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Unix Final. We looked at several different operating system specifications
trying to determine which OS would be the most versatile ...
... 2 enjoys using a UNIX kernel, and very freshly written code to give it what many
users want, better security and fast file management. But in the final analysis ...
... In December Novell ships SVR4.2MP , the final USL OEM release of System V 1994 1994
Single UNIX Specification BSD 4.4-Lite eliminated all code claimed to ...
... The final selection involves a variety of criteria, such as price/performance, service,
and support. Customers generally don't choose UNIX itself, or which ...
... The final selection involves a variety of criteria, such as price/performance, service,
and support. Customers generally don't choose UNIX itself, or which ...
Submitted by blinkf on December 10, 2005
Category: Technology
Words: 1187 | Pages: 5
Views: 413
Popularity Rank: 23,862
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We looked at several different operating system specifications trying to determine which OS would be the most versatile for our business environment. It should be taken into strong consideration that although an operating system's documentation will state the minimum system requirements is low, a user may not agree to the level of functionality. In short, the bare requirements are often not acceptable performance to your client. We compared Windows XP Home & Professional, Unix, Linux, Knoppix, Fedora and Macintosh's OS X, to see what requirements were needed to run the operating systems. The importance derived from this research is important in determining the product's hardware lifecycle and expected time before replacing the computer or upgrading he Operating System. Here is what we found.
Starting with Linux. Linux does not support the Intel 286 and earlier processors. However, it fully supports the Intel 80386, 80486, Pentium, Pentium Pro, Pentium II, and Pentium III processors. Nevertheless, some users feel that their 80386 Linux systems respond sluggishly, particularly when running X. So, if you want optimum performance, you should install Linux on a PC having an 80486 processor or better.
Linux also supports non-Intel processors such as the Cyrix 6x86 and the AMD K5 and K6. Most Linux users have systems that use Intel chips; if your system uses a non-Intel chip, you may find it more difficult to resolve possible problems.
Your motherboard should include at least 16 MB of RAM for optimum Linux performance. Some users have managed to coax Linux into working on systems with as little as 4 MB of RAM. However, if your system has less than 16 MB of RAM, you probably won't be pleased with its performance. If you plan to run X, you may wish to install more than 16 MB of RAM - perhaps 64 MB. Although X operates well with 16 MB of RAM, you can open more windows and switch between them more quickly if you have additional memory.
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