Celestia just rolled out Fibre Blockspace, a fresh data availability protocol that's pushing some serious numbers. We're talking 1Tb/s of blockspace across 500 nodes—that's insane when you break it down. To put it in perspective, this hits a 1500x performance multiplier compared to Celestia's original roadmap targets. The throughput jump alone shows how aggressively the protocol architecture has evolved. This kind of leap in data availability capacity could reshape how scaling solutions handle blockspace efficiency.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
14 Likes
Reward
14
4
Repost
Share
Comment
0/400
RugpullAlertOfficer
· 6h ago
1500x performance boost? That's a bit exaggerated. How will the real data be implemented?
View OriginalReply0
Ser_This_Is_A_Casino
· 6h ago
1Tb/s? Oh my, if that's true, the DA track will need a major reshuffle...
View OriginalReply0
ProveMyZK
· 6h ago
1Tb/s? Oh my, that number is a bit outrageous... Can it really be achieved?
View OriginalReply0
GasFeeNightmare
· 6h ago
1tb/s? Oh my, that's an incredible number, a 1500x increase... If it can truly run stably, how much would need to be rewritten?
Celestia just rolled out Fibre Blockspace, a fresh data availability protocol that's pushing some serious numbers. We're talking 1Tb/s of blockspace across 500 nodes—that's insane when you break it down. To put it in perspective, this hits a 1500x performance multiplier compared to Celestia's original roadmap targets. The throughput jump alone shows how aggressively the protocol architecture has evolved. This kind of leap in data availability capacity could reshape how scaling solutions handle blockspace efficiency.