i5 2nd Gen + GTX 750 Ti Performance Test in Fortnite Chapter 3

Table of Contents

1. Introduction
2. testing the GeForce GTX 750 Ti and i5 2320 in Fortnite Chapter 3
3. Performance Degradation in Fortnite with Each Season
4. Overview of System Specifications
5. Testing Methodology
6. Setting Options and Configurations
7. Performance Comparison: DirectX 11 vs. DirectX 12
8. Performance Comparison: Low Settings vs. Performance Mode
9. Impact of CPU Bottleneck on Gameplay
10. The Role of RAM in Addressing Stuttering Issues
11. Upgrading RAM for Improved Stability
12. Final Thoughts and Conclusions

Introduction

Welcome back, gamers! In this video, we're going to dive into the world of Fortnite Chapter 3 and put the GeForce GTX 750 Ti and i5 2320 to the test. It's been a while since I last tested Fortnite, as I'm not a huge fan of the game. However, I'm curious to see how these components perform in the new chapter. As many of you know, performance tends to decline with every season in Fortnite. So, let's see where it stands now. I'll be running the game with the latest NVIDIA drivers (497.09) and no overclocking on the GPU. Before we jump in, I'll be disabling the Meltdown Inspector protections to maximize FPS on older specs like these. Alright, let's get started!

Testing the GeForce GTX 750 Ti and i5 2320 in Fortnite Chapter 3

Fortnite Chapter 3 has arrived, and it's time to put the GeForce GTX 750 Ti and i5 2320 through their paces. Despite having some reservations about this Game, I'm eager to see how these components perform in the latest chapter. As we all know, performance has been on a steady decline with each season in Fortnite, making it essential to assess the current state of gameplay. In this video, I'll be testing the game at 1080p resolution with low settings and DirectX 11 rendering mode.

Performance Degradation in Fortnite with Each Season

One of the notable aspects of Fortnite is the gradual decline in performance with each subsequent season. Fortnite Chapter 3 is no exception to this trend. With every season, the game seems to become less optimized, resulting in lower framerates, increased stuttering, and overall degradation of the gaming experience. It's crucial to keep in mind that even though the GeForce GTX 750 Ti and i5 2320 were once capable of handling Fortnite, they may struggle with the game's current demands.

Overview of System Specifications

Before diving into the performance tests, let's take a closer look at the system specifications we'll be working with. The GeForce GTX 750 Ti is a mid-range graphics card from NVIDIA that was released in 2014. It features 640 CUDA cores, 2GB of GDDR5 memory, and a base clock speed of 1020MHz. The i5 2320, on the other HAND, is a quad-core processor from Intel's Second-generation Sandy Bridge lineup. It has a base clock speed of 3.0GHz and comes with four Threads.

Testing Methodology

To conduct the performance tests, we'll be running Fortnite Chapter 3 on the specified system configuration. The gameplay will be recorded with no performance impact, as it is being captured through a separate PC via a capture card. This ensures that the recorded footage accurately reflects the system's performance. Throughout the tests, we'll monitor factors such as framerate, CPU utilization, RAM usage, and any notable stutters or performance issues.

Setting Options and Configurations

Before diving into the performance analysis, let's go over the in-game settings and configurations used for testing. In this video, the game is played at a 1080p resolution with low graphical settings. Additionally, we're initially testing the game with DirectX 11 rendering mode. Later on, we'll compare the performance with DirectX 12 and explore the impact of Fortnite's performance mode, which is currently in beta.

Performance Comparison: DirectX 11 vs. DirectX 12

In this section, we'll examine the performance difference between DirectX 11 and DirectX 12 rendering modes in Fortnite Chapter 3. With DirectX 11 being the default option, we'll assess whether switching to DirectX 12 provides any significant performance improvements. By comparing framerate, frame time, and overall smoothness, we can determine which rendering mode is more favorable for the GeForce GTX 750 Ti and i5 2320.

Performance Comparison: Low Settings vs. Performance Mode

Another aspect we'll explore is the impact of switching from low settings to Fortnite's performance mode. Introduced in Chapter 3, performance mode aims to provide an optimized experience for lower-end systems. We'll evaluate whether enabling performance mode results in smoother gameplay, reduced stutters, and an overall improved gaming experience for the configured system.

Impact of CPU Bottleneck on Gameplay

Given the relatively outdated i5 2320 processor used in this configuration, it's essential to address the potential CPU bottleneck in Fortnite. As we delve into gaming Sessions, we'll closely monitor CPU utilization and analyze the effect it has on gameplay performance. By testing both single-threaded and multi-threaded scenarios, we can evaluate the extent to which the CPU restricts the capabilities of the GeForce GTX 750 Ti.

The Role of RAM in Addressing Stuttering Issues

Fortnite's infamous stutters are a common complaint among players. While the CPU bottleneck is a significant factor, the capacity and speed of RAM can also impact performance. In this segment, we'll investigate how RAM utilization affects gameplay stability. By comparing different RAM configurations, we'll determine the optimal amount and speed of RAM required to alleviate stuttering issues with the GeForce GTX 750 Ti and i5 2320.

Upgrading RAM for Improved Stability

To further improve stability and address potential RAM limitations, a RAM upgrade from 8GB to 16GB has been implemented. This upgrade involves adding two additional 4GB DDR3 modules to the existing configuration. With this enhancement, we'll reassess the performance of the GeForce GTX 750 Ti and i5 2320 in Fortnite Chapter 3. By monitoring framerate, CPU utilization, and overall smoothness, we can determine the impact of the RAM upgrade on gameplay.

Final Thoughts and Conclusions

After extensive testing and analysis, it's clear that the GeForce GTX 750 Ti and i5 2320 face significant challenges in Fortnite Chapter 3. While the GPU remains capable of handling the game, the CPU bottleneck and limited RAM capacity have a noticeable impact on gameplay stability. Upgrading the RAM to 16GB improves performance, resulting in smoother gameplay and reduced stuttering. However, the overall experience is still hindered by Fortnite's deteriorating optimization with each season. Players with similar configurations may need to consider upgrading their hardware to fully enjoy Fortnite's latest chapters.

Highlights:

• Testing the GeForce GTX 750 Ti and i5 2320 in Fortnite Chapter 3 reveals significant performance challenges.
• Performance degradation in Fortnite with each subsequent season affects gameplay stability and smoothness.
• The i5 2320 faces CPU bottleneck issues, resulting in stutters and potential performance limitations.
• Upgrading RAM from 8GB to 16GB significantly improves gameplay stability and reduces stuttering.
• Fortnite's optimization concerns and gradual decline in performance may require hardware upgrades for a smooth gaming experience.

FAQ:

Q: Can the GeForce GTX 750 Ti and i5 2320 handle Fortnite Chapter 3? A: While they can run the game, performance is hindered by CPU bottlenecking and RAM limitations. Upgrading the RAM can improve stability.

Q: Are stutters common in Fortnite Chapter 3? A: Yes, stutters are prevalent in Fortnite, especially with older hardware configurations. Upgrading RAM can help alleviate this issue.

Q: Does Fortnite's performance degrade with each season? A: Yes, Fortnite's optimization tends to decline with each new season, resulting in reduced performance and stability for older hardware.

Q: What are the recommended specs for Fortnite Chapter 3? A: To enjoy Fortnite Chapter 3 with smooth performance, it's recommended to have a more powerful CPU, GPU, and at least 16GB of RAM.