Llama 4 Scout is Meta's first MoE Llama — 109 B total parameters, 17 B per-token compute, 16 experts. The headline feature is a 10M-token context window (per Meta's April 2025 announcement), enabling whole-codebase or whole-book reasoning. Hardware-wise it's awkward: you must hold all 109 B weights in VRAM (~240 GB at FP16, ~66 GB at Q4_K_M from the table below), but per-token compute is only 17 B — so a single H100 80 GB at Q4 is the practical entry point for inference, or 2x H100 for FP16. See our [Q4_K_M quantization](/glossary/q4-k-m) and [MoE architecture](/glossary/moe) glossary entries for the math, and the [/benchmarks](/benchmarks) page for measured tok/s.
Parameters
109B
17B active (MoE)
Context
10M
tokens
Min VRAM (Q4)
65.9 GB
weights only
Run locally?
NO
needs multi-GPU
//Quick answer
What hardware do I need to run Llama 4 Scout 17B?
Llama 4 Scout 17B needs at minimum 65.9 GB of VRAM at Q4_K_M quantization (239.8 GB at FP16). The cheapest GPU that comfortably fits with KV-cache headroom is the Intel Data Center GPU Max 1550 (128 GB VRAM, $2,500 MSRP). Community benchmark submissions are open. This model exceeds 48 GB at Q4, so plan for a 2-or-more-GPU split.
TL;DR, what to buy
Recommended GPU
Intel Data Center GPU Max 1550
128 GB VRAM · $2,500 MSRP
Min VRAM at Q4_K_M
65.9 GB
+ ~20-30% headroom for KV cache
Best measured speed
no community benchmarks yet
submit yours below
VRAM requirements by quantization
Weights only. Add ~20-30% for KV cache at typical context lengths.