AMD’s Radeon Technological innovation Team (RTG) is selecting a RISC-V CPU/GPU designer for its present staff of architects building embedded RISC-V CPUs. A new work submitting indicates that the growth of RISC-V-based answers is effectively underway at AMD, whilst the actuality that Radeon Systems Group is using the services of specialists could give a trace about the purposes RTG is working on.
The task description supplies some general specifics about AMD’s expectations from its RISC-V micro-architect/RTL designer. The business is seeking for a specialist with experience in superior-effectiveness GPUs RISC-V RV64 CPUs and CPUs with out-of-purchase execution, speculative execution, and branch predictors.
In accordance to the position submitting, AMD has a staff doing the job on embedded RISC-V CPUs at AMD’s Radeon Systems Team in Orlando, Florida. The new applicant is expected to know and improve “present and rising graphics/compute paradigms and new APIs utilizing RISC-V processors.” Also, they will have to analyze CPU workloads and make recommendations for advancements as well as understand bottlenecks and other troubles where an embedded CPU will increase performance.
Evidently, AMD’s Radeon Technologies Group does not produce its own CPUs, so we are probably not heading to see AMD-branded RISC-V CPUs (or licensable RISC-V embedded CPU cores/designs) from RTG. Modern-day GPUs could use embedded CPUs for a range of tasks, like handling sure onboard capabilities for a GPU, or could even be expanded for a lot more unique functions, like functioning an running program or processing general-goal tasks this kind of as fetching data from storage products. RISC-V designs could also be used for other functions, like stability by furnishing a components-dependent root of rely on.
At this place, we really don’t know particularly what sort of RISC-V CPU cores AMD’s Radeon Technologies Group is developing, but we do know that Nvidia uses RISC-V microcontrollers on its have GPUs to deal with certain on-board capabilities.
The RISC-V open up-source architecture is exceptionally properly suited for rising programs, so it can be attainable that AMD is working on some thing new. Meanwhile, due to the fact we are working with a 64-bit RISC-V architecture, we can be rather confident that this is not a simplistic microcontroller.