On 8/25/20 2:16 AM, Havard Skinnemoen via wrote: > I also pushed this and the previous patchsets to my qemu fork on github. > The branches are named npcm7xx-v[1-8]. > > https://github.com/hskinnemoen/qemu > > This patch series models enough of the Nuvoton NPCM730 and NPCM750 SoCs to > boot > an OpenBMC image built for quanta-gsj. This includes device models for: > > - Global Configuration Registers > - Clock Control > - Timers > - Fuses > - Memory Controller > - Flash Controller > > These modules, along with the existing Cortex A9 CPU cores and built-in > peripherals, are integrated into a NPCM730 or NPCM750 SoC, which in turn form > the foundation for the quanta-gsj and npcm750-evb machines, respectively. The > two SoCs are very similar; the only difference is that NPCM730 is missing some > peripherals that NPCM750 has, and which are not considered essential for > datacenter use (e.g. graphics controllers). For more information, see > > https://www.nuvoton.com/products/cloud-computing/ibmc/ > > Both quanta-gsj and npcm750-evb correspond to real boards supported by > OpenBMC. > At the end of the series, qemu can boot an OpenBMC image built for one of > these > boards with some minor modifications. > > The patches in this series were developed by Google and reviewed by Nuvoton. > We > will be maintaining the machine and peripheral support together. > > The data sheet for these SoCs is not generally available. Please let me know > if > more comments are needed to understand the device behavior.
Series: Tested-by: Philippe Mathieu-Daudé <f4...@amsat.org>
