I built ₹25,00,000 Gaming PC with 10 Graphics Cards - Most Powerful PC🤯🤑

Creating the World's Cheapest and Most Expensive PCs

Introduction to the Challenge

• The speaker introduces a project to create both the world's cheapest PC, which will be made for ₹2000, and the most expensive gaming PC costing up to ₹25 lakh.

• The cheapest PC is described as a complete system that includes a monitor, keyboard, mouse, and speakers all packed into one bag.

Features of the Cheap PC

• The speaker emphasizes that no one has created such an affordable computer before. It features cooling fans and multiple ports exceeding those found in high-end devices like Apple’s MacBook.

• Previous attempts at creating budget PCs have been challenging; for instance, a ₹5000 gaming PC was difficult to sell due to skepticism about its quality.

Budget Constraints and Initial Reactions

• The team has a budget of around ₹10-15 lakh for building high-end PCs but faces challenges with their low-budget project. A credit card mishap allows them to explore more expensive options.

• When searching for parts within a strict budget of ₹1000, they encounter resistance from shopkeepers who doubt they can find anything useful.

Searching for Components

• After several rejections from shops regarding their low budget, they decide to start sourcing components from scrap or old parts.

• They finally locate a shop willing to help them find cheap components but are still met with skepticism about what can be built for such little money.

Gathering Parts

• The search continues as they look through various shops for essential components like motherboards and RAM. They express hope in finding usable parts among discarded items.

• They manage to secure some old hardware including motherboards but need additional components like RAM and hard disks at very low prices.

Building Higher-End PCs

• For higher-end builds starting at ₹25,000, they select specific processors (like Ryzen 5 3400G), motherboards (Gigabyte A520), RAM (8GB DDR4), and SSD storage (256GB).

• Moving up in price range towards ₹50,000 targets students' needs by opting for better specifications including Ryzen 7 processors and dedicated graphics cards suitable for gaming setups.

Conclusion on Pricing Strategy

• As they aim even higher with budgets reaching up to ₹1 lakh or more for premium gaming setups featuring Intel's top processors and advanced DDR5 RAM configurations.

• After hours of shopping around, they've gathered all necessary components across different price ranges while hinting at revealing the costliest build later on.

The Ultimate PC Build Challenge: Budget vs. High-End

Introduction to the Build

• The speaker expresses excitement about a significant financial transaction, indicating that a company has made a substantial profit today.

• They mention the construction of an extremely powerful PC, hinting at upcoming reveals and emphasizing its impressive capabilities.

Unique Features of the PC

• A projector is integrated into the build instead of a traditional display, allowing for customizable screen sizes.

• The system uses an unconventional method to power on, reminiscent of jump-starting a car with wires.

Performance Insights

• The processor used is 20 years old and operates on outdated architecture (45nm), contrasting sharply with modern processors like Snapdragon or Apple’s A19 Pro.

• Despite its age, the speaker notes limitations in running modern browsers effectively due to hardware constraints.

Challenges Faced During Construction

• Assembling this budget PC was challenging due to compatibility issues in sourcing parts from second-hand markets.

• The analogy of finding compatible components is likened to searching for a needle in a haystack, highlighting difficulties in matching RAM, motherboards, and processors.

Comparison with Budget Builds

• A comparison is made between building PCs within different budgets; even at ₹25,000 ($300), decent performance can be achieved for basic tasks and gaming.

• The speaker emphasizes that all parts used in this budget build are brand new and cost-effective compared to alternatives available on the market.

Performance Testing: Low-End vs. High-End

• An initial test shows that despite being lower-priced, the ₹20,000 ($240) PC starts successfully while showcasing its limitations under load (5 tabs).

• In contrast, the ₹25,000 ($300) build performs significantly better with 15 tabs open simultaneously without crashing.

Upgrading Components for Enhanced Performance

• Discussion shifts towards upgrading components; improvements include faster RAM and SSD storage which drastically enhance performance metrics.

