launcher/recipes/glm53-flash-r35-2x-dflash2/recipe.toml

# GLM-5.3-Flash r35 + DFlash2 K7 draft on 2x Spark (DAC) — night A/B part 2.
# BLOCKED on the engine side (see the args comment: C4 page-stride gates).
# Kept as a regression canary: if a future lab build fixes 2x DFlash2 page
# geometry, this recipe is the test. 2x prod stays MTP3 (r31-2x / r35 4x).
#
# Clone of recipes/glm53-flash-r31-2x with the r35 image (jovian-judgement:r35-glm53,
# checksum 8bb87348, DFlash2 machinery in-tree) and ONLY the speculative-config
# swapped: MTP3 -> DFlash2 (lab's block-diffusion ~1B draft, offline MXFP8,
# already on the shared NAS). Lab's own Spark 2x profile is MTP3-only (no DFlash
# qualification on Spark), so this run is our own claim on GB10 2x.

#
# local-inference-lab mixed quant: NVFP4 routed experts (layers 3–44,
# group-16) + MXFP8 MTP experts (layer 45) + W4A4 input scales. Best agent
# quant so far: tool-eval-bench 89/100 (vs 85 LibertAIDAI, 90 official FP8).
# Model: https://huggingface.co/local-inference-lab/GLM-5.3-Flash-NVFP4
#        (~186 GB → 92.72 GiB weights/node; KV pinned at 10 GiB, see below)
#
# Image: glm53-flash-nvfp4-lab:local (docker-images/glm53-flash-nvfp4-lab/ —
# day-0 arm64 image + NoPE-MLA mod + the four FujitsuPolycom lab-checkpoint
# patches: model naming shim, modelopt MTP namespace fix, persistent_topk
# CC-12.x guards). Their launch config is mirrored below.
# PROVENANCE: https://github.com/FujitsuPolycom/glm53-flash-tp2-spark
#             (Apache-2.0; see patches/UPSTREAM.md) + forum 381350 #41.
#
# Deviations from their launch script (intentional):
#   * no --kda-prefill-backend flashkda (needs their base-image patch — skipped)
#   * --kv-cache-dtype fp8_ds_mla instead of `fp8` (same packed layout; this
#     spelling is what the NoPE-MLA mod booted with on the LibertAIDAI stack)
#   * --language-model-only + no mm-renderer patch/env (text-only)
#   * no bundled NCCL/LD_PRELOAD, no NCCL_* fabric block (our switched fabric
#     is configured via [nccl.ds4] + launcher GID auto-detect)
#   * no --moe-backend marlin: their proven stack uses the default backend for
#     THIS quant and reports clean evals. Sanity-check output for token loops
#     anyway (the silent FP4 MoE corruption gotcha) before trusting a new node.
#   * flashinfer autotune disabled via --kernel-config (their proven boot);
#     VLLM_ENGINE_READY_TIMEOUT_S stays high regardless.
#
# Boot success markers (engine log, in order):
#   "Model loading took 92.72 GiB" → "[quantprobe] ... algo=MXFP8" (MTP fix
#   active; algo=None means broken) → "GPU KV cache size: 1,164,369 tokens" →
#   "Application startup complete". ~700 s sequential weight load.
#
# Test request: chat completions need "chat_template_kwargs":{"reasoning_effort"
# :"low"} — omitted/other values select MAX reasoning effort (empty content on
# short max_tokens).
#
# Optional: instanttensor loader (~30 s weight load vs ~700 s):
#   FROM glm53-flash-nvfp4-lab:local + pip install --no-deps --no-build-isolation
#   instanttensor==0.1.9, then add --load-format instanttensor (--no-deps is
#   required: resolution would downgrade the image's NCCL).
#
# PREREQUISITES: weights cached on both nodes:
# [A/B CELL 2026-09-03] ship recipe verbatim, checkpoint swapped to the lab
# non-Spark NVFP4 (isolates checkpoint from image lineage vs the lab-image cell).
# [BISECT A2 2026-09-03] EXACT 90/100 recipe (236ce5a) + instanttensor + JIT
# mounts, on the CURRENT eugr-patched image. Isolates image lineage from the
# execution-env/flag cluster (AOT/V2/b12x/card-env). Comparator: 124/138.
# GLM-5.3-Flash NVFP4-Spark — local-inference-lab quant with the speculative
# layers embedded — 2× DGX Spark, TP=2.
#
# local-inference-lab/GLM-5.3-Flash-NVFP4-Spark (rev 06972cdee7280cec849aedf05a02062b3e870246):
# NVFP4 routed experts (layers 3+, group-16) + NVFP4 MTP expert layer in the
# separate model-mtp-0000x.safetensors shards (mtp_tokens: 5 per their
# lil.yaml), amax/nonexpert/inputscales side shards, Glm5NextForConditionalGeneration.
# THE "DSpark speculative embedded" checkpoint — no separate DFlash2 download
# needed; lil.yaml: default_speculator mtp, dflash2_tokens 7 (r12 doc fr: their
# standalone-Q: MTP:3 254 tok/s CC1, 333 Sieve, 94 steps/s).
#
# Image: glm53-flash-nvfp4-lab:local (same proven day-0 arm64 stack + NoPE-MLA
# mod + modelopt MTP namespace patch used by the 92/100 lab lane). The MTP
# layer here is NVFP4 (not MXFP8) — the quantprobe marker may print
# algo=NVFP4/- different; algo=None = patch missed (fall back to 4p67 image).
#
# Deviations from lab (unchanged mechanics): same fabric/env/GMU/KV pinning.
# lil.yaml launch mirrors: block 256, disable_flashinfer_autotune, mm data
# mode — our text-only flags identical to glm53-flash-nvfp4-lab.
#
# Boot markers: "Model loading took ~XX GiB" → "[quantprobe] ..." →
# "GPU KV cache size" → "Application startup complete".
#
# PREREQUISITES: weights on the NAS hub (175 GiB): hf download local-inference-lab/GLM-5.3-Flash-NVFP4-Spark

