Framework mentioned that they worked with AMD extensively to try and find a way for upgradeable memory to be on this board. The fact that they went through iterations of simulations suggests to me that the basis for the motherboard was already largely designed in this stage.
As you mentioned, framework has a finite amount of resources. Once they determined that upgradeable ram is not a valid path forward without sacrificing half the compute capabilities of the APU, what should be their next step? Just can the project that already has a motherboard design? Like folks mentioned, there’s nothing really fancy outside of the motherboard. So if that works was already done, it seems financially responsible to me to provide that as an offering. AFAIK they’re the only desktop form factor for this apu suitable for a cluster, so I can see why it’s worth a gamble after extensive R&D was already invested into designing the hardest part of the product.
Framework mentioned that they worked with AMD extensively to try and find a way for upgradeable memory to be on this board. The fact that they went through iterations of simulations suggests to me that the basis for the motherboard was already largely designed in this stage.
As you mentioned, framework has a finite amount of resources. Once they determined that upgradeable ram is not a valid path forward without sacrificing half the compute capabilities of the APU, what should be their next step? Just can the project that already has a motherboard design? Like folks mentioned, there’s nothing really fancy outside of the motherboard. So if that works was already done, it seems financially responsible to me to provide that as an offering. AFAIK they’re the only desktop form factor for this apu suitable for a cluster, so I can see why it’s worth a gamble after extensive R&D was already invested into designing the hardest part of the product.