Why not upgrade the current 64-bit standard specifications for the CPU and OS to 4096-bit and incorporate Fujitsu and Hitachi's 5th generation Digital Annealer into the CPU? The biggest advantage is that mission-critical non-stop web servers have high security, high speed, low power consumption, and reduced load.

What is Fujitsu and Hitachi's Digital Annealer?

Digital Annealer is a computing technology inspired by quantum phenomena that can rapidly solve ``combinatorial optimization problems'' that are difficult to solve with current general-purpose computers.

ENGLISH.

https://www-fujitsu-com.translate.goog/jp/digitalannealer/superiority/?_x_tr_sl=ja&_x_tr_tl=en&_x_tr_hl=ja&_x_tr_pto=wapp

https://www-fujitsu-com.translate.goog/jp/digitalannealer/superiority/?_x_tr_sl=ja&_x_tr_tl=en&_x_tr_hl=ja&_x_tr_pto=wapp

JAPANESE.

https://www.fujitsu.com/jp/digitalannealer/superiority/

https://www.fujitsu.com/jp/digitalannealer/superiority/

It is treated as a computer virus and patents such as hyper-threading and SMT4&8 are not paid for, but quantum computers can be manufactured cheaply by the idea of incorporating the fifth generation digital annealer patented by Fujitsu and Hitachi's Masahiro Ishizuka into a 4096-bit CPU. It will be popularized.

Unlike CUDA, OPENCL can be used not only with nVIDIA and AMD, but also with INTEL and AMD CPUs as well as GPUs.

For double precision operations, AMD is faster than nVIDIA. Information as of May 6, 2016.

I would like to see both INTEL and nVIDIA equipped with the same double-precision processing unit as AMD.

https://qiita.com/aokomoriuta/items/777f00f4d9f2bec887ba

https://qiita.com/aokomoriuta/items/777f00f4d9f2bec887ba

2016/05/06 — That said, with modern GPUs, AMD is faster than nVIDIA for double-precision operations, so if you want to use AMD GPUs for physics calculations that require double-precision, OpenCL is the only choice. is. (and ...