Compression 101
Understand the fundamental physics of neural sharding and quantization.
Why Compress?
Standard LLMs and Vision models are designed for data centers with 80GB VRAM. Edge devices like the Jetson Nano have 4GB. Compression is the bridge.
The Speed Factor
Compressed models don't just take less space; they run faster. By reducing the bit-width of weights, we parallelize computations 4x better.
Core Terminologies
Reducing the precision of weights (e.g., FP32 to INT8) to save memory.
Removing redundant weight neurons that contribute minimally to accuracy.
Training a small 'student' model to mimic a large 'teacher' model's behavior.
Splitting a model across multiple hardware nodes for distributed edge inference.
Ready to optimize?
Skip the theory and start with our INT8 quantization guide to see instant results.