There are a few quad core i5 machines out there too and sometimes they are on par with quad core i7 laptops. If budget is not an issue you might as well invest on a quadcore i7 processor, if it is make sure you learn how to read their labels to figure out which ones are the fastest as it is not that obvious. I explain all of that on each separate post.
Skip to content. Processor Tips. March 9, November 20, laptopstudy 0 Comments. Contents Processor What is a core? Quad Core vs. Dual Core: Which is better? Do I need lots of cores or a faster CPU clock speed? Leave a Reply Cancel reply Your email address will not be published. Comment Name Email Website. The number one thing to consider when choosing which core setup to buy is how intensive is your computer usage. Do you multitask a lot? Do you have multiple monitors? Do you game a lot?
These questions will help point you towards which core you are going to benefit most from. If you answered yes to those questions then you might want to get a quad core processor rather than a dual core. However, if you do not run multiple programs at once, if you only use things like Spotify and Mail, or if you only have one screen and find that it is completely fine to only have one screen then you can probably get away with a dual core. There are a lot of programs that benefit from the use of multiple cores and we have made a list of these kinds of programs.
If you find yourself using one or more of these types of intensive programs then you should possibly consider bulking up your cores. Basic tasks can benefit, at the very least, from a dual core processor.
Indeed, back in the days of old, computers could hardly handle a single task, and clicking off an inbox while it was trying to load could prove disastrous.
While we have advanced far past that point, the use of dual cores is part of the reason why we can do multiple things at once on the computer, no matter how basic. Animation programs cannot run without the boost obtained from multiple cores. Animation has a lot going on from moving parts to colors, independent backgrounds, models, and more. These things cannot run in tandem without the help of a processor that can process these various types of information simultaneously.
If you plan on doing any animation work, even basic animation, you are going to need multiple cores to work properly. Today, everything requires something based on 3D models.
Unless you are running a program that exists completely in text or simply uses old school 2D sprites, 3D models are everywhere. From CGI in the biggest movies to some of the graphics on your phone that you take for granted, modelers are hard at work making these things for us to enjoy. If you are planning on doing any sort of 3D modeling, such as using AutoCAD check out our list of laptops here you are going to want the versatility of a multicore processor.
Modern graphic design features more and more digital 3D models so the art is becoming more and more prevalent and definitely will benefit from additional processor cores. There is a lot that goes into video editing that most people do not think about at first glance.
The image and the audio streams are separate, the raw video feed is often very large in size and precise edits often utilize powerful and bloated programs to get the job done. All of these things beg for the help of a multicore processor. Without it, getting the video and audio to sync or performing quality edits would be hampered by slow loading and rendering times. Basic image editing and programs such as Photoshop can probably get away on a dual core system as the process is less intensive than say video editing.
However, it still can use a powerful processor to interpret the information flowing between your inputs, the editing software, and the image itself. Almost everyone does some kind of image editing nowadays and that means everyone can benefit from the use of an extra core while doing so. If you love drawing on your computer, these laptops are worth checking out as well. Music production is another program that sorts and processes numerous inputs and outputs at once.
Whether you are building sounds from scratch using Midi files or playing a live track that you previously recorded, there is a lot of audio input that goes into music production. Being able to play multiple audio sources, look up things and edit the sound on the fly while getting crisp clear playback when you need it is all done with the help of a multicore processor. Programming takes advantage of extra cores because you have to be able to run the coding software as well as the program you are building, often times, simultaneously.
Having extra cores allows you to fluidly code, test, recode and test again without having the computer bog down, especially if you are getting a lot of errors or crashes. Gaming is one of the most well known uses for multiple core processing. Due to the nature of the programs, gaming takes in a lot of manual inputs from the player and then generates a large number of outputs. This cycle is what makes up any computer game whether it is Pong or the latest AAA adventure saga. That means that the underlying program requires a lot of processing power to run smoothly that has nothing to do with the graphics card.
That is why gaming, especially modern hardcore gaming, really benefits from extra processing cores. The choice between a dual core, quad core, or even a hexa core is going to be entirely up to you, the consumer.
Each has their own uses and their own benefits. There is no one core that is going to be perfect for everyone, especially considering the large price discrepancies that can appear in the market. Without getting too in-depth and complicated, a processor with a higher clock speed will generally perform better.
However, the faster the clock speed, the more power the processor requires, and the more heat it produces. This means laptops that use processors with faster clock speeds could have shorter battery lives unless they have bigger batteries, which increases the size of the device , and will need better cooling solutions to keep the processor from overheating which again can mean a larger laptop, with more fans that produce more noise. You may also notice that processors with more cores have lower clock speeds.
A high core count or a faster clock speed? Multi-core processors help individuals manage multiple programs or applications by splitting the load between multiple processors and help make the laptop quicker and stronger to carry out intensive tasks. The difference between Dual-Core and Quad-Core is that dual-core has two core processors and are useful for individuals who require energy-efficient and cost-effective computers for basic multitasking and day-to-day activities like going through their email or surfing the internet whereas quad-core has four core processors and are useful for individuals who require faster speed and can manage numerous tasks simultaneously.
A dual-core processor is a central processing unit with 2 processors. Each processor has its own set of controllers which enables the dual-core to work more efficiently and effectively than a single-core processor. Since there are two processors they can perform functions all the more swiftly.
Some of the advantages of dual-core are that dual-core processors perform better than single-core processors. Dual-core processors have the benefit of dividing the data for processing by several units. When one has to run more than one process at a time the performance boost is very helpful. Usually, computer processors have to stop when they switch between different threads but this is not needed for dual-core processors since they can deal with two at a time instead of one at a time and this process is called hyper- threading.
Dual-core processors can get a better battery life and higher clock speeds when compared to a multi-core processor. Some of the drawbacks of dual-core processors are that a single-core central processing unit CPU can outrun a dual-core central processing unit CPU since they have a greater clock speed.
Hence some programs cannot be run on a dual-core processor.
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