Sony & Panasonic Next-Gen Optical Discs Moving Forward
jones_supa writes "From last summer you might remember the Sony & Panasonic plans to bring next generation optical discs with recording capacity of at least 300GB. Various next-gen optical discs from different companies have been proposed, but this joint effort seems to be still moving forward. The disc is called simply Archival Disc and, roadmap and key specifications are out. First-wave ADs are slated to launch in summer of 2015 and will be able to hold up to 300GB of data. Archival Discs will be double-sided, so this works out to 150GB of data per side. Future versions of the technology will improve storage density, increasing to 500GB (or 250GB per side) and 1TB (500GB per side) as the standard matures."
whats a disc? I thought our souls were already uploaded to iCloud and Netflix ?
More proprietary garbage. Everyone knows they'll try to do the same thing they do with everything else: Infest everything with DRM and secrets to stop 'pirates.'
500gigs of it now.
Bitrot is the enemy, especially when you call it "Archival".
A pox on web designers who feel that window.innerWidth == screen.availWidth
People hate flippers, and if you 'double-side' the drives to avoid that, you'll be about doubling their costs, and that's not popular either.
Glad you weren't making the decision back when floppy disks were 1.44M and my Hard Drive was 250M...
Without knowing the specifics, this could be a great form of backup, which judging by the name, is exactly what this is for.
Because optical media fares better for long term storage compared to mechanical drives.
The problem is cost for Blu-ray XL, at about $50 a disk, most people or companies won't use them.
This way they can charge you $10 a pop for the blanks that cost pennies to make (after up front costs), > 50% of which will be wasted on bad recording sessions or discs that didn't get filled. They can also charge you more for the burner/player than that 4TB hard drive costs, and sell "premium" machines with the differentiator being that the lower line models only have BluRay burners....
I won a notebook that came with a BluRay burner, I think I played one BluRay movie in it, one time just to see that it worked. I've burned a few dozen DVDs in it, though most of them would have been fine on a 700Meg CD, never burned the "sample" blank BluRay that came with it - never had a need.
I think this new generation of Disc burners is akin to the tape drives of 20 years ago - a way to get data off the live system and put it in a closet somewhere. "Sure, we can restore that at any time" - with about 50% success when put to an actual real-world test. In the early 1990s, we tried shipping data cross-country on tape cartridges - we ended up with a system where we made triplicate tapes, ship 2, keep 1 and confirm successful restoration on the other end before wiping the source.
I'm thinking the movie you want to see is encrypted and buried in such a sea of garbage that it becomes impractical to extract it without the master key....
For one, hard drives are a tad fragile to mail... And as backup device left unpowered, they have known reliability problems.
When you've used up the 4TB, you'll be able to get a 40TB drive and copy over your old data so you won't need to have two drives always on.
Any sufficiently unpopular but cohesive argument is indistinguishable from trolling.
Will there be a rewritable variant? (Skimmed the article linked to and I didn't see it mentioned.)
While I realize people mostly picked on this, I like(d) using DVD-RW and DVD-RAM for video archiving. Yeah, now I mostly just download (non-copy-protected) things to a computer, but it was much handier having it built into the recorder.
You seem to be saying that you're stupid, rather than the people you stupidly claim are stupid.
You got a crappy hand-me-down Blu-Ray player, and this led you to derp about the format being the problem rather than your miserly nature.
So, what do I need a 300GB, when I can go to Fry's and get 4TB drive and just plug it in?
And when you run out of space, you just buy another unit and plug it in? Why have a unit always on just for an archive? Sucking up power just for a day that you might need the archive.
Most drives can easily spin down when not in use. Then there is a small delay as the platters spin back up but the power consumed when a drive is not spinning is quite minimal.
"File to fit, pound to insert, paint to match" - Aircraft Maintenance 101
Pretty much.
CD-Roms first became popular when 80 meg hard drives were considered large.
Now, you can buy few terabytes of space for $100--$200. Parceling out your data in 25 GB chunks, at a dollar a disk doesn't seem all that thrifty, unless you distribute large amounts of data to people who don't have high speed connections.
I know, it's slightly cheaper as a backup option-- if your time isn't worth much.
just only for greedy tele-cos who like to rape the masses
FTFY: just only for greedy tele-cos who like to rape them asses
In C++, your friends can see your privates.
