💥 Gate Square Event: #PostToWinFLK 💥
Post original content on Gate Square related to FLK, the HODLer Airdrop, or Launchpool, and get a chance to share 200 FLK rewards!
📅 Event Period: Oct 15, 2025, 10:00 – Oct 24, 2025, 16:00 UTC
📌 Related Campaigns:
HODLer Airdrop 👉 https://www.gate.com/announcements/article/47573
Launchpool 👉 https://www.gate.com/announcements/article/47592
FLK Campaign Collection 👉 https://www.gate.com/announcements/article/47586
📌 How to Participate:
1️⃣ Post original content related to FLK or one of the above campaigns (HODLer Airdrop / Launchpool).
2️⃣ Content mu
The Ethereum Fusaka upgrade has entered the final Testnet phase, introducing a single transaction Gas limit of approximately 16.78 million units.
On October 22, Cointelegraph reported that Ethereum is entering the final Testnet phase before the Fusaka upgrade scheduled for December 3. This upgrade introduces a single transaction Gas limit of approximately 16.78 million units to improve Block efficiency and prepare for parallel execution on the network, which has now been activated on the Holesky and Sepolia Testnets. The Gas limit restricts the processing power available for a single transaction, ensuring that no single transaction can monopolize an entire Block, allowing the network to handle activities more evenly. The next phase of the Fusaka upgrade is planned to be deployed on the Hoodi Testnet on October 28, with the Mainnet expected to go live in December 2025. The Fusaka upgrade (EIP-7825) is an important part of Ethereum's roadmap, following the Dencun upgrade in March 2024 and the Pectra upgrade on May 6, 2025. This upgrade introduces the following changes: raising Ethereum's default Block Gas limit to 60 million, setting the single transaction Gas limit to 16.77 million (EIP-7825), and launching PeerDAS—the core feature of this upgrade. PeerDAS (Peer Data Availability Sampling) allows Ethereum Nodes to store only a small random portion of the second-layer 'data blocks' instead of the entire dataset. This approach reduces hardware requirements while maintaining network security and enables cheaper and higher-throughput scalability for second-layer networks.