nightmedia/Qwen3-4B-Element8-Eva
Hugging Face
TEXT GENERATIONConcurrency Cost:1Model Size:4BQuant:BF16Ctx Length:32kPublished:Jan 13, 2026License:apache-2.0Architecture:Transformer0.0K Open Weights Warm

nightmedia/Qwen3-4B-Element8-Eva is a 4 billion parameter language model based on the Qwen3 architecture, created by nightmedia through a merge of Element8 and FutureMa/Eva-4B. This model is specifically profiled for roleplay scenarios, acting as agents on the Star Trek DS9 station, while also being capable of general language tasks. Its qx86-hi quantization performs comparably to full precision, offering efficient deployment.

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Model Overview

nightmedia/Qwen3-4B-Element8-Eva is a 4 billion parameter language model derived from the Qwen3 architecture. It is a merge of the Element8 model and FutureMa/Eva-4B, developed by nightmedia.

Key Characteristics

  • Merged Architecture: Combines the characteristics of Element8 and FutureMa/Eva-4B, aiming to integrate their respective strengths.
  • Roleplay Specialization: The Element models, including this one, are specifically profiled to act as agents on the Star Trek DS9 station for roleplaying scenarios.
  • General Task Capability: While specialized for roleplay, the model can also be utilized for regular language processing tasks.
  • Efficient Quantization: The qx86-hi quantization of this model demonstrates performance levels comparable to its full precision (bf16) counterpart, as indicated by brainwave metrics.

Unique Aspect

The inclusion of FutureMa/Eva-4B, originally designed for detecting evasive answers in earnings call Q&A, was primarily for adding "color to the conversation" and for its unique profile, likened to the character Quark from Star Trek DS9. This merge was driven by an experimental and fun approach to model development.

Use Cases

  • Star Trek DS9 Roleplay: Ideal for generating character-specific dialogue and interactions within a DS9-themed roleplay environment.
  • General Language Tasks: Suitable for various standard NLP applications where a 4B parameter model is appropriate.