Unbelievable Value: AMD Ryzen 5 2400G APU Outperforms GeForce 1070 at a Fraction of the Price

Table of Contents

1. Introduction
2. Overview of Raven Ridge CPUs
3. Use Cases for Raven Ridge CPUs
   • 3.1 For students
   • 3.2 For entry-level systems
   • 3.3 For working professionals
4. Limitations of Raven Ridge CPUs in professional applications
5. Components and specifications of the system
   • 5.1 CPU: AMD Ryzen 5 2400G
   • 5.2 Motherboard: Asus Prime B350M-E
   • 5.3 RAM: 16GB running at 2866MHz
   • 5.4 Storage: 128GB NVMe SSD
   • 5.5 Case: Thermaltake Core V21
   • 5.6 Power Supply: Cooler Master 550W
6. testing the Raven Ridge CPU with Autodesk VRED
   • 6.1 Introduction to Autodesk VRED
   • 6.2 Rendering capabilities of the CPU
   • 6.3 Performance and stability of the system
   • 6.4 Manipulating materials and textures
   • 6.5 Rendering quality and settings
7. Conclusion
8. Future plans for Raven Ridge CPUs

🚀 Amazing Capabilities of AMD Ryzen 5 Raven Ridge CPUs for Professional Applications

In this article, we will explore the impressive capabilities of the newly released AMD Ryzen 5 Raven Ridge CPUs with onboard graphics. While these CPUs may not replace dedicated graphics cards in a professional setting, they offer a compelling option for individuals looking to dip their toes into professional applications without investing in a high-end workstation. Whether you're a student, an entry-level system builder, or a working professional considering a career change, the Raven Ridge CPUs can provide a cost-effective solution for running both games and professional applications at a reasonable level. However, it is essential to understand the limitations and consider the compatibility requirements of the software you intend to use.

1. Introduction

The purpose of this article is to provide insights into the abilities and potential applications of the AMD Ryzen 5 Raven Ridge CPUs with onboard graphics. We will look beyond the traditional use cases and discuss their suitability for students, entry-level systems, and working professionals seeking to explore professional applications without the need for a costly dedicated graphics card.

2. Overview of Raven Ridge CPUs

The Raven Ridge CPUs, such as the AMD Ryzen 5 2400G, are equipped with Vega graphics built into the CPU. This integration allows for improved performance and cost-effectiveness, particularly for users who do not require a dedicated graphics card. However, it is essential to note that these CPUs are not intended to replace high-end workstations in professional settings.

3. Use Cases for Raven Ridge CPUs

3.1 For students

Raven Ridge CPUs offer an excellent entry-level option for students looking to build a system capable of running both games and professional applications. With the onboard graphics, students can familiarize themselves with the software without the need for a high-end workstation. This allows them to gain valuable experience and determine if a professional career in a related field is suitable for them.

3.2 For entry-level systems

For individuals who want to build an entry-level system capable of handling both gaming and professional applications, Raven Ridge CPUs provide a compelling solution. These CPUs offer a cost-effective alternative to dedicated graphics cards, allowing users to enjoy a reasonable level of performance without the need to invest in expensive hardware.

3.3 For working professionals

Working professionals who are considering a career change or want to explore new software applications can benefit from Raven Ridge CPUs. While these CPUs may not meet the demanding requirements of professional-grade software, they can serve as a stepping stone. Professionals can use the system to determine if the software aligns with their needs before investing in a more powerful workstation.

4. Limitations of Raven Ridge CPUs in professional applications

It is crucial to understand that professional-grade software vendors typically do not support CPUs with onboard graphics for applications requiring dedicated graphics cards. Thus, if you are working in a professional capacity, it is recommended to use a dedicated graphics card to ensure compatibility and receive proper support from the software vendor. Raven Ridge CPUs are better suited for individuals seeking to familiarize themselves with the software or for less demanding tasks in a non-professional setting.

5. Components and specifications of the system

To better understand the capabilities of the Raven Ridge CPU, let's take a closer look at the components and specifications of the system used for testing. The system consists of the following:

5.1 CPU: AMD Ryzen 5 2400G

The AMD Ryzen 5 2400G is the heart of the system, featuring Vega graphics integrated into the CPU. With a base clock speed of 3.6 GHz and a turbo boost of 3.9 GHz, this CPU provides a decent level of performance for a variety of tasks.

5.2 Motherboard: Asus Prime B350M-E

The Asus Prime B350M-E is a micro ATX motherboard that provides the necessary connectivity and features for a budget-friendly system. While it may not offer all the bells and whistles of higher-end motherboards, it is more than capable of supporting the Raven Ridge CPU.

5.3 RAM: 16GB running at 2866MHz

Memory plays a crucial role in the performance of any system, and this system is equipped with 16GB of RAM running at 2866MHz. Adequate memory ensures smooth multitasking and allows for efficient handling of both gaming and professional applications.

5.4 Storage: 128GB NVMe SSD

For storage, the system relies on a 128GB NVMe PCI Express solid-state drive. While the capacity may be considered small by today's standards, it is sufficient for a budget-friendly build and helps keep the overall cost down.

