AVX is becoming essential for modern games.
AVX is becoming essential for modern games.
So reading this on my Phone while waiting on someone elsewhere... Granted I haven't been keeping up with the latest games or computer hardware, but I'm glad I now know this... Of course I wouldn't panning on doing such a build for myself or advise anyone else to do so with such a low end CPU. A quad core Rig is the lowest I will build for anyone. Personally I wouldn't produce Processors with less then four cores or offer them for sale but that iust just me.
It seems like you're referring to a situation where only one player can participate, making it unlikely for others to join. This might not apply to other games.
Several games already utilize AVX. It's not just Star Citizen, there are many others as well.
It involves numerous vector commands in the CPU for advanced calculations.
Every processor comes with an instruction set—the core commands it can execute. These are indivisible, meaning they can't be divided into smaller parts. When a command reaches the CPU, it gets converted into equivalent instructions from the instruction set and carried out directly. Both AMD and Intel CPUs rely on the x86 instruction set. AVX enhances this by introducing additional operations. The compatibility of operating systems and applications across different CPU types (Intel to AMD or vice versa) stems from them sharing the same instruction set. In contrast, ARM processors use a distinct instruction set, which is why programs and OS often fail when switching between architectures.
AVX instructions have existed for quite some time. Intel launched it with Sandy Bridge in 2011, expanding its capabilities with AVX2 during Haswell. The precise adoption date for AMD remains unclear, but it appeared in their 'dozer era, though performance was limited and they lagged behind Intel until Zen 2 last year. Zen 1 was more aligned with Sandy Bridge. Intel also offers AVX-512 on certain processors, though its usage is still minimal. Notably, Intel excludes AVX from lower-end CPUs such as Pentium and Celerons, even when they support Sandy Bridge or newer models. This feature is available only in i-series chips.