Like Blu-ray XL, consumers will not see these discs. Get ready to stream 90 GB 4K movies?
Amazon says they will, if they're willing to pony up the dough.
http://www.amazon.com/gp/produ...
I've owned a BluRay burner for years and have yet to burn a BluRay. This week will be my first attempt, and I have very low hopes.
Luckily, I got a 3 pack for $7.
No worries. Get the master key, decrypt it, extract the parts you want. Isn't that how they handle blurays now?
Because optical media fares better for long term storage compared to mechanical drives.
Not recordable optical media. It turns to useless shit very rapidly. Pressed discs fare much better, but you won't be pressing discs unless you're distributing thousands of copies of the same data.
sigh.
"looks like I'll have to buy the White Album all over again."
one of the best movie quotes I can remember hearing. really sums up the media 'upgrade!' wars.
(and yes, I think I did have the white album on vinyl, 8-track and cassette; and when cd came out, yes, I bought the white album all over again. I won't buy it any more. well, I don't think I will, lol)
--
"It is now safe to switch off your computer."
I sure hope so. Or at least the iPad.
Now I'll have to buy that damned white album again!
I see two possible uses for this.
First, taking the name as indicative of the intended purpose, for backups. In that regard, I consider these DOA, since anyone who can fit their entire life in 300GB can use the cloud easily enough, and those of us who rip everthing we own to a home file server would already require literally dozens of these to store a complete backup. Sorry, boys, but even Grandma has a 2TB drive these days (whether or not she's used more than 2% of it).
Second, and more likely - 4k video. I don't really know where I stand on that one, because on the one hand, even BluRay has more or less flopped (it has made good ground in "replacing" DVDs, but for the most part people won't pay more for BD content); on the other hand, 4k finally represents a serious increase in quality over 480p. I still don't know if people would pay more for it, but having seen a few examples of 4k content on a 4k monitor... Just wow.
Still, if the blanks don't cost $5 each and if the DRM doesn't make these virtually worthless for anything but playing in a standalone player, I suppose these count as a step in the right direction. Unfortunately, with Sony involved, we can pretty much take it as given that they'll blow both those constraints without hesitation.
You got a hand-me-down DVD player and it glitched out, what a shocker
Buy yourself a decent BluRay player that has LAN access and the ability to either decode video itself or can pick up an XBMC server and then boosh you have all your videos on your TV
I bought an LG a few years ago that can play most of my videos right off a network share or use my Plex Media Server and it still does BluRay and DVD
So yeah, disc media may be declared dying but having a cheap ($200) cross media player in your living room is pretty goddamn handy
Do not count on using your BluRay player as a player for any ripped content.
They all have (or will soon have) Cinavia DRM built in, which will trigger on any ripped content that has that watermark. There is currently no known way to detect and remove the Cinavia watermark.
I rip all my shit and play it via an old Windows box using CCCP http://cccp-project.net/ (and it all works even in Windows Media Player if you disable the media foundation thing). All HD audio formats are bitstreamed to my receiver, and you get full control over whateverthefuck you want. A PC is the ONLY true solution to playing content, because it's the only one you have any real control over. The only real drawback is the space / power requirements. You're not going to compete with those small media player boxes or the shit built into your TV, but they're come with DRM, compatibility issues (or future compatibility issues), and more often tan not a shitty interface.
That is too funny. I just watched MiB with my son last weekend. I laughed when I heard that line because it was so long ago, but people still keep doing the same thing.
At least with physical media you have control. If you bought it on itunes you are locked into the Apple-verse for life.
"No matter where you go, there you are." -- Buckaroo Banzai
I can't find any data on MSRP now, but back in the day it seems to me that there were storage choices that were not so cost-prohibitive for consumers.
4mm and 8mm drives with multi-gigabyte capacities that compared favorably with hard drives of the time could be had for $hundreds to $a thousand or two, with media costs in the $10-$25 per tape range. At the time, there were also MO drives that had significant capacities in similar ranges, with slightly higher media costs.
Back then, the capacity of one removable cartridge/disk was much closer to the capacity of consumer market hard drives. You might have to go through 1-4 tapes or cartridges to back up all of your data, but that meant less than $100 for each additional complete backup set.
