Drive Hard. 1 Std. 35 Min+. Get in, get out and get even in this high-stakes thriller starring Golden Globe nominees, John Cusack (Con Air) and Thomas. emigracionasturiana.com - Kaufen Sie Drive Hard günstig ein. Qualifizierte Bestellungen werden kostenlos geliefert. Sie finden Rezensionen und Details zu einer vielseitigen. Filme online kaufen: Drive Hard DVD bei emigracionasturiana.com zum günstigen Preis bestellen. Bei uns finden Sie ausserdem viele weitere Filme auf DVD - jetzt stöbern!
Drive HardDrive Hard ein Film von Brian Trenchard-Smith mit John Cusack, Thomas Jane. Inhaltsangabe: Der ehemalige Rennfahrer Peter Roberts. Drive Hard (). User-Film-Bewertung [?]: unterirdisch schlecht mittelmässig gut weltklasse / 5. Filmsterne von 1 bis 5 dürfen vergeben werden, wobei 1. Der geheimnisvolle Simon Keller sieht so gar nicht aus wie die typischen Fahrschüler, die sonst so in den Wagen des Fahrlehrers Peter Roberts steigen. Der ehemalige Rennfahrer willigt jedoch ein, ihn zu unterrichten. Simon bittet Peter, noch kurz.
Drive Hard Navigation menu VideoDrive Hard Official Trailer #1 (2014) HD
MaryAnn Johanson. Sputtering on fumes almost from the start, it captures a well-earned checkered flag as one of the worst films of Jeffrey Lyles.
Feels like the work of a computer program that analyzed dozens of popular movies in different genres, then self-generated a screenplay that tried to incorporate elements from all of them.
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An excellent example of an external backup device that supports multiple hard drives is the Drobo. External hard drives come in many shapes and sizes.
Some are large, about the size of a book, while others are about the size of a large smartphone. External hard drives can be very useful since they usually offer more space than a jump drive and are still portable.
The picture is an example of a laptop hard disk drive enclosure from Adaptec. With this enclosure, the user installs a laptop hard drive of any storage capacity into the enclosure and connect it via USB port to the computer.
SSDs solid-state drives have started to replace HDDs hard disk drives because of the distinct performance advantages they have over HDD, including faster access times and lower latency.
While SSDs are becoming popular, HDDs continue to be used in many desktop computers largely due to the value per dollar that HDDs offer over SSDs.
However, more and more laptops are beginning to utilize SSD over HDD, helping to improve the reliability and stability of laptops.
The first hard drive was introduced to the market by IBM on September 13, The hard drive was built-in to the computer and was not removable.
In , IBM developed the first removable hard drive, having a 2. The first hard drive to have a storage capacity of one gigabyte was also developed by IBM in It had a storage capacity of 10 MB.
Seagate was the first company to introduce a RPM hard drive in Seagate also introduced the first 10, RPM hard drive in and the first 15, RPM hard drive in Both "hard disk drive" and "hard drive" are correct and mean the same thing.
However, we recommend using the term "hard drive" in your writing or when describing a hard drive. While nominal sizes are in inches, actual dimensions are specified in millimeters.
The factors that limit the time to access the data on an HDD are mostly related to the mechanical nature of the rotating disks and moving heads, including:.
Defragmentation is a procedure used to minimize delay in retrieving data by moving related items to physically proximate areas on the disk.
Although automatic defragmentation is intended to reduce access delays, performance will be temporarily reduced while the procedure is in progress.
Time to access data can be improved by increasing rotational speed thus reducing latency or by reducing the time spent seeking.
Increasing areal density increases throughput by increasing data rate and by increasing the amount of data under a set of heads, thereby potentially reducing seek activity for a given amount of data.
The time to access data has not kept up with throughput increases, which themselves have not kept up with growth in bit density and storage capacity.
A current widely used standard for the "buffer-to-computer" interface is 3. Transfer rate can be influenced by file system fragmentation and the layout of the files.
HDD data transfer rate depends upon the rotational speed of the platters and the data recording density. Because heat and vibration limit rotational speed, advancing density becomes the main method to improve sequential transfer rates.
Higher speeds require a more powerful spindle motor, which creates more heat. While areal density advances by increasing both the number of tracks across the disk and the number of sectors per track,  only the latter increases the data transfer rate for a given rpm.
Since data transfer rate performance tracks only one of the two components of areal density, its performance improves at a lower rate.
Other performance considerations include quality-adjusted price , power consumption, audible noise, and both operating and non-operating shock resistance.
Current hard drives connect to a computer over one of several bus types, including parallel ATA , Serial ATA , SCSI , Serial Attached SCSI SAS , and Fibre Channel.
Current drives present a consistent interface to the rest of the computer, independent of the data encoding scheme used internally, and independent of the physical number of disks and heads within the drive.
Typically a DSP in the electronics inside the drive takes the raw analog voltages from the read head and uses PRML and Reed—Solomon error correction  to decode the data, then sends that data out the standard interface.
That DSP also watches the error rate detected by error detection and correction , and performs bad sector remapping, data collection for Self-Monitoring, Analysis, and Reporting Technology , and other internal tasks.
Each drive also has an additional power cable, usually direct to the power supply unit. Older interfaces had separate cables for data signals and for drive control signals.
Due to the extremely close spacing between the heads and the disk surface, HDDs are vulnerable to being damaged by a head crash — a failure of the disk in which the head scrapes across the platter surface, often grinding away the thin magnetic film and causing data loss.
