To evaluate the performance of 1 GigaGas/s in a realistic scenario, it is proposed to use multiple consecutive Ethereum mainnet blocks for parallel execution testing.
A single Ethereum block typically contains 100-300 transactions, with a corresponding Block Gas Limit of 30M gas.
To simulate a 1 GigaGas/s workload, consecutive blocks from the Ethereum mainnet can be used to create a more robust testing environment.
The goal is to measure and analyze the performance under this high-throughput scenario to ensure the system’s scalability.
To evaluate the performance of 1 GigaGas/s in a realistic scenario, it is proposed to use multiple consecutive Ethereum mainnet blocks for parallel execution testing.
A single Ethereum block typically contains 100-300 transactions, with a corresponding Block Gas Limit of 30M gas.
To simulate a 1 GigaGas/s workload, consecutive blocks from the Ethereum mainnet can be used to create a more robust testing environment.
The goal is to measure and analyze the performance under this high-throughput scenario to ensure the system’s scalability.