Now current consumer drive sizes are in the multi-terabyte range, while capacities of removable storage are such that you'll need 10-15 instances of media to back up your collection, and each media item is $50-$100. I have 18TB online right now. This means with a 300GB storage capacity, I'll need 30-45 instances of blank media for a single backup set. Back in the day, I had an Archive Python autoloader that used 4 DDS tapes and had a capacity of 96GB compressed, with a total online storage capacity of something like 40GB. In short, I had _excess_ capacity for less than $100 per backup set in a single operation.
At this level, it makes much more sense to just by a pile of multi-terabyte hard drives (4TB drives are currently less than $150 street price) and use them. Faster, cheaper, and without the up-front cost of the mechanism (backup drive) to pay for.
For consumers, dedicated backup technologies seem to have gone the way of the dodo.
STOP . AMERICA . NOW
what's a tele-co?
Tape backups aren't really the target. This is intended to replace UDO disks https://en.wikipedia.org/wiki/... which were mostly used in jukeboxes for paper work heavy businesses such as financial institutions storing loan documents.
Yes, for some reason all of our CT scans are stored on MO even though we use an online PACS for everyday use. We have a whole roomful of the stupid things and they only hold 500 MB a piece. We have to store them for 20 years (in the case of a minor patient) or at least 7 (Statute of Limitations). A 300 GB system is a big enough upgrade for us to consider it.
If it ever ships.
Of course, I'm waiting for holographic storage, but I'm a patient kind of guy.
Faster! Faster! Faster would be better!
I was doing CD-ROMs in 1993. It required a very special full-height SCSI 1 GB hard drive that did not recalibrate itself from time to time, and a $3,000 1x SCSI writer. Turn off all services, screensavers, etc., hit write, and don't breathe for the next hour or so. Underrun buffer? What's that?
They don't mention the materials used for fabrication, so the "archival" claim is not supported.
More importantly, a disk-based storage medium is not likely to be useful as "archival" due to both format rot, and the inevitable loss of accessibility as the market moves to other devices. Can you read your MO or Bernoulli disks today?
This (US Patent 8,085,304) is a truly archival technology. One that a naive user with a flatbed scanner and computer could find and read. Say, for example a government in 300 years, or an archaeologist. Sure, quick calculations show that it could hold only 5 GB (if encoded in 4-bit) for the same weight as a CD, but it is the only truly archival idea out there.
Reminds me of zip drives... hey - we've got a new 750MB model! By that time the market had already moved on to CDs and USB flash drives.
Pretty much all of my audio, pictures, and video lives on my NAS. It almost seems quaint when I have to fire up the DVD player.
I paid $600 at one point for a used full-height hard drive that was made out of a solid hunk of alloy for the first hard drive for my PC.
So?
Way to let the point fly over your head.
By the time we were mid-'90s, we could get backup solutions that were—yes—$1,000 to $3,000 for the mechanism and $15-$30 for each piece of media.
But they:
- Would cover the space of most consumer drives at the time within 1-4 cartridges
- Would thus backup your entire consumer data library for $50-$150 per complete backup
This can't be done any longer. Not even close.
My point wasn't to get into a "history" pissing match. Sheesh, yes, also back in the day there were no such things as digital computers or hard drives or printing presses or even written script and everything had to be passed along as oral tradition, which meant that the cost of a backup was the cost of a human life.
As I said, this misses the point entirely. One might have hoped that in the process of getting here from the mid '90s we'd have gone forward rather than backward on the ability to make backups on removable storage media.
STOP . AMERICA . NOW
Typo for "telco", or telecommunications company.
So you might have access to that media, but eventually it will be like it is today trying to run down a way to read an old 8 1/2 inch floppy disk.
How "eventually" are you talking about? I don't see external USB CD, DVD, and BD readers going away at least in the next decade.
[Cheapskates] will see no reason to purchase anything more expensive than DVDs
Until movie distributors start skipping DVD and going straight to BD, AD, or whatever for new releases. The film Ishtar, for instance, skipped DVD.
Double sided? Only 150gb at the moment, at best 500gb?
