✅ Master L2 Gas Economics
Understand fee structures, optimization, and cost comparisons
See how much you save with Layer 2 solutions
Your Progress
0 / 5 completed🎓 L2 Gas Optimization Mastery
You've learned the fundamentals and advanced techniques of L2 gas optimization. Let's review the key concepts and test your knowledge!
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Fee Structure
- •L2 fees = L2 execution + L1 data posting
- •L1 data costs dominate (70-90% of total)
- •Compression reduces calldata size by 60-80%
- •Blob transactions 10-100x cheaper than calldata
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Optimization Basics
- •Batching saves 40-70% by sharing overhead
- •Calldata optimization reduces data size
- •Strategic timing saves 20-50% (weekends)
- •Use gas-optimized contract implementations
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Advanced Techniques
- •Storage optimization: use memory when possible
- •EIP-4844 blobs for massive savings
- •Intent-based bundling shares costs
- •Account abstraction enables sponsorship
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Key Insights
- •L2s are 10-100x cheaper than L1
- •Optimization can reduce costs another 50-90%
- •Multiple strategies compound savings
- •Stay updated on new EIPs and L2 upgrades
🧪 Knowledge Check
Test your understanding of L2 gas optimization. Get 4 or more correct to complete the module!
1. What is typically the largest component of L2 gas fees?
2. How much cheaper are EIP-4844 blob transactions compared to calldata?
3. What's the best strategy for reducing fixed transaction overhead?
4. How much more expensive is SLOAD (storage read) compared to MLOAD (memory read)?
5. Which transaction timing typically results in the lowest L2 fees?
← Advanced Strategies
Complete the quiz to finish this module