創業之路
創業之路 (走路感想篇)
創業就跟走路一樣，只能靠自己的力量自己走。能走多遠算多遠。
路途中絕對有許多的坑坑洞洞。看得到的，閃的過的，算運氣好。但是還是有許多的坑洞是隱藏版的。真的不小心摔了一大跤，真的也只能自己爬起來，拍拍摔倒時身上沾粘到的小石頭，然後繼續的往前走。
但是還是要記住那些讓你摔跤的坑坑洞洞，下次絕對要記得閃過。
What are the major differences between RISC-V and traditional RISC CPUs?
For those of you new to RISC-V, it is an open-source Instruction Set Architecture (ISA) that began as a 2010 project of UC Berkeley’s Parallel Computing Laboratory and is now ushering in a new era of chip design and innovation. As the adoption of RISC-V accelerates, it will be used to support a plethora of devices and products, from automotive to 5G and wireless networking, to data centers and beyond. We are seeing new RISC-V architectures that are, for example, designed to deliver new capabilities for pre-silicon development, allowing new ways for SoC (System-on-Chip) architects and system software developers to define new products. This enables organizations to quickly prototype a product, including products for automotive with safety packages. (an excerpt from “Driving the Future of Chip Innovation: Top Three Reasons to Adopt RISC-V” by Desi Banatao) As a RISC architecture, the RISC-V ISA is a load–store architecture . Its floating-point instructions use IEEE 754 floating-poi
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