CodeWithHarry: The speaker reflects on a successful year of creating free educational content, particularly a comprehensive web development course, and emphasizes the importance of continuous learning and creativity.
Linus Tech Tips: The video explores the creation of an extremely bright gaming monitor, highlighting the challenges and insights gained from pushing display brightness to its limits.
CodeWithHarry - This Happened in 2024...
The speaker discusses the achievements of the past year, highlighting the creation of a free Sigma web development course initially intended as a paid offering. This course covers HTML, CSS, JavaScript, and the latest technologies, providing a valuable resource for learners to access web development education at no cost. The speaker notes the positive impact of the course, with many students securing jobs and internships. Despite advice to monetize the course, the speaker remained committed to offering it for free, driven by a desire to make learning accessible. Looking forward, the speaker plans to continue enhancing the learning experience with new projects and updates, emphasizing the need for ongoing skill development, particularly in AI, to remain competitive. The speaker encourages viewers to maintain creativity and motivation, focusing on long-term benefits over short-term gains.
Key Points:
- Created a free Sigma web development course covering HTML, CSS, JavaScript.
- Course led to job placements and internships for learners.
- Emphasized the importance of free, accessible education.
- Plans to continue updating content and focus on AI skills.
- Encourages long-term focus and continuous personal development.
Details:
1. Reflecting on an Eventful 2024 🎉
- 2024 saw the creation of diverse and engaging videos, highlighting a focus on innovative educational content.
- A complete C language course was launched, significantly enhancing learning opportunities and accessibility.
- New teaching methods, including skits and acting, were introduced to simplify complex concepts and make learning enjoyable.
- These efforts successfully made education more fun and accessible, aiming to transform traditional learning paradigms.
2. Achieving a Milestone: Sigma Web Development Course 🌐
- Successfully completed the Sigma Web Development course, initially conceived as a paid offering but made available for free to broaden access.
- The course is designed to overcome personal learning challenges and provide comprehensive web development education.
- Created as a resource for continuous free access, enabling learners to improve their skills without financial barriers.
- Positive outcomes include securing employment, internships, and launching SaaS businesses, as reported by course participants.
- The course covers essential web development topics, equipping students with practical skills for real-world application.
- Participant testimonials highlight significant career advancements and personal growth, attributing their success to the course.
- The initiative demonstrates a commitment to accessible education, empowering individuals to achieve professional milestones in the tech industry.
3. Dedication to Free Learning 📚
- The creator launched a course for free, despite advice from fellow creators not to do so.
- The commitment to providing free education was honored, as previously announced to the audience.
4. Ensuring Course Relevance and Longevity 🔄
- The course could have generated significant revenue if launched as a paid course, indicating high market demand and conversion potential.
- The creator chose not to monetize the course despite offers from companies to host it privately, showing a commitment to accessibility.
- The course is expected to remain up-to-date through 2025-2026 due to its coverage of HTML, CSS, JavaScript, and the latest version of React, ensuring its long-term relevance.
5. Innovative Projects and AI Discussions 🤖
- In-depth discussion on major projects such as Spotify.com, highlighting significant tech innovations and strategic implications.
- Exploration of GoogleUpdate.exe, indicating ongoing updates or innovations in Google's project pipeline, which may impact user experience or system performance.
6. Enhanced Learning Environment 🎥
- AI is projected to significantly influence software development by 2025, necessitating continuous learning and creativity to remain competitive.
- A strategic emphasis is placed on upskilling, which includes learning about AI, developing AI, and leveraging AI to boost productivity.
- In 2024, multiple educational roadmaps were introduced, with further expansions planned for 2025, to support ongoing professional development.
- An innovative project aligned with these themes is underway, scheduled for a 2025 unveiling.
- The learning environment was updated in 2024 to foster a more positive and productive educational setting.
7. Overcoming Challenges and Planning for 2025 🚀
- The speaker has invested significantly in upgrading their setup and strategy to improve the learning experience, demonstrating a commitment to quality and innovation.
- Despite facing personal challenges throughout 2024, the speaker successfully produced a substantial number of educational videos, highlighting resilience and dedication to continuous improvement.
- Looking ahead to 2025, the speaker has laid out several strategic initiatives designed to enhance engagement and educational value, although specific projects were not detailed.
- The speaker emphasizes the critical role of personal effort, creativity, and perseverance in overcoming obstacles and achieving progress, offering a motivational message to inspire their audience to persist and innovate.
8. Inspiration for the Future and New Year Wishes 🌟
- Evaluate what short-term sacrifices can be made for long-term benefits, recognizing the common tendency to underestimate long-term potential and overestimate short-term achievements.
- Emphasize the importance of setting long-term goals and being willing to make short-term sacrifices to achieve significant future gains.
- Encourage reflection on personal goals and aspirations for the coming year as a means to foster growth and achievement.
- Express New Year wishes for success, fulfillment of dreams, and recognition of efforts leading to great achievements.
Linus Tech Tips - I made the BRIGHTEST Gaming Monitor in the World!
