Understanding Hash Rates: Guide Ethereum Mining

As a beginner or enthusiast in the cryptocurrency mining world, understanding of hash rates is very important. In this article, we will go into the differences between the MH/S, KH/S and GH/S, helping you navigate the complexity of Ethereum’s extraction.

What is behind the abbreviations?

You are likely to be shortened in various online forums, reddit threads and cryptocurrency communities, such as MH/S, KH/S or GH/S. But what does these symbols mean?

1
MH/S : The most common abbreviation used to represent the mix per second (H/S). This means “megahashes per second”. This is a widely accepted mining performance measuring unit.

• KH/S or
  KH/S : As seen, MH/S is often followed by an abbreviation in KH/S or KH/S. The difference lies in the prefix used to indicate zero at the beginning of the speed:

* 1 kh/s = 1000 mh/s

* 1 kh/s = 1 000 000 gh/s

Hash Rates Convert

To get better for you, let’s transform some shared hash stakes:

| Hash rate MH/S | KH/S | GH/S |

| — — — —

| Bitcoin (1) 100,000,000 000 000 000 000 000 000 000 000

| Ethereum (1) | 1500,000,000 150,000,000 15,000,000

As you can see, the conversion factor between different hash rates is quite significant. Here is a rough guide to help calculate your hash rate:

• You will need about kh/s for each mh/s.

• You will need about GH/S for each kh/s.

Main techniques

When choosing a mining pool or platform, it is important to consider the target hash speed in ratio of network difficulties. A higher requirement for hash rate and can be more cost effective miners with sufficient resources.

To give you a picture of the scale:

• 1 MH/S is the equivalent of about 100 kh/s.

• 1 kh/s is the equivalent of about 10,000 gh/s.

Now that you know the basics, you will be better equipped to understand and navigate the Ethereum Mining world. Happy mining!