GGUF builds of inclusionAI's Ling 3.1 flash with our own importance matrix. The
calibration corpora
behind our builds are public.
Runs in llama.cpp build b11571 or newer.
Day-one upload: more files and the measurements (KL divergence and top-1 against the BF16 model) land on this card today.
Pick a file
File
Size on disk
KL divergence
top-1
Status
AD-Q8_0
600.8 GB
0.00503
97.88%
available
AD-Q6_K
478.0 GB
0.00557
97.72%
available
AD-Q5_K_M
400.2 GB
0.00766
97.34%
available
AD-Q4_K_M
354.4 GB
0.01114
96.86%
available
AD-IQ4_XS
337.8 GB
0.01212
96.64%
available
AD-IQ4_XXS
311.4 GB
0.01391
96.46%
available
AD-IQ3_M
277.1 GB
0.02564
95.27%
available
AD-IQ3_XXS
256.4 GB
0.03436
94.48%
available
AD-IQ2_M
218.1 GB
0.05927
92.72%
available
AD-IQ2_XS
198.2 GB
measuring
measuring
uploading today
AD-IQ2_XXS
174.1 GB
0.11133
90.10%
available
AD-IQ1_M
160.9 GB
0.16597
87.86%
available, experimental
AD-IQ1_S
141.8 GB
0.20448
86.41%
available, experimental
KL divergence
is how far the quantized model's predictions drift from the
BF16 model's. Lower is better, and zero means identical.
top-1
is how often it
picks the same next token the BF16 model would have picked. Both are measured
on held-out text; how is at the bottom. Rows that say "measuring" fill in today.
AD-
marks an
Atomic Dynamic
layout: the routed experts (97% of the weights)
take the low-bit type, while attention, the shared expert, the router and the
dense layers stay at q8_0 or higher. The file name is the type of the experts'
gate and up projections; their down projections, and all experts of the last
five blocks, get a step more.
How much memory it needs
The file has to fit, plus a little for the context. Context is cheap on this
model: 63 of its 72 layers use linear attention with a fixed-size state, and
only 9 keep a compressed attention cache. That is about 0.5 GB per conversation
plus about 10 KB per token.
Total memory (VRAM or unified)
File
192 GB
AD-IQ1_M
256 GB
AD-IQ2_M
384 GB
AD-Q4_K_M
512 GB
AD-Q5_K_M
640 GB
AD-Q8_0
On a Mac, raise the GPU memory limit first, for example
sudo sysctl iogpu.wired_limit_mb=240000
on a 256 GB machine.
The chat template is inside every file. Thinking is on by default; put
detailed thinking off
in the system prompt to turn it off.
How we measured
Reference: BF16 weights converted from inclusionAI's FP8 release and run
unquantized (perplexity 2.3590 on the held-out set). Converting FP8 to BF16
rounds each weight once, far below what Q8_0 adds.
Held-out text:
eval_neutral
from our
calibration dataset
,
never used for calibration, 144 chunks of 4096 tokens. Metric: per-token KL
divergence of each file's predictions against the reference, plus top-1
agreement. Hardware: 8x A100-SXM4-80GB, llama.cpp 097cf33d9 for every file.
The importance matrix is the one we computed on 5.5M tokens of the
ling3-moe
corpus (thinking on and off, tool calls, 30 languages, code, long
documents up to 32k tokens), rendered through this model's own chat template.
Model details
Mixture of experts: 512 routed experts in each of 68 layers (the first 4 layers
are dense), 8 routed plus 1 shared expert per token, about 24B parameters active
of 564B. Hybrid attention: 63 Kimi Delta Attention (linear) layers and 9
multi-head latent attention layers. Hidden size 4096, vocabulary 157,184,
context 262,144. The multi-token-prediction head of the release is not
included.
Built from inclusionAI's FP8 release (revision
b426279f
), converted to BF16
and quantized with llama.cpp b11571 (097cf33d9); needs llama.cpp with
bailingmoe3
support.
License and credits
MIT, as the original. Base model
Ling 3.1 flash
by
inclusionAI
. Quantization and evaluation
by
AtomicChat
.
Runs of AtomicChat Ling-3.1-flash-GGUF on huggingface.co
524
Total runs
0
24-hour runs
0
3-day runs
0
7-day runs
0
30-day runs
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