Over the weekend, the Solana 
$84 blockchain recorded over 100,000 transactions per second (TPS), reigniting debates about its transaction capacity. This significant milestone saw a block reach a total of 107,540 TPS, comprising 43,016 successful and 50 failed transactions. The transactions were processed by a validator known as “Cavey Cool.”
Debate Sparks over High TPS Rates
The surge in transaction volume was driven by “noop” calls—lightweight, systemic calls used to test the blockchain’s capacity. Critics argue that such loads might artificially impact the system.
Mert Mumtaz, CEO of Helius, commented on social media platform X, stating, “The network cost isn’t negligible: Although transaction computation units are low, the ‘total cost’ includes other operations like signature verification and data uploads.”
Critics and Practical Transaction Volume
According to analyses, these transactions could be likened to adding low-cost data to the system rather than imposing a nonsensical load. However, there’s a warning not to confuse these figures with meaningful transaction volume for genuine users.
As of Monday morning, transaction trackers showed much lower TPS rates in real-time usage. Solscan data revealed that the mainnet’s average transactions per second stood around 3,500, with validator voting transactions comprising about two-thirds of this figure.
Network Capacity and Impact on SOL Token
Platforms like Chainspect and Solscan report that effective transaction capacity for user payments and application transactions is approximately 1,000 TPS.
Despite this, data suggests that the Solana network can theoretically reach a capacity of 80,000 to 100,000 TPS, potentially providing high performance for real transactions like transfers or data updates. This boost in capacity could enhance interest in the SOL token.
Solana developers indicate that test results are being analyzed carefully to ensure sustainable growth and necessary improvements.
In conclusion, the peak TPS rate reached over the weekend brought both positive expectations and some technical concerns within the Solana ecosystem. How network activity and user-friendly performance will evolve remains a subject of interest.
