Unraveling Intel's X 299 Platform: Core i9-7900X Review

Table of Contents

1. Introduction
2. Understanding Intel's X 299 Platform
3. Skylake X and Kaby Lake X CPUs
4. Comparison with Previous Generation CPUs
5. Reviewing the RFID Chip
6. Examining the Substrate Design of the 7900 X
7. Performance in Streaming Benchmarks
8. VR Gaming Benchmark Results
9. Benchmarks for Production Workloads
10. Adobe Premiere and Blender Performance
11. Gaming Benchmarks
12. Final Thoughts

Introduction

In this article, we will be discussing Intel's X 299 platform, specifically focusing on the Skylake X and Kaby Lake X CPUs. We will delve into the technical aspects of these processors and compare them to previous generation CPUs. Additionally, we will analyze the performance of Intel's new 10-core CPU, the I 970 900X, through various benchmarks such as streaming, VR gaming, production workloads, and gaming. So let's dive in and explore the capabilities of Intel's latest offerings in the X 299 platform.

Understanding Intel's X 299 Platform

The X 299 platform is Intel's latest high-end desktop (HEDT) platform designed for enthusiasts and professionals seeking top-tier performance. It offers improved features and supports a wide range of CPUs, including the Skylake X and Kaby Lake X processors. The X 299 platform provides users with advanced technologies such as higher core counts, increased memory capacity, and faster connectivity options. In this article, we will focus on the performance and features of the CPUs within this platform.

Skylake X and Kaby Lake X CPUs

The Skylake X and Kaby Lake X CPUs are the flagship processors within Intel's X 299 platform. These CPUs offer exceptional performance, featuring higher core counts and improved clock speeds compared to their predecessors. The Skylake X CPUs, in particular, are available in various configurations, including 10-core, 14-core, 16-core, and 18-core options. With their powerful processing capabilities, these CPUs are ideal for demanding tasks such as gaming, content creation, and professional workloads.

Comparison with Previous Generation CPUs

Intel's X 299 platform represents a significant advancement over previous generation CPUs. The Skylake X CPUs, for instance, offer substantial performance improvements over their predecessors, providing users with enhanced capabilities for multitasking, gaming, and intensive workloads. We will compare the performance of the Skylake X CPUs to previous generation CPUs to understand the advancements Intel has made in its X 299 platform.

Reviewing the RFID Chip

One notable feature of the Intel CPUs within the X 299 platform is the presence of an RFID chip. This chip has caused some speculation and controversy within the community. In this section, we will examine the purpose and implications of the RFID chip. We will address concerns regarding data storage and potential security risks associated with this technology.

Examining the Substrate Design of the 7900 X

The 7900 X CPU within Intel's X 299 platform features an intriguing substrate design. We will take a closer look at this design and explore its implications. We will analyze Intel's reasoning behind this design choice and discuss the potential technical factors and cost-saving aspects that may have influenced this decision.

Performance in Streaming Benchmarks

One of the key aspects of Intel's X 299 platform is its streaming performance. In this section, we will evaluate the streaming capabilities of the I 970 900X CPU through various benchmarks. We will examine its performance in streaming to platforms like Twitch and YouTube, assessing its ability to handle single and dual stream outputs simultaneously. By validating Intel's marketing claims, we will determine the suitability of the I 970 900X for Game streaming.

VR Gaming Benchmark Results

Virtual Reality (VR) gaming is gaining popularity, and it is essential to assess the compatibility and performance of CPUs for this technology. We will conduct VR gaming benchmarks using the I 970 900X CPU and compare it to other CPUs, including the 7700K and AMD's Ryzen CPUs. By analyzing frame rates, frame time consistency, and overall performance, we will determine the effectiveness of the I 970 900X in VR gaming.

Benchmarks for Production Workloads

The X 299 platform is not limited to gaming but also caters to professionals who require high-performance CPUs for production workloads. We will evaluate the I 970 900X's performance in production tasks such as rendering, using software like Blender. By conducting benchmarks and comparing it to other CPUs, we will assess the viability of the I 970 900X for demanding production workloads.

Adobe Premiere and Blender Performance

Adobe Premiere is a widely used video editing software, and Blender is a popular 3D rendering application. We will evaluate the I 970 900X's performance in these applications by conducting benchmarks and comparing it to other CPUs. By analyzing rendering times and overall performance, we will determine the suitability of the I 970 900X for video editing and 3D rendering tasks.

Gaming Benchmarks

Gaming performance is a crucial aspect when considering CPUs for gaming rigs. We will conduct gaming benchmarks, focusing on popular games like Total War: Warhammer, Battlefield 1, and Ashes of the Singularity. By comparing frame rates and performance, we will evaluate the gaming capabilities of the I 970 900X and assess its suitability for high-end gaming setups.

Final Thoughts

In conclusion, Intel's X 299 platform, with its Skylake X and Kaby Lake X CPUs, offers exceptional performance for enthusiasts and professionals. Through various benchmarks and comparisons, we have explored the streaming capabilities, VR gaming performance, production workload suitability, and gaming performance of the I 970 900X CPU. The results indicate that the I 970 900X is a powerful CPU, capable of handling demanding tasks efficiently. However, the suitability of this CPU depends on individual needs and budget considerations.