engine = "vllm"
name = "GLM-5.3-Flash NVFP4-Spark (r35 img, 2x DAC, DFlash2 K7)"
docker_image = "jovian-judgement:r35-glm53"  # r27 clone-at-pin build (docker-images/jovian-judgement, r35 profile)
docker_image_dir = "jovian-judgement"
build_profile = "r35"
# Required: the clean r12 image follows the solar contract (ENTRYPOINT []
# + CMD bash), so the recipe carries the entrypoint (the old day-0-based
# r12 image had ["vllm","serve"] baked in, which is why this was absent
# until the clean rebuild).
entrypoint = ["vllm", "serve"]
model = "local-inference-lab/GLM-5.3-Flash-NVFP4-Spark"
parent_model = "zai-org/GLM-5.3-Flash"
required_nodes = 2
tensor_parallel_size = 2
pipeline_parallel_size = 1
distributed_backend = "mp"
shm_size = "32gb"

args = [
    # R31 delta (their r28.1-r31 locks): adaptive prefill/decode
    # compute-time sharing with a fixed 40% prefill floor.
    "--prefill-compute-share", "0.4",
    # Stable served name — quant-agnostic (shared across glm53 quants)
    "--served-model-name", "glm53",
    "--trust-remote-code",
    "--distributed-executor-backend", "mp",
    # GMU is ONLY a startup guardrail here (KV pool is pinned below): 0.90
    # demands 109.46 GiB free on GB10's 121.63 GiB, but driver reserve +
    # page cache routinely leave ~108.5 -> flaky
    # "Free memory ... less than desired" boot deaths (this was the class
    # of the old "54-second death"), and post-crash reruns see ~106.6 GiB.
    # 0.82 = 99.7 GiB, below any realistic dip; does NOT change what gets
    # allocated (weights ~93 + pinned KV 10 + activations).
    # 0.88 (not 0.90): the startup admission gate is free-mem >= GMU*total
    # (107.0 vs 109.5 GiB); ~12 GiB of starting vLLM processes + docker
    # daemon can push the 0.90 check under the line (2026-09-08, #48140).
    # KV is explicitly pinned (--kv-cache-memory-bytes) so capacity is unchanged.
    "--gpu-memory-utilization", "0.88",
    # Pinned 10 GiB KV (≈1.16M tokens) — GMU sizing has no headroom at
    # 92.72 GiB weights/node; pinning also keeps warmup off the swap path
    "--kv-cache-memory-bytes", "10737418240",
    "--kv-cache-dtype", "nvfp4_ds_mla",
    # The GLM5Next model wires the B12X sparse-MLA backend (sm_120/sm_121)
    # when the global backend is B12X (glm5next/nvidia/attention.py:
    # _select_sparse_backend); the sm12x auto-priority list never offers it
    # (FLASHINFER_MLA_SPARSE_SM120 only supports head 576, not GLM's 512).
    "--attention-backend", "B12X",
    # BLOCKED (2026-09-12 night, r35 img, both nodes): DFlash2 + GLM MLA page
    # geometry does not work on 2x Spark. Two independent engine-side gates:
    #   bare TP2: "GLM MLA parent-page stride must be an exact number of
    #             C4 pages" (5 min into boot, both ranks)
    #   +DCP2/interleave2: "GLM C4 DCP requires cp_kv_cache_interleave_size
    #             to be divisible by 4, got 2"
    # The interleave-multiple-of-4 rule means the working shapes are the lab's
    # certified TP4/DCP1 and TP4/DCP4 (4x only) — see the 4x A/B, which
