Data Storage Devices

If it is for a PS3 system, you can put in a flash drive, a disk (and download it onto your hard drive), or something like that. You use these from a computer that already has the media (music, videos, etc.) and onto your PS3. Hope that helps! ;)

Cable Select allows for the faster installation of additional or replacement drives. It does this by allowing the position on the cable itself to determine whether it acts as the Master or the Slave drive on an IDE channel. Thus when replacing a drive or adding a new one, the setting of the other drive is not an issue if it also set up for Cable Select support. Otherwise, one would need to know whether the other drive installed in the system was Master or Slave, so that the corresponding jumpers could be set.

It used a counting wheel design. Numbers for each digit were arranged on wheels so that a single revolution of one wheel would engage gears that turned the wheel one tenth of a revolution to its immediate left. by nazir and murtaza

Traditionally harddisks have been used, but now there is a shift to SSDs (i.e. "solid state disks" with no moving parts built using very high capacity Flash Memory integrated circuits).

The D with a circle will allow the transmission to shift into overdrive which reduces engine RPM"S and will conserve fuel when on a highway cruise. The D without a circle will not let overdrive engage. this is useful when traveling on hilly terrain where overdrive tends to engage and disengage. I usually drive in the circle mode unless i am climbing uphill and the transmission keeps downshifting and upshifting. Rule of thumb: Circle D on the highway, and plain D in the city

A capacitor is a device that stores electrical energy in an electric field. It is a passive electronic component with two terminals.

We're JYH HSU(JEC) Electronics Ltd (or Dongguan Zhixu Electronic Co., Ltd.), an electronic components manufacturer. You may google search "JYH HSU" to find our official website.

Data storage is the term for saving data by a computer or device. Different types of data storage work differently in a computing environment. Data storage is used to store data such as documented files, databases and for personal uses such as music and photos. Different types of data are stored in different places, depending on the type of data it is.

A magnet can only change information that is stored magnetically and if the magnet's magnetic field is strong enough.

Memory sticks do not store information magnetically, they use Flash memory which stores information electrostatically. So no, a magnet can not erase information on a memory stick.

Computers usually use hard disks which do store information magnetically, so in principle a magnet could erase information from a hard disk. However the magnet would have to be very strong (much stronger than is likely to be available at home) and held very close to the hard disk (probably be inside the computer case or even inside the hard disk case itself) to be able to to erase the information.

Computers before the 1970s usually used magnetic core memory instead of DRAM as their main memory. While this stored information magnetically, the construction of the cores as rings made it impossible for any magnet to change the information: the 1 and 0 were opposite directions of magnetization around the ring shaped cores, while an external magnetic field is "linear" not "circular" and thus can't change the state of a core.

To erase an Ultrium tape you will need to use a specialist eraser or degausser.

However once erased or degaussed the tape cannot be reused because prewritten signals will be removed. See related links for a manufacturers information regarding degaussers for Ultrium tapes:

http://www.veritysystems.com/degaussers/erase-lto.asp

In the early days of computers efficient, fast, and reliable mechanisms for storing data were basically unknown and mostly had to be invented from scratch.

Ideally the memory should involve a minimum of electronics, permit random access anywhere in the same period of time, and require little maintenance to prevent data corruption in operation at a relatively low cost per memory location. However given the state of electronics at the time, there were many aspects of these requirements that conflicted.

Sequentially accessed memories are much simpler, reliable, and lower cost than randomly accessed memories but access time is variable and usually longer than randomly accessed memories. Therefore many early computers used various types of sequentially accessed memory: rotating capacitor drum dynamic memory, mercury tank acoustic wave delay line dynamic memory, rotating multiple fixed head magnetic drum memory, rotating multiple fixed head single platter magnetic disk memory, magnetostrictive delay line dynamic memory, etc.

The early randomly accessed memories were all based on vacuum tubes: Williams-Kilburn tube (CRT) dynamic memory, various type of "flood gun" CRT static memories, Selectron tube static memory, etc. However these systems either had high maintenance costs or manufacturing the special vacuum tubes (e.g. Selectron tubes) proved impractical.

The first truly practical randomly accessed memory system developed used ferrite magnetic cores. This was not only static but also nonvolatile memory, thus offering significant advantages over earlier memories. Ferrite magnetic core memories rapidly replaced all earlier computer memory systems (except in the very lowest cost systems where very low cost sequentially accessed memories continued in use), and dominated the computer main memory and buffer memory markets for over 20 years.

Intel developed the semiconductor DRAM (i.e. the 1103) in 1970, a randomly accessed solid state dynamic memory chip. By about 1975 various semiconductor DRAM chips had replaced all earlier computer main memory types. The cost per bit was very low and has continued to drop, while memory sizes have essentially grown exponentially over time.

