Linus Tech Tips demonstrated a custom-built gaming PC that delivers higher raw performance than Valve's Steam Machine for a similar cost.
This comparison highlights the value gap between proprietary gaming hardware and DIY builds. For gamers seeking high performance without a premium price tag, the ability to exceed corporate hardware specifications using off-the-shelf parts remains a primary driver for the custom PC market.
The project involved YouTuber Zac, who sought to challenge the specifications of the Steam Machine. The Steam Machine is priced at $1,049 [1], a cost that some analysts have noted is nearly twice the price of a PlayStation 5 [2]. By selecting specific components, the DIY build aimed to provide a superior gaming experience while adhering to that same budget constraint.
"I can't believe I beat Valve to it," Zac said in a report by Yahoo Gaming [3].
The challenge underscores a long-standing debate regarding the target audience for Valve's hardware. Some industry perspectives suggest the Steam Machine is not intended for traditional PC gamers, while others argue it promises the flexibility and performance of an entry-level gaming PC [4, 5]. By proving that a custom build can outperform the device, the Linus Tech Tips video suggests that the convenience of a console-like experience comes with a performance penalty.
The DIY approach allows users to select hardware tailored to their specific needs, such as prioritizing the graphics card over the chassis, which is not possible with the fixed specifications of the Steam Machine. This flexibility often results in a higher frame rate and better resolution in demanding titles, provided the user is willing to assemble the machine themselves.
“"I can't believe I beat Valve to it."”
The disparity between DIY performance and the Steam Machine's fixed specs illustrates the 'convenience tax' associated with gaming consoles. While Valve aims for a plug-and-play experience, the technical overhead of a proprietary OS and standardized hardware often limits the raw power available to the user compared to a curated list of components.


