HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW

HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW

HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW

HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW. The description of this item has been automatically translated. 1xShipping Costs for all Products.

1 month right of withdrawal. Without 19% VAT & with Invoice for Commercial Buyers EU. HP 300 GB 3.5 "SCSI 68-pin hard disk drive HDD 10 k 8 MB P/N 364321-002 ST3 300 007LW". Example image - similar to /.

Example Picture - Image similar. WARNING: This hard drive is only on systems with the below mentioned.

SCSI standard and cable type. The hard disk does not run in conventional computers or systems without the respective matching SCSI controller! Professionally checked for errors and bad sectors. All old data on it were carefully deleted.

The plates are delivered in raw state (as brand new HDDs). ATTENTION: This Hard Disk Drive is only compatible with systems supporting the SCSI standard and cable type stated below! The Hard Disk Drive is not running in Conventional computers or systems without Appropriate SCSI controller! Professionally tested for failures and defective sectors. All old data were care fully deleted.

The HDDs will be delivered in unformatted condition like new ones. On proper function checked by German technicians. Which do not affect the function for example. Scratches or slight damage / soiling as well as stickers.

Tested for perfect function by a German technician. Optical condition : Traces of usage Which do not affect, the function. (Eg scratches or slight damages / soilings) and stickers.

Hard disk without any accessories. HP P/N: 364321-002 ST 3146707 LW. The capacity is specified in the operating system is smaller than it actually is (explanation below). If you are not sure when choosing the appropriate hard drive, see the end of this description, a detailed guide to selecting the right hard drive with explanations to the overall functioning and important technical data. Please note: To install a hard drive, the respective suitable for the connection of the hard drive data cable and possibly fixing materials such as rails or mounting baskets or frames are normally required. You can use these low order to do so. No liability for technical information. Important: The capacity stated is smaller than in reality. If you are not sure which to choose Hard disk, you can refer to our detailed guide for finding the right Hard disk at the end of this description. There you can find so Explanations for general functionality and technical key data of Computer Hard drive disks. Please Note: For the installation of a hard disk you normally need the right data cable and maybe so fixing stuff like drive-rails or caddys. You can order these cheap in addition. Instructions - Find the right hard drive for your system. The suits you hard disk drive (HDD), you can in 3 simple steps explained in detail by us determine. Note: You can enlarge the text by simultaneously pressing "Ctrl" and "+". Tutorial - Find the right Hard Disk Drive for your system. You can deterministic mine the Appropriate Hard disk drive (HDD) in 3 simple steps, detailed Explained by us. Hint: You can zoom the text by pressing "CTRL" and "+" at once.

1 What design and which ports needed the hard drive? Desktop hard drives are currently only.

In the 3,5 inch format built. The previously used 5,25 inch format is extinct since the late 90s almost. Laptop hard drives, however, are either 2,5 inch or 1,8 inch built-format.

So make sure exactly what design your system needs. With a laptop hard drive, the overall height of the disk is to be considered mandatory. With 2,5 inch hard drives, the standard height is ½ inch (12,7 mm).

But there are also hard drives with a height of 3/8 inch (9,5 mm) and ¼ inch (6,35 mm) and laptops that necessarily these heights. With 1,8 inch hard drives, the standard height is 8mm. However, there are also 1,8 inch hard drives with the height 5mm and disk drives with the height and width of 2,5 inch hard drives. There are mainly three different connectors used: ATA IDE (Also known as PATA), SATA in the variants SAT. A 1, SATA 2 and SATA 3 and SCSI in different variants.

Nowadays, especially with ATA hard drives are used IDE or SATA interface. SCSI other hand, is mainly used in servers and professional workstations. Here to explain all the different types of SCSI interfaces, would therefore be going too far.

If you are looking for a SCSI hard disk, make sure by means of manual or search engine exactly which SCSI interface requires your system. By Electricity the hard drive usually depends on the respective connecting the data cable. Make sure that your power supply is sufficient and appropriate connections has. In the Your computer manual or your Motherboards are usually the respective Listed HDD Connections. Alternatively, this is usually to also determine on the name of your mainboard, computer, laptops, power supply or the existing hard disks on the internet.

The different data connections are. To use a SATA hard disk is thus necessarily a motherboard or an expansion card with SATA connection required!

Only for the power connections exist adapter. 1 Which form factor and Which interfaces does the Hard disk drive require? Ard disks for desktop computers are manufactured Actually Solely in the 3,5 form factor. The Earlier 5,25 form factor is Virtually outdated since the end of the 1990 s. Whereas hard disks for laptops are manufactured in the 2,5 "form factor and the 1,8 "form factor.

Assure yourself exactly Which form factor your system requires. With laptop hard disks it is mandatory to Consider the height of the Hard disk. For 2,5 "Hard disks the standard height is ½" (12,7 mm). So there are hard disks with the hot. Ght of "(9,5 mm) and ¼ "(6,35 mm).