Nope and nope, it's not going to catch on, you can buy a portable 1TB HDD now for $65
If they can do single sided, 1TB, at least 50MB/s and blank discs under $15 a pop? You've got some small potential to maybe oust DVD / BR - otherwise, forget it. It's unlikely to catch on even then though.
I know, it's slightly cheaper as a backup option-- if your time isn't worth much.
Don't think so, a 4TB drive is 1200 NOK and cheapest 100-pack 4.7GB DVD-R spindle I can find 204 NOK - clearly more bang for the buck than BD-R or dual layer. Still 4000/(4.7*100) ~= 8.5 spindles means 8.5*204 = 1736 NOK for 4TB so almost a 50% premium and that does not include the DVD writer. And I did check tape drives but while the media is cheap - but not that cheap - the tape drive itself sinks the entire budget. And the other killer is the memory stick, if I wanted to move 10GB around offline I'd rather use that. A lot more pocket friendly, reusable and no need for an optical drive. They still need a medium for 4K movies though, not everyone can download 100GB easily but they'll have to come up with something revolutionary to make it a preferred archival media.
Live today, because you never know what tomorrow brings
Get ready to stream 90 GB 4K movies?
Not as long as ISPs continue to impose caps even on premium tiers of home Internet service. And I see discs remaining popular in rural areas where the best available ISP is satellite, which has a cap well below 10 GB/mo.
With the exception of some "write-once, read-only" backup schemes, this will fail at the $300/disk level.
Meanwhile, go google "1TB USB Flash" and see the $1200 USB flash drives. These will cost a lot less ($100 each in two years I bet) in a few years, just in time for the first of these already-failed optical disks. Plus you don't need anything special to use a USB flash drive...
I was expecting you to link to Tommy .
But that's not even as big of deal as it was a few years ago when most homes had 1 computer. Today our home has 8 computers, two tablets, and two smart phones. And right now it's just me and my wife. (I do IT stuff and she's a geeky lawyer who likes tech stuff)
If one of our machines are doing a back up, chances are we just go to another room and use a different one.
That being said, I installed a 16TB FreeNAS system on the home network last year and that's now how we keep track of most things these days.
"The problem with socialism is eventually you run out of other people's money" - Thatcher.
You have to understand how most consumers "back up". They go on holiday and take some photos, shoot some video. Then they get back and save their stuff to disc for viewing and safe keeping, and that's it.
For that point of view an archival grade disc is attractive. You can watch the video or look at the photos on your TV any time with a player, and you don't have to worry about the disc degrading over time if you look after it. Make two copies if it matters that much.
That's the level of sophistication that most consumers operate on. They want a machine that puts their home videos on disc and a disc that lasts forever.
const int one = 65536; (Silvermoon, Texture.cs)
SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
"Cheapskates" and "people who don't care about the benefits offered" are not synonymous terms.
I apologize. I was confused by some Slashdot users who have called me a cheapskate for not caring about the benefits offered by, say, a smartphone with a $35/mo data plan over a dumbphone with a $7/mo voice-only plan.
And small wonder that a film that only appeals to niche collectors would be released using the format that appeals to niche collectors.
I saw it more as a trial balloon for eventually dropping DVD and its weaker DRM, just as the home video distributors had dropped VHS.
Amazon sells BRD-Rs in 25 packs for 22.97. Buy 7 packs (for $160) and you have as much storage as a 180 buck 4TB hard drive, assuming that you have the recorder.
http://www.myce.com/news/breakthrough-on-removal-of-cinavia-blu-ray-copy-protection-reported-69629/
Hay, i didn't even think of a thumb drive, I can go to Fry's and buy a 128GB.
I can buy a 2TB disk which is rewriteable for $69 including the interface.
No, you can't. Spot pricing on pricewatch or google shopping or whatever, the lowest prices are $80 for a drive from a company that will hold your order forever as "pending" because they never had any is stock to begin with. You will pay $100 at least after shipping
"When life gives you lemons, don't make lemonade. Make life take the lemons back!" -- Cave Johnson
Just as with operating systems, with optical disks, windows destroy data. The sunlight slowly "burns" all the bits if a disk is stored when sunlight beams in. That's one pattern of failure that someone might not identify, but it is a known pattern you can avoid.