Conclusion: Value of Investment

• Even though budget builds can run some games like GTA V under specific conditions (Windows 7), they lack overall efficiency compared to higher-end systems.

Final Thoughts on Higher Budgets

• Doubling the budget leads to noticeable differences in performance; enhanced cooling systems and faster processing times are highlighted as key benefits.

Gaming PC Upgrades and Performance Insights

Enhanced Loading Times and Multi-Tasking Capabilities

• The loading time for games has significantly decreased, allowing smoother operation of software like Photoshop and Pigma simultaneously. This performance is unmatched at lower price points.

• The improvements in RAM and storage are complemented by advancements in the processor, with Ryzen 7 available at this price range.

Performance Comparison with Budget PCs

• The new system is reported to be 168% faster compared to a ₹25,000 PC, showcasing superior graphics capabilities that enhance gaming experiences.

• Even when doubling the budget to ₹1 lakh, significant upgrades are anticipated for gaming enthusiasts. This indicates a strong value proposition for higher-end systems.

Design and Cooling Features

• The design of the new PC is noted for its transparency and organization, featuring fewer visible wires which contribute to a cleaner aesthetic. It includes eight fans compared to just four in previous models, ensuring effective cooling for powerful components.

• A dedicated graphics card (RTX 5060) offers a substantial increase in graphical performance—600% better than previous models priced around ₹50,000—resulting in nearly 150% more FPS during gameplay.

Versatility Beyond Gaming

• This system excels not only in gaming but also in video editing tasks, making it suitable for various daily activities while maintaining high performance across different applications.

• Despite being positioned as an expensive option (₹1 lakh), it promises comprehensive functionality without compromising on quality or capability compared to other builds discussed earlier in the video.

High-End Components and Future-Proofing

• The upcoming build aims for zero compromises on hardware quality; even if the budget were increased fivefold (to ₹45 lakhs), achieving the most powerful PC would still be challenging due to component costs (e.g., individual graphics cards costing around ₹6 lakhs).

• Key specifications include Intel's top processor alongside high-capacity storage options: two 2TB SSD drives and 64GB DDR5 RAM—all contributing to exceptional performance metrics expected from this setup.

Innovative Display Features

• Unique features such as integrated displays within the cabinet allow users control over various functions directly from their setup; these displays can show real-time data like temperature readings similar to automotive sensors.

• The design incorporates magnetic doors for easy access while maintaining aesthetics; this innovative approach enhances user experience by combining functionality with style seamlessly throughout the build process.

How Long Does Rendering Take on Different PCs?

Rendering Time and Power Consumption

• The rendering time for a one-minute video can take between 1.5 to 2 days on a standard PC, while using a high-end PC could extend this to three or four days.

• A normal PC consumes around 600 watts, but high-performance systems require approximately 1400 to 1500 watts of electricity, significantly increasing operational costs.

Performance of High-End PCs

• High-end games often demand more processing power than standard graphics cards can provide; thus, specialized PCs are necessary for optimal performance.

• The speaker discusses an extreme PC setup costing ₹25 lakhs (approximately $30,000), which is designed to handle multiple graphics cards simultaneously.

Unique Hardware Features

• This custom-built motherboard allows the installation of up to 12 graphics cards at once, enhancing computational capabilities beyond typical setups.

• The system boasts 192GB of graphics memory, surpassing even NVIDIA's most powerful offerings by a significant margin.

Comparative Performance Analysis

• The custom PC outperforms the NVIDIA 5090 card in gaming scenarios by achieving higher frames per second (FPS), demonstrating its superior capability in demanding tasks.

• While gaming performance is top-notch across both systems, the real advantage comes in heavy computational tasks where this custom setup excels.

Efficiency in Heavy Tasks

• For rendering complex 3D videos, the high-end system completes tasks six times faster than traditional setups that may take several days.

• This advanced configuration also supports industrial-level software applications like Bitcoin mining and Blender with remarkable speed and efficiency.