peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput

peers keep the current channel configuration in memory to facilitate all channel operations such as cutting a new block and validating block transactions. Because configurations are stored in blocks, updating The amount of time to wait after the first transaction arrives for additional transactions before cutting a block. Decreasing this value will improve latency, but decreasing it too much may decrease throughput