Zazzle Shop

Screen printing
Showing posts with label Storage medium. Show all posts
Showing posts with label Storage medium. Show all posts

Friday, October 14, 2011

Get Free 50 GB of Storage for Life on Box.Net—IF You’re an iPhone, iPad, or iPod Touch User

iOS: Now through December 2, cloud storage provider Box.net is giving away free 50 GB accounts you can use forever. The account is good on your PC too, but to get the 50 GB upgrade, you'll need to download and sign in or register from the iPhone or iPad app.

Basically anyone who uses a Box Personal account on an iOS device will get this upgraded free storage space (increased from the usual 5GB of free space usually doled out). According to Box.net's blog post introducing the offer, you'll also get an increased file size upload limit of 100MB instead of 25MB.
It's unfortunate that Android and other mobile users aren't getting this same love, but one of the comments on the blog post suggest a "fix" (we haven't tested this yet):
Download itunes. Make an account. Go to apple store. Download the app on the device. Create account get 50GB space. Go to the phone's settings and scroll down to Store. Click on logout so it logs you out of your itunes account. Also remember to delete the App off the phone.
You have 50 days from now to grab your 50GB of free space. What do you think? Will you be using Box.net for your cloud storage now?

Box for iPad and iPhone | iTunes App Store via Fat Wallet

Friday, July 29, 2011

How To Keep Your iTunes Library When It Won’t Fit on Your Hard Drive


Ultraportable notebooks are finally fast enough that we can use them as our main machines. But damn, the SSDs they pack are small—how are you supposed to fit your entire music library on one of these? You're not.

Get that music off your hard drive, bawse. First off, you can get a lot of mileage out of streaming music services; there's no need to tote all 25 Air Supply albums around with you. But for the rest of your musical needs—those Phish bootlegs and Marky Mark freestyle sessions—consider getting your songs a second home.

First Things First: Get the Music off Your Old Computer
Say you just picked up one of those shiny new MacBook Airs that everyone loves—instead of just migrating everything over from your old machine, be selective. Before you do anything with your new computer, though, you need to get your iTunes music library off your old computer. Luckily, doing that is very simple. And these instructions work for Mac or PC.

How To Keep Your iTunes Library When It Won't Fit on Your Hard Drive
 
Tell iTunes Where You Want to Dump Your Music
1) Make sure your old computer is running the latest version of iTunes. There shouldn't be an issue with loading a library from an older version of iTunes to a newer one, but do it just to be safe.
2) You'll want to create a new location for your default iTunes Music folder on whichever external drive you plan to use. To do this, go to the menu bar and click iTunes > Preferences....
3) From there, you want to click the Advanced tab. The first item in the list will be the iTunes Media Folder location.
4) Click the button to the right that says Change, and either select a folder in your external harddrive that you'll want to use, or create a new folder. Once you've selected a folder, click OK to exit the preferences menu.

How To Keep Your iTunes Library When It Won't Fit on Your Hard Drive
 
Then Dump Your Music
1) Once you've selected a new location for your music files, return to your music library.
2) From there, go back up to the menubar and click File > Library > Organize Library.
3) Check the box that says Consolidate Library and hit OK.
This will begin the process of copying all your music files into one folder (the one you previously designated) on your external hard drive. Depending on how many songs you have, this could take a while.

Copy Your iTunes Database to an External Drive
You've spent years rating songs and building playlists—don't give them up! To make sure those musical memories aren't lost, you're gonna want to copy over your iTunes library database from your old computer to your external harddrive.
1) Go into your Music folder (where the iTunes folder is stored by default), or wherever you've decided store your iTunes library files.
2) There should be a folder simply named iTunes. If there are any music files in the folder (which would be found in iTunes > iTunes Media > Music), delete those files, but nothing else.
3) Then, drag/copy that folder to your external HDD in its entirety. Now you're ready to move to the new computer.

