True, but I have compared the FP32 used in graphics computations because for that the throughput information is easily available.
Both CPUs (with the BF16 instructions and with the VNNI instructions for INT8 inference) and the GPUs have a higher throughput for lower precision data types than for FP32, but the exact acceleration factors are hard to find.
The Intel server CPUs have the advantage vs. AMD that they also have the AMX matrix instructions, which are intended to compete for inference applications with the NVIDIA tensor cores, but the Intel CPUs are much more expensive for a number of cores big enough to be competitive with GPUs.
Both CPUs (with the BF16 instructions and with the VNNI instructions for INT8 inference) and the GPUs have a higher throughput for lower precision data types than for FP32, but the exact acceleration factors are hard to find.
The Intel server CPUs have the advantage vs. AMD that they also have the AMX matrix instructions, which are intended to compete for inference applications with the NVIDIA tensor cores, but the Intel CPUs are much more expensive for a number of cores big enough to be competitive with GPUs.