In this article I will provide my review of the Skytech Siege 4 vs Resident Evil 4 and provide an overview of the performance expectations.
Skytech Siege 4 vs Resident Evil 4
In order to understand how the Skytech Siege 4 performs for Resident Evil 4, we should first look at the PC requirements listed by the game developer:
- OS: Windows 10 (64 bit)/Windows 11 (64 bit)
- Processor: AMD Ryzen 5 3600 / Intel Core i7 8700
- Memory: 16 GB RAM
- Graphics: AMD Radeon RX 5700 / NVIDIA GeForce GTX 1070
To truly grasp the listed system requirements of Resident Evil 4 vs the components in the Skytech Siege 4, it’s essential to dive into the most pivotal components highlighted. For many, including myself, these encompass the (1) processor, (2) graphics card, (3) RAM, and (4) hard drive. By comparing the specified system requirements against the Skytech Siege 4, it becomes apparent that the Skytech Siege 4 surpasses the game’s demands a lot. This surplus performance enables high-performance gaming, facilitating maximum graphic settings at resolutions like 1080P and 1440P, ensuring a seamless gaming experience with impressive FPS (frames per second).
Processor – Skytech Siege 4 vs Resident Evil 4
When we look at the comparison of the Intel i5 13600K (Skytech Siege 4) vs the Intel i7 8700 (Resident Evil 4), we see some stark differences leading us to the fact that the 13600K is going to provide much better performance than the older Intel i7 8700 CPU. Here’s a list of the differences:
- Architecture:
- i5 13600K: Part of the Alder Lake architecture, which features a hybrid design incorporating both high-performance cores (P-cores) and efficient cores (E-cores).
- i7 8700: Belongs to the Coffee Lake architecture, which is a previous generation architecture without the hybrid core design.
- Cores and Threads:
- i5 13600K: It has a total of 14 cores (6 P-cores + 8 E-cores) and 20 threads.
- i7 8700: Comes with 6 cores and 12 threads.
- Clock Speeds:
- i5 13600K: Offers impressive clock speeds with a max turbo frequency of 5.3 GHz (for single-core boost), 5.10 GHz for performance cores, and 3.90 GHz for efficient cores.
- i7 8700: Has a base frequency of 3.20 GHz and a max turbo frequency of 4.60 GHz.
- Cache:
- i5 13600K: Comes with 24 MB of Intel® Smart Cache (20 MB L2 cache).
- i7 8700: Has 12 MB of Intel Smart Cache.
- Technology and Features:
- i5 13600K: Supports newer technologies, DDR5 memory, PCIe 5.0, and features enhanced power efficiency due to the hybrid architecture.
- i7 8700: Supports DDR4 memory and PCIe 3.0, lacking support for the newer technologies available in more recent CPU architectures.
- Performance:
- Generally, the i5 13600K would outperform the i7 8700 due to its higher core count, newer architecture, faster clock speeds, and improved technology. The hybrid architecture of the i5 13600K might provide better performance in multi-threaded tasks due to its increased core and thread count.
- Power Efficiency:
- The i5 13600K might have better power efficiency due to its architecture and newer manufacturing process compared to the i7 8700.
The Intel i5 13600K, being from a newer generation with a higher core count, improved architecture, and faster clock speeds, is going to offer better overall performance compared to the older Intel i7 8700.
Graphics Card
The Skytech Siege 4 includes Intel’s latest graphics card, the Intel A770 16GB. Assessing graphics cards across different brands can be challenging, but an article from PCWorld speculates that the A770 16GB is on par with NVIDIA’s RTX 3060 or AMD’s RX 6600. According to the article, the A770 outperforms both the RTX 3060 and RX 6600 in 1440P gaming and even surpasses NVIDIA’s ray tracing capabilities. However, its performance at 1080P falls slightly behind its NVIDIA and AMD counterparts. Despite this, the A770 comes at a more budget-friendly price point, contributing to the exceptional value of this PC.
Comparing the A770 with the recommended graphics card for Apex Legends, the RTX 3060, reveals significant insights.
- Architecture and Generation:
- Performance:
- RTX 3060: Offers significantly better performance compared to the GTX 1070. It provides enhanced ray tracing capabilities and better overall performance across modern games due to its newer architecture, increased CUDA cores, and faster memory.
- GTX 1070: Was a powerful card in its time but now falls behind newer generations in terms of performance, especially in handling ray tracing and other modern graphical features.
- CUDA Cores and Ray Tracing:
- RTX 3060: Features 3584 CUDA cores, dedicated RT cores for ray tracing, and Tensor cores for AI-based technologies like DLSS.
- GTX 1070: Has 1920 CUDA cores and lacks dedicated hardware for ray tracing or DLSS.
- Memory and Bandwidth:
- RTX 3060: Typically comes with 12 GB of GDDR6 memory, offering higher bandwidth compared to the GTX 1070.
- GTX 1070: Has 8 GB of GDDR5 memory with lower bandwidth compared to newer generations.
- Performance in Games:
- RTX 3060: Performs significantly better than the GTX 1070 across modern games, providing higher frame rates at higher resolutions and settings. It’s capable of handling ray-traced effects and DLSS-supported games more efficiently.
- GTX 1070: Still capable of running many games smoothly at 1080p and some at 1440p, but might struggle with newer titles at higher settings and resolutions compared to the RTX 3060.
- Power Efficiency and Additional Features:
- RTX 3060: Offers improved power efficiency compared to the GTX 1070 and supports newer features like NVIDIA Reflex for reduced input latency and NVIDIA Broadcast for AI-powered streaming enhancements.
- GTX 1070: Consumes more power relative to its performance level and lacks the advanced features found in newer GPUs.
In summary, the NVIDIA GeForce RTX 3060 is a significantly more powerful and feature-rich graphics card compared to the GTX 1070. It offers better performance across modern games, supports ray tracing and DLSS, provides higher memory capacity and bandwidth, and incorporates various new technologies for enhanced gaming experiences.
RAM Comparison
The Skytech Siege 4 is equipped with a substantial 32GB of DDR5 5200MHz RAM, a remarkable capacity and speed, especially considering that Resident Evil 4, which recommends only 16GB, hardly taps into this immense resource. While it might seem excessive for this particular game, this robust RAM configuration ensures readiness for upcoming demanding titles like Hogwarts, known for its hefty RAM requirements. With this surplus RAM, multitasking becomes a breeze – from streaming, music playback, web browsing, to gaming in Apex Legends – all simultaneously managed without encountering any bottlenecks related to memory.
Hard Drive Review of the Skytech Siege 4
The Skytech Siege 4 boasts a state-of-the-art 1TB NVMe SSD, showcasing the pinnacle of storage technology. NVMe revolutionizes data access with speeds six times faster than standard SSDs, ensuring rapid performance. Its 1TB capacity aptly caters to contemporary gaming needs, accommodating a multitude of modern games while also allowing room for potential future expansions.
Given gamers’ inclination to accumulate a wealth of media files, including streaming content, various games, photos, and extensive data, I recommend considering the addition of an external hard drive. Specifically, the Buffalo LinkStation is a noteworthy choice, offering a substantial 2TB storage capacity through RAID 1 drive mirroring, guaranteeing data redundancy and providing a total of 4TB of RAW storage.
Conclusion
The Skytech Siege 4 is a well-balanced performance powerhouse compared to the PC recommendations in Resident Evil 4. You should enjoy gaming on Resident Evil 4 with 1080P or 1440P at maximum graphics settings and experience good performance while playing. This is not a build though that I would recommend at 4K, which for Resident Evil, might make sense if you have a monitor to support that resolution.