Disk, kateri, kupiti, ?

Zdravo!

Prebral sem kar nekaj člankov in ostalega materiala o tem, kateri disk je najbolj smoterno kupiti..
Odločam se za nakup sam mojemu sedanjemu disku ne zaupam in je vsekakor premahen kar se tiče kapacitet, iščem disk v cenovnem razredu do 20 tisoč in v velikosti do največ 160 gb.

Spet pa se postavi vprašanje če se splača dokupiti disk, sam v bližnji prihodnosti ("bližnji" - recimo slabe pol leta) načrtujem nakup novega računalnika v rangu do 300 tisoč, ampak recimo da se splača

Takole

Asus - P4SE133
P4 1.700mHz
RAM - 512mb
Maxtor - 60gb ATA

Lp in Hvala!

Zakaj največ do 160GB? Za dobrih 22k dobiš WD 200 giga, za tole kišto pomoje najboljši.

Če mogoče veš kje bi si ta disk lahko ogledal (ne nameravam ga kupiti prek interneta), in če ga je sploh mogoče priklopiti na mojo kišto?

Ta disk ti tudi jaz priporočam, seveda ga je možno priklopiti na tvojo kišto, prodajajo ga pa v vsaki računalniški trgovini. Odloči se za 7K250 ali T7K250 serijo. Click

Kaj je razlika med 100 in 133MHz, ali se to dosti pozna in
razlika med 2 in 8 MB predpomnilnika.

Misliš med ATA100 in ATA133, to pomeni koliko MB/s lahko prenese disk. Razlika je samo na papirju, v praksi so ATA100, ATA133 in SATA150 isti shit.
Glede predpomnilnika, tisti disk ki ga ima več je za malenkost hitrejši.

Jaz ti priporočam Seagate Barracuda, sam imam 2 diska vezana v raid pa mi zelo dobro služita, je pa res da so barracude najbolj tihi diski trenutno!

LP

Hm..Hvala za nasvete!

Ampak če sedaj kupim disk ATA 100/133 ga bom lahko priklopil tudi na novejši računalnik ki ima SATA
disk(e)? Vsaj zdi se mi tako

Ampak če sedaj kupim disk ATA 100/133 ga bom lahko priklopil tudi na novejši računalnik ki ima SATA disk(e)?

Seveda, saj imajo še vse plate poleg SATA tudi IDE vodila.

There are number of different RAID levels:
# Level 0 -- Striped Disk Array without Fault Tolerance: Provides data striping (spreading out blocks of each file across multiple disk drives) but no redundancy. This improves performance but does not deliver fault tolerance. If one drive fails then all data in the array is lost.
# Level 1 -- Mirroring and Duplexing: Provides disk mirroring. Level 1 provides twice the read transaction rate of single disks and the same write transaction rate as single disks.
# Level 2 -- Error-Correcting Coding: Not a typical implementation and rarely used, Level 2 stripes data at the bit level rather than the block level.
# Level 3 -- Bit-Interleaved Parity: Provides byte-level striping with a dedicated parity disk. Level 3, which cannot service simultaneous multiple requests, also is rarely used.
# Level 4 -- Dedicated Parity Drive: A commonly used implementation of RAID, Level 4 provides block-level striping (like Level 0) with a parity disk. If a data disk fails, the parity data is used to create a replacement disk. A disadvantage to Level 4 is that the parity disk can create write bottlenecks.
# Level 5 -- Block Interleaved Distributed Parity: Provides data striping at the byte level and also stripe error correction information. This results in excellent performance and good fault tolerance. Level 5 is one of the most popular implementations of RAID.
# Level 6 -- Independent Data Disks with Double Parity: Provides block-level striping with parity data distributed across all disks.
# Level 0+1 � A Mirror of Stripes: Not one of the original RAID levels, two RAID 0 stripes are created, and a RAID 1 mirror is created over them. Used for both replicating and sharing data among disks.
# Level 10 � A Stripe of Mirrors: Not one of the original RAID levels, multiple RAID 1 mirrors are created, and a RAID 0 stripe is created over these.
# Level 7: A trademark of Storage Computer Corporation that adds caching to Levels 3 or 4.
# RAID S: EMC Corporation's proprietary striped parity RAID system used in its Symmetrix storage systems.