Ethereum: Bitcoin Core uploads much more than it downloads

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Ethereum: Bitcoin Core loads much more than downloads

Since Bitcoin is the main network of identical customers, I would expect that each knot will load about as much as it downloads. But not my Bitcoin Core node. In this article, we will take a closer look at what is happening and investigate why my node seems to upload much more than downloads.

As we know, Bitcoin is a decentralized system that allows you to connect the knots throughout the network and check the operations to each other. The basic principle of the protocol is simple: every node (or “client”) has a copy of all blockchain, which contains all previous operations, blocks and data.

However, it is often overlooked that not all customers are designed equal. For example, while Bitcoin Core is designed as a lightweight and efficient customer, there are other nodes with different properties on the network.

One such nodes are Ethereum node. Specifically, I noticed that my Bitcoin Core node loads much more data than downloaded since the renewal to Ethereum. But what causes this difference? Let us dive and examine the cause of this phenomenon.

Bitcoin and Ethereum understanding **

To understand why Bitcoin Core can upload more data than expected, we need to take into account its architecture compared to Ethereum network architecture. Bitcoin is primarily a block circuit -based system where every customer (or “node”) has a Blockchain copy. The main difference between the two networks is the boundaries of their block size and the consensus algorithm.

The Bitcoin block size limit is limited by 1 MB, while Ethereum’s maximum block size is significantly higher, which allows for larger blocks that can store more data. In addition, Bitcoin uses the SHA-256 proof of work (POW) consensus algorithm, which requires high calculation power to protect the network. In contrast, Ethereum uses proof of Stake (POS) algorithm, which depends on approvalrs with a certain amount of ether (ETH) as hostage.

Ethereum data overhead

By updating your Bitcoin main knot to Ethereum customer, I noticed that it uploads much more data than expected. This is mainly due to the increased size of the written and committed blockchain blocks. Although each block contains a specific set of operations, additional data such as surgery, gas prices and other metadata are included in the unit’s header.

As you can imagine, it increases the overall size of each unit, which in turn requires more memory and calculation resources from our node. To meet these increased requirements, my Bitcoin main knot node used more throughput to upload larger blocks.

Conclusion

Although it may seem contradictory that the Bitcoin Core customer will upload much more data than expected to update Ethereum, is actually a logical explanation for this phenomenon. As I mentioned earlier, Bitcoin and Ethereum have two different block circuit -based systems with different characteristics such as block -size boundaries, consensus algorithms and verifier requirements.

In order to mitigate these differences and ensure effective and safe operation of the node, it is very important that we understand the consequences of the new customer on the behavior of our network. By recognizing the potential of increased data on Ethereum customers, we can take steps to optimize our node configuration and improve the overall operation of the system.

As you study different block circuit systems, you will become increasingly important to understand these differences and their effects on individual nodes.