Building a High-Performance Editing Machine with X79 P3 Motherboard

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Building a High-Performance Editing Machine with X79 P3 Motherboard

Table of Contents

  1. Introduction
  2. The X79 Motherboard P3 Variant by Jinsha
  3. Specifications and Features
    • 3 PCIe 16 Slots
    • ECC Server Memory Support
    • NVMe Slot for SSDs
  4. Building the Computer
    • Choosing the CPU: E5 2658
    • Installing the CPU
    • Selecting a Cooler: Cooler Master Hyper 212
    • Other Components: Graphics Card, Memory, Storage
  5. testing and Benchmarking
    • Performance and Frame Rates
    • Cinebench Tests
  6. Editing and Exporting Video
    • Comparing with a Higher-End Machine
  7. Conclusion
  8. Subscribe and Engage with the Channel

Building a High-Performance Editing Machine for Tech Videos 💻

Are you an avid tech enthusiast who loves keeping up with the latest trends and gadgets? Do you find joy in sharing your knowledge and experiences with others? If so, you've come to the right place! Brauer Towers is a new tech channel that aims to deliver exciting content and information to fellow tech enthusiasts like yourself. In this first video, we'll be diving into the process of building a high-performance editing machine for the channel. So sit back, relax, and let's get started!

The X79 Motherboard P3 Variant by Jinsha

Our journey begins with the arrival of the X79 motherboard P3 variant by Jinsha. While it may not be the most popular choice in North America, this motherboard caught our attention due to its unique features and capabilities. Boasting three PCIe 16 slots, ECC server memory support, and even an NVMe slot for cutting-edge SSDs, this motherboard offers a solid foundation for our editing machine. Without further ado, let's unbox this beauty and take a closer look!

Specifications and Features

3 PCIe 16 Slots

One of the standout features of the X79 P3 variant is its three PCIe 16 slots. The top two slots are capable of running at full x16 bandwidth, while the bottom slot operates at x8. Granted, these may not be the latest PCIe versions, but they still provide sufficient throughput for most applications.

ECC Server Memory Support

For those looking to utilize server memory, the X79 P3 variant has you covered. With ECC (Error-Correcting Code) support, this motherboard allows the use of server-grade memory modules (provided your CPU supports it). This feature guarantees a higher level of stability and reliability, making it a wise choice for intensive editing tasks.

NVMe Slot for SSDs

One of the most exciting aspects of the X79 P3 variant is its inclusion of an NVMe slot. These slots were not available when the X79 platform was initially released, so it's a pleasant surprise to see it included here. This means you can take advantage of the latest and fastest SSDs on the market, ensuring lightning-fast storage performance.

Building the Computer

Now that we have a closer look at the X79 P3 variant, let's move on to building our high-performance editing machine for the channel. We've carefully selected each component with performance and affordability in mind. Without further ado, let's dive into the exciting process of putting it all together!

Choosing the CPU: E5 2658

Our CPU of choice for this build is the E5 2658. While it's an 8-core, 16-thread processor with a relatively low clock speed of 2.1 GHz (boosting up to 2.4 GHz), it's perfect for our editing needs. With its high thread count, multitasking and rendering capabilities will be a breeze, even if it may not be the best choice for gaming.

Installing the CPU

Installing the CPU is always an exciting moment in any build. With the X79 P3 variant, you might be surprised to learn that the CPU is inserted upside down compared to most motherboards. So, pay close attention to the arrow and Align it properly. Once inserted, secure it carefully, and we're ready to move on!

Selecting a Cooler: Cooler Master Hyper 212

To keep our CPU's temperatures in check, we've opted for the Cooler Master Hyper 212. It's a reliable and cost-effective cooler that offers excellent performance for its price. Plus, it's compatible with a wide range of consumer-grade CPU sockets, making it a versatile choice for future upgrades.

Other Components: Graphics Card, Memory, Storage

Completing our build, we have the R9 Fury graphics card for smooth visual rendering, 16 GB of DDR3 1600 MHz memory for seamless multitasking, a 256 GB solid-state drive for fast storage, and a 1 TB Western Digital Green drive for backup storage purposes.

Testing and Benchmarking

With our editing machine assembled, it's time to put it through its paces and see how it performs. We'll be conducting various tests and benchmarks to measure its capabilities and compare it to other machines.

Performance and Frame Rates

The performance and frame rates of our new editing machine provide vital insights into its capabilities. While we're not expecting top-of-the-line gaming performance due to the CPU's lower clock speed, we'll still evaluate its overall performance for Recording and editing videos.

Cinebench Tests

To Gather more quantitative data, we'll be running Cinebench tests on our new machine. These tests will assess the CPU's rendering and multitasking capabilities, allowing us to gauge its performance compared to other systems.

Editing and Exporting Video

Now that we've familiarized ourselves with the hardware and tested its performance, it's time to put our editing machine to work. We'll be editing and exporting videos using this machine and comparing the results to our high-end editing system. This will help us determine if the E5 2658 can handle the demands of video editing efficiently.

Conclusion

In conclusion, the journey of building a high-performance editing machine has been an exciting one. We've explored the features and capabilities of the X79 P3 variant motherboard, carefully selected our components, and tested our machine's performance. While it may not rival the performance of a high-end editing system, this budget-friendly setup provides a solid foundation for our channel's video editing needs.

Don't forget to subscribe to Brauer Towers for more tech-related videos, and be sure to engage with our channel by leaving comments and sharing your thoughts. Thank you for joining us on this journey, and we'll see you in our next video!


Highlights:

  • Building a high-performance editing machine with the X79 P3 variant motherboard
  • Specifications and features of the X79 P3 variant, including PCIe slots and ECC memory support
  • Choosing the E5 2658 CPU for multitasking and editing capabilities
  • Installation process, including CPU insertion and cooler selection
  • Other components chosen, such as the graphics card, memory, and storage
  • Testing and benchmarks for performance evaluation and comparison
  • Editing and exporting videos using the new machine and assessing its efficiency
  • Conclusion on the budget-friendly editing setup and future plans for improvements
  • Subscribe and engage with Brauer Towers for more tech-related content

FAQ:

Q: Can I use the X79 motherboard for gaming? A: While the X79 motherboard can support gaming, the E5 2658 CPU may not provide the best gaming experience due to its lower clock speed. It is more suitable for tasks like video editing and multitasking.

Q: Are there any future upgrade possibilities for this editing machine? A: Yes, the X79 P3 variant motherboard allows for various upgrade options, including faster CPUs, additional memory, and improved graphics cards. You can easily customize and enhance the machine as your needs evolve.

Q: What software will you be using for video editing on this machine? A: We'll be using popular editing software such as Adobe Premiere Pro and DaVinci Resolve for our video editing needs. These programs provide a comprehensive set of tools and features to create professional-looking videos.

Q: How does this editing machine compare to a high-end system? A: While the E5 2658 CPU may not match the performance of a high-end system, it still offers impressive multitasking capabilities and smooth editing experiences. In future videos, we'll be comparing the two machines directly to explore the differences in performance.

Q: Can I use this editing machine for other tasks besides video editing? A: Absolutely! This editing machine's powerful CPU and ample memory make it suitable for various tasks, including photo editing, 3D rendering, and even running virtual machines. Its versatility allows for a range of creative and professional applications.

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