I am struggling to see how a disc format which is orders of magnitude smaller and slower than current disk sizes (not to mention what disk sizes will be in 2 years when this is available) and also significantly smaller than current backup technologies is expected to take off. If you need to backup large amounts of data you use Tape which this new format doesn't have anywhere near the capacity of or you use disk (i.e. HDD's) which are fast and cheap. optical media is going the way of the Dodo, it simply hasn't been able to keep pace with size requirements.
CD, DVD, and Blu Ray have all been writable at about 16x, meaning you can burn a disk in two - three minutes. The write speed has scaled with capacity. I see no reason to think the next generation will be any different.
Optical format has always been awful for backup. It has all the bad parts of tape and none of the good ones; its only benefit is that its ubiquitous and pretty cheap. Reliability, speed, cost/GB, all suck.
Optical media tends to degrade even if you stick it in a vault. Magnetic media does not.
Keeping your backup drive plugged in 24/7 is a good way to getting it fried by the first nasty electrical event.
Compared to a $25 LTO5 tape which holds nearly 3TB, and is a lot easier to verify.
Wow what a bargain.
Pretty much.
CD-Roms first became popular when 80 meg hard drives were considered large.
Now, you can buy few terabytes of space for $100--$200. Parceling out your data in 25 GB chunks, at a dollar a disk doesn't seem all that thrifty, unless you distribute large amounts of data to people who don't have high speed connections.
I know, it's slightly cheaper as a backup option-- if your time isn't worth much.
CD writers didn't become popular in the home until 2 GB drives were commonplace. Optical media has always lagged behind hard disk. It's the advent of USB storage and greater bandwidth that has diminished the use of optical media.
Despite that, optical media still has it's uses and wont be going anywhere for some time. A DVD that costs $0.10 is easier to post than a flash drive that costs $5 and is considerably less fragile.
Calling someone a "hater" only means you can not rationally rebut their argument.
Just nitpicking, but the write speed of a dual-layer Blu-Ray disc is nearly 12 minutes at 16x. What I'm mainly worried about is that the spin rate of a plastic disc has a definite RPM speed limit. I think we've all seen the videos of what happens to discs that are spun too fast (and if you haven't, there's some neat videos of it on YouTube). Will these archival discs be made of a different core material to facilitate faster spin speeds?
Rotational speed is an engineering problem, but I bet there's an easy solution. One thing that comes to mind is the difference in strength between regular plastic packing tape vs filament tape, the plastic tape with a few strings of fiberglass on it. That little bit of glass string sure makes the tape a lot stronger, and it isn't too expensive. Current disks are just plastic. Adding three cents of fiberglass should make them about ten times stronger, so they can spin much faster.
So, what do I need a 300GB, when I can go to Fry's and get 4TB drive and just plug it in?
storing stuff on hard drives is NOT backing up.
It's playing Russian roulette with your data.
Be seeing you...
+1
Faster spin speeds are needed for faster random access on spinning media. If you want to be able to write to them faster, is it better to do a whole lot more engineering on both the drive and the discs to make them spin 10% faster, or to just find a way to squeeze in another write head?
What I want to know is who's bringing out the obligatory "rival format", just to add confusion to the market and make people wary of adopting. Ideally this should have slightly less powerful backers but some slight technical advantage - just to make sure its not a foregone confusion which one is adopted.
You got a crappy hand-me-down Blu-Ray player, and this led you to derp about the format being the problem rather than your miserly nature.
A crappy hand-me-down DVD player would fucking work, and further it would play the disc in a reasonable time frame. But my crappy hand-me-down BluRay player is a Sony BDP-S300 and sure it plays discs, eventually. After about a minute of thinking about it. And why should I need a newer player just to watch a movie? Only a total asshole would suggest that someone is an idiot for expecting a movie player to play a movie without crashing.
"You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
For a particular physical media format to go away, there have to be a superior format and a migration path. By the time the iMac came out, other physical media to replace the internal floppy drive were ready, namely Floptical, Zip, and LS-120. Over the next few years, external CD-RW drives and USB flash drives provided other alternatives. USB floppy drives provided a migration path, and even a decade and a half later, I can still buy a USB 3.5" floppy drive. I'll grant that the 5.25" and 8" floppy drives aren't widely available in USB, and USB floppy drives may have trouble reading non-high-density floppies, because unlike with high-density 3.5" floppies, PC manufacturers never could agree on a modulation for those. But it's still possible to skip a few generations at a time when format shifting.
