Unleashing the Power: New Threadripper PC Build with Ryzen!
Table of Contents
- Introduction
- The Most Powerful System Build
- Revolving Around the ROG Eco Systems
- The Core Component: ThreadRipper 2950X
- The Lick Tech 2 360 Air Cooler
- Ditching Ryzen for Intel: A Brief Detour
- The AMD World and the Hype of the 3000 Series
- Not Just Powerful for Adobe Premiere
- DaVinci Resolve 16 Studio: A Refreshing Alternative
- Parts Breakdown: Asus Zenith Xtreme Alpha
- Memory Boost with 128 Gigabytes Kit
- The Beastly Graphics Card: ROG Strix Gaming RTX 2080 TI
- Powering Up with ROG Thor 1200 Watt Platinum Efficiency
- Enhancing the Aesthetics with Lighting
- Three Screens for Customization and Monitoring
- Performance and Future Plans
- Downsizing and Cooling Upgrades
- Exploring Overclocking and Research Applications
- Conclusion
🖥️ The Most Powerful System Build
In this article, we will dive into the world of PC building to witness the creation of an epic and powerful system. This build revolves around the ROG eco systems, featuring top-notch components from renowned brands like Asus, AMD, and more. At the core of this beastly rig lies the mighty ThreadRipper 2950X, a 16-core, 32-thread processor that promises unparalleled performance. To keep temperatures in check, the Lick Tech 2 360 Air Cooler is here, sporting a stunning white finish for added character. But before we get into the nitty-gritty of this impressive build, let's take a quick detour and explore the journey that led us to this point.
💥 Ditching Ryzen for Intel: A Brief Detour
Not too long ago, there was a video where Ryzen was swapped out for Intel due to the added benefit of Intel Quick Sync support in Adobe Premiere. This feature allowed for accelerated render times by utilizing the Intel graphics cards on the CPU. However, with the ever-growing hype surrounding AMD and their upcoming 3000 series, a return to the AMD world seemed inevitable. This system serves as a starting point to gauge the performance of the 2950X compared to its successor. It's important to note that although this system is incredibly powerful for Adobe Premiere, it still falls short of the rendering speed of a Razor Blade 15 laptop powered by Intel. This stark contrast exemplifies Intel's dominance in Adobe applications.
💡 Highlights:
- Witness the creation of the most epic and powerful system build.
- Explore the ROG eco systems and its top-notch components.
- Experience the performance prowess of the ThreadRipper 2950X.
- Discover the stunning white finish and superior cooling of the Lick Tech 2 360 Air Cooler.
- Understand the detour taken from Ryzen to Intel and the subsequent return to the AMD world.
- Gain insights into the performance differences between Intel and AMD in Adobe Premiere.
- Get excited about the upcoming 3000 series and its potential performance improvements.
Introduction
Building a PC is an exciting endeavor, especially when it promises to be the most powerful system ever created. In this article, we'll take you on a journey through the construction of this epic build, which revolves around the ROG eco systems. From the motherboard to the cooler, graphics card, case, and peripherals, every component has been carefully selected to ensure maximum performance and compatibility.
The Most Powerful System Build
Building a powerful system requires choosing components that can handle the most demanding tasks. The core component of this build is the impressive ThreadRipper 2950X, a processor that boasts 16 cores and 32 Threads. With such processing power at its disposal, this system is primed to handle any task thrown its way.
Revolving Around the ROG Eco Systems
The ROG (Republic of Gamers) eco systems have gained a reputation for excellence in the PC building community. By utilizing components from the ROG line, this build aims to create a Cohesive and high-performance system. From the motherboard to the power supply, cooler, graphics card, and even LED accessories, every component is carefully chosen to fit seamlessly within the ROG ecosystem.
The Core Component: ThreadRipper 2950X
The ThreadRipper 2950X serves as the beating heart of this system. With 16 cores and 32 threads, this processor is capable of handling the most demanding tasks without breaking a sweat. From video editing to 3D rendering, the ThreadRipper 2950X is designed to deliver top-notch performance.
The Lick Tech 2 360 Air Cooler
To keep temperatures in check and ensure optimal performance, the Lick Tech 2 360 Air Cooler has been chosen for this build. With its gorgeous white finish, this cooler adds a touch of character to the PC. Its superior cooling performance, compatibility with both Intel and AMD sockets, and RGB lighting make it a perfect fit for the system.
Ditching Ryzen for Intel: A Brief Detour
While Intel has historically dominated the market, the rise of Ryzen processors from AMD has sparked excitement and competition. However, the lure of Intel Quick Sync support in Adobe Premiere led to a temporary shift away from Ryzen. Intel's graphics cards on the CPU offered a significant boost in render times, making it a sensible choice for certain workflows. But as the hype around AMD's 3000 series grew, it became apparent that a return to the AMD world was necessary to explore new possibilities.
The AMD World and the Hype of the 3000 Series
AMD has been gaining Momentum in recent years, and its upcoming 3000 series has generated considerable excitement. This build serves as a great starting point to experience the power and performance of the 2950X and to compare it to the potential advancements of the 3000 series. By taking a closer look at how this system performs and handles various tasks, we can gain insights into the future of AMD processors.
