How to Tackle Slow NiceHash Benchmarks?

In the ever-evolving world of cryptocurrency mining, benchmarking your hardware is crucial to ensuring optimal performance and profitability. NiceHash, one of the leading platforms for mining, offers a benchmarking tool that helps miners determine the most profitable algorithms for their hardware. 

However, many users have encountered a frustrating issue: the NiceHash Benchmark seems to take forever to complete

In this comprehensive guide, we’ll explore the reasons behind this problem and provide practical solutions to help you conquer the endless NiceHash Benchmark.

Introduction to Benchmarking

Benchmarking is the process of evaluating and measuring the performance of your hardware against a set of standardized tests. In the context of cryptocurrency mining, benchmarking helps determine the most efficient algorithms for your specific hardware configuration, ensuring maximum profitability.

The NiceHash Benchmark is a powerful tool that tests various mining algorithms across your GPU(s) or CPU(s), providing you with valuable insights into their respective hash rates and potential earnings. 

However, running the benchmark can be a time-consuming process, often leaving users frustrated and wondering why it takes so long.

Understanding the Duration

The length of time required for the NiceHash Benchmark to complete can vary widely depending on several factors. 

  • Benchmarking high-end hardware with multiple GPUs or CPUs will naturally take longer than testing lower-end components. 
  • Additionally, the number of algorithms being tested can significantly impact the overall duration, as each algorithm requires its own set of tests.

To begin mining, click the “Start Mining” button. During the initial run, NiceHash Miner will run the benchmarks. Depending on your hardware and the kind of benchmark, running a benchmark could take five to ten minutes.

Why Does the NiceHash Benchmark Take Forever?

There are several potential reasons why the NiceHash Benchmark might be taking an excessively long time to complete:

  • High-end hardware with more cores and computational power takes longer to benchmark due to increased complexity.
  • NiceHash Benchmark tests various algorithms, extending the duration to determine the most profitable option for your hardware.
  • Insufficient system resources, like limited RAM or storage space, can slow down the benchmark process.
  • Running resource-intensive background processes interferes with the benchmark, causing delays.
  • A slow or unstable internet connection significantly increases the benchmark time.

Identifying the Problem

If you’ve tried the above steps and the NiceHash Benchmark is still taking an unreasonable amount of time, it’s crucial to identify the root cause of the problem. Here are some steps you can take:

  • Monitor CPU, RAM, and disk usage with a system tool to identify bottlenecks during the benchmark. 
  • Keep hardware temperatures in check to prevent overheating and performance reduction
  • Ensure full compatibility with NiceHash Benchmark and tested algorithms to avoid delays from incompatible or outdated hardware.

Rectifying the Problem

If you’re encountering excessively long benchmark times, there are several steps you can take to address the issue:

  • Exercise patience, especially with high-end hardware or testing multiple algorithms, as the benchmark can take several hours.
  • Close unnecessary background applications to free up system resources for smoother benchmarking.
  • Check and ensure ample RAM and storage space availability; restart your system if needed.
  • opt for testing individual algorithms to significantly reduce overall benchmark time.
  • Verify a stable and high-bandwidth internet connection.
  • Keep NiceHash Benchmark updated for potential optimizations and faster processing.

Alternatives to Consider

While the NiceHash Benchmark is a popular and convenient tool, it’s not the only option available. If you continue to experience issues or prefer alternative solutions, you can explore the following:

  1. Manual Benchmarking:

Instead of using an automated tool, you can manually benchmark each algorithm on your hardware. This approach can be time-consuming but may offer more control and customization.

  1. Third-Party Benchmarking Tools:

There are various third-party benchmarking tools available, such as NBMiner, TRex, and others. These tools may offer different features, algorithms, or optimizations that better suit your needs.

  1. Community Resources:

Engage with the cryptocurrency mining community and seek advice from experienced users. Online forums, social media groups, and dedicated websites can provide valuable insights and alternative solutions.


Conquering the endless NiceHash Benchmark can be a frustrating challenge, but with the right approach and understanding, it’s a hurdle that can be overcome. By identifying the root causes of prolonged benchmark times, implementing practical solutions, and exploring alternative options if necessary, you can ensure that your mining hardware is operating at its maximum potential, maximizing your profitability in the dynamic world of cryptocurrency mining.

Frequently Asked Questions

  • Why does NiceHash fail to recognize GPUs?

Verify that every cable is securely fastened. Occasionally, a weakly attached 6+2 PCIe power connector (or other cable) may prevent the GPU from being identified.

  • What is NiceHash’s minimum GPU requirement?

All AMD® and NVIDIA® 1000, 2000, 3000, and 4000 series GPUs with at least 2GB of VRAM are supported and can be used with NiceHash QuickMiner. Additionally, QuickMiner allows mining on AVX2-capable AMD and Intel CPUs.

  • How can I mine with a higher CPU hash rate?

Try out various thread and affinity configurations to determine what works best for your CPU. Higher hash rates may be achieved by adding more threads or allocating CPU affinity to particular cores, however, this will also rely on your particular CPU architecture and mining method.

Leave a Reply

Your email address will not be published. Required fields are marked *