Rumors about the PS6 point to a hardware strategy focused on cost control: a 1TB SSD, less than the PS5 Pro, and the elimination of the optical disc drive as standard. The big ace up its sleeve would be Neural Texture Compression, a compression that would reduce game sizes by up to seven times. For a 3D professional, this configuration raises key questions about its validity for intensive workflows, beyond gaming. 🎮
Technical analysis: storage, compression, and workflow 💾
A 1TB SSD is just enough for an operating system, professional software, and a few active projects. Texture libraries, high-polygon models, and simulation or render caches can take up hundreds of GB per project. Neural compression promises efficiency, but it's designed for final data optimized for real-time GPU. In 3D production, we work with uncompressed source files or with minimal loss (like EXR), so this technology wouldn't apply in the creation phases. The absence of an optical drive reinforces dependence on downloads and cloud storage, a problem with massive files.
Conclusion: hardware oriented to consumption, not production ⚠️
The rumored PS6 configuration reinforces its nature as a consumer device. For a 3D artist, the SSD is insufficient as a main work unit and neural compression is not relevant in the creative process. Its utility in this niche would be limited to a testing station for real-time engines or content playback. Investment should continue to go to PCs or workstations with high-capacity and high-speed SSDs, lots of RAM, and no dependence on proprietary compression technologies for source files.
Can neural compression compensate for storage limitations in next-generation 3D workflows?
(PS: RAM is never enough, just like coffees on a Monday morning)