Upgrading CPU? So you've decided that your aging system needs a faster processor to keep pace with the latest applications. This great site will show you the options you have when it comes to upgrading CPU, your processor.
It will also guide you through an upgrade and give you strategies and tips for avoiding problems. A new processor can boost performance, but it won't resolve bottlenecks that exist with memory, graphics, and other areas.
Before opting for a processor upgrade, make sure that you aren't overlooking other possible upgrades that might do a better job of improving performance. No doubt about it, a processor upgrade is serious business the PC version of a brain transplant.
Although most CPU upgrades entail replacing the existing processor with a faster chip, the real payoff comes from the more-sophisticated processing features of the upgrading CPU. How does a CPU upgrading work? In most cases, the upgrade chip plugs into the same socket occupied by the existing CPU. The new chip communicates with the PC using the same pins employed by the original processor but adds all the talents of its more-sophisticated core.
Depending on the upgrade, the new CPU, upgrading might add new functions to the PC such as floating point math or MMX instructions or it might simply augment existing performance with a faster internal clock, larger cache, or optimized internal operation.
The level of benefit to your system depends on several things. The important thing is not to overestimate what a CPU upgrade can do, particularly for older 486 systems.
They will force a fast processor to halt operation while it waits for data to come from the system.
Again, your new CPU might end up waiting for data.