2. Vector processor
• Vector processor is basically a central
processing unit that has the ability to execute
the complete vector input in a single
instruction.
• It is a complete unit of hardware resources
that executes a sequential set of similar data
items in the memory using a single instruction.
• It implements the data sequentially.
4. • It holds a single control unit but has multiple
execution units that perform the same operation
on different data elements of the vector.
• A vector processor operates on multiple pair of
data.
• Vector processing allows operation on multiple
data elements by the help of single instruction.
• These instructions are said to be single instruction
multiple data or vector instructions.
• The CPU used in recent time makes use of vector
processing as it is advantageous than scalar
processing.
• .`
5. • Classification of Vector Processor
• The classification of vector processor relies on the
ability of vector formation as well as the presence of
vector instruction for processing. So, depending on
these criteria, vector processing is classified as
follows:
6. Advantages of Vector Processor
• Vector processor uses vector instructions by
which code density of the instructions can be
improved.
• The sequential arrangement of data helps to
handle the data by the hardware in a better
way.
• It offers a reduction in instruction bandwidth.