Upcoming Computer CPUs and Are More Cores Better?
A CPU is the heart of every computer, but not all CPUs are created equally. In fact, some of the newest CPUs boast processing power that will blow away the CPUs of the past.
Also known as a central processing unit, the CPU is the part of a computer that handles all of the instructions given to it by computer software. The CPU performs output, input, logical and arithmetical operations.
Although the implementation, design, and form of CPUs have changed over time, the fundamental operation has not changed. Modern computers take advantage of what is called multiprocessing, which involves the use of multiple CPUs.
Processors Coming in 2014
Every year, computing technology is getting faster, smarter, and more efficient. The CPUs, memory and other PC components of 2012 have already been beaten by components released in 2013. It's safe to expect the same trend to continue through 2014 and beyond.
There are several types of CPUs that are supposed to be released in 2014. By the middle of 2014, there should be a number of different 32-core CPUs released by AMD and Intel. Any computers that are still using a single-core processor are considered to be outdated technology.
Any high-end computers that only have a four-core processor are considered to be outdated. 32-core processors will revolutionize personal computing. The performance potential of these soon-to-be-released processors will smash the CPUs of 2013 and earlier.
By 2014, smartphones, tablets and many other devices will likely be running CPUs from the Cortex-A50 series. Haswell is also expected to release new CPUs, which should be comparable to CPUs from other top companies.
AMD 16-Core Processors
Consumers should be pleased to know that they will soon be able to purchase 16-core processors from AMD. For the last year, people have been talking about the 16-core Opteron processors.
These new 16-core processors are expected to be up to 30 percent faster than AMD's 12-core processors. The reason why these CPUs are so popular with consumers is because they offer better performance and bandwidth while using less electricity.
The average consumer doesn't really need a 16-core processor, so they're mostly used for server purposes, and these 16-core processors excel when used for virtualized, heavily-threaded server environments. However, these processors must be used with supported memory.
What is the Difference Between Processor and Graphics Clock?
Consumers should understand the difference between the two components of a graphics card, which are the graphics clock and processor clock.
Put simply, the graphics clock is the max speed of the card's GPU core. The processor clock represents the maximum speed of the card's stream and shader processors.
Benefits of More CPU Cores
With so many computer enthusiasts talking about multithreading and 16-core CPUs, many consumers are wondering if it's time to upgrade. However, before upgrading, it's important to know the benefits of having multiple CPU cores.
Having more CPU cores increases a computer's ability to handle more requests, and a computer that has multiple CPU cores will be able to handle multiple requests faster than a computer that has a single CPU core.
Many modern computers have 6 and even 12-core CPUs, and the additional CPU cores make it possible to do more tasks on a computer while retaining speed. It's helpful to think of CPU cores as horses. With more horses, it's easier to haul a heavy load.
When it comes to computer gaming, multiple CPU cores does not always equate to better gaming performance. Video encoding is a task that really harnesses the power of 6 and 12-core CPUs. At the end of the day, consumers need to determine if they can really use 12 or 32-core processors.