L3.3-Cu-Mai-R1-70b

-Model Information
L3.3-Cu-Mai-R1-70b
Model Composition
- L3.1x3.3-DS-Hydroblated-R1-70B-v4.1 Base model
- EVA-LLaMA-3.33 Core capabilities
- Euryale-v2.3 Enhanced reasoning
- Cirrus-x1 Improved coherence
- Hanami-x1 Balanced responses
- Anubis-v1 Enhanced detail
- Negative_LLAMA Reduced bias
Model Info
Cu-Mai, a play on San-Mai for Copper-Steel Damascus, represents a significant evolution in the three-part model series alongside San-Mai (OG) and Mokume-Gane. While maintaining the grounded and reliable nature of San-Mai, Cu-Mai introduces its own distinct "flavor" in terms of prose and overall vibe. The model demonstrates strong adherence to prompts while offering a unique creative expression.
Technical Architecture
L3.3-Cu-Mai-R1-70b integrates specialized components through the SCE merge method:
- EVA and EURYALE foundations for creative expression and scene comprehension
- Cirrus and Hanami elements for enhanced reasoning capabilities
- Anubis components for detailed scene description
- Negative_LLAMA integration for balanced perspective and response
User Experience & Capabilities
Users consistently praise Cu-Mai for its:
- Exceptional prose quality and natural dialogue flow
- Strong adherence to prompts and creative expression
- Improved coherency and reduced repetition
- Performance on par with the original model
While some users note slightly reduced intelligence compared to the original, this trade-off is generally viewed as minimal and doesn't significantly impact the overall experience. The model's reasoning capabilities can be effectively activated through proper prompting techniques.
Model Series Context
Cu-Mai (Version A) is part of a three-model series:
- L3.3-San-Mai-R1-70b (OG model) - The original foundation
- L3.3-Cu-Mai-R1-70b (Version A) - Enhanced creative expression
- L3.3-Mokume-Gane-R1-70b (Version C) - Distinct variation with unique characteristics
Base Architecture
At its core, L3.3-Cu-Mai-R1-70b utilizes the entirely custom Hydroblated-R1 base model, specifically engineered for stability, enhanced reasoning, and performance. The SCE merge method, with settings finely tuned based on community feedback from evaluations of Experiment-Model-Ver-0.5, Experiment-Model-Ver-0.5.A, Experiment-Model-Ver-0.5.B, Experiment-Model-Ver-0.5.C, Experiment-Model-Ver-0.5.D, L3.3-Exp-Nevoria-R1-70b-v0.1 and L3.3-Exp-Nevoria-70b-v0.1, enables precise and effective component integration while maintaining model coherence and reliability.
UGI-Benchmark Results:
Core Metrics
Model Information
Aggregated Scores
Individual Scores
Recommended Sampler Settings: By @Geechan
Static Temperature:
Min P
DRY Settings: (optional)
Recommended Templates & Prompts
LECEPTION REASONING CONFIGURATION:
Start Reply With:
'<think> OK, as an objective, detached narrative analyst, let's think this through carefully:'
Reasoning Formatting (no spaces):
-Support & Community:
Special Thanks
- @Geechan for feedback and sampler settings
- @Konnect for their feedback and templates
- @Kistara for their feedback and help with the model mascot design
- @Thana Alt for their feedback and Quants
- @Lightning_missile for their feedback
- The Arli community for feedback and testers
- The BeaverAI communty for feedback and testers
I wish I could add everyone but im pretty sure it would be as long as the card!
- Downloads last month
- 382