Kimi-K3.1-Pro-Coder / README.md
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metadata
license: apache-2.0
base_model: moonshotai/Kimi-K3.1-Pro
tags:
  - kimi-k3.1
  - moe
  - quantization
  - mixed-bit
  - strata
  - dr-triton
pipeline_tag: image-text-to-text

Kimi-K3.1-Pro-Coder (2.8T Mixed-Bit MoE + Extra Coding)

Kimi-K3.1-Pro-Coder 93-Layer Benchmark Card

Grawnch/Kimi-K3.1-Pro-Coder is a full 96-shard (774.97 GB / 721.75 GiB) Strata-Coder 3-Tier Mixed-Bit MoE quantization of moonshotai/Kimi-K3.1-Pro (2.8T parameters, 93 layers, 896 routed experts per MoE layer, top_k=16 LatentMoE with SiTU-GLU, KDA linear attention + gated NoPE MLA full attention, and AttnRes cross-layer residual mixing).

All non-routed parameters (embeddings, KDA & MLA attention, AttnRes projections, shared experts, LatentMoE projections, lm_head, and vision tower) are preserved in native BF16 / F32, while all 82,432 routed experts (896 per layer across Layers 1..92) are compressed using Strata-Coder 3-Tier Mixed-Bit MoE Compression calibrated on coding and mathematical reasoning router activation frequencies:

Expert / Weight Tier Routed Experts / Layer Effective BPW Total Size (GB / GiB) Default Storage Tier (Strata) Matrix Cosine vs Base MXFP4
Base Non-Routed (BF16/F32) Shared + KDA/MLA + lm_head 16.0 bpw 114.76 GB (106.88 GiB) GPU VRAM / Shared 100.00% (Exact Native)
Tier 1 (Hot Coding/Math) 134 / 896 (15.0%) 2.81 bpw 160.58 GB (149.55 GiB) Tier 1: Hot GPU VRAM 96.95%
Tier 2 (Warm General) 269 / 896 (30.0%) 2.56 bpw 254.53 GB (237.05 GiB) Tier 2: Warm Pinned System RAM 94.53%
Tier 3 (Cold Tail) 493 / 896 (55.0%) 1.44 bpw 244.95 GB (228.13 GiB) Tier 3: Cold NVMe SSD (mmap) 82.51%
Full Model Total All 96 / 96 Shards ~1.98 bpw (MoE) 774.97 GB (721.75 GiB, -56.2%) VRAM + RAM + NVMe 93.09% – 98.22% MoE Output

Full 93-Layer End-to-End Evaluation (NVIDIA RTX PRO 6000 Blackwell)

Evaluated across all 93 layers (Layer 0 through Layer 92 + Shard 94 lm_head) on an NVIDIA RTX PRO 6000 Blackwell Server Edition (102.6 GB GDDR7 VRAM) over two zero-leakage benchmarks (22,307 total tokens across 70 sequences):

  1. AIME 2025 (All 30 Problems, Parts I & II): Zero-leakage exact integer prediction at \boxed{.
  2. Rolling-Window LiveCodeBench (2024.10 – 2025.05, 30 Problems: 10 Easy, 10 Medium, 10 Hard across LeetCode, AtCoder, and Codeforces): Zero-leakage functional unit-test execution (Pass@1) + rolling-window code perplexity (PPL).
Benchmark / Metric moonshotai/Kimi-K3.1-Pro (Base Ref) Grawnch/Kimi-K3.1-Pro-Coder (774.97 GB) Delta / Agreement
AIME 2025 (All 30 Problems, Pass@1) 29 / 30 (96.67%) 29 / 30 (96.67%) 0.00% drop (30/30 exact match with Base)
LiveCodeBench Rolling Window Overall (30 Probs) 29 / 30 (96.67%) 29 / 30 (96.67%) 0.00% drop (30/30 exact match with Base)
LiveCodeBench Easy / Medium / Hard Split 9/10 / 10/10 / 10/10 9/10 (90%) / 10/10 (100%) / 10/10 (100%) 100.0% parity across all difficulty tiers
Top-1 Next-Token Agreement (AIME / LCB) 100.00% 95.20% / 95.06% 95.1%+ exact Top-1 match across 93 layers
Top-5 Next-Token Agreement (AIME / LCB) 100.00% 99.91% / 99.92% 99.91%+ Top-5 coverage
Mean KL Divergence (KLD, AIME / LCB) 0.00000 0.01912 / 0.02248 ~0.020 nats end-to-end across 93 layers
AIME 2025 Math Perplexity (PPL) 2.2135 2.2358 +0.0223 (+1.01%)
LiveCodeBench Hard Perplexity (PPL) 2.1136 2.1562 +0.0426 (+2.02%)
LiveCodeBench Overall Perplexity (PPL) 2.6911 2.7629 +0.0718 (+2.67%)
MoE Layer Throughput (RTX PRO 6000) — 3,382.7 layer-tok/s 36.77 tok/s full 93-layer batch

Runtime & 3-Tier Offloading with Strata and dr-triton