There are laptops Which existing. For 1,8 Hard disks the standard height is 8mm. But there are so Hard disks with a height of 5mm and Hard disks with the height and width of 2,5 hard disks. Mainly there are three different interfaces in use: ATA IDE (So called PATA) SATA in the revisions SATA 1, SATA 2 and SATA 3 and SCSI in different versions. Nowadays mostly hard disks with IDE ATA or SATA interface were used. SCSI is Mainly used in servers or workstations professional. All the different types of SCSI interfaces here would be going too far. If you are looking for a SCSI hard disk, Assure yourself exactly by searching the manual.

Or searching the Internet Which SCSI interface your system requires. The Power Connector of the hard disk depends on the interface of the respectivement Data Connection. Take care did your power supply Has enough and Appropriate connectors.

Normally the Interfaces for the hard disks are stated in the manual of your computer motherboard respectively. Alternatively this information can be Obtained by searching the Internet with the label of your mainboard, computer, laptop, power supply or existing hard disks. The different data interfaces are.

For using a hard disk with a SATA interface it is mandatory did the motherboard respectively to expansion card Has the Appropriate interface! Only for the power connectors adapters are existing. 2 What is the capacity? The capacity of a hard disk is in Bytes , Or in megabytes MB - 1. 000 bytes, gigabytes GB - 1. 000 megabytes or in terabytes TB - 1. In principle, it is of course so that when a hard drive more space advantage, but is not always really necessary. Below are some approximate values as Orientation points.

Windows XP after installation and with the most necessary drivers about 1,5 to 1,6 gigabytes in size. However, there is still no other software installed.

It should therefore be at least 10 GB, 20 GB even better be scheduled for the operating system and software. Windows 7 after installation and with the most necessary drivers in the 32 bit version for about 6 gigabytes, in the 64 bit version for about 8 gigabytes in size. It should therefore be at least 20-30 GB be scheduled for the operating system and software.

A 4 minute long song in mp3 format with 128 kbit / s is about 3,8 MB, with 192 kbit / s is about 5,8 MB in size. This means that for 100 songs between 380 MB and 580 MB are needed.

However, the size of audio CDs is varied, a maximum of 700 megabytes. A photo taken at a resolution of 12 megapixels is about 3,5 to 5 megabytes in size. This means that for 100 photos that size 350 to 500 MB. Text and table files and other files of office software are usually only a few MB , Sometimes even great among a MB. About the footprint of the software unfortunately can not make general statements, as it varies greatly.

There are small application programs, but which one do with a few megabytes even very large, requiring multiple gigabytes. Note when selecting the hard disk as it is being used. For an office computer or a computer that does not have a lot of files are stored, no hard drive is usually required. Capacities are using decimal prefixes kilo, mega, giga, etc.

Displayed as they have been reported by the hard disk manufacturers. Most operating systems (including Microsoft Windows) but expect binary prefixes even if, for example, be nevertheless Kilo, Mega, Giga, etc. Decimal prefixes: 1 kilobyte (kB) = 10. Binary prefixes: 1 kibibyte (KiB) = 2. Bytes = 1.024 bytes.

However, it is respectively in both cases 100 meant gigabytes. The difference arises only by the nature of the claim, the effective capacity is the same. The capacity of a hard disk is stated in Bytes , Respectively in megabytes MB - 1. Basically it is fact, did having more space on a hard disk is an advantage, but not really Necessary in all cases. Below are some approximate values as a guide for orientation.

Windows XP is after the installation and with the most basic drivers about 1,5 to 1,6 gigabytes in size. There is no other software installed.

THEREFORE at least 10 GB, 20 GB even better , Shoulderstand be scheduled for the operating system and software. Windows 7 is after the installation and with the most basic drivers about 6 gigabytes in the 32bit version, and about 8 gigabytes in the 64 bit version in size. THEREFORE at least 20-30 GB shoulderstand be scheduled for the operating system and software.

A song of four minutes length is in the mp3 format with 128 kbit / s is about 3,8 MB, with 192 kbit / s about 5,8 MB in size. That Means, did for 100 songs in between 380 and 580 MB are required. The size of an audio CD Varies, but is more than 700 megabytes in size. That Means, did for 100 photos of this size 350 to 500 MB are required. Text and table files together with other office software files are Usually only a few MB, Partially less than one MB in size. Regarding the space requirements of software, unfortunately no general statements can be made, Because it Varies greatly. There are little programs Which require only a few megabytes, so but very large ones, did require several gigabytes. When choosing a hard disk, take into account how it is gonna be used.

For a standard office computer, or a computer does not have did many files being stored, no very large hard disk is required. The Capacities are stated with decimal multiples kilo, mega, giga, etc.

, like the manufacturers normally DO. Most operating systems (ie Microsoft Windows) calculate with binary multiples Although Windows for example, states Despite kilo, mega, giga, etc. Decimal multiples: 1 kilobyte (kB) =.

Binary multiples: 1 kibibyte (KiB) = 2. But in Both cases 100 gigabytes are Meant.