The video discusses the process of transforming a standard gaming monitor into the brightest one ever created, emphasizing the trend in display manufacturing towards increasing brightness. The creators experimented with various LED types and settled on the Cree CXB3590 due to its compact size and high light output. They faced challenges with power consumption and heat management, using multiple power supplies and a custom cooling system to handle the thermal output. The project demonstrated that while extreme brightness can replicate sunlight-like conditions, it also poses risks such as potential eye damage and overheating. The creators concluded that while full-screen brightness at such levels is impractical, targeted brightness could enhance visual realism in displays.
Key Points:
- The Cree CXB3590 LED was chosen for its high light output and compact size, costing about $28 per unit.
- The monitor's power consumption exceeded 3500 watts, requiring multiple power supplies and cooling systems.
- Extreme brightness can replicate sunlight but poses risks like eye damage and overheating.
- Targeted brightness, rather than full-screen, could enhance realism in displays.
- The project highlighted the need for better backlight and filter layer control in future displays.
Details:
1. 🌟 Introduction: The Quest for Extreme Brightness
1.1. Extreme Flashlight Brightness
1.2. World's Brightest Gaming Monitor
2. 🔬 LCD Technology Unveiled
- LCD technology operates by sandwiching liquid crystals between two polarizing filters that naturally block light.
- The liquid crystals layer electronically controls light polarization, allowing or blocking light based on voltage application.
- Applying voltage rotates light polarization, enabling image visibility on screens.
- This principle is used in a variety of devices, from the early iPhones to modern large-scale LED TVs.
- LCD technology has evolved to improve image clarity, color accuracy, and energy efficiency.
- The development of LCDs has significantly impacted the design and usability of electronic displays in consumer electronics.
3. 💡 Evolution and Challenges of Backlighting
- Modern displays have transitioned from using bulky fluorescent tubes to efficient LEDs, which are smaller, energy-efficient, and cost-effective.
- LEDs can be placed along the edges or distributed across the back panel to achieve even luminance, enhancing image quality.
- Advanced backlights now use local dimming technology, allowing for selective dimming or brightening of screen areas to improve contrast and picture quality.
- Challenges in backlighting include managing heat dissipation and ensuring consistent luminance across the display, especially in larger screens.
- Ongoing advancements focus on improving LED efficiency and reducing energy consumption while maintaining high image quality.
4. 🔧 LED Selection and Testing
- Tested 10 different LED varieties with a focus on balancing cost, quality, and size.
- The testing criteria included light output, energy efficiency, and physical dimensions to ensure compatibility with project specifications.
- Selected the Cree CXB3590 for its compact square shape and high light output, priced at approximately $28 per unit.
- The Cree CXB3590 is composed of an array of over 150 chip-on-board (COB) LEDs, enhancing brightness.
- COB LEDs simplify wiring but require a significant amount of power, with each drawing more than five units of power.
- The Cree CXB3590 was chosen due to its superior performance in brightness and efficiency compared to other tested LEDs.
5. ⚡ Power Demands and Cooling Solutions
5.1. Power Supply Solutions
5.2. Cooling Solutions
6. 🔥 Managing Heat: From Concept to Reality
- The gaming monitor emits 1,700 watts of thermal energy, surpassing the limit for a residential electric space heater in North America, necessitating an innovative cooling solution.
- An initial plan using 40 CPU coolers per component was replaced with a custom water block designed by Justin, leveraging an industrial chiller to pump coolant at 16 degrees C, showcasing a strategic shift in cooling methodology.
- The cooling system's flow path, while not optimized, effectively moves heat away from components but doesn't address the conversion of light energy to heat within the shroud, indicating a design flaw.
- Mitigation measures include server fans, venting, and eventually a box fan to manage internal temperatures, although these solutions resulted in light bleed and were insufficient.
- The project remains a proof of concept, with plans to refine heat management through modified diffusion layers in future iterations, highlighting ongoing innovation and adaptation.
7. 👀 Revealing the World's Brightest Monitor
- The monitor's backlight is rated at 14,150 nits, with each CXP 3590 LED putting out around 12,000 lumens, totaling just under half a million lumens.
- Theoretical brightness exceeds the measuring capability of available tools, comparable to the market's brightest TVs at around 10,000 nits.
- Safety measures include using welding goggles to prevent temporary blindness from the extreme brightness, as exposure can cause afterimages lasting 20 minutes.
- The LEDs' temperature remains manageable, with the hottest reaching about 60°C, despite the light's conversion to thermal energy heating nearby objects.
- The monitor setup includes a taped scaler and power supply, reflecting a focus on function over form.
- A new LTT commuter backpack was used to stabilize the setup, showcasing practical application and cross-promotion of products.
8. 🌞 Experiencing the Limitless Brightness
- Current displays are significantly less bright compared to real-world light sources, such as sunlight reflecting off buildings, indicating a gap in display technology.
- Some TVs claim brightness levels of 10,000 nits, but achieving natural light brightness requires improvements in backlight and filter layer technologies.
- Localized brightness control is essential to enhance viewing experiences without overwhelming the viewer, necessitating advancements in content mastering techniques to avoid overly bright or washed-out scenes.
- The realistic replication of natural light in displays enhances immersion, making content more engaging and lifelike.
- Innovative cooling solutions, like water tanks behind display panels, are considered to manage the heat produced by high brightness levels effectively.
