dailyhashrate.com is the premiere site and ultimate source for checking your GPU and CPU hash rates. You needn’t be an expert miner to gain access to this easily accessible information. Any person who is interested in mining cryptocurrencies such as Bitcoin, Ethereum, or Litecoin can use our Hash Rate calculator and see accurate hash rate data based on the algorithm which is integrated with your hardware.

The hash rate performance on any given given algorithm, influences the profit margins directly. So while it’s true that estimates vary widely from one measuring tool to another, the principle is the same. If you are already mining with either a certain mining pool or alternatively a GUI Miner, you will definitely be able to verify your hash rate performance levels through our website and free service. Make sure to always benchmark your results so you have a point of reference for any future optimizations.

How Do We Actually Measure Hash Rates?

Hash rate is always measured in hashes per second. The test sequencing measures the amount of times your computer is able to calculate the output of a given hash function.

1000 hashes/second = 1 kh/s
1000 kh/s = 1 Mh/s
1000 Mh/s = 1 Gh/s
1000 Gh/s = 1 Th/s
1000 Th/s = 1 Ph/s

It’s critical to point out that the hash rate is not equal to and has nothing to do with your computer’s processor speed. Proof Of Work on algorithms such as Bitcoin’s SHA-3 with hash function was 12 + ℓ to 12 + 2ℓ (rounds). After that the mining dialogue shifter to clock speed and other contributing factors. In layman’s terms, there is a direct correlation between processor speed and enhanced hash rate.

Still, the newer cryptocurrencies such as e-Money have Proof of Work algorithms that were designed to be memory latency-bound as is clearly evident in their source code. When examining

Still, the newer cryptocurrencies such as e-Money have Proof of Work algorithms that were designed to be memory latency-bound as is clearly evident in their source code. When examining

Still, the newer cryptocurrencies such as e-Money have Proof of Work algorithms that were designed to be memory latency-bound as is clearly evident in their source code. When examining Rescaled Range (R/S) and Detrended Fluctuation Analysis (DFA) it appears that there are better alternatives which provide a higher hash rate to GPU miners and this is related to greater memory and bandwidth. Additionally, GPUs that have memory optimization will have an advantage over others from the current switch which is being made with mining algorithms. This clearly demonstrates how important it is to benchmark systems and mine according to profitability levels.

Hash rate is also a kind of litmus test as it accurately measures how quickly your system can process a given algorithm protocol.

In many scenarios it’s not rare to find multiple pieces of mining software which are coded to process Proof of Work algorithms. Most crypto mining protocols allow for an open source mining machine that any operator can download and put to use immediately. That being said, tested mining software is in many cases significantly more optimized and offers its users a better hash rate in return for a small fee which is deducted automatically.

Mining Scams: There are many systems these days which try to pass themselves off as legitimate mining software. Our staff has seen systems like BitQT which is being promoted in Telegram groups for miners. We searched for a BitQT Review and found out that this website is a part of an illegal network of websites related to CFD trading. So please make sure to avoid it and do your research properly.

References/Sources:
https://github.com/ZcashFoundation/GrantProposals-2018Q2/issues/15
https://scamcryptorobots.com/bitqt-app-review-scam/
https://coinmarketcap.com/currencies/e-money-coin/
https://en.wikipedia.org/wiki/SHA-3