Film, Media & TV2 mins ago
Hard drive 7200rpm in laptops
I have just bought a very nice bargain from ebay. But i want the POWER. A (7200rpm hard drive). I know laptop never have been gr8 compared to desktops in performance. One of the best up grades i ever did was put a 10000rpm raptor hdrive in my destop. Top bannana. Right my question is. Can any newish laptop with ata 100 run a 7200 2.5 in hard drive. Old ones run 4200 and most upmarket run the 5400rpm.
Answers
Best Answer
No best answer has yet been selected by biggazu. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.Most I see now run 5400. Many can be upgraded to 7200, yes, no problem.
However, you probably won't notice much of a difference unless you're doing a lot of large file streaming.
The speed isn't the only consideration. Something else to think about is the bit density on the platters. You can get 5400rpm drives that have a larger capacity than 7200 drives, and so offer a great bit density and thus perform better.
However, you probably won't notice much of a difference unless you're doing a lot of large file streaming.
The speed isn't the only consideration. Something else to think about is the bit density on the platters. You can get 5400rpm drives that have a larger capacity than 7200 drives, and so offer a great bit density and thus perform better.
ATA/100 is an interface which supports a data transfer rate of 100 Mbytes/sec.
Here is a list of maximum data transfer rates for harddrives of various rotational speeds
4200rpm... ~ 40 Mbytes/sec
5400rpm... ~ 50 Mbytes/sec
7200rpm... ~ 66 Mbytes/sec
10000rpm... ~ 90 Mbytes/sec
From this you can see that the ATA/100 interface could comfortably manage a 10,000rpm drive.
The problem with increased speed is an associated increase in heat, which is probably a greater issue in regard of laptops than desktops and could be a significant reason in limiting the speed of laptop hardrives.
Here is a list of maximum data transfer rates for harddrives of various rotational speeds
4200rpm... ~ 40 Mbytes/sec
5400rpm... ~ 50 Mbytes/sec
7200rpm... ~ 66 Mbytes/sec
10000rpm... ~ 90 Mbytes/sec
From this you can see that the ATA/100 interface could comfortably manage a 10,000rpm drive.
The problem with increased speed is an associated increase in heat, which is probably a greater issue in regard of laptops than desktops and could be a significant reason in limiting the speed of laptop hardrives.
Related Questions
Sorry, we can't find any related questions. Try using the search bar at the top of the page to search for some keywords, or choose a topic and submit your own question.