Layer-1 Throughput Constraints

Layer-1 throughput constraints refer to the inherent limits on the number of transactions a base blockchain can process within a given timeframe. These constraints are a fundamental bottleneck for any application built on top of the network, including decentralized derivative exchanges.

When the network reaches its capacity, transactions become slow and expensive, which is detrimental to high-frequency trading. Layer-2 solutions like rollups are designed to bypass these constraints by processing transactions off-chain and only posting proofs to the Layer-1.

This allows the system to scale far beyond the native capacity of the underlying chain. Understanding these limits is crucial for protocol designers who must ensure that their systems can handle peak demand without relying solely on the Layer-1's capacity.

Managing these constraints is the primary motivation behind the development of modular blockchain architectures.