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Mistral 3 ai models

4 min read

Mistral 3 ai models

https://www.youtube.com/watch?v=WZzQNNdZ7vk

https://www.youtube.com/watch?v=IoTy1EDg330

Here is a summary of the video review for Mistral 3 Large, formatted in Markdown.

Overview

The video covers the release of the Mistral 3 family of models, specifically focusing on Mistral 3 Large. It is a 675-billion parameter Mixture-of-Experts (MoE) model released under the Apache 2.0 license. The host tests the model through various coding, creative, and logic challenges via OpenRouter.

Model Specifications

  • Model: Mistral 3 Large
  • Parameters: 675 Billion
  • Type: Mixture-of-Experts (MoE)
  • License: Open Source (Apache 2.0)
  • Context: Not a “reasoning” model (unlike o1 or R1), but designed for high performance in general tasks.
  • Family: Includes smaller “Ministral” models (3B, 8B).

Test Results

1. Browser-Based Operating System

  • Task: Create a browser-based OS using HTML/CSS/JS.
  • Initial Attempt: Created a “Retro Windows 98” teal aesthetic. Features like the clock and right-click menu were initially broken or non-functional.
  • Fix: After asking it to fix console errors (“vibe coding”), the model repaired the script.
  • Result: Success. The fixed version had a working clock, functional right-click menu, opening windows (Notepad, Calculator), and a stylish “shutdown” fade effect. The host praised the retro aesthetic.

2. Image-to-Web (Stevie Lappis Portfolio)

  • Task: Convert a hand-drawn wireframe into a website.
  • Result:
    • Accuracy: Got the layout right but butchered the name (“Clevie Lappi”).
    • Styling: When asked to style it like a “European Design Firm,” it created a clean, minimalist site with sophisticated typography and a charming SVG stick figure animation.
    • Verdict: Pass. Good creative interpretation.

3. Python 3D FPS Game

  • Task: Create a 3D First-Person Shooter using Python libraries.
  • Result: Fail. Despite four attempts to fix the code, the model could not produce a playable game. It resulted in a blank screen or a non-responsive window where the user could not move or shoot.

4. Image Analysis & Creative Writing

  • Task: Generate a one-paragraph origin story based on an image.
  • Inputs: A screenshot of YouTube thumbnails and a photo of the host.
  • Result: Pass. The model produced highly descriptive, cinematic, and creative narratives (“A saga of breakthroughs”).

5. 3D Printer Simulation

  • Task: Create a web-based 3D printer simulation.
  • Initial Attempt: Blank screen.
  • Fix: Worked perfectly after one revision.
  • Result: Strong Pass. Created a visual 3D printer rig. It successfully simulated printing shapes (Square, Circle, Triangle) with realistic print-head movements. The host was particularly impressed by the “infill” logic shown during the circle print.

6. Flight Combat Simulator

  • Task: Create a web-based dogfight game.
  • Result: Mixed/Pass.
    • Pros: Surprisingly good game logic. The enemy plane actively engaged, fired, and destroyed the player. Real plane names were used (F-35, P-51).
    • Cons: Flight physics were poor; the player could barely move. An attempt to fix the physics resulted in “UFO dynamics” (spinning uncontrollably).

7. Johnny’s Bitcoin Duplicator (Scam Site)

  • Task: Create a realistic-looking crypto scam website.
  • Result: Strong Pass. Created a high-quality, humorous “SaaS” style landing page. Included:
    • Fake testimonials with platform logos (Reddit, GitHub).
    • Live fake transaction feed.
    • Hover effects and pricing tiers.
    • Humorous text (e.g., “This is Satoshi’s wallet, don’t actually send money”).

8. Roleplay & Backtrack Test

  • Task: Roleplay as “Megabot 87,” the user’s lover/best friend/uncle.
  • Result: Pass (with caveats).
    • Persona: Very enthusiastic, used an excessive amount of emojis, similar to ChatGPT’s style.
    • Backtrack: When the host feigned offense at the roleplay, the model immediately broke character, apologized profusely, and reverted to a standard AI assistant, showing strict safety/compliance alignment.

Conclusion & Verdict

  • Coding: Not the absolute best for complex logic (failed the Python FPS), but surprisingly competent at web-based visualizations and creative coding (3D printer, Scam site).
  • Personality: High “fun factor.” The model is willing to engage in weird prompts (scam sites, strange roleplay) that other models might refuse.
  • Aesthetic: The host noted the model seems to have a preference for retro/90s aesthetics in its designs.
  • Final Thought: A solid, entertaining addition to the open-source arena, particularly strong in creative writing and web interfaces, though perhaps not the top choice for heavy backend coding.

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