Ethereum: What is the transaction rate bottle neck?
Ethereum Operations Normal Obstacle: Understanding the problem
As you mentioned earlier, the percentage of bitcoin operations is relatively high of 3.3 to 7 operations per second (TPS). However, another important problem with Ethereum is the obstacle of its level of surgery. Although the current TPS Ethereum is spectacular, it is still behind the scale of other blockchain networks.
Why does Ethereum have an obstacle to operations?
The main cause of Ethereum, which is a major obstacle to operations is the verification process that occurs after each block. Each time the new block is excavated, it should be checked by an Ethereum network network (ethno). This process requires significant calculation power and energy consumption.
Here are some basic information about the obstacle of the operational norm:
- This process consumes a huge amount of energy, making it one of the most intensive energy processes.
- This results in a significant delay in processing new operations.
- Based on calculations, the network could theoretically process up to 30 TP if it could expand the scale more efficiently.
Other factors that contribute to obstacles
Although pow is a significant obstacle to operations, other factors are also performed:
1
2.
- Network congestion : As the number of consumers increases, the demand for resources (eg CPU energy, memory) increases in the network.
How does Ethereum plan a scale?
Ethereum’s development team has been working with scale solutions for several years, including:
1
2.
- Outside Circuit Operations : Outside circuit operations can be processed faster and more efficiently than surgery, which is currently slow due to obstacles to operations.
Although Ethereum has made great progress in solving scale problems, the network is still facing challenges and ability. When the development team continues to work with scale solutions, we can expect to improve the general use and efficiency of the network.
In conclusion, the current obstacle of Ethereum’s operations is widely determined by the proof algorithm of its consensus, which requires significant calculation power and energy consumption. Although there are other factors that contribute to this problem, the understanding of these main causes will help us to evaluate the complexity of changes in blockchain networks, such as Ethereum.