Not Just Powerful for Adobe Premiere
While this system is undeniably powerful for Adobe Premiere, it is essential to note that it is not the fastest for this particular software. Intel CPUs still hold an advantage in Adobe applications, as demonstrated by the Razor Blade 15 laptop export speeds. However, the performance gap between Intel and AMD has been narrowed significantly, and AMD processors, like the ThreadRipper 2950X, offer excellent performance for video editing and other demanding tasks.
DaVinci Resolve 16 Studio: A Refreshing Alternative
Frustrated with the instability and limitations of Adobe applications, many content creators have turned to DaVinci Resolve, a powerful video editing software. DaVinci Resolve 16 Studio boasts excellent optimization and hardware utilization, making it a breath of fresh air for those seeking a more reliable and efficient editing experience. The ThreadRipper 2950X proves to be an excellent match for this software, providing exceptional performance and delivering a smooth editing workflow.
Parts Breakdown: Asus Zenith Xtreme Alpha
Let's dive into the individual components that make up this epic system. The motherboard chosen for this build is the Asus Zenith Xtreme Alpha, priced at over $600. This powerhouse motherboard features an array of overclocking features, making it a perfect fit for enthusiasts and power users. Though it was designed to support the 32-core ThreadRipper 2990WX, it is still an excellent choice for the 2950X, with precision boost overdrive and RAM profile optimizations.
Memory Boost with 128 Gigabyte Kit
Memory plays a vital role in any high-performance system, and this build does not disappoint. Thanks to Juice Kill, the system is equipped with a 128 gigabyte kit. Apart from the impressive capacity, the RAM features beautiful RGB ambient illumination, adding style to the build. While the current cooler restricts the population of all DIMM slots, a future cooler swap from Noctua will allow for full utilization of the 128 gigabytes.
The Beastly Graphics Card: ROG Strix Gaming RTX 2080 TI
No powerful system is complete without an equally formidable graphics card. The ROG Strix Gaming RTX 2080 TI takes the spotlight in this build. Delivering exceptional performance with its factory overclocked capabilities, triple fans, and massive heat sink, this graphics card can handle any Game or intensive task with ease. Additionally, its RGB illumination adds a touch of Flair to the build.
Powering Up with ROG Thor 1200 Watt Platinum Efficiency
To support the system's power-hungry components, a robust power supply is essential. The ROG Thor 1200 Watt Platinum Efficiency power supply provides more than enough power for this build, offering excellent efficiency and stability. With its screen displaying power consumption and addressable RGB illumination, it adds both functionality and aesthetics to the system.
Enhancing the Aesthetics with Lighting
Aesthetics play a crucial role in any PC build, and this system is no exception. To enhance the visual appeal, various lighting elements have been meticulously incorporated. The integration of braided cables around the ROG character and graphics card not only fills empty spaces but also adds an aesthetically pleasing touch. The RG or a terminal, along with an additional addressable RGB strip, creates ambient lighting and highlights the cooler.
Three Screens for Customization and Monitoring
One unique element of this build is the inclusion of three screens. These screens, embedded within the system, allow for customization and real-time monitoring. The AIDA Pump screen offers customization options, enabling users to display CPU voltages, temperatures, and fan speeds. The motherboard screen provides vital information such as temperature and error codes. Lastly, the power supply screen solely shows power consumption. Despite some limitations in terms of Font size and animation cohesiveness, these screens add functionality and a futuristic touch to the build.
Performance and Future Plans
The performance of this build is nothing short of exceptional. DaVinci Resolve 16 Studio thrives on the power provided by the ThreadRipper 2950X. While Intel's Quick Sync support still gives them the edge in Adobe applications, the ThreadRipper system surpasses the performance of a 9900K machine for DaVinci Resolve. With an increasing dissatisfaction with Adobe's optimization and stability, this build serves as a testament to the future of AMD processors and software optimization.
Downsizing and Cooling Upgrades
As with any ongoing project, future plans are already in the works for this build. The Arrowwood G Helius case, which currently houses the system, may be downsized for a more compact form factor. Swapping out the cooler will allow for the utilization of the full 128 gigabytes of RAM. This opens up possibilities for overclocking and pushing the limits of the 8-core configuration. The excellent VRM cooling offered by the motherboard paves the way for exciting experiments with temperature control and overclocking.
Exploring Overclocking and Research Applications
In addition to video production, this system holds potential for exploring other avenues and applications. The plan is to bring this system to a research center to utilize the massive computing power of the ThreadRipper CPU. By delving into compute-heavy tasks and applications outside the realm of traditional video production, the system's capabilities can be fully realized. This opportunity will allow for a deeper understanding of hardware optimizations for specific applications.
Conclusion
In conclusion, this epic build is a testament to the power and potential that PC building holds. The combination of top-of-the-line components from the ROG eco systems, led by the ThreadRipper 2950X, creates a high-performance system capable of tackling any task. While AMD processors are catching up to Intel in Adobe applications, the future holds exciting possibilities for AMD's 3000 series. With plans for downsizing, cooling upgrades, and exploration of new applications, this build is just the beginning of a continuous journey into the world of PC building and optimization.
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