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How to Optimize Your GPU for Digital Currency Mining?

Optimizing For Crypto: Overclocking Your GPU

GPU overclocking is commonly revered to improve the way people play video games but also has the capabilities to be used for cryptocurrency mining. In this article, we are going to focus on that very process. Bitcoin trading can be done in many ways, and mining is a serious area surrounding it.

Miners regularly see overclocking as a way to make their GPU more efficient for mining, reducing power consumption, and helping mine a particular cryptocurrency. Both areas are desired within the mining market as they help maximize profits.

Overclocking can give you more power to mine cryptocurrencies if your GPU cannot handle intensive tasks efficiently. It doesn’t have to be a strenuous task as it can be completed quickly and easily using mining software and dedicated mining OS such as HiveOS.

It is important to remember that overclocking is not without risks. Potential damage to your hardware is a strong potential and creates an unstable system. Always ensure you have soaked in as much knowledge as possible. This article will pinpoint some of the recommendations needed for overclocking a GPU.

What are the recommendations for overclocking?

Overclocking is a very particular process surrounded by potential risks and dangers to your PC. It is essential to compile all the information needed to protect all the components of your system. Building all the required information will allow you to master any type of mining performance fully.

The hash rate of some GPUs is also more interesting than others. In addition, we know that mining cryptocurrencies efficiently requires knowing your hash rate. In this case, it is important to choose your GPU in accordance with your needs and hash rate.

Crucial Overclocking Settings

To visualize properly, it is a good idea to know what your GPU is composed of. The initial feature is a processor known as a core clock, and video memory is known as VRAM. These parts will run at a particular frequency depending on your GPU model. An understanding of these two frequencies is fairly important in increasing mining performance.

You have to consider several settings when going through the overclocking process. Here we will review each to build a greater wealth of knowledge on the subject allowing a wider understanding of the essentials of overclocking GPUs.

Core clock

A core clock allows users to configure a personally desired clock frequency. This setting affects the overall speed at which information is processed. Adjustments are often required to seek out optimal settings.

Memory clock

The memory clock is similar to a core clock but measures the graphic’s processor memory clock rate. The clock rate measures the number of processing cycles per second that a particular GPU can handle.

Core voltage

The core voltage represents the input voltage levels of your GPUs. On newer cards, this value may not be available for revision.

Power level

You can adjust this slider so that the GPU consumes more power from your power supply. When set to 120 (i.e. 20%), you can increase the GPU’s power limit from 200 W to 240 W by default.

Adding more overclocking power to your GPU will increase the temperature, but it is necessary if you want to overclock further. When you increase GPU settings, you can get more power and improve the mining experience, but your graphics processor can also get hotter.

Overclock Temperatures

When overclocking, your GPU will be pushed to the limit, raising temperatures to the max. Due to this, it is essential that you use a tool that can calibrate the overall performance to ensure that the stress levels you’re pushing are not too severe. Temperatures change from one system to another, but for a general rule, it is always best not to exceed limits above 90°C in your processor.

The general rule is to avoid any temperatures above 70°C; if this is unavoidable, try your best to limit anything over 80°C. This caution is given mainly due to the potential wear and tear exposed to the card from the drastic temperature rise. In parallel to the increased heat levels, you should try to raise the speed of your fan by around 50%. This increase should help in the effort to keep your GPU cool.

How to Monitor GPU Overclocking

If you’re looking to begin a project that wants to begin the overclocking process for one or more GPUs, it is essential you have researched all of the possible information. One of the best ways to gain this information is using the GPU-Z software. This software allows users to gain all the detailed information and specificities surrounding their own GPUs.

Before you begin, you should install a test tool that can immediately calibrate and measure the impact of overclocking on the mining process. One of the tools that sparked our interest the most is the Furmark, which can compare the performance of graphics processors.

A great way to correctly monitor the overclocking of a GPU is by using an overclocking tool. Using these tools will allow you to increase the clock frequency of your graphics processor. One of the most popular graphics processor overclocking tools widely used by the mining community is the MSI Afterburner. The tool features a main dashboard with various display settings to be configurated for whichever GPU overclocking you desire. Through these displays, you will find a core clock which is the current clock frequency of your untouched graphics processor and the memory clock. These values can be found on the left of the image.

To set up your GPUs correctly, check the option corresponding to identical GPUs if you have similar GPUs. In that case, you will have to overclock the GPUs differently if you own different GPUs.

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