However, whether they make a good choice for computers dedicated to gaming is worth debating.
In This Article
Reasons Why Threadripper CPUs Are Not Good for Gaming
Whether Threadripper CPUs are suitable for gaming is subject to a user’s preferences and specific requirements.
However, they might not be an automatic choice for the majority of gamers who prefer gaming performance over multi-threaded tasks.
Still, Threadripper CPUs can deliver satisfactory performance, especially when paired with other resource-demanding activities.
Your ultimate purchase decision should be based on intended usage, budget, and a balance between multi-threaded performance and gaming requirements. Let me explain all these factors one by one:
Only a few games are optimized to exploit Threadripper CPUs’ multi-threaded capabilities and high core counts to the fullest extent.
Hence, the additional cores are less likely to translate into considerable gaming performance benefits.
Threadripper CPUs are perfect for multi-threaded workloads. However, they fail to excel in single-threaded performance.
Compared to Ryzen processors, Threadripper CPUs’ single-threaded performance is slower.
This can negatively affect gaming performance as most gamers prefer single-threaded performance.
They also have higher power requirements.
The motherboard compatibility issue may limit options and increase costs if a gaming system is developed with an embedded Threadripper CPU.
Power Consumption & Cost
Threadripper CPUs consume more power compared to Ryzen processors.
Their increased power consumption requires a robust cooling system and leads to higher electricity bills, inflating your overall cost.
Additionally, Threadripper CPUs are costlier than Ryzen processors, making them less cost-effective for gamers who prioritize gaming excellence over multi-threaded performance.
Unlike their Ryzen counterparts, Threadripper CPUs are not specially optimized for gaming.
AMD’s Ryzen processors, specifically those in the Ryzen 5000 series, deliver excellent gaming performance with higher single-threaded workloads and significantly lower latency.
Hence, they are a far better choice for gaming enthusiasts.
Threadripper CPUs consume more power and, therefore, generate more heat.
These additional cooling requirements can increase both the complexity and cost of your system’s overall setup.
Future Game Optimization
Though some gamers still prefer multi-threaded performance, the majority stick to single-threaded performance.
Game developers are working on optimizing the latest mainstream processors.
Therefore, the slight advantage obtained from Threadripper CPUs for gaming will be outsmarted by more advanced features.
Boost Frequencies and Clock Speed
Threadripper CPUs, in some cases, may have slightly lower boost frequencies and clock speeds compared to Ryzen CPUs.
Although this is less likely to significantly affect overall gaming performance, it might cause lower frame rates in certain games, particularly those that heavily rely on single-threaded performance.
In the evolving gaming technology scenario, it is reasonably expected that future game titles will be able to make more efficient use of multi-threading.
Threadripper CPUs do not top gamers’ list of choices.
However, their excellent multi-threaded performance and high core counts will make Threadripper CPUs more relevant for gaming in the future, as more new and advanced processors flood the market.
Value for Gaming
Threadripper CPUs are best for enthusiasts and professionals who prefer multi-threaded performance.
Gamers are always focused on gaming performance and, therefore, are not willing to invest in a system that can efficiently deal with resource-intensive workloads like streaming, content creation, etc.
Additionally, Threadripper CPUs come at a high price and may not outperform low-cost Ryzen CPUs in terms of benefits.
Using Limited Gaming Software
Many gaming software and applications are designed to utilize single-threaded performance and are not meant for multi-threaded prowess.
Therefore, the present-day gaming scenario is unlikely to witness the optimum utilization of Threadripper CPUs’ high core counts and multi-threading capabilities, which could limit their potential gaming performance benefits.
Gaming Optimization for Intel CPUs
The gaming community has a preference for AMD’s Ryzen processors.
However, some game developers still have their mindset on optimizing for Intel CPUs.
Therefore, certain games may not be able to leverage Threadripper CPUs’ capabilities, which could potentially slightly slow down gaming performance when compared to their equivalent Intel counterparts.
Questions & Answers:
Is Threadripper Better Than Ryzen for gaming?
Focusing on games, standard Ryzen CPUs always offer much more value-added performance compared to Threadripper CPUs. Ryzen processors are highly optimized for single-threaded performance and gaming.
What is More Powerful Than Threadripper?
According to the latest update, AMD's EPYC CPUs are designed for data center and enterprise usage. These CPUs are more powerful than Threadripper CPUs, offering multi-threaded performance and higher core counts in workloads.
What is the Maximum RAM Capacity Supported by Threadripper?
Threadripper CPUs support high RAM capacities depending on the specific model. They have a RAM capacity ranging from 256GB to 2TB, depending on the memory configuration and motherboard.
How Many GHz Does Threadripper Have?
The clock speed of Threadripper processors ranges from 3.0 GHz to 3.7 GHz, with boost frequencies reaching up to 4.5 GHz. It varies depending on the different models.
In this write-up, we have dissected whether Threadripper CPUs would be a smart choice for gaming.
We have explained the reasons why they might not be the smartest option for gaming, addressed some frequently asked questions about Threadripper CPUs, and provided guidance to help you make an informed choice.