5.5 Case: Thermaltake Core V21

The Thermaltake Core V21 is a micro ATX cube case that provides a compact and efficient form factor. With its modular design and excellent airflow capabilities, it ensures the components stay cool even during intense workloads or gaming Sessions.

5.6 Power Supply: Cooler Master 550W

A reliable power supply is essential to ensure stability and proper functioning of the system. The Cooler Master 550W power supply used in this build offers ample power for the components without breaking the bank.

6. Testing the Raven Ridge CPU with Autodesk VRED

To gauge the performance and stability of the Raven Ridge CPU with professional applications, we conducted tests using Autodesk VRED, a top-tier automotive rendering solution. This software is widely used by renowned automobile manufacturers for sales shots, catalog shots, and car configurators. Its high price tag of $12,500 per year demonstrates its professional-grade capabilities.

6.1 Introduction to Autodesk VRED

Autodesk VRED offers an extensive range of features for rendering and visualizing 3D models. It allows users to customize materials, manipulate textures, and simulate realistic lighting conditions. With its comprehensive toolset, it can be demanding on hardware resources, making it an ideal candidate for testing the capabilities of the Raven Ridge CPU.

6.2 Rendering capabilities of the CPU

Surprisingly, the Raven Ridge CPU handled the demanding rendering tasks in Autodesk VRED without any issues. From importing the model to fully texturing it, the CPU performed flawlessly from start to finish. This level of stability and performance was unexpected, given the price point of the CPU.

6.3 Performance and stability of the system

Throughout the testing process, the system remained stable with no noticeable degradation in performance. Even with complex and highly detailed models, the CPU managed to render the scenes smoothly, showcasing its impressive capabilities. The fact that the CPU coped well even with a model of this detail is a testament to its capabilities.

6.4 Manipulating materials and textures

Autodesk VRED allows users to manipulate materials and textures with ease. The dialogue boxes and UI elements functioned seamlessly, with no scaling or compatibility issues. Users can fine-tune the appearance of their models, change colors, adjust reflections, and achieve the desired visual effects.

6.5 Rendering quality and settings

While the Raven Ridge CPU may not offer the highest-quality rendering compared to a dedicated GPU, the results were still impressive. By optimizing the settings and adjusting the ray tracing parameters, users can achieve reasonably good rendering quality. Although some compromises may be necessary, the overall performance of the CPU at this price point is exceptional.

7. Conclusion

The capability of the AMD Ryzen 5 Raven Ridge CPUs with onboard graphics in professional applications is astonishing. Despite their affordable price, these CPUs offer a remarkable level of performance and stability. They provide an excellent opportunity for students, entry-level system builders, and working professionals to explore professional applications without breaking the bank. While a dedicated graphics card is still recommended for professional use, the Raven Ridge CPUs can serve as a cost-effective and efficient alternative for those on a budget.

8. Future plans for Raven Ridge CPUs

As the Raven Ridge CPUs continue to impress with their capabilities, there are exciting possibilities on the horizon. Future plans for these CPUs include further optimization, compatibility improvements, and enhanced support for professional applications. With ongoing advancements, the line between onboard and dedicated graphics may continue to blur, opening up new opportunities for users.

Highlights:

• AMD Ryzen 5 Raven Ridge CPUs offer an affordable option for running both games and professional applications.
• The CPUs are ideal for students, entry-level systems, and working professionals seeking to explore new software.
• While not suitable for professional-grade applications that require dedicated graphics cards, the CPUs provide a cost-effective solution.
• The tested system, consisting of the AMD Ryzen 5 2400G, Asus Prime B350M-E motherboard, 16GB RAM, 128GB NVMe SSD, Thermaltake Core V21 case, and Cooler Master 550W power supply, performed exceptionally well.
• Autodesk VRED, a professional automotive rendering solution, was used to test the capabilities of the Raven Ridge CPU.
• The CPU demonstrated stable performance when rendering complex and highly detailed models in Autodesk VRED.
• Users can manipulate materials and textures efficiently, achieving impressive visual effects.
• While compromises may be necessary in rendering settings, the overall performance at the given price point is exceptional.
• The Raven Ridge CPUs show tremendous potential for future improvements and advancements in compatibility and performance.

FAQ

Q: Can Raven Ridge CPUs handle professional-grade software? A: While Raven Ridge CPUs can handle certain professional applications, they may not meet the demanding requirements of high-end professional software. Dedicated graphics cards are still recommended for professional use.

Q: What are the main advantages of using Raven Ridge CPUs? A: The main advantages of using Raven Ridge CPUs are their affordability, integrated graphics capabilities, and suitability for entry-level systems and non-professional use.

Q: Are Raven Ridge CPUs suitable for gaming? A: Yes, Raven Ridge CPUs offer decent gaming performance and can handle most games at reasonable settings. However, for high-end gaming, a dedicated graphics card is still recommended.

Q: Can I overclock a Raven Ridge CPU? A: Yes, Raven Ridge CPUs can be overclocked to squeeze out additional performance. However, it is essential to ensure proper cooling and stability while overclocking.

Q: What are the future prospects for Raven Ridge CPUs? A: Future plans for Raven Ridge CPUs include optimization, improved compatibility, and enhanced support for professional applications. Continued advancements in integrated graphics may blur the line between onboard and dedicated graphics.