Question:
How do you optimize a macbook or macbook pro?
Hey guys, sorry for asking so many questions and everything but can you guys help me out with one more thing?
How do you optimize a macbook or mbp? What are some things you can do to boot up faster and generally run faster? I would like to take off some applications like iLife, Garage Band, ect. but do you think its wise to delete them?
Thanks for all your help and patience everyone!!!
Answer:
Re: How do you optimize a macbook or macbook pro?
Some useful advice here: http://www.macattorney.com/ts.html
If you don't use the iLife stuff, it's no problem to delete them (you can always restore them later).
Answer:
Re: How do you optimize a macbook or macbook pro?
Apple's page about disk optimization (including why, with OS X, you might not need to do it much) is worth a read:
http://docs.info.apple.com/article.html?artnum=25668
Especially:
Do I need to optimize?
You probably won't need to optimize at all if you use Mac OS X. Here's why:
* Hard disk capacity is generally much greater now than a few years ago. With more free space available, the file system doesn't need to fill up every "nook and cranny." Mac OS Extended formatting (HFS Plus) avoids reusing space from deleted files as much as possible, to avoid prematurely filling small areas of recently-freed space.
* Mac OS X 10.2 and later includes delayed allocation for Mac OS X Extended-formatted volumes. This allows a number of small allocations to be combined into a single large allocation in one area of the disk.
* Fragmentation was often caused by continually appending data to existing files, especially with resource forks. With faster hard drives and better caching, as well as the new application packaging format, many applications simply rewrite the entire file each time. Mac OS X 10.3 Panther can also automatically defragment such slow-growing files. This process is sometimes known as "Hot-File-Adaptive-Clustering."
* Aggressive read-ahead and write-behind caching means that minor fragmentation has less effect on perceived system performance.
For these reasons, there is little benefit to defragmenting.
Note:Mac OS X systems use hundreds of thousands of small files, many of which are rarely accessed. Optimizing them can be a major effort for very little practical gain. There is also a chance that one of the files placed in the "hot band" for rapid reads during system startup might be moved during defragmentation, which would decrease performance.