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Kiln Connect and Dashboard testing environments now fully support all Pectra staking features, helping you benefit from all features involving staking in the latest Ethereum upgrade.
✅ Higher staking limits (2,048 ETH) & auto-compounding (~1.5% APR boost)
✅ Faster validator activations (45 mins vs. 12 hours)
✅ Partial withdrawals, top-ups & seamless consolidation tools
This upgrade marks another step toward a scalable, user-friendly Ethereum.
👉 Read our blog post to get the full insights about Pectra’s upgrades in Kiln Dashboard
With the Pectra upgrade approaching, we’ve been reviewing validator setups — and yours may be underperforming.
To help optimize your setup, we invite you to watch the recording of our latest webinar covering the topic:
Common validator inefficiencies: missed rewards, performance gaps, fragmentation
Our consolidation score (0–100): a unique metric to assess setup quality
How to migrate to a unified setup with Kiln, and boost GRR by 4.9%
We were happy to welcome Terence Tsao, Ethereum Core Developer at Offchain Labs, to our Kiln Rendez-Vous podcast to discuss the upcoming Pectra upgrade.
Terence introduced several key EIPs, including Max Effective Balance (EIP-7251) to reduce validator set size, and EIP-7002 to enable validator exits from the execution layer. He also shared insights into the complexities of implementing these changes, the importance of rigorous testing, and lessons learned from coordinating multi-client upgrades. Relive this conversation now:
Watch the full episodeNo change expected in withdrawal dynamics due to Pectra; withdrawals remain consistent across validator sizes.
Yes, it's already live within Kiln Connect APIs and documented on docs.api.kin.fi.
Yes, consolidation can reduce withdrawal delays, especially as network conditions stabilize post-implementation.
Costs will vary based on consolidation rates; initial peaks are expected but should stabilize over time.
No, paying extra gas places you in the existing queue, affected by its current size.
EIP-4844 lowers the baseline burn rate by optimizing cold data to cheaper blob space, though actual burn rates depend on network demand.