1920x1080 30 Hz DVI would require running RP2350 at least at 311 MHz ((1920 * 1080 * 30Hz * 10) / 2). Probably a bit more to account for minimal horizontal and

1920x1080 30 Hz DVI would require running RP2350 at least at 311 MHz ((1920 * 1080 * 30Hz * 10) / 2). Probably a bit more to account for minimal horizontal and vertical blanking etc. Multiplier 10 comes from 8b10b encoding. To fit in 520 kB of RAM, the framebuffer would need to be just 1 bpp, 2 colors (1920 * 1080 * 1bpp = 259200 bytes). From PSRAM I guess you could achieve 4 bpp, 16 colors. 24-bit RGB full color would be achievable at 6 Hz refresh rate. I guess you might be able to store framebuffer as YUV 4:2:0 (=12 bits per pixel) and achieve 12 Hz refresh rate? The CPU might be just fast enough to compute YUV->RGB in real time. (At 1920x1080@12Hz 12 clock cycles per pixel per core @300 MHz.) (Not sure whether the displays can accept very low refresh rates.)