Impact of Node.js Version Updates on Memory Consumption in AWS Lambda

未识别出任何 repository 文件、测试或入口点。首先比较报告的 Node.js 16 到 20 的 AWS Lambda 内存使用情况，并审查所请求的版本历史、缓解措施指南、示例和基准测试。完成标准是提供一份有文档记录的综合资源，涵盖这些比较和建议。

I'm interested in understanding how updating to newer Node.js versions in AWS Lambda functions can affect memory consumption. From my research, I've learned that different Node.js versions can have varying memory footprints and optimizations, as well as changes in memory management and garbage collection algorithms (e.g., the move from mark-sweep to semi-space/compact GC in Node.js 10.x).
However, I haven't been able to find a comprehensive resource or changelog that specifically outlines the memory consumption changes associated with Node.js version updates in the AWS Lambda environment.

Recently, I updated the Node.js version for my Lambda functions from 16 to 20, and I have been receiving alarms for increased memory usage since then.

It would be extremely helpful if the AWS Lambda team could provide more detailed information and guidance on this topic, potentially covering:

• How memory consumption is impacted when upgrading from one Node.js version to another (e.g., 8.10 to 10.x, 10.x to 12.x, etc.) in AWS Lambda functions.
• Any recommended best practices or strategies for mitigating potential memory consumption increases when updating Node.js versions.
• Examples or case studies demonstrating the memory consumption differences between Node.js versions in AWS Lambda functions.
• Performance benchmarks or metrics highlighting the memory usage patterns of different Node.js versions in the AWS Lambda environment.

Having this information readily available would help Lambda developers make informed decisions about Node.js version updates and optimize their functions for memory consumption and cost-effectiveness.
Thank you for your time and consideration. I look forward to any insights or resources the AWS Lambda team can provide on this topic.