Now, What Are You going to Do With All That Music?
Now you know how to offload your entire iTunes Library to an external drive, but should it be a NAS or a standard drive? Or should you upload to a cloud storage locker? There are pros and cons to each, depending on how you live your life.
How To Keep Your iTunes Library When It Won't Fit on Your Hard Drive
 
Option 1: Keep Your Music on a Standard External Drive
If you're in lurve with iTunes, have a lot of Apple-DRM'd content, actively manage an army of iOS devices, or just spend a lot of time listening to music on your computer, importing your old iTunes database onto your new computer and pulling your library from an external drive is a great bet. It'll look like it's all right there on your machine, just like the old days. That said, you have to plug into said hard drive to get at your stuff.
But if you're the kind of cat who plugs into a USB hub or a notebook doc when you're at home anyway, this solution is perfect. Especially if you want the ability to sync your iOS device without formatting it again, and be able to access all your old ratings, playlists and playcounts. Here's how to do it:
1) If you've already installed iTunes, make sure it isn't running.
2) Locate the Music folder on your new computer. If you've already installed iTunes, there should be a folder named iTunes there. Delete it.
3) In a new window, locate the folder named iTunes you copied to your external HDD.
4) Copy that iTunes folder into your computer's Music folder.
5) Now it's time to open iTunes. Hold down the option key while launching iTunes.
6) iTunes will ask whether you want to create a library or choose a library. Select Choose library, then navigate to your Music folder, then your iTunes folder on your computer and double click iTunes Library.itl.
7) If everything went according to plan, your music library should have made smoothly made the transition to a new computer and external harddrive.
But let's say there's music you know you'll want to listen to when you're not connected to your drive—your work or studying playlist, for example. You can actually set up a separate, smaller library, and it won't get mixed up with your main megalibrary, either. It's a little advanced, but you can handle it:
1) Hold down option when opening iTunes.
2) When asked if you want to Create a Library or Choose a Library, select Create Library.
3) Name the library whatever you want, but something logical like "Music on Laptop" probably makes sense.
4) Drag any music files you want from your external harddrive into the Music folder of your computer.
5) Once they've been copied over, drag those files into the iTunes app, where they will appear.
6) Now you have a separate library of music stored locally. To switch back to the library with the songs stored on your external drive, quit iTunes, relaunch iTunes (while holding down the option key), elect to choose which library you want to open, and find the iTunes library in your Music folder you initially copied over to your laptop.

Option 2: Stream it From a NAS Drive
The second thing you can do is to keep all your music on a NAS drive, which means you can access files over your local network without having to directly connect your computer to the drive.

This is great if you have a lot of DLNA streaming devices like a Sonos system or Boxee Box. And once you've offloaded your music from your old computer (follow the same steps as above, just select the network-attached drive instead of a USB-linked one), all you have to do is tell the device where to look on the drive.
As far as working with iTunes, a NAS drive isn't perfect for managing and syncing files to devices (it's sloooow), but once you've imported your tracks into the library, it streams pretty well, depending on the speed of your network. You can also get a NAS that supports the iTunes server feature, where all your music will show up in your local iTunes library as a streaming playlist.

Option 3: Stick it in the Cloud
If priority #1 for you is having your music accessible ANYWHERE you go, there's always the cloud. There are currently only two services that are worth looking into: Google Music and Amazon Cloud Drive.
Neither is perfect, but they both more or less do what they say they'll do, which is make your music available to you anywhere you go. You can stream in a browser or an Android device, and if you want it locally, you can pull files from the cloud. Each service uploads in its own way, but what the two have in common is a particular disdain for your musical metadata. Playcounts and ratings go out the window of the magical airship that ferries your music to the firmament.

Also, if you suffer from data caps or sucky bandwidth, the cloud will likely rain on your parade. Furthermore, if you have a massive music library, storing large chunks of music in the cloud can get costly. Amazon offers up 20, 50, 100, 200 and 500 gigabyte chunks of storage at a cost that breaks down to a dollar per gig per year (ie, 50GB=$50/year). Google Music is still in beta and working out its pricing.

So now you can rest easier knowing you have three solid housing options for your music library now that's it has moved out of your laptop. Which one you pick ultimately comes down to your listening habits, but one thing is clear: a big laptop hard drive is no longer a must.

Wednesday, November 18, 2009

Five Best Online Backup Tools


From: http://lifehacker.com/

Author of this post, at jason@lifehacker.com.

Local backup is a useful and necessary part of securing your data against catastrophe, but with the advent of broadband and inexpensive online storage, you've got little reason to not back up critical files to the cloud as well.

