Computer See HP Pavilion p6-2330 Desktop (Black) Details
Product Description
With convenient expandability options, the HP Pavilion p6 series is the versatile PC that will grow as your needs do. And with its refined profile, it will fit seamlessly anywhere you choose to put it. Top that off with powerful performance, and you’ve found your ideal PC.
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Product Description
From the Manufacturer
The HP Pavilion p6-2330 PC has just the right technology for tackling your every day needs, plus it delivers responsive, reliable performance, smooth HD video playback, and quicker web browsing and media playback. This desktop PC includes a DVD burner and a front-panel 6-in-1 media card reader. It's also HP Multi-Display capable, so you can work on two monitors at once.
Key Specs
Product Overview
The simply-ideal Pavilion PC
With convenient expandability options, the HP Pavilion p6 PC grows as your needs do. And with its refined profile, it will fit seamlessly anywhere you choose to put it. Top that off with powerful performance, and you've found your ideal PC.
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Get better performance and work more efficiently
Surf the web without cables; connect to wireless printers and other devices
Easily access and transfer files from thumb drives and other USB devices
Specifications
system
1x1 technology
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Datasheet
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- AMD A_Series_Dual_Core_A6_5400K/#A-Series Dual-Core A6-5400K Processor 3.6 GHz (1 MB cache)
- 6GB DDR3
- Windows 8
- 1024 GB 7200 rpm Hard Drive
More About HP Pavilion p6-2330 Desktop (Black)
Computer data storage is the component of the PC And this holds digital Info to get a particular period of time. Data storing is one of probably the most important functions of a PC. Along with CPU and Input and Output devices, It is considered as core component of a PC.Formats of stored data
Data is stored in the storage device utilizing binary format. Audio, pictures, text, numerals and any other Info are converted into a sequence of bits or binary digits. Binary digits can often hold the value of either 0 or 1 only. The listing of 8 consecutive bits is called a byte. Byte is probably the most Well-known unit of storage.
Storage Hierarchy
Depending on the bandwidth,latency and price per bit, the memory types seem to be organized into storage hierarchy. The band width of these memory types at the higher positions of the storage hierarchy is far more than of the memory types that in the lower positions. Also, if the position is higher, then the latency is at the same time less. There are 4 type at the hierarchy namely primary, secondary, tertiary and off-line storage.
Primary Storage
CPU could directly access memory type of primary storage. Random Access Memory or RAM is an example of this sort of memory. although RAM is tiny sized and light, but It's very expensive. It is as well volatile. RAM doesn't retain information, when not powered up. Two a lot more types of primary storage seem to be Processor Register and Processor Cache. CPU contains the processor registers. The size of these register could be 1 byte, 2 bytes, 4 bytes or even 8 bytes. CPU performs distinct operations about the registers. Among all forms of storage, registers are the fastest to access. Processor Cache is slower than registers but more quickly compared to main memory. It is employed to enhance the performance of these PC . Most widely used Info store at the key memory is copied into processor cache. This makes the Information access time considerably lesser.
Secondary Storage
CPU cannot directly access memory sort of secondary storage. The CPU uses its input and output channels to access secondary storage data. It is non volatile meaning it doesn't lose data whilst not powered up. hard disk drives, optical storage drives,flash memory,floppy drives seem to be some examples of secondary storage category. This is essentially the most essential storage for PC because Info is stored in it permanently. If by any reason the stored data gets corrupted , the computer support becomes important to restore the corrupt data.
Tertiary storage
Tertiary storage involves robotic mechanism And also this inserts and takes out removable mass storage media into storage device as per program requirements. It's mainly utilised for accessing the big amount of old and rarely accesses data. Optical jukeboxes and tape libraries appear to be two examples of tertiary storage.
Off-line storage
Off-line storage devices are not under the control associated with a processing unit. even though storing or retrieving Info offline storage devices appear to be connected to the CPU. At one time the data transfer is done, the device is removed from the processor. most of these devices appear to be employed mainly for data transfer.
Recovering lost data
Data stored in the storage devices would be lost,damaged or corrupted due to multiple reasons including hardware failure, human error,software crash etc. Remote support can frequently come convenient in retrieving lost,damaged or corrupted data.
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