There is no mention of SSE4_1 in any documentation therefore I'm logging this issue.
P rebuilt binaries fail to work on a CPU without SSE4_1 (in my tests specifically with Pentium E2200), however it works fine when the same system is moved to a machine with a CPU that has SSE4_1 (and AVX, but I believe it is SSE4_1 rather than AVX).
The result is that the classification example crashes with either "Illegal instruction" or no message at all. The kernel log always contains a message about "illegal instruction"
On my machine running Debian 11, using Gdb I found the instruction that always caused the crash was pinsrq (one of SSE4_1).
Please update the docs to contain this information so people with older systems don't waste time on the binaries.
Click to expand!
### Issue Type
Documentation Bug
### Operating System
Linux
### Coral Device
M.2 Accelerator B+M
### Other Devices
_No response_
### Programming Language
Python 3.9
### Relevant Log Output
_No response_
Description
There is no mention of SSE4_1 in any documentation therefore I'm logging this issue. P rebuilt binaries fail to work on a CPU without SSE4_1 (in my tests specifically with Pentium E2200), however it works fine when the same system is moved to a machine with a CPU that has SSE4_1 (and AVX, but I believe it is SSE4_1 rather than AVX).
The result is that the classification example crashes with either "Illegal instruction" or no message at all. The kernel log always contains a message about "illegal instruction"
On my machine running Debian 11, using Gdb I found the instruction that always caused the crash was pinsrq (one of SSE4_1).
Please update the docs to contain this information so people with older systems don't waste time on the binaries.
Click to expand!
### Issue Type Documentation Bug ### Operating System Linux ### Coral Device M.2 Accelerator B+M ### Other Devices _No response_ ### Programming Language Python 3.9 ### Relevant Log Output _No response_