Kaila

-No moving parts results in less mutinous issues and less chance of breaking during a crash. -More energy efficient. -Lower power consumption. -Quicker performance. -Improved environmental balance. -More expensive. -Lower life expectancy. -Higher durability due to the fact it has no moving parts. || -Is a non-volatile, random access digital data storage device. Have rotating rigid platters on spindle driven by a motor. -Data is magnetically read and written to the platter by read/write heads. -Slower performance -Cheaper -Longer life expectancy. -Lower durability due to the presence of moving parts. ||
 * Solid State Technology || Hard Disk Drive  ||   ||   ||   ||   ||
 * -Is a stack of memory chips with no moving parts.

//What could this mean for the future of computer storage and processing? What computing issues could solid state technology resolve?// A computing issue that solid state technology resolves is the issue of hard drives crashing. Due to the absence of moving parts, there is less chance of the hard drive breaking during a crash. This means that the data involved in future computer storage and processing will be safe from being corrupt and lost. Solid state technology also allows for tasks to be completed quicker which is helpful as it saves individuals time.

Timeline of CPU's

Pentium 4 > Core Duo > Core Solo > Core 2 Solo > Core 2 Duo > Core 2 Quad > Core 2 Extreme > Core i3

//What are cores in CPU's?// A core in a CPU is two or more independent processors in the multi-core processer. These units read and execute program instructions. //What are virtual cores?// A virtual cores is making a physical core into two or more cores. Virtual cores virtually break up physical cores to be able to perform more tasks.