What is Multicore?

A multicore is an IC or integrated circuit to which two or many processors have been connected for better performance, decrease power consumption, and efficient simultaneous processing of many tasks. 

A dual-core setup is similar to having many individual processors setup in one computer; however, due to the dual processors are plugged into a single socket, the connection between them is fast. 

A dual-core is almost twice as dominant as one core processor. Performance gains are approximately 50%, while a dual-core is ½ times as powerful as a single-core processor. 

Multicore is rapidly becoming popular as a single core rapidly reaches the limits of possible speed and complexity. A lot of existing systems at this point are multicore. A system that has a big number of the core are called core systems or many-core systems massively. 

What are the Perks of Multicore

Typically, multicore is commonplace as it provides perks in various areas such as:

Energy Efficient

With the use of multicore, architects are able to lessen the number of computers which are embedded. They overcome increased generation of heat that in turn lessens the demand for cooling. The application of multicore decreases power consumption that boosts the lifespan of the battery.


By means of allocating apps to the diverse core, a multicore enhances the built-in assistance for actual parallel processing in individual software apps in various applications.


A multicore can enhance performance by running many applications at the same time. The reduced distance between cores on an included chip allows shorter resource access latency as well as high cache speeds when opposed to utilizing separate computers or processors. On the other hand, the size of the performance boost depends on how many cores and the level of real concurrency in the program, and the application of shared resources.


A multicore might boost spatial as well as temporal isolation as opposed to a single core. Software working on a single core is less likely to affect programs on another core than if both are carrying out on a similar core.  The decoupling is because of both spatial isolation as well as temporal isolation, as threads on a single core aren’t delayed by threads on another core. A multicore might also boost robustness by localizing the effect of defects to one core. This better isolation is vital in the independent implementation of combined critical applications.

Robustness and Reliability

Allocating software to a lot of cores boosts reliability as well as robustness, such as failure and fault tolerance, through restricting fault and failure propagation from the program on a single core to program on another. Software allocation to a lot of cores also supports failure tolerance through helping failover from a single core to another.

Avoidance of Obsolescence

The application of multicore allows architects to keep away from technical obsolescence and boost maintainability. Chip manufacturers are using the newest technical advances to their multicore chips. Because the number of cores keeps on increasing, it becomes harder and harder to get single-core chips.

Hardware Expenses

With the use of a multicore, the architect is able to generate systems with few processors and computers.

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