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@above_spec: "You need a 24 GB GPU for seri...

@above_spec
7 views May 02, 2026
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"You need a 24 GB GPU for serious local LLMs in 2026."

Everyone repeats this. It's not true anymore.

Just ran a 35B-parameter model on an RTX 4060 Ti 8 GB: • 41 tok/s at 16k context • 24 tok/s at 200k context
Recipe + benchmarks below 🧵
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How to make it work:

MoE offload. Qwen3.6-35B activates only 3 B params per token. Keep attention + shared weights on GPU, push the cold expert FFNs to system RAM. In llama.cpp: -ngl 99 -ncmoe 99.

q8_0 KV cache. ~10 KB/token. 200k fits in 2 GB VRAM with FlashAttention on.
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Receipts. Qwen3.6-35B-A3B Q4_K_S, q8_0 KV, single-batch, FA on. Same machine, same model, varying context depth:

PP barely moves (332 t/s even at 200 k tokens). TG decays ~linearly with depth — attention scan over the full KV is the bottleneck, as expected.
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Why RTX 3070 8GB owners shouldn't write the card off:
The real bottleneck is host-RAM bandwidth for the MoE experts (~3 B active × Q4 ≈ 1.5 GB/token of streaming reads from DDR5), not GPU compute. The 3070 actually has higher memory bandwidth than the 4060 Ti (448 vs 288 GB/s).
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If you have 64 GB RAM and a half-decent CPU, MoE + 8GB is arguably the new home-LLM sweet spot.

What setup are you running?
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@MikelEcheve made a cool image for this post!
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