![Michael Sutton On X: A more detailed breakdown of the processing times —Processing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; this… https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS](https://pbs.twimg.com/media/GbSuqbaXMAA4Vbs.png "Michael Sutton On X: A more detailed breakdown of the processing times —Processing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; this… https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS")
A more detailed breakdown of the processing times —
Processing rates:
Headers/seconds = 205314/161 = 1,275 [header/s]
UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]
Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:
– Executed on a 24 cores Intel i9-13900K machine; this… https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS
— Michael Sutton (@MichaelSuttonIL) November 1, 2024
**Title: Michael Sutton Shares Impressive Processing Times for Kaspa Network**
In a recent Twitter post, Michael Sutton, a distinguished Distributed Systems Researcher and Developer, who is also one of the core developers of the Kaspa project, provided valuable insights into the processing capabilities of the Kaspa network.
Sutton detailed the performance metrics achieved on a high-performance 24-core Intel i9-13900K machine, revealing some remarkable figures that could significantly impact the efficiency of the Kaspa blockchain. The breakdown included:
– **Headers Processed**: 205,314 headers processed over 161 seconds, resulting in a rate of approximately 1,275 headers per second (header/s).
– **UTXO Processed**: An astounding 62,568,000 Unspent Transaction Outputs (UTXOs) processed over 193 seconds, yielding about 324,186.5 UTXOs per second (utxo/s).
– **Blocks Processed**: 205,313 blocks processed in 119 seconds, equating to around 1,725 blocks per second (block/s).
These figures indicate a significant enhancement in processing efficiency, which is crucial for the scalability and performance of blockchain networks, particularly Kaspa. Sutton’s findings suggest that the Kaspa network is well-positioned to handle large volumes of transactions in real time, a feature that is becoming increasingly essential in the fast-evolving landscape of decentralized technologies.
The implications of this data are vast, as it not only showcases Kaspa’s advanced processing capabilities but also highlights the ongoing efforts of its development team to optimize the network for high-throughput scenarios.
For those interested in staying updated on the latest advancements and resources related to Kaspa, Kaspanews.net remains the best news site to follow.