If you're talking about an alternative to using physical media at all as a method of distributing copies of motion pictures to the public, that won't happen until there's a replacement. Both of these need to happen:
I don't see how Disney is likely to agree to #1 given its "vault" practices, and I don't see how #2 will be achieved with the crony capitalism prevalent among United States telcos.
A purchase over "digital distribution", such as a movie or a console game, isn't a true purchase as much as a rental for the life of the platform as determined by the platform's gatekeeper. Look what happened to "purchases" made in the Windows PlaysForSure platform when the various stores went EOL. That and as drinkypoo pointed out, resale is forbidden.
Yay!
Wait, a crap broken-by-design DRM scheme that completely relied on security by obscurity has been cracked before fully implemented; and cracked in an irreparable fashion?
Just like every DRM scheme that has preceded it. And likely every scheme that succeeds it.
Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
And by "life" you mean "not at all" because of the DRM-free music sales they've been doing since 2009?
Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
Answer me this: Is Ishtar worse than Hop?
There is that, which is why my NAS has two USB backup drives that get connected to dump to offline backup. I have two backup drives so I can keep one in my desk at work and one at home.
But There also are things known as UPS's which both provided uninterrupted power as well as surge protection. I'm good short, of a lighting strike or EMP.
"File to fit, pound to insert, paint to match" - Aircraft Maintenance 101
... for general data use. I remember when people had 420mb hard drives and CDRs came out with 650mb of space for a few quid each! Instant full backups for cheap. Would need 27 of these new discs per 4TB drive for the same scenario today.
You know what they say about assumptions. What happens when the UPS malfunctions? Or the surge creeps in over another piece of copper (RJ45, for example)? And as you say-- lightning strikes can do some nasty things.
UPS is a good start, but USB drives are notoriously fragile, and I wouldnt trust one as your only backup.
"The write speed has scaled with capacity. I see no reason to think the next generation will be any different."
Nor do we have any reason to think it won't.
I was just raising the question. It is a bit strange that they didn't mention the write speed at all, since it's one of the most important metrics for high-volume media.
UPS is a good start, but USB drives are notoriously fragile, and I wouldnt trust one as your only backup.
The UPS is totally unnecessary, it just is more convenient than having to rebuild the NAS should the power fail at the wrong time. I have two complete historical copies of my data at all times, even when running a backup.
The USB drives I have are laptop drives internally. They are not indestructible, but tough enough to bounce around my desk drawer without too much of an issue. Plus I have two backup drives, one off site, one local that get rotated regularly.
Not to mention that I run a RAID 5 array with hot spare in the NAS, so I really have 4 copies of everything. All this for my personal data, which rarely changes anyway.
I'm covered better than most IT departments.
"File to fit, pound to insert, paint to match" - Aircraft Maintenance 101
Add an extra laser and you double the read/write speed. Add three extra lasers and you have a 4x speed increase.
4K offers 4 times the resolution increase over 1080p whereas 1080p in 16:9 offered a nearly 7 times resolution increase over 480p. Do the math.
It should also be noted that most HD video is in 720p native resolution. Even a lot of modern Video game systems (Wii U, PS4, Xbox 1) internally render games in less than 1080p despite the fact that they all support 4K native output.
Other than PC gaming and films shot with equipment that is pretty uncommon today, 4K is really lacking in any serious type of content. Heck, other than bluray movies and a few high-res broadcasts, so is 1080p.
And, existing content does not benefit that much from the increase in resolution. In theory, the effective resolution of well preserved film is probably pretty similar to 4K, so if you do a lot of work to actually get old movies and maybe even some TV shows up to snuff, it could look better, but that is really the extent of it. And we have already seen that, other than major Hollywood movies and a handful of old TV shows, there has not been a lot of interest in converting old film into 1080p content, and there will probably be even less interest in converting it into 4K. Add to that the fact that, the way a lot of stuff is filmed, only a small part of the actual film gets used, so the effective resolution is even lower.