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LangChain / RAG / Vector DBs · Lesson

Vector DB Storage Architectures

Examine different storage paradigms for vector databases, including in-memory, disk-based, and distributed systems.

Introduction to Vector Storage

When we talk about vector databases, we're really talking about storing and searching those special number lists called embeddings (or vectors). Just like your regular files need a hard drive, vectors need a place to live.

But not all storage is created equal! The way a vector database stores its data deeply impacts how fast it can find similar vectors and how much data it can handle.

Why Specialized Storage?

You might wonder why we can't just use a normal database to store vectors. The challenge is that vector databases need to do something very specific and very fast: similarity search.

  • High-Dimensional Data: Vectors are long lists of numbers (hundreds or thousands!). Storing them efficiently is key.
  • Fast Comparisons: Finding "similar" vectors means comparing many of these long lists quickly. This requires specialized indexing and retrieval strategies, which depend heavily on the underlying storage.

All lessons in this course

  1. Vector DB Storage Architectures
  2. Proximity Search Algorithms (HNSW, IVFFlat)
  3. Vector DB Persistence and Scalability
  4. Quantization and Compression of Vectors
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