license, library_name, pipeline_tag, language, base_model, tags, datasets, model-index
license
library_name
pipeline_tag
language
base_model
tags
datasets
model-index
apache-2.0
transformers
text-generation
Qwen/Qwen2.5-7B-Instruct
dystrio
sculpt
pruned
compressed
efficient
dense
runtime-agnostic
no-custom-kernels
hf-drop-in
drop-in-replacement
smaller
faster
qwen
name
results
Dystrio Sculpt (Qwen2.5-7B-Instruct Default)
task
dataset
metrics
name
type
WikiText-103 (validation)
wikitext
name
type
value
perplexity
perplexity
12.334
name
type
value
ppl_ratio
ppl_ratio
0.9896
dystrio/Qwen2.5-7B-Instruct-sculpt-default
9% smaller, quality improved (0.9896x PPL), drop-in replacement. No custom kernels. No runtime changes.
Dystrio Sculpt structurally compresses transformer models, producing dense models that load with standard transformers — no custom code, no new ops, no deployment friction.
This is the Default tier of Qwen 2.5 7B Instruct .
Quick Start
Benchmark Results
All tiers compiled from Qwen 2.5 7B Instruct on A100 80GB, bf16:
Model
PPL
PPL Ratio
Weights (GB)
Chat Prefill TPS
RAG TTFT p95 (ms)
Decode TPS
Baseline
12.4633
1.0
14.185191
11510.6
117.869
71.1
sculpt-default
12.334
0.9896
12.964976
12352.7
110.714
72.7
sculpt-production
21.9239
1.7591
10.596324
14700.3
95.291
73.5
sculpt-throughput
23.2366
1.8644
9.950328
15386.6
91.914
73.3
Key Metrics (this model)
Metric
Value
Weights memory
12.964976 GB (9% smaller)
PPL ratio
0.9896
Chat prefill TPS
12352.7 (+7%)
RAG TTFT p95
110.714 ms (-6%)
Decode TPS
72.7 (flat)
Parameters
6.96B
All Sculpt Tiers
What is Dystrio Sculpt?
Dystrio Sculpt compiles transformer models into smaller, faster variants. Output models:
Are dense (not sparse) — standard architecture, fewer parameters
Load with standard HuggingFace Transformers — no custom code needed
Require no custom kernels and no runtime changes
Work as a one-step compile before deployment
Stack with quantization (AWQ, GPTQ, GGUF) for compound savings
Compatibility
✅ HuggingFace Transformers
✅ vLLM
✅ TGI (Text Generation Inference)
✅ llama.cpp / GGUF conversion
✅ AWQ / GPTQ quantization
✅ Any framework that loads standard safetensors
Benchmark Environment
GPU : NVIDIA A100-SXM4-80GB
dtype : bf16
Torch : 2.10.0+cu128
Transformers : 5.3.0
Deterministic : True
Single-GPU, standard HuggingFace Transformers, no custom kernels.
Metric Definitions
PPL ratio : WikiText-103 perplexity relative to baseline. <1.0 = quality improved.
Prefill TPS : Tokens per second during prompt encoding (higher = faster).
TTFT p95 : Time to first token at 95th percentile (lower = faster).
Decode TPS : Tokens per second during generation (higher = faster).
Weights (GB) : Model parameter memory (deterministic, runtime-independent).
Citation
Downstream Benchmarks (lm-eval)
Evaluated with lm-eval-harness on A100-80GB, bf16, zero-shot.
Benchmark
Baseline
This Model
Delta
ARC-Challenge
0.5282
0.4676
-0.0606
HellaSwag
0.6204
0.5650
-0.0554
MMLU
0.7176
0.6506
-0.0670
TruthfulQA MC2
0.6475
0.5457
-0.1018