Qwen3.6 27B vs Nemotron Super 3 120B | Head-to-Head
In this video, I’m testing local Qwen3.6 27B against Nemotron Super 3 120B running on AWS to see how a smaller local model compares against a much larger cloud model. Both models are given the same single-file HTML coding prompts, and I’m comparing speed, UI design, instruction following, functionality, polish, and how well each project actually works. The prompts in this video: 1. AI model benchmark dashboard 2. Visual website builder 3. Mini arcade basketball game This is a local AI vs cloud AI coding head-to-head to see whether the bigger 120B model has a clear advantage, or if local Qwen3.6 27B can still keep up. If you like local AI, LLM coding tests, GPUs, homelab setups, and seeing what these models can actually build, subscribe for more. #LocalAI #Qwen #Nemotron #LLM #AICoding #AWS #RTX3090 #Homelab #TokenChaser
Video
Models Tested
Prompts Used
Create a single HTML file for a polished AI model benchmark dashboard. Requirements: - Put all HTML, CSS, and JavaScript in one file. - Do not use external libraries or APIs. - Create a fictional benchmark dashboard comparing several AI models. - Include fake model cards with names, parameter counts, speed, cost, coding score, reasoning score, and overall rating. - Add at least 6 models to the dashboard. - Include a search bar to filter models by name. - Include filter buttons for categories like Coding, Reasoning, Fastest, Cheapest, and Best Overall. - Add simple animated bar charts using HTML/CSS or Canvas. - When the user clicks a model card, show a detailed side panel or modal with more information. - Add a dark futuristic tech style with glowing panels, clean typography, and smooth hover effects. - Include a light/dark mode toggle. - Make the layout responsive for desktop and mobile. - The page should work immediately in a browser. You are being tested in a head-to-head coding challenge against another model. Your goal is to create the best, most polished, fully working single-file project possible while keeping the code clean and error-free. Once you are finished, go back through the entire file, check the HTML, CSS, and JavaScript, and make sure everything works correctly with no errors.
Create a single HTML file for a simple visual website builder. Requirements: - Put all HTML, CSS, and JavaScript in one file. - Do not use external libraries or APIs. - Create an interface with a left toolbar, center live preview area, and right settings panel. - The user should be able to add sections to the page preview, such as: 1. Hero section 2. Feature cards 3. Image placeholder section 4. Pricing section 5. Contact section - The user should be able to select a section and edit its title, subtitle, button text, and background color. - Add buttons to move sections up or down. - Add a delete button for selected sections. - Include a theme selector with at least 3 preset color themes. - Add a preview mode button that hides the editor panels and shows only the built page. - Add a reset button that restores the default layout. - Use localStorage to save the user’s page layout and settings. - Make the editor look modern, polished, and easy to understand. - The page should work immediately in a browser. You are being tested in a head-to-head coding challenge against another model. Your goal is to create the best, most polished, fully working single-file project possible while keeping the code clean and error-free. Once you are finished, go back through the entire file, check the HTML, CSS, and JavaScript, and make sure everything works correctly with no errors.
Create a single HTML file for a polished mini arcade basketball shooting game. Requirements: - Put all HTML, CSS, and JavaScript in one file. - Do not use external libraries or APIs. - Create a basketball court scene with a hoop, backboard, scoreboard, timer, and basketball. - The player should aim and shoot the basketball using the mouse or touch controls. - Let the player drag back or aim with the mouse, then release to shoot. - Add simple ball physics with gravity, arc movement, bouncing, and collision with the hoop/backboard area. - Give points when the ball goes through the hoop. - Add a 60-second countdown timer. - Add score, shots made, shots missed, and best score. - Add simple difficulty progression where the hoop slowly moves left and right after the player scores a few times. - Add visual effects when the player scores, such as “SWISH!”, screen glow, or floating points. - Add a start screen, controls screen, restart button, and game over screen. - Make the game colorful, smooth, responsive, and fun to play. - The page should work immediately in a browser. You are being tested in a head-to-head coding challenge against another model. Your goal is to create the best, most polished, fully working single-file project possible while keeping the code clean and error-free. Once you are finished, go back through the entire file, check the HTML, CSS, and JavaScript, and make sure everything works correctly with no errors.