Every gamer has two important questions to answer: what GPU should I buy and how fast of a GPU do I need? These are difficult decisions, but the answers depend largely on your gaming needs. In this article we will explore GPU clock speed and how it affects our gaming performance!
What is a GPU & How Does it Work?
A GPU is the graphics processing unit for your computer. It’s what makes all of those beautiful images come to life on your screen!
For those of us who are not graphics engineers or geeks, this means that a higher clock speed equals better performance and smoother gameplay!
The GPU has something called an algo to determine what data is processed first. It does so in order to prevent any data overload, which can slow the GPU down.
Algos are very important in GPU architecture because they’re what determines your GPU’s capabilities and limits how much power it needs. There is also a new algo called ray tracing that has been making waves lately for its increased performance!
Ray tracing is a GPU rendering technique that uses complex algorithms to mimic the way light behaves in our world. It does this by tracing the path of light rays as they bounce off objects, similar to how we humans do it when we observe something with our eyes!
Ray tracing is very computationally intensive which means it needs more GPU power than other graphics rendering techniques.
Ray tracing GPU can do a lot of things other GPU architecture cannot, like rendering reflections and shadows realistically! This is why this new technique has become so popular with game developers in the last few years, but we’ll get to that later on.
For now, let’s explore what GPU Clock is and how it matters.
What is a GPU Core Clock Speed?
A GPU core clock speed is the number of operations that a GPU can perform in one second. It’s important to note that this does not equate to graphics rendering performance, because an operation could be as small as reading data from your computer memory or writing it back to storage!
The GPU starts by processing any instructions stored in your GPU cache, which is like a GPU ‘memory’. If the instructions are not found in your GPU cache then they will be processed from slower storage areas on your computer.
The GPU core clock speed also determines how fast and efficiently it can process data as well as do smaller operations!
In order to have an efficient GPU, GPU designers try to find a balance between high clock speeds and low power consumption. This way GPU’s can keep up with the processing demands of newer graphics-intensive applications without overheating!
An important note is that not all GPU architectures are created equal and each manufacturer has different methods for calculating GPU core speed!
How to Check GPU Clock Speed?
The GPU core clock speed can be checked by going to the GPU manufacturer’s website and checking their specs. After that, you will need to convert it into a unit of measurement called megahertz (MHz).
To convert your GPU frequency from its original unit of measurement, look up conversion tables for the different architectures! Your GPU clock speed is the same as your default clock speed on GPU Z.
If you want to download the GPU Z software, simply click here.
Once you’ve installed GPU Z, open up the software.
In the GPU Z screen, you will see a box labeled, “Default Clock.”
This will be your graphics card’s base clock speed programmed as per factory settings.
If you want to boost the “Default Clock” to “Boost Clock”, you will find the Boost box on the same line. It will represent the maximum speed of your card. To overclock your GPU, you will need software like MSI Burner or a similar one. Just download it from the official website and begin overclocking. If you don’t know how to use the MSI Afterburner tool, check out our article on:
On macOS, open GPU-graphics card utility and go to advanced settings > GPU frequency.
If you’re more of a linux person (like me!) then check your main page!
The Importance of Clock Speed in Relation to Your GPU’s Performance?
The GPU’s clock speed determines how fast and efficiently it can process data, so the higher your GPU’s core speed, then the better its performance is. This means that a faster GPU will be able to produce more frames per second in games because it has a higher rate of operations!
For instance, a GPU with a higher core frequency might be able to reach the same gaming frames per second as another GPU but consume more power doing so! This type of GPU can be more efficient for GPU rendering purposes but not ideal for gaming. In turn, a faster GPU core clock speed will be able to handle data more effectively and perform other small operations making your applications more effective.
How Different GPU Types Support Different Tasks?
Different GPU types are designed to handle different GPU tasks, so it’s important that you know which GPU type is right for the application(s) you’re running.
For example, if you want a GPU with high performance in graphics-intensive applications and gaming then a gtx 1080 might be what you’re looking for! If you need GPU rendering power for GPU design or video encoding then an AMD GPU might be better suited.
It’s also important to know the different architectures that are out there and how they work in relation to GPU speed.
For instance, gtx 1080 does not have the same GPU architecture as a geforce gtx 1070 or Intel HD graphics! This means that these architectures might handle different types of tasks differently and will result in performance differences for specific applications.
Why GPU Architecture Matters?
There are two GPU architectures that are most commonly used for gaming: geForce and AMD.
The gtx 1080 has a geforce architecture while the rx 580, 1070, 390X and vega cards have an AMD architecture! These different architectures each come with their own pros and cons so it’s important to know what GPU type is right for your specific needs! To learn about the pros & cons, visit:
The geforce gtx 1080 can render graphics more efficiently and has a larger GPU memory (memory bandwidth) than an AMD rx 580. The geforce gtx 1070 also outperforms the AMD vega 64 in terms of fps. However, this isn’t to say that geforce gtx 1070 has better performance than its AMD counterpart!
In fact, in some cases AMD graphics can outperform geforce GPUs because they are designed for different types of tasks. For instance, the vega cards are more efficient at running machine-learning applications or video encoding and rendering. Whereas, geforce GPUs are good for gaming.
It all comes down to which GPU type you need and what your specific needs are!
A Bit on Ray Tracing
Ray tracing is a GPU rendering technique that traces the path of light as it bounces off surfaces in your scene. Ray-tracers mimic reality by calculating how photons bounce around objects, and how these interactions are limited to an area called the “near field.”
New GPU’s coming out, like the RTX 2080 Ti and RTX 2070 are capable of running ray traced games which ultimately means they’re capable of rendering highly realistic graphics. This makes them great for GPU-intensive tasks that require a lot of GPU power!
In conclusion – there are many different GPU types out there and GPU clock speed is just one factor among many that determine GPU performance.
It’s important to know which GPU type will best suit your needs.
For gamers out there! I will always recommend getting a GeForce GTX or the latest RTX series. So what are you waiting for? Want to maximize your gaming experience? Get a GeForce, now.