13th Generation i9 + 4080/90 Gaming Laptop Review: Massive Performance Upgrade!

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13th Generation i9 + 4080/90 Gaming Laptop Review: Massive Performance Upgrade!

Table of Contents

  1. Introduction
  2. CPU Upgrades in the New Generation Gaming Laptops
    • 2.1 The Introduction of Intel's 13th Generation Mobile CPUs
    • 2.2 A Comparison Between the 13th Generation i9-13980HX and the Previous Generation i9-12950HX
    • 2.3 The Complex Product Line of the 13th Generation CPUs
    • 2.4 The Differences Between H45 and HX55 Platforms
  3. GPU Upgrades in the New Generation Gaming Laptops
    • 3.1 Introduction to the 40 Series GPUs for Laptops
    • 3.2 Specifications and Performance of the 4080 and 4090 GPUs
    • 3.3 Power Consumption and Efficiency of the 40 Series GPUs
    • 3.4 Gaming Performance of the 40 Series GPUs in Popular Titles
  4. Performance in Professional Applications
    • 4.1 CPU Performance in Software Development
    • 4.2 GPU Performance in 3D Rendering and Animation
    • 4.3 Video Editing and Post-Production Performance
    • 4.4 Other Professional Applications and Benchmarks
  5. Conclusion

New Generation Gaming Laptops: CPU and GPU Upgrades

The highly anticipated new generation of gaming laptops has arrived, bringing with it significant upgrades to both the CPU and GPU. On the CPU front, Intel has introduced their 13th generation mobile CPUs, while NVIDIA has updated their mobile GPUs to the 40 series. In this article, we will take a closer look at the performance improvements offered by these new components, using the recently released ROG Gunshin 7 Plus Super Competition Edition as a benchmark. Let's begin by discussing the CPU upgrades in detail.

CPU Upgrades in the New Generation Gaming Laptops

2.1 The Introduction of Intel's 13th Generation Mobile CPUs

Intel's 13th generation mobile CPUs, specifically the i9-13980HX used in the ROG Gunshin 7 Plus, bring significant improvements over the previous generation. The 13th generation CPUs feature a more complex product line, with the mainstream H45 platform maintaining the typical specifications seen in laptops, offering up to 6+8 cores with a fully equipped Xe integrated graphics unit of 96 execution units. The CPU provides an x8 PCI-E 5.0 Channel and supports Thunderbolt 4. On the other HAND, the flagship HX55 platform adopts desktop-level specifications, providing up to 8+16 cores, a full x16 PCI-E 5.0 channel, and higher memory frequencies. However, the HX55 platform sacrifices integrated graphics, utilizing a UHD integrated graphics unit with 32 execution units, similar to desktop CPUs. Additionally, the HX55 platform does not integrate a Thunderbolt controller into the CPU but instead utilizes a separate controller on the motherboard. This platform is primarily designed for high-performance gaming laptops that can accommodate the additional space requirements. The specific specifications of different models within these platforms can be even more complex. The mainstream H45 platform has completely transitioned to the new 13th generation design, which, although not significantly different from the 12th generation in terms of architecture, offers improved cache performance and reduced inter-core latency. The 13th generation also benefits from an upgraded manufacturing process, allowing for higher frequencies and improved energy efficiency compared to the 12th generation. In contrast, the HX55 platform is different; the i9-13980HX and i7-13850HX are brand new CPUs, while models like the i7-13700HX and i5 series either retain the 12th generation architecture or combine elements of both the 12th and 13th generations, resulting in performance and energy efficiency variations. When choosing a gaming laptop with the 13th generation CPU, it is important to consider these differences. The i9-13980HX tested in this article represents the flagship of the entire laptop product line, sharing the same hardware specifications as the desktop 13900K CPU, featuring 24 cores, 32 Threads, and a formidable maximum turbo frequency of 5.6 GHz. Let's now examine the CPU performance in detail.

2.2 A Comparison Between the 13th Generation i9-13980HX and the Previous Generation i9-12950HX

To evaluate the performance improvement offered by the 13th generation i9-13980HX CPU, we compared it to its predecessor, the i9-12950HX. The i9-13980HX demonstrated a 17% increase in single-core performance, achieving a Cinebench R23 score of 2159. This improvement can be attributed to the higher frequencies provided by the 13th generation CPU. However, the real highlight is the multi-core performance, with the i9-13980HX delivering a score of over 32,000, showcasing a staggering 44% improvement compared to the previous generation. The addition of eight small cores contributes significantly to this impressive multi-core performance. While the i9-13980HX falls slightly behind the desktop 13900K CPU, it outperforms the 13700K in terms of both performance and energy efficiency. The inclusion of such powerful components in a laptop form factor is a remarkable feat. However, concerns may arise regarding the potential increase in power consumption and heat generation. Let's delve deeper into these aspects.

2.3 The Complex Product Line of the 13th Generation CPUs

The 13th generation CPUs offer a wide range of models with varying specifications. The mainstream H45 platform has entirely transitioned to the new 13th generation design, delivering improved cache performance and lower inter-core latency. The HX55 platform, on the other hand, offers a different experience, with completely new i9 CPUs and a mix of 12th and 13th generation architecture in the i7 and i5 models. This architectural Blend results in performance and efficiency differences. When considering a gaming laptop with a 13th generation CPU, it is crucial to carefully examine the specific model's compatibility and performance characteristics.

2.4 The Differences Between H45 and HX55 Platforms

The H45 platform, which caters to mainstream laptops, features specifications consistent with typical laptop configurations. It offers up to 6+8 cores and a fully equipped Xe integrated graphics unit with 96 execution units. The CPU provides an x8 PCI-E 5.0 channel and supports Thunderbolt 4. In contrast, the HX55 platform directly adopts desktop specifications, supporting up to 8+16 cores, a full x16 PCI-E 5.0 channel, higher memory frequencies, and omitting integrated graphics in favor of a 32-unit UHD integrated graphics unit. The H45 platform integrates the IO components alongside the CPU core, while the HX55 platform places the PCH separately on the motherboard. This design choice caters to high-performance gaming laptops that can accommodate the larger form factor. The specific configurations further complicate the situation, making it crucial for consumers to consider their individual needs when purchasing a 13th generation gaming laptop.

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