Ethereum: How are transaction fees calculated for L2 (Layer 2) transactions?
What is that Ethereum transactions, especially layer 2 (L2) solutions, such as Optimm and Polyon, calculate the transfer fees. In this article, we strive to loosen the slot machine for L2 transactions.
Trophy of the fee basics
Before immersing the incorporation of L2 transactions, it is essential to understand Yreum transactions. The ether (TH) is the tool for their wallet to another connected to the Ethereum network, the transaction falls into the center of the gas price. The more they spend on the transaction, the high gas prices and then the high transaction fee.
Layer transactions: Gas Efficiency and Fee
The L1 transactions are used for the proportional Ethereum work (POW), which is the result of this mechanical consensus to crawl the network. In contrast, L2 solutions are like Optimisim and Polyon Anim for redemption congestion and processing times by throwing socks into the spectralized nodes of the L2 layer.
To optimize the cost of efficiency, many L2 only introduced seeds, but the name was introduced by Teress, from the same section.
- Gas Use : The calculation resources required for processing amun transaction.
- Transation Complexity : More complex transactions of accuracy resources.
- * Liquidity:: Work with high value or high -complex tools can cause high blood.
Wines calculating wines for l2
We now cover the basics, draw the stove from erculated steel for L2 transactions.
International Etherum transactions, the transaction fee is usually calculated as a result of gas prices and gas consumption. This approach is used for L2 transactions. In fact, most L2 solutions are used by the sophisticated model of the version factors to determine the optimal transaction fee.
HE’
Read, say, two users, Alice and Bob, Whore, to send 1 ETH from their wallets on different chains (such as Etherreum innant and optimmmm).
* Alice: Send 1 ETH FLOT to your Bob’s wallet when optimal use, simplify the gas simplification:
txfee = courage * bag
= $ 5 *
≈ 500 000 001 USD
Bob : Send 1 ETH FRA to Alice’s wallet, swollen a more sophisticated model to the telexic telexicity of the transaction and the affected liquid:
Txfee = Gaspice * (Becasage + LIVIDIDESS)
= $ 5 * ($ 100,000,000,000 + 50 000 000 000) / 1,000,000,000
≈ $ 500,000
In this exam you can see your BOB transaction fee with meaningful high work due to a more complex transaction and lower gas consumption.
*Conclusion
When calculating transaction fees for L2 transactions, the compound of factors such as gas, complexity, liquidity, liquidity and network congestion. While the use of the transaction is simply priced gas utilization models, L2 solutions have been introduced, but more sophisticated models have been introduced, such as the settlement of variables to optimize efficiency and reduction transactions.
As the Ethereeum ecosystem further develops, it is essential to keep up -to -date with the latest values and innovations of L2 transactions in L2 transactions.