been there, seen it] (Score:2)
5 times thinner than a CD...
Can be wrapped around a soda can...
5 1/4" floppies could do this years ago!
If it quacks like a duck, walks like a duck...
OT: just for interest's sake... (Score:3)
They should put up a slashbox that shows the current stats for slashdot.
It would be interesting to see and also be a great advertisement for Open Source Software in a high stress environment.
Two points - weight and disposability (Score:5)
I think the main use of these will be in areas that can be considered "promotion," but there's a huge amount of money spent there every year. Ignore the possibility of these being 50% of the cost - how much would AOL save each year by eliminating the postage on 80% of the CD's weight?
Say a CD weighs 0.5 oz (which is close), if they can find a way to get that down to 0.1 oz, they can probably get a little creative with the packaging and get a mailer that's below 1 oz (or 2, or any other integer up to 13). They're paying a bulk mailing rate rather than one-off first class rates, but if they paid the latter then going from 1.6 oz to 1.2 they'd have a real incentive to shave off that last 0.2 oz. Right now, standard first-class mail rates are $0.33 for the first ounce, plus $0.22 for each additional. If AOL sent 10 million CDs a year out at those rates, it could save them 2.2 million dollars a year on postage. Even if their savings would only be a quarter that amount, would they switch for a $550,000/year savings just on postage if it didn't have any adverse effect?
These things are also much more disposable - if you're producing something that you want people to be able to use for a month or two but you really don't care beyond that, then these are great - less cost to produce them, and by the time the breakage percentage gets up to areas that you'd be concerned about the material on the disks is out of date anyway. Heck, if they could I suspect there are companies who'd love to have CDs that would intentionally become unreadable after a short time, the problem is that it can't be anything that might muck up someone's CD-ROM drive.
As to the question of reliability, maybe they start to stress after a few hours of spin and become unreadable. So what? As long as they don't actually break apart, what's the problem if your disposable CD needs to be disposed of?
-- fencepost
Re:coaster quality control (Score:2)
After the 'OMG' face wears off and they take me seriously, I see them wander back into Marketing with it held at arms length. Of course, most of them have already been bitten by me, so they start prarie dogging over their cubes and laughing while said luser tries to find where to put it.
Possible problems... (Score:2)
Tell me what makes you so afraid
Of all those people you say you hate
Re:High speed flutter (Score:2)
But you couldn't possibly be expected to read the article. I mean, you had that first post to shoot for.
Yea but. (Score:2)
Re:Two points - weight and disposability (Score:2)
This could lead to execution of bad code which causes - well, just about anything. But mainly crashes, freezes, hangs, dumps, chorks, hiccups, dr watsons, bluescreens, abends, and kernel panics. If you're lucky, you'll only lose non-critical data.
If there's going to be an intentional time limit on the reading of a disk, it is computationally irresponsible to do it this way. It has to read fine, then just plain not read at all, preferably with an error message that states the reason (Your evaluation period has ended, please bend over for more time). And the failure has to not just be friendly to the user, it has to be friendly to the OS as well.
Re:Screw thinner, I want a smaller radius. (Score:3)
Re:Business-card CDs? (Score:2)
I say there should be mandatory warning labels on these non-circular CDs.
I know they don't fit into slot loading drives,
You know they don't fit into slot loading drives.
But my #$)%*)(@#$!!! mother-in-law doesn't know. Well, she knows now. .
Website.... (Score:5)
Mmm...cherry.... (Score:3)
That'd be like a snack and a movie that I could carry in my pocket. Mmmmm....
It's still vaporware... too bad (Score:2)
Soon, however, I hope to see guys doing good work like this make some money, and then I can play frisbee with something that doesn't hurt my hands quite as much as those AOL coasters I use now...
Is there a point to "thin"? (Score:5)
I'll concede perhaps a faster spinup time since they're lighter, but will these flimsy CDs be able to withstand rotations at 70X without deforming? What about scratches? Most of the thickness of current CDs and DVDs is a protective coating. The real disc itself is extremely thin. Anyone can remove lacquer, it's just making sure that the disc is still worth using afterwards that's important.
all we need (Score:5)
I'm skeptical (Score:5)
The aluminum layer containing the pits is actually right under the label. The polycarbonate has to be a certain thickness with the right index of refraction such that the laser beam coming in at the right angle will find the pit and return at the correct angle for the detector.
Furthermore, because CDs are so thick, the point at which the laser enters the plastic is a good ways away from the focal point of the laser (on the pit). This means that the laser enters the CD over a large surface area (many many times the size of a pit), just one factor that makes CDs resistant to dust and scratching.
Even if you were able to play with the index of refraction of your material such that you could get the cd to work when it is thinner, your CD would be more suseptible to dust and scratches (face it, CDs aren't great now). In the applications suggested here, I'd think that might be something of an issue.
At the very least expect it not to work in many drives just because it can't be held in place properly. My CD-ROM operates on its side. To work like that the cradle has little clips on the sides to hold the CD. That obviously relys on the CD's rigidity. Also think of walkmans that use ball bearings in the center hole to hold on to a CD.
Brainstorm (Score:2)
Business-card CDs? (Score:2)
Me, I'd think that the business-card CDs and CD-Rs you see at trade shows and advertised in the classifieds would have become more common than they are by now; no special hardware needed to play them, while the article on the ThinDisc mentioned a need for a hub adaptor. Since I haven't seen the former taking off, I have trouble imagining the latter will actually see widespread use - and that's neglecting the notions of "vaporware" already making the rounds here on /.
No web site? (Score:2)
Re:Business-card CDs? (Score:2)
At [this outlet] [octave.com] they're $1.25 to $2 a pop.
Ouch.
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Screw thinner, I want a smaller radius. (Score:3)
Vaporware Generator (Score:5)
and prints out a story like this one.
Yes, the (soon to be patented) Slashdot Vaporware Generator.
Believe the hype.
Wouldn't the rotation hold it stiff? (Score:3)