    # passed the same checks (KV 6.33M tokens) and benched 165/176. 2x
    # DFlash2 stays BLOCKED on the engine side; 2x stays on MTP3.

    # pure I/O loader (kept across every config; 171 GB in ~5.5 min vs ~16 NFS)
    "--load-format", "instanttensor",
    # [R17 FULL-CLUSTER TEST] lil manifest backends (quality gate: hardmode
    # must stay ≥88; r12-era this cluster dropped it to 74 — r17 may carry
    # the fix through — one boot decides).
    "--block-size", "256",
    # FINAL BISECT (2026-09-03, hardmode 176pt, r17 img):
    #   knobs-only 87: d0 c1 24.1, d8192 23.8
    #   +moe b12x  88: d0 c1 23.5, d8192 26.6  <- SHIP (2 pts d8192)
    #   +linear b12x 44: W4A4 linear kernel destroys numerics (param-precision 0%)
    #   +align     88: but d0 c1 18.6 (-5) — perf-negative, dropped
    # (all three together = 44-74; the lab needs its private packed package)
    "--max-model-len", "524288",
    "--max-num-seqs", "16",
    "--max-num-batched-tokens", "4096",
    "--enable-chunked-prefill",
    "--async-scheduling",
    "--enable-prefix-caching",
    # NO --disable-custom-all-reduce here: in the r27 fork the RoCEnante
    # adapter is gated on the custom-all-reduce enable flag
    # (use_roce_allreduce = use_custom_allreduce && VLLM_ENABLE_ROCE_ALLREDUCE).
    # On 2x/4x 1-GPU-node clusters vLLM's own CUDA-IPC custom AR is functionally
    # inert (no cross-node P2P), so dropping the flag only opens the b12x path;
    # the b12x-PCIe branch stays off (VLLM_ENABLE_PCIE_ALLREDUCE defaults False).
    # Their proven boot: no flashinfer autotune, no CuTe-DSL warmup
    "--kernel-config", """
'{"enable_cutedsl_warmup":false,"enable_flashinfer_autotune":false}'""",
    # DFlash2 A/B (night 09-12, part 2): lab-qualified DFlash2 K7 draft
    # (block-diffusion ~1B, offline MXFP8, on the shared NAS). Everything
    # else mirrors the r31-2x 2x DAC shape on the r35 image, so the delta
    # isolates the speculator. Draft attention left to the tree default
    # (r35 ships a dedicated graph-safe dflash_attn backend); fallbacks if
    # boot fails: "FLASH_ATTN" (card) or "B12X". kv auto = BF16 draft pages.
    "--speculative-config", """
'{"method":"dflash","model":"local-inference-lab/GLM-5.3-Flash-DFlash2-MXFP8","num_speculative_tokens":7,"kv_cache_dtype":"auto"}'""",
    "--language-model-only",
    # MTP + CUDA graphs degrades OUTPUT QUALITY on the glm53 day-0 dev build
    # (forum #381350/#44, CONFIRMED by A/B bench 2026-08-28: same seed/flags,
    # graphs on = 89/100, eager = 92/100; decode unchanged 28.4 t/s @ c1,
    # c2 -7%, TTFT +1.6s). The b12x glm52 stack does NOT need this (its
    # graphs+MTP combo benches clean at 100/100) — bug is build-specific.
    # graphs moved BEFORE tool-call-parser; enforce-eager removed for the
    # r17-graphs test (bisect A2 was 88/100 eager; graphs+MTP fix is public
    # in r17 refs? verify by bench).
    "--tool-call-parser", "glm47",
    "--enable-auto-tool-choice",
    "--reasoning-parser", "glm45",
]

