[SOLVED] Which one is stronger? Arm cortex A9 in DE1-SOC or arm cortex A53 in Raspberry Pi 3?

[johnny2231]

Hi guys, I am going to do a project which is adopt the algorithm of "Bearing Health Prognostic System" from raspbarry pi 3 into DE1-Soc. Because I think the DE1-Soc will help in reducing the time in processing the data in acheiving real time processing. I am not sure as I found that a53 is much stronger than a9. Or need to consider the SRAM of the boards as well?

Thanks!

 

[ads-ee]

Are you discussing an FPGA design with embedded software to run the FPGA design (Cyclone V DE1-SoC) or a software solution on a Raspberry Pi 3? If you are only using the Cyclone V's dual core A9 then this question doesn't even belong in the FPGA section.

As you are considering a Pi3 instead of the SoC solution then you probably had no intention of using the FPGA fabric for acceleration, so which one is "stronger" (a poor choice in terminology for a processor performance metric) is boils down to use which ever on has the most memory, fastest RAM, and highest clock speed (same as when you go buy a PC).

 

[johnny2231]

Are you discussing an FPGA design with embedded software to run the FPGA design (Cyclone V DE1-SoC) or a software solution on a Raspberry Pi 3? If you are only using the Cyclone V's dual core A9 then this question doesn't even belong in the FPGA section.

As you are considering a Pi3 instead of the SoC solution then you probably had no intention of using the FPGA fabric for acceleration, so which one is "stronger" (a poor choice in terminology for a processor performance metric) is boils down to use which ever on has the most memory, fastest RAM, and highest clock speed (same as when you go buy a PC).

Hi, sorry for that, I will be more careful in posting a new thread in the correct place next time.
And thanks for sharing!