Network Hops refer to the number of intermediate devices, such as routers or nodes, that a data packet or message traverses from its source to its destination across a network. Each hop represents a point where the data is processed and forwarded, contributing to latency and potential points of failure. In decentralized networks, minimizing network hops can improve communication efficiency and transaction propagation speed. A lower hop count generally indicates a more direct communication path.
Context
The impact of Network Hops on transaction latency and network performance is a relevant consideration in the design and optimization of blockchain protocols. Discussions often explore strategies to reduce the average number of hops, such as improved peer-to-peer connectivity algorithms. Future advancements in network infrastructure and protocol design aim to minimize these hops, enhancing the responsiveness of decentralized systems.
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