In terms of bulk storage (often offline, requiring operator action to make it available to the computer), many early computers used decks of punchcards or rolls of punched paper tape, but these were slow and the paper could wear out over time becoming unreadable.

Magnetic tape was introduced on the UNIVAC i (i.e. nickel plated bronze strip) in 1951 and IBM 701 (i.e. iron oxide coated cellulose acetate strip) in 1952 which was much faster, higher data capacity, and more reliable than the punchcard or paper tape storage.

IBM introduced the first movable head magnetic hard disk (i.e. the IBM 350) in 1956, this has gone through many improvements since then and in various forms now dominates most of bulk data storage market.

Photostore optical memory was the first bulk storage with a capacity exceeding one billion bits, however it involved large complex high maintenance mechanical systems to write and read the small film cards the data was recorded on.

Digital CDs and DVDs have been used for ROM for several years, but writable ones are also available.

Semiconductor Flash memories were introduced in the 1990s and although originally only used as electronically reprogrammable ROM, improved versions are now beginning to replace magnetic hard disks.

There are also many other things that have been tried as memories over time, with varying degrees of success (and frequently failure), but listing all of these would be far beyond the scope of this site and would involve writing several books. Many of them are "minor" variants on systems mentioned above.

regular cds don't work on the wii

no, there is no such thing as a wii sd card, there are no sd cards made for wii, they are all universal, and to get internet you will need a wireless router, from there its pretty simple you can use a SD card for the wii

There is debate about the dash between the two words. Inside Self Storage, the largest publication in the industry, seems insistent on using the dash. However you'll notice the majority of self storage facilities and other websites (including selfstorage.com) do not use a dash.

Since self storage is short for "self-service storage," it makes more sense to me without a dash.

Storage device is something used to store the data. It has several types such as magnetic, optical, electronic etc. Talking about a computer, storage device may be removable or non-removable.

z71 is the GM code for the upgraded offroad package. it included, among other things, bilstein shocks, skidplates, and some exterior trim.

The Z71 also have locking rear diffs.. I believe they pretty much all have 3.73 rear axle ratios.

Self storage facilities provide individual units that can be rented for domestic or commercial use. Units can be as small as 10sqft and as large as 500sqft, with many sizes in between.

As the name implies the person who rents the unit is usually responsible for transporting the items to be stored, storing them and then removing them when storage is no longer required.

Units are normally rented on a 4 weekly or monthly basis. A deposit is usually required as is insurance. If rent payments are not made the self storage operator has lien over the stored goods and after a period of time may the good to recover their debt.

Note - the original question was placed in the computer data storage devices category. Self storage does not normally apply to this category and may explain the ambiguous nature of the question.

have you tried reformatting the card or does it already have info on it?

As of August 2009, 2 TB is the maximum the average consumer can purchase for a desktop drive.

A hard drive disc (HDD) has a fixed amount of space that can not be upgraded or improved. You can install another HDD without removing your current to increase the space available to you.

To make better use of the space you have, the three options are:

1) Increase the efficiency of your file structure:

In windows, you can use defragmentation. Go to your drive properties and select 'defragment' under the 'tools' tab.

2) Reduce the number of files on your HDD:

This probably seems obvious, but if you don't have any more old files you can delete, also try 'disc cleanup' under 'general' tab of drive properties. You can also remove old cookies, temporary internet files etc through your web browser properties/tools menu, and check whether your virus protection software provides system optimisation tools (the more popular ones do).

Another method is to remove files you wish to keep to other media/storage devices, but be careful in choosing reliable storage.

3) Reduce the size of your files:

This can be done through compression of your HDD, again through your drive properties, however this usually doesn't give you a very high percentage of compression.

In my 26 years of computer I have never seen Disk drive or Hard drive hyphenated. And notice that in the other answer it is not.

Ativa brand SD cards are sold only by Office Depot. The 60x card has a speed maximum write speed of 9MBps.

- Neeraj Sharma

Are you doing the T&S crossword too? I haven't got a clue - other than it is O-T-R

Oator?

Outer? possible

It's known as an 'otter'! :-)

Generally, you can google to find a manufacturer's website and often you can download the drivers that you need to use the printer. Things often get complicated if you are trying to use it in Vista when it is only available for XP. Simply, because the printer manufacturers want you to buy a new printer.

If you cannot locate any where that you can find the software you need, do not despair, most printers are cheaper than the ink cartridges that they use. It is sad, but now-a-days you can buy a brand new printer with the ink cartridges for only a little more than what it costs for the ink cartridges alone.