Both machines are expected to deliver enormous power and speed in their processes
The future of PlayStation is beginning to take shape. Despite ongoing component supply challenges that may delay the next generation, including the PS6 and a rumored portable console, details about both systems continue to emerge. Recent reports suggest a key competitive advantage for these upcoming devices may have been revealed.
Information comes from known PlayStation leak source KeplerL2, who shared potential specifications for both the PS6 and a future PlayStation portable, sometimes referred to as “Project Canis,” on NeoGAF forums.
Regarding the PS6, the discussion centers on memory. According to these claims, the system could incorporate up to 30 GB of GDDR7 memory, a significant figure that would require an unusual configuration. Addressing questions about achieving this capacity using 4 GB modules on a 160-bit bus, KeplerL2 suggests Sony may opt for 3 GB modules in a “clamshell” arrangement. This architecture would allow for adjustment of the bus width, compensated by higher memory speeds and a substantial increase in bandwidth, potentially reaching around 640 GB/s. This would represent a notable leap in data transfer speeds compared to the current generation.
A Focus on Power and Speed for Both Systems
Alongside the PS6, specifications for a next-generation handheld have also reportedly surfaced. The same insider indicates the device could feature up to 24 GB of LPDDR5X memory, positioning it in the premium portable console market. While not intended to match the raw power of a home console, the handheld aims to deliver solid performance aligned with current industry standards.
Reports throughout 2025 have indicated a potential PlayStation 6 launch in 2027 and a portable console less powerful than the PS5, but integrated within the same ecosystem strategy. As with all leaks, this information should be treated with caution until Sony makes an official announcement. The technical debate surrounding memory, bandwidth, and internal configurations suggests the next generation could prioritize performance optimization. This focus on performance reflects the increasing demands of modern gaming and the desire to deliver immersive experiences.
