Console Generations, PC Hardware and Sega’s Arcade Legacy
How history may judge this console generation
The panel weighs the current console generation’s technical gains against its uneven software output and industry pressures.
- John Linneman points to fast SSD loading, 60 FPS modes, more common HDR, and a strong range of games as reasons to see the generation as solid, while noting longer development times and fewer exclusives.
- Oliver McKenzie highlights hardware ray tracing, virtualized geometry, and a substantial CPU improvement. He says those advances took time to show up in games.
- Rich sees a less diverse first-party lineup, unsuccessful live-service ambitions, and concerns about AAA business models. The panel also discusses cross-generation releases, image quality, and the possibility of further technical advances before the generation ends.
PC hardware prices and memory supply
The panel considers whether additional Chinese RAM manufacturers could ease pressure on consumer hardware prices. Oliver says increased supply could help, but demand from AI and cloud computing may offset it. John argues that current hardware remains capable and that development could focus on using it well rather than pushing ahead to new hardware. Rich discusses high GPU prices, the used market, and the uncertainty around future supply and pricing.
Games for lower-end hardware
Asked whether expensive hardware could encourage more games to target lower specifications, the panel distinguishes between games designed for modest hardware and AAA games adapted to run on it. They expect support for platforms below PS5 specifications to matter, but do not expect a broad shift to games designed for “potato level” PCs. They also discuss optimization and the potential for current hardware to keep producing strong visuals.
Whether Digital Foundry should use the RTX 5090
The panel debates using the RTX 5090 in game coverage when it is far beyond what many players can afford. John says it can be useful for showing visual features without bottlenecks, but is less suitable for representative performance testing. Oliver agrees that it has a place for technical demonstrations and benchmarks, while stressing the value of testing a range of hardware. Rich says the choice depends on what a video aims to show.
AI tools, game recreations and technical analysis
The panel discusses a rule in Claude Code against recreating specific existing games, following the use of AI and reverse-engineering tools to produce ports and clones. Oliver says the restriction does not affect Digital Foundry’s observational analysis, but may affect modding and ports; he describes it as a possible stopgap amid uncertain legal protections. Rich raises examples of AI-assisted reverse engineering of graphics features. The speakers discuss how effective restrictions may be and the risks of misuse.
Why Sega’s arcade hardware did not become its consoles
The final question asks why Sega’s Model 2 and Model 3 arcade expertise was not used to design its home consoles. John argues that arcade hardware was built without the same cost limits as a console, and that reducing its cost would have been difficult. The panel also discusses the separate business and technical priorities of arcade and home hardware, the Saturn’s development, and the Dreamcast’s closer relationship to Sega’s Naomi arcade board. They reflect on the shift toward standardized PC and console hardware and the changing role of arcades.