The difference results only by the way the capacity is stated, the effective capacity is the same. 3 Other relevant information and properties of a hard disk. The number of Revolutions per minute (RPM) determined together with the Size of the cache significantly the speed of the hard drive. Generally speaking, the more RPM and the larger the cache, the faster the hard drive is in operation. The Access time Usually specified in milliseconds, indicates how long the hard drive of the request for the data needed to start the transfer.

Even if the SATA interface as the ATA IDE interface allows higher speeds for data transmission, this is in practice of little importance. ATA IDE allows a maximum of 133 MB / s, SATA 1 allows a maximum of 150 MB / s, SATA 2 up to 300 MB / s and SATA 3 up to 600 MB / s There are only a few hard drives available, which come close to the MB / s limit of ATA IDE or SATA I ever or exceed this, because the mechanics of the hard drive is the limiting factor, not the interface. 3 Other relevant data and characteristics of a Hard disk. The number of revolutions per minute (RPM) together with the size of the cache deterministic mine Mainly the speed of the hard disk.

Generally it can be said, did the more revolutions per minute and the more cache, the faster the hard disk is in operation. The Access time Benthic, usually stated in milliseconds, is saying how long the disk needs from the request of the data until the beginning of the transmission. Even if the SATA interface Allows higher speeds of data transmission than the ATA IDE interface, this is in practice mostly not relevant.

ATA IDE Allows 133 MB / s as a maximum, SATA 1 Allows 150 MB / s as a maximum, SATA 2 up to 300 MB / s and SATA 3 up to 600 MB / s There are only a few hard disks available who are able to reach the MB / s limits of SATA ATA IDE respectively 1 or Exceed them. This is Because The mechanic of the hard disk is the limiting factor, not the interface. Never store your important data on a single hard drive! Even the most reliable hard drive you can leave one day from one moment to the next. It is recommended to use a separate hard drive for data backup and additionally another backup for particularly important data to an external media such as DVDs or an external hard drive to create. To rescue data from a damaged hard drive is usually not possible, and if it is very expensive. The security of one's data should be considered in every case in which a loss is usually very painful. R edundant A rray of i ndependent D isks. In this the hard drives can be mirrored (RAID-1), which increases data security, or, depending on the RAID level, data transfer speeds or even both at the same time. It is possible to retrofit a RAID controller by means of a plug-in card if the motherboard does not have.

Are concerned at least two (for some RAID levels and more) hard drives required, which should be identical in construction ideally. For further information, please consult a search engine as well as your computer or motherboard to the manual. Never save your important data on only one hard disk! Even the most reliable hard disk can leave you from one moment to another one day.

Advisable for data protection is to use a separate hard disk and save Especially important data in addition on to external data medium like DVD or to external Hard disk. To restore data from a defect hard disk is mostly not possible, and if, it is very expensive. To secure the own data Should Be Considered in any case, Because a loss is very painful Usually. It shoulderstand Further be noted, so that many modern computers are able to run several hard disks grouped together in a so called RAID. In this RAID, hard disks can be mirrored (RAID-1), what Improves data safety or, DEPENDING on the RAID level, increase enlarge the speed of the data transmission, or even do Both at the sametime.

It is possible to add a RAID controller using on expansion card if the motherboard is not equipped with one. At least two (for some RAID levels more) hard disks are required, Which Should Be Ideally identical. For Further Information please search the Internet and consult the manual of your computer motherboard respectively. Furthermore, there are some other interfaces which are not further discussed here for reasons of clarity and comprehensibility.

However, the mentioned above represent the standard of nearly all conventional computers since the late 90s dar. Final Notes: The company myne GmbH assumes no liability for the investments made in this manual statements. This manual is the property of myne GmbH and may not be copied or reproduced without the consent of myne GmbH.

Please be aware of the Following: Further there are other interfaces More Which are not Mentioned here for Reasons of clarity and comprehensibility. HOWEVER the types Mentioned above are the standard of almost all Conventional computers since the end of the 1990 s. The company myne GmbH Assumes no liability for the statements made in this guide. This guide is the property of the myne GmbH and june without the consent of myne GmbH neither be copied or Reproduced. General Information / Basic Information. For more information, please refer to our TERMS. As well as our Conditions. At the bottom of this page or visit our About Me page. This can also be accessed online through our checkout. You will receive the article in principle as as described in the item description. Minor variations in appearance that do not affect the functions and characteristics of the item are possible. You will get only the Described items and accessories without any other equipment. You will get your item as described in the description. Minor differences in appearance do not affect, Which the function are possible. We do not have any influence or responsibility on your national laws!

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There you will find a large choice of cheap and high-quality computer hardware. 8,9cm (3,5 Inch). The item "HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW" is in sale since Friday, November 04, 2016. This item is in the category "Computers/Tablets & Networking\Drives, Storage & Blank Media\Hard Drives (HDD, SSD & NAS)\Internal Hard Disk Drives".

The seller is "electromyne" and is located in Leipzig. This item can be shipped worldwide.


HP 300GB 3.5 SCSI 68 Pin Hard Disk Drive HDD 10k 8MB P/N 364321-002 ST3300007LW