Nintendo Switch 2 leaks suggest it could be on par with Steam Deck: Report

The upcoming Nintendo Switch 2 is generating considerable buzz, with leaks and expert opinions suggesting it may deliver performance comparable to the Steam Deck. However, Matthew Cassells from Alderon Games, speaking on the Moore’s Law is Dead Broken Silicon podcast, has highlighted potential challenges that could impact the console’s performance.

According to Cassells, while the leaked specifications of the Nintendo Switch 2 indicate that its performance could rival that of Valve’s Steam Deck, there are concerns about its single-core CPU performance. This weaker aspect of the CPU may limit the console’s capabilities in certain scenarios, potentially affecting gameplay and processing efficiency.

One of the notable issues discussed involves the Switch 2’s software limitations. Historically, console manufacturers implement security processors and encryption protocols to safeguard against piracy and hacks. Given that the original Switch was vulnerable to hacks and had a functional flash cart released, similar security measures are expected for the new model. These measures could introduce constraints that impact system performance and usability.

Cassells also pointed out specific limitations carried over from the current Switch model. For instance, games on the current system face restrictions on how much data they can write to flash storage. This measure is intended to prevent the flash memory from wearing out prematurely, but it can be a significant constraint for certain types of games that require extensive data writing. Additionally, the existing console imposes strict limitations on patch sizes, which can affect game updates and overall performance.

Despite these concerns, the Nintendo Switch 2 is anticipated to be more than adequate for the near future. With 12GB of RAM, the console should handle most current games without issues, provided that high resolutions are not heavily targeted. However, games employing advanced technologies such as ray tracing or using the Unreal Engine 5 may face challenges. In such cases, developers might need to rely on upscaling techniques from lower resolutions, which could lead to a less sharp image quality.

Overall, while the Nintendo Switch 2 promises to be a powerful successor to the original Switch, it may face hurdles related to CPU performance and software constraints. These factors will likely influence the console’s reception and its ability to handle next-generation gaming demands effectively.