Sui's transaction throughput is drawing attention ahead of Sui Basecamp 2026, as renewed comparisons of blockchain capacity reignite discussion around network performance, adoption, and ecosystem development. Layer 1 networks — blockchains that process and finalize transactions on their own base infrastructure — are frequently benchmarked against one another on throughput, making such figures a recurring talking point across the industry.

A chart shared by the Sui Community placed the network's recorded peak at 28,849 transactions per second (TPS), trailing Solana while exceeding several other Layer 1 blockchain networks. Historical TPS records capture peak capacity, while sustained performance depends on network conditions, transaction demand, and actual usage.

Sui Community Highlights Transaction Processing Capacity

The Sui Community described SUI as a leading Layer 1 blockchain in transaction performance, linking the claim to the upcoming Sui Basecamp 2026 and inviting participants to submit predictions for a chance to win an advertised $10,000 prize.

The accompanying chart records Solana at 92,628 transactions per second, with Sui following at 28,849 TPS — below Solana in this comparison. Internet Computer registers 25,621 TPS, while Aptos reaches 22,032 TPS.

Hedera follows at 16,199 TPS, ahead of MultiversX at 13,878 TPS, NEAR at 10,380 TPS, and Arbitrum at 9,737 TPS. The figures represent the historical peaks displayed in the supplied graphic.

Such comparisons offer a snapshot of reported transaction-processing capacity across blockchain networks. However, differing architectures and measurement methods can affect reported performance, and peak figures alone cannot establish which network performs best under every condition.

Historical TPS Figures Require Additional Context

Transaction throughput measures how many transactions a network processes within a given second. Higher throughput can support applications that require frequent transactions and rapid processing — decentralized finance, gaming, and payments are among the use cases that tend to generate high transaction volume. Even so, historical peaks do not necessarily reflect sustained everyday network activity.

Actual performance depends on network conditions, transaction complexity, and demand. Confirmation times, transaction costs, and reliability also shape practical network performance, providing context beyond headline throughput figures.

Sui's displayed 28,849 TPS serves as a reference for its reported technical capacity. That number, however, does not independently establish adoption levels or current activity; current transaction counts would clarify how often the network approaches its recorded peak.

SUI, the network's native token, traded at around $1.17 at the time of writing, according to CoinMarketCap data. The price reflects market trading rather than transaction-processing performance, as token prices and network throughput measure different aspects of the broader ecosystem.

Basecamp 2026 Brings Further Attention to Sui

The post tied its network performance claims to the upcoming Basecamp 2026 event and encouraged participants to submit predictions for the advertised $10,000 prize. The supplied information does not specify the prediction criteria or competition rules.

The announcement also referenced Sui's growth during the preceding 24 hours without identifying the exact metric supporting that claim. Transaction volume, user activity, and throughput represent distinct measures of network development.

A rise in transaction activity does not automatically produce a new throughput record. Likewise, a historical peak does not establish sustained demand or broader adoption. Comparing current usage with historical capacity would provide additional performance context.

Basecamp 2026 offers an occasion for further discussion of Sui's development, and any new performance data or technical updates presented at the event would stand alongside the chart's historical peak as points of public comparison. The supplied materials do not confirm specific technical announcements or new performance records, and measurable network activity alongside sustained throughput remains a useful indicator of continued progress.