Considering that the "YAHOO!" is a worldwide brand mark, so we could use the brand doing a game console. Let's use a proper motherboard, specially designed to the task, using two Samsung Exynos 2200 processors. With a 2 Terabytes SSD. And with the 6G using 1 THz band in mind. For now we shall use the old 5G and 4G cell telephones lines. The reason is that 6G is being thinked now and we need a plus powerfull processing power than the PS5 or MS XBox cannot deliver. With the 6G we will have to cope with download of a lot of files and today's telephone lines cannot deliver. Consider the usage of the IEEE 1914.3 standard for the DOWNLOADING and UPLOADING files as we must have the best tool for packing/unpacking data files with audio, video, math instructions, and else on. O.S. we could use the Windows 11 for ARM (RISC). I consider that there are no problems that the games are made using X86 instructions instead RISC instructions as these X86 instructions could be find in a LIBRARY (dependencie) and be converted from X86 to the RISC instructions to be executed. And the usage of the CLIENT-SERVER model. As in the client side is the end user that is playing the game, and in the other side is the SERVER in a datacenter running the instructions. X86 instructions must be converted to the RISC and this could be done using a LIBRARY in the SERVER side. We downloaded a lot of files to the END USER but to reach this goal we must write the best tool for the PACKING-UNPACKING the downloaded files. I see no reason to put a BLUE RAY player as the acquisition of the game title is in the CLOUD, using the CLOUD, the end user enter in the cloud and acquire the desired title. This console will need to connect directly to a SMART TV using the HDMI 2.1 so need to have two HDMI 2.1 doors. O.S. we could use the Windows 11 O.S. or any LINUX o.s. available or both the O.S. as per the end user choose from a menu [ 1 - Windows or 2 - Linux ] the desirable O.S. he/she wants to run. Yes; the processor Exynos 2200 is RISC but using the LIBRARY for converting from X86 to RISC the instructions that are X86 could be translated to the proper RISC instructions as per a pre-defined job. We must to think in advance and provide the next gen game console that will use the CLIENT-SERVER model.