Ethereum: Is there a lock direction limit?
As the second largest market capitalization currency after Bitcoin, Ethereum has increased significantly over the years. With its native crypto wave ether (ETH) used for widespread use, including decentralized finances (dead) and tokens that do not worry (NFT), the demand for the Ethereum guidelines increased exponentially.
However, one of the important challenges Ethereum faces is the size of his block header. The current block size limit for Bitcoin is 1 megabyte (1,000,000 bytes) data, including the block header and the transaction information. But what about Ethereum? Is there a block header limit?
The answer is yes, but it’s not as simple as it seems.
Historical context
In order to understand why Ethereum could be a limit on block header, we need to look at its historical development. In 2017, the Ethereum project faced significant scalability problems due to the large amount of transactions and difficult transactions. To solve these problems, Tim Ethereum spent a new algorithm of consensus called the role -evidence (POS).
According to POS, validators are encouraged to provide the network by placing their ether, rather than relying on the provision of work (POW) to the energy -intensive process. These changes have caused significant changes in the size of the block.
Limit the size of the size block
Before the introduction of role evidence, the Ethereum block header was much smaller. In fact, they usually consisted of about 30-40 bytes per block. However, with POS and its subsequent innovations, such as a merger (currently being developed), the size of the block header has increased significantly.
In January 2023, the Ethereum Foundation announced that it would introduce a new block size limit to help manage network congestion. According to the official statement, the new limit will be about 200,000 bytes per block. This is approximately equivalent to 64 MB of data.
Why is the border
There are several reasons why the block size is limited:
1
Network congestion : As more users and application join Ethereum, network congestion increases. A larger block size can help reduce this problem by allowing more transactions to be processed at the same time.
- Safety : Larger blocks increase the power of the computer needed to confirm and test transactions that make attackers make the attacks on the network.
- Cost : As the size of the block header increases, the transaction inspection and inspection costs also increase.
Conclusion
Although the Ethereum unit is not a strict border, a new 200,000 -bytes limit aims to set a balance between network congestion, security and cost. By limiting the size of the block header, the Ethereum team can help maintain a healthy and efficient network that supports the increasing demand for its local cryptocurrency.
As the Ethereum project continues to develop, it will be interesting to see how this new border is applied and whether it provides significant improvements to the scaling and users of users and applications.