Turbocharged Laptop Innovation at Lonus Tech Institute

Alex created the world's first turbocharged laptop using an electric turbo, revolutionizing laptop cooling.

### Revolutionizing Cooling: The World's First Turbocharged Laptop
* 💻 At the Lonus Tech Technical Institute, a groundbreaking solution has been developed for a long-standing issue in computer engineering: the **lack of actual turbo** in turbo buttons and devices.
* 🚀 Introducing the world's first turbocharged laptop, the Red Magic Titan 16 Pro, which integrates an **electric turbo to enhance cooling performance**, inspired by traditional turbocharger mechanics.
* 🔧 The chosen electric turbo, the **Torque Amp**, boasts **6.7 horsepower** and is designed to **significantly boost horsepower** in vehicles, showcasing **advanced fan blade geometry** for improved efficiency.
* 💰 The complete kit for this turbocharged setup costs approximately **$2,978**, including necessary power supplies and components for installation.
* ⚡ This innovative system includes a motor controller and temperature sensors, ensuring that the turbo operates **optimally only during high acceleration periods**, with a specific **boost and recharge cycle**.
* 🔥 The Red Magic Titan 16 Pro features high-end specs such as an **Intel Core i9 processor**, **RTX 460 graphics**, and **advanced cooling solutions**, making it an **ideal candidate for this experimental turbocharging project**.
* 🌬 As the team tests the system, they discover that the turbo effectively **moves a significant amount of air**, leading to **lower temperatures in the laptop**, which is **crucial for performance during gaming sessions**.
* 🎮 Overall, this project not only **pushes the boundaries of laptop cooling technology** but also emphasizes the potential for **creative engineering solutions** in enhancing computing performance.

The Turbo Charged Laptop. Literally.

Linus Tech Tips is a passionate team of "professionally curious" experts in consumer technology and video production who aim to educate and entertain.


Linus Tech Tips

The Red Magic Titan 16 Pro is claiming to be the first turbocharged laptop, using an electric turbo for power increase.

7 horsepower electric turbo, is the key component, designed to blow enough air to boost a car's horsepower.

The entire kit costs $2,978 and includes a power box, motor controller, and temperature sensor for optimal performance.

The setup involves a turbo motor with a 1-second boost and 10 seconds of recharge, using a lithium battery for power.

The motor is connected to a 1200 W DC power supply and is designed to charge from a car's 12-volt system.

The plan is to cool the laptop by placing the turbo motor under the gas pedal for a quick activation, while also filtering the air intake to prevent dust and debris from causing damage.

The speaker discusses the importance of the diverter valve and its role in managing boost pressure in the engine.

They experiment with a plug to prevent the valve from opening, causing compressor surge and creating a fun but potentially damaging noise.

The speaker also mentions the risks of using an electric turbo and shares a DIY solution with ball valves to manage restrictions.

The speaker is using cheap intercooler tubing and worm drive clamps for a portable cooling solution, demonstrating the potential danger of the fittings.

The Red Magic Titan 16 Pro laptop features powerful hardware and advanced cooling mechanisms.

The speaker experiments with a leaf blower-like setup to move air and create a turbo manifold for the laptop's air intake, aiming to enhance its cooling performance.

The process involves lining up a broken tap with an undrilled spot and using a homemade O-ring for sealing.

The motherboard has upgradeable RAM and a free SSD slot, with the same screws used for assembly.

The metal chassis provides stability during repairs, and the setup includes intercooler piping for added support.

The discussion explores using various temperature sensors, including the SSD, to monitor GPU and CPU temperatures while running FurMark.

The GPU temperature remains low, raising questions about the effectiveness of airflow and turbocharging.

The solution proposed is a turbocharged laptop with a front-mount intercooler, using an air-to-air heat exchanger to cool the hot air from the turbo before it enters the laptop.

The setup involves two metal fans, each drawing 210 watts, to provide excessive cooling for a laptop with a 5,000-watt power draw.

The fans are effective in lowering the laptop's CPU temperature, counteracting the hot air being blown.

The setup also includes strategic placement of fans to maximize airflow and heat removal, resulting in impressive cooling performance.

° and the CPU to 60° during the experiment.

The laptop, sponsored by Red Magic, held up despite the extreme treatment, with the trackpad still functioning.

The video encourages viewers to check out other related experiments with big fans.