Photo by jared.

Earlier this week we asked you to share your favorite online backup solutions. Now we're back to share the five most popular solutions Lifehacker readers use to back up their data online and keep it secure in the event that some unforeseen event at their on-site location—fire, flood, theft, someone casts Chain Lighting in the server room—wipes out their local backup.

Note: When contenders in the Hive Five have a free option, we've listed that first, followed by the first level of paid backup they provide. For additional levels and packages click on the name of the backup service for more information.

For additional information on both both Hive Five contenders and other online backup solutions, you can check out this comprehensive comparison chart.

CrashPlan (Windows/Mac/Linux/Open Solaris, Basic [No online storage] Free, Premium [Unlimited] $4.50 per month)


CrashPlan takes an interesting approach with their backup software. You can download the software for free and use it to perform local backups on your computer and home network as well as back up data to a friend's computer if they are also running CrashPlan (so it's sort of off-site if a friend's running it). They don't offer any free introductory plans for online storage like most other online backup providers, but their rate for an unlimited personal account is on par with other providers. The software is very user friendly, and even if you're not sure if you want to commit to paying for an online backup service, it's worth a download just to automate your local backups. If your data goes kaput, you can restore it using the software or you can order a hard copy of your data.

Mozy (Windows/Mac, Basic [2GB] Free, Home Premium [Unlimited] $4.95 per month)

Mozy is an automated backup solution. Once you install the Mozy client on your computer, it will back up any files you specify at the frequency you specify. Mozy can back up files while they are open—so that huge presentation you've been working on for the last few hours will be backed up even if you're still working with it. Mozy also backs up based on file changes, only uploading the portion of a file that has changed and not the entire file all over again (meaning quicker incremental backups after the initial backup). Mozy stores previous versions of your files for easy restoration, and in addition to restoring all your files by downloading them, you can also order a backup on physical media for a fee.

Dropbox (Windows/Mac/Linux, Basic [2GB] Free, Pro [50GB] $9.99 per month)

Once you install Dropbox, a folder, appropriately called "My Dropbox", is placed in the Documents area of your computer. Anything you put into this folder will be synced with your Dropbox account. You can sync files, share files by making the folder they are in public, and restore a previous version of your file—Dropbox keeps a change log going back 30 days. All your files are also accessible via the Dropbox web site, which is great for those times you're at a computer where you don't have Dropbox installed, but you still want to access a document. If you want to sync a folder without putting it directly inside the main My Dropbox folder, you can do that with a little elbow grease, too. Dropbox doesn't have an unlimited option like the rest, but if all you want to back up is your most important documents, it certainly works as off-site backup, and it provides data redundancy on every computer you install it on.

Jungle Disk (Windows/Mac/Linux, Pricing: $2 per month + Per GB Fees)


Jungle Disk takes a different approach to backup on several different levels. Rather than offering a flat rate pricing for unlimited storage, Jungle Disk operates on a fee system. You pay $2 a month per account plus a fee per GB of data used. The fee structure per GB is currently: $0.15 for storage, $0.10 for upload, and $0.17 for download. On the upside, in the face of fee structure you can use your Jungle Disk as a networked disk drive in addition to a remote backup location. Jungle Disk is great at backup, but you can also use it with any application you'd like that can write to a network drive. A bonus for small-volume users is that for small amounts of data, you'll pay less than other backup solutions per month and have a lot more flexibility with how you use your remote storage.

Carbonite (Windows/Mac, Unlimited Storage $4.58 per month)

Carbonite is the other contender in this week's Hive Five that doesn't offer a free basic account with teaser storage. They have a simple pricing plan: $54.95 for a year of unlimited storage from a single computer. Like Mozy, Carbonite also offers block-level incremental backup to speed up the backup process. You can access your files through a web-based interface when you are away from home, and you can use the Carbonite application to restore all or some of your files at any time. Carbonite does not provide a hard copy of your data upon request, so get ready for some heavy downloading time if you've got a lot of data you need to restore.



Send an email to Jason Fitzpatrick,

Friday, February 20, 2009

250 DVDs in a Quarter-Sized Device -- Coming Soon?


"I expect that the new method we developed will transform the microelectronic and storage industries, and open up vistas for entirely new applications," said co-lead investigator Thomas Russell.

