Processors can be found in everything. Let’s not even talk about the SoC on your phone or smart TV, but modern devices from cars to consoles are filled with tiny chips. These microcontrollers manage power supplies, interpret sensor readings, move data, handle network connections, and a host of other services.
RISC enabled a revolution in small, efficient, and low-cost processors and helped create our modern connected world. If you need a chip for a new device, your only real option is to hope you can find something similar to what you want off-the-shelf from somewhere like Texas Instruments or Renesas.
One major setback here is that fundamental processor code; the instruction set, or ISA. Developing a new ISA is a huge endeavor, and a small few, like ARM and x86, dominate the chip landscape. The ISA is also designed to be modified, with “extensions” that can include functionality, letting engineers pick and select what features they need.
Even with an ISA, creating a new processor is a huge undertaking, but many companies backing the RISC-v project, including giants like Western Digital, have been open-sourcing their chip designs as well, freeing them up for other to modify or use.
There’s still a lot of ways this project could go wrong – funding drying up, developing issues, security flaws, to name a few — but if it succeeds, RISC-V could reduce the cost of developing the new chip and help companies of all sizes to build exactly the processors they need.
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