Head crashes can be caused by electronic failure, a sudden power failure, physical shock, contamination of the drive's internal enclosure, wear and tear, corrosion , or poorly manufactured platters and heads.
The HDD's spindle system relies on air density inside the disk enclosure to support the heads at their proper flying height while the disk rotates.
HDDs require a certain range of air densities to operate properly. The connection to the external environment and density occurs through a small hole in the enclosure about 0.
Breather holes can be seen on all disk drives — they usually have a sticker next to them, warning the user not to cover the holes. The air inside the operating drive is constantly moving too, being swept in motion by friction with the spinning platters.
This air passes through an internal recirculation or "recirc" filter to remove any leftover contaminants from manufacture, any particles or chemicals that may have somehow entered the enclosure, and any particles or outgassing generated internally in normal operation.
Very high humidity present for extended periods of time can corrode the heads and platters. For giant magnetoresistive GMR heads in particular, a minor head crash from contamination that does not remove the magnetic surface of the disk still results in the head temporarily overheating, due to friction with the disk surface, and can render the data unreadable for a short period until the head temperature stabilizes so called "thermal asperity", a problem which can partially be dealt with by proper electronic filtering of the read signal.
When the logic board of a hard disk fails, the drive can often be restored to functioning order and the data recovered by replacing the circuit board with one of an identical hard disk.
In the case of read-write head faults, they can be replaced using specialized tools in a dust-free environment. If the disk platters are undamaged, they can be transferred into an identical enclosure and the data can be copied or cloned onto a new drive.
In the event of disk-platter failures, disassembly and imaging of the disk platters may be required. Recovery from logical damage can require file carving.
A common expectation is that hard disk drives designed and marketed for server use will fail less frequently than consumer-grade drives usually used in desktop computers.
However, two independent studies by Carnegie Mellon University  and Google  found that the "grade" of a drive does not relate to the drive's failure rate.
A summary of research, into SSD and magnetic disk failure patterns by Tom's Hardware summarized research findings as follows: .
To minimize cost and overcome failures of individual HDDs, storage systems providers rely on redundant HDD arrays. HDDs that fail are replaced on an ongoing basis.
More than companies have manufactured HDDs over time, but consolidations have concentrated production to just three manufacturers today: Western Digital , Seagate , and Toshiba.
Production is mainly in the Pacific rim. HDDs are being superseded by solid-state drives SSDs in markets where their higher speed up to megabytes per second for M.
A laboratory demonstration of a 1. The market for silicon-based flash memory NAND chips, used in SSDs and other applications, is growing faster than for HDDs.
Plug and play drive functionality offers system compatibility and features large storage options and portable design.
External hard disk drives are usually available as assembled integrated products but may be also assembled by combining an external enclosure with USB or other interface with a separately purchased drive.
They are available in 2. Features such as encryption , Wi-Fi connectivity,  biometric security or multiple interfaces for example, FireWire are available at a higher cost.
In GUIs , hard disk drives are commonly symbolized with a drive icon. From Wikipedia, the free encyclopedia.
Data storage device. For other uses, see Hard drive disambiguation. Play media. Main article: History of hard disk drives. See also: Magnetic storage.
Main article: Disk formatting. Main article: List of disk drive form factors. Main article: Hard disk drive performance characteristics. Main article: hard disk drive interface.
Main articles: Hard disk drive failure , Head crash , and Data recovery. See also: History of hard disk drives and List of defunct hard disk manufacturers.
See also: USB mass storage device class and Disk enclosure. This article is missing information about the newer and much faster USB 3.
Please expand the article to include this information. Further details may exist on the talk page. August Electronics portal.
Automatic acoustic management Cleanroom Click of death Comparison of disk encryption software Data erasure Drive mapping Error recovery control Hard disk drive performance characteristics Hybrid drive Microdrive Network drive file server, shared resource Object storage Solid-state drive Write precompensation.
The term "DASD" includes other devices beside disks. Arpaci-Dusseau Books. Archived PDF from the original on February 16, Retrieved March 7, HDD: What's the Difference?
PC Magazine UK. Archived from the original on March 28, Retrieved March 21, January 23, Archived from the original on May 31, Retrieved October 19, July Archived PDF from the original on October 19, Retrieved February 10, Archived from the original PDF on September 28, Retrieved April 23, Archived from the original on January 1, Retrieved November 25, June 25, How SSDs conquered mobile devices and modern OSes Archived July 7, , at the Wayback Machine.
Ars Technica. Retrieved January 7, PC Magazine. Archived from the original on March 19, Retrieved November 24, Archived from the original on May 15, Retrieved May 15, Flash chip industry worth twice disk drive biz".
Retrieved November 21, November Retrieved November 15, Oracle Magazine. Archived from the original on August 11, Retrieved September 19, IBM disk drive held 3.
Archived from the original on July 18, Retrieved July 18, Archived from the original on May 9, He actually did a little work here and there and was pleasant.
Grumblings about John Cusack's job are somewhat on the money. It occurs to me that there were really only two actual laugh-out-loud moments for me, and I' not giving them away, just in case you watch it.
Too bad. It was loosely assembled from a collection of sort of funny possibilities. If you have some spare time to watch it for completeness, you won't regret it really, but that's about as much of a recommendation as I can drum up.
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Release Dates. Official Sites. Company Credits. Technical Specs. Plot Summary. Plot Keywords.9/19/ · A hard disk drive (HDD), hard disk, hard drive, or fixed disk is an electro-mechanical data storage device that stores and retrieves digital data using magnetic storage and one or more rigid rapidly rotating platters coated with magnetic material.