A new technique developed by scientists at UC Berkeley and University of Massachusetts Amherst may drastically increase the ability of devices to store things.

Cal officials called the technique "innovative and easily implemented," on Thursday.

The method lets microscopic nanoscale elements precisely assemble themselves over large surfaces.

Scientists said the technique could soon open doors to dramatic improvements in the data storage capacity of electronic media.

"I expect that the new method we developed will transform the microelectronic and storage industries, and open up vistas for entirely new applications," said co-lead investigator Thomas Russell, director of the Materials Research Science and Engineering Center at UMass Amherst and one of the world's leading experts on the behavior of polymers. "This work could possibly be translated into the production of more energy-efficient photovoltaic cells, for instance."

Russell conceived of this new approach with co-lead investigator Ting Xu, a UC Berkeley assistant professor. They describe their work in the Feb. 20 issue of the journal Science.

"The density achievable with the technology we've developed could potentially enable the contents of 250 DVDs to fit onto a surface the size of a quarter," said Xu.

How it Works…

Xu explained that the molecules in the thin film of block copolymers - two or more chemically dissimilar polymer chains linked together - self-assemble into an extremely precise, equidistant pattern when spread out on a surface, much like a regiment of disciplined soldiers lining up in formation.

For more than a decade, researchers have been trying to exploit this characteristic for use in semiconductor manufacturing, but they have been constrained because the order starts to break down as the size of the area increases.

Once the formation breaks down, the individual domains cannot be read or written to, rendering them useless as a form of data storage.

To overcome this size constraint, Russell and Xu conceived of the elegantly simple solution of layering the film of block copolymers onto the surface of a commercially available sapphire crystal.

When the crystal is cut at an angle - a common procedure known as a miscut - and heated to 1,300 to 1,500 degrees Centigrade (2,372 to 2,732 degrees Fahrenheit) for 24 hours, its surface reorganizes into a highly ordered pattern of sawtooth ridges that can then be used to guide the self-assembly of the block polymers.

With this technique, the researchers were able to achieve defect-free arrays of nanoscopic elements with feature sizes as small as 3 nanometers, translating into densities of 10 terabits per square inch.

One terabit is equal to 1 trillion bits, or 125 gigabytes.

Because crystals come in a variety of sizes, there are few limitations to how large this block copolymer array can be produced, the researchers said.

They also noted that the angle and depth of the sawtooth ridges can be easily varied by changing the temperature at which the crystal is heated to fine-tune the desired pattern.

"We can generate nearly perfect arrays over macroscopic surfaces where the density is over 15 times higher than anything achieved before," said Russell. "With that order of density, one could get a high-definition picture on a screen the size of a JumboTron."

"It's one thing to get dozens of soldiers to stand in perfect formation in an area the size of a classroom, each person equidistant from the other, but quite another to get tens of trillions of individuals to do so on the field in a football stadium," Xu added. "Using this crystal surface as a guide is like giving the soldiers a marker so they know where to stand."

Other research teams across the country are engaged in similar efforts to break the size barrier of self-assembled block copolymers, but this new project by the UMass Amherst-UC Berkeley scientists differs in that it does not rely upon advances in lithography to achieve its goals.

In the semiconductor industry, optical lithography is a process in which light passes through a mask with a desired circuit pattern onto a photosensitive material, or photoresist, that undergoes a chemical change.

Several steps of chemical treatment are then used to develop the desired pattern for subsequent use.

To keep up with Moore's Law and the demand for increasingly smaller features for semiconductors and microprocessors, industry has turned to nanolithography and the use of ever-shorter wavelengths of light at greater cost.

"The challenge with photolithography is that it is rapidly approaching the resolution limits of light," said Xu. "In our approach, we shifted away from this 'top down' method of producing smaller features and instead utilized advantages of a 'bottom up' approach. The beauty of the method we developed is that it takes from processes already in use in industry, so it will be very easy to incorporate into the production line with little cost."

An added benefit, said Xu, is that "our technique is more environmentally friendly than photolithography, which requires the use of harsh chemicals and acids."

UC Berkeley and UMass Amherst have filed a joint patent on the technology.

The U.S. Department of Energy and the National Science Foundation helped support the research.