[env]

# R31 lock: 16 NCCL channels (their qualified runtime).
NCCL_NCHANNELS = "16"
HF_HUB_OFFLINE = "1"
# RoCEnante (b12x one-shot RoCE all-reduce/all-gather) — default on for r27
# lanes since the 2026-09-08 A/B (4x DCP4: decode +31..+90%, quality 160 vs
# 155, prefill within noise; specs/tech-architecture/glm53-recipe-state.md,
# history/night-shifts/2026-09-07.md). Needs the CX-7 RoCE fabric (all of
# ours); single-node serves skip it silently. Caps default 2MB AR / 16MB AG.
VLLM_ENABLE_ROCE_ALLREDUCE = "1"
# FlashInfer JIT (mxfp8_gemm_cutlass_sm120, ~12 kernels) compiles at first
# boot with 12 parallel nvcc jobs -> OOM-killed (code 137) on GB10's
# 121 GB unified while the 93 GB weights + 10 GB KV pin are resident.
# MAX_JOBS caps ninja parallelism so the JIT fits in the remaining ~20 GB.
MAX_JOBS = "2"
# NoPE-MLA rope-pad runtime gate (mod baked into the image)
VLLM_MLA_NOPE_PAD_ROPE = "1"
VLLM_ENGINE_READY_TIMEOUT_S = "3600"
# Upstream launch-script env (memory + compile knobs)
PYTORCH_CUDA_ALLOC_CONF = "expandable_segments:True"
VLLM_USE_AOT_COMPILE = "0"
VLLM_USE_STANDALONE_COMPILE = "1"
VLLM_USE_FLASHINFER_SAMPLER = "1"
VLLM_USE_BREAKABLE_CUDAGRAPH = "0"
TORCH_USE_RTLD_GLOBAL = "1"
VLLM_NO_USAGE_STATS = "1"

# Architecture (aarch64 / sm_121a DGX Spark)
TORCH_CUDA_ARCH_LIST = "12.1a"
FLASHINFER_CUDA_ARCH_LIST = "12.1f"
CUTE_DSL_ARCH = "sm_121a"
CMAKE_CUDA_ARCHITECTURES = "121"
OMP_NUM_THREADS = "2"

[[extra_mounts]]
host = "~/sm121-cache/glm53-jit-121f/b12x"
container = "/root/.cache/b12x"

# JIT caches persist per-node across serves (was: cold /root/.cache per
# container -> ~20 min flashinfer/torch recompile every serve). The host
# dirs are shared between lanes of the same arch — each cache
# self-namespaces by its engine version key internally.
[[extra_mounts]]
host = "~/sm121-cache/jit-121f/flashinfer"
container = "/root/.cache/flashinfer"

[[extra_mounts]]
host = "~/sm121-cache/jit-121f/torchinductor"
container = "/root/.cache/torchinductor"

[[extra_mounts]]
host = "~/sm121-cache/jit-121f/vllm"
container = "/root/.cache/vllm"