Ethereum: What’s the distinction between BIP 157 and BIP 158? Are they supported by Bitcoin Core?
Ethereum: What is the distinction between GDP 157 and BIP 158? Are you supported by Bitcoin Core?
Over the years, the blockchain ether has subjected significant transformations with new functions and additional improvements to improve its functionality. Under these updates, there are two remarkable changes in relation to compact block filters (CBF): GDP 157 and GDP 158. In this article we will deepen the differences between these two BIPs, whose current Bitcoin core support and what effects this have for Ethereum.
BIP 157: compact block filter
GDP 157 is a suggestion that introduces compact block filter (CBF) in Ethereum. The main goal of CBFS is to improve the scalability and efficiency of the Ethereum network. CBFS can compress transactions in smaller blocks, which reduces the memory requirements and increased the number of block transactions.
The most important differences between GDP 157 and BIP 158 are:
* BIP 157: This proposal contains a new compact block filter called “Compact block filter with optional filter”, with which you can filter some types of data from the block.
* BIP 158:
on the contrary, GDP 158 introduces an optional filter mechanism with which users can indicate which data should be excluded from the block.
Kernbitcoin support
Bitcoin Core (BTC-CR) is currently supporting BIP 157 and BIP 158. This means that it is possible to activate CBF for your Ethereum network with one of these two suggestions if you perform a complete Bitcoin node.
However, it is worth noting that the support of CBFS from Bitcoin Core gives some restrictions:
* Limited filter options: While BIP 158 offers greater flexibility when filtering data from the blocks, the entire adaptation that a user may wish may be able to do cannot allow.
* Compatibility problems: There can be compatibility problems between different versions or Bitcoin core and blockchain -ethereum -updates.
Diploma
In summary, BIP 157 and GDP 158 deal with compact block filters (CBF). Since they have some similarities, there are important differences that distinguish them. Understanding these distinctions is essential for users who want to optimize their Ethereum experience with CBFs. In addition, it is important to take compatibility problems into account if you decide as a support for support.
Additional tips:
* Stay up to date:
Always remain updated with the latest updates and suggestions related to BCFS on the Ethereum blockchain.
* Use a complete knot: If you are worried about compatibility or want greater flexibility when filtering data, the execution of a full Bitcoin node may be the best option for you.
* Explore alternative solutions: Depending on your specific needs, there may be other available alternatives that can deliver similar functions without relying on the CBF.