Content Pipeline vs. Runtime Loading for Large Textures on Memory‑Constrained MonoGame Projects

Goal: Minimize peak memory usage when loading large textures (e.g., 2048×2048 PNG) in a MonoGame title targeting devices with limited RAM.

Constraint: The Content Pipeline pre‑processes assets into .xnb files, which increases build time and project size due to duplicated binary data, while runtime loading via Texture2D.FromStream avoids the build step but requires manual disposal and incurs CPU overhead for parsing raw formats at runtime.

Uncertainty: It is unclear which method results in lower actual memory consumption during gameplay, given the trade‑off between build‑time overhead and runtime parsing cost.

Which approach yields the lowest peak memory usage when loading a large texture?

Does the .xnb format from the Content Pipeline reduce runtime memory overhead compared to loading the raw PNG through a stream?

How do build‑time penalties and project size growth of the Content Pipeline compare to the runtime CPU cost and manual disposal burden of stream‑based loading?