Solana Mainnet V1 Activation Delayed to Epoch 1035

Published: 2026-09-10 02:49:02 |

Solana’s mainnet Beta Transaction V1 activation has been delayed to epoch 1035, with activation expected around 1:20 UTC on 15 September 2026. Anza, a core Solana development team, said ecosystem teams need additional time to test and integrate V1 support. Solana V1 is already available on the development network for integration testing. Under V1, the compute budget will be configured through new transaction settings. Existing compute budget instructions will continue to work in legacy and V0 transactions but will not take effect in V1 transactions. Developers must review how the change affects their applications, even if they do not plan to send V1 transactions. The delay is primarily a technical deployment and compatibility update, rather than a change to Solana’s long-term network roadmap.

Neutral

The market impact is likely neutral. The Solana V1 activation has been delayed, which could create short-term uncertainty for traders and developers expecting the upgrade on an earlier schedule. However, the revised date is specific, the feature is already running on the development network, and Anza described the delay as additional time for testing and integration rather than a technical failure or cancellation. Similar blockchain upgrade delays have often produced limited and temporary price reactions unless they affect network availability, transaction costs, security, or the broader roadmap. In the short term, SOL may see modest volatility around the new activation date, particularly if traders position for improved transaction configuration or react to any further delay. Developers may also reassess application compatibility, which could temporarily slow V1 adoption. In the longer term, a more thoroughly tested rollout could support network reliability and ecosystem confidence. Traders should monitor Anza’s implementation updates, mainnet performance, V1 adoption, transaction fees, and broader crypto-market sentiment before treating the delay as a directional SOL signal.