07-25-2022 05:00 PM - edited 07-25-2022 05:02 PM
OK, I changed the download to a shared folder on google drive. That should satisfy the https requirement 😄
07-25-2022 05:07 PM
So for fun I added a few more columns (e.g. max turbo frequency and TDP) and added two derived columns:
S/GHz: Serial single core performance normalized to the boost clock frequency. A better CPU architecture will give a higher score. This assumes that the serialized speed runs at max boost. Once all cores run in parallel, the clock might be reduced for thermal reasons.
P/TDP: Parallel Spectra/seconds normalized to TDP. Higher is more efficient.
07-25-2022 07:47 PM
Here's some more results 🙂
07-26-2022 01:28 AM
@altenbach wrote:
Not sure what you need. What kind of error are you getting with the current link?
No error, it just wouldn't download. No message about it being blocked either, opening the link manually just closes the tab.
The google drive link worked tho, thanks.
07-26-2022 09:48 AM
@Craig_ wrote:
Here's some more results 🙂
Wow, the 3970X single-handedly (or is that 32 core-ly) dethroned the leader and landed in first place with room to spare!
Of course at $3k+ for the CPU alone, we don't expect anything less. 😄
08-16-2022 07:08 AM
Xeon E-2286G @ 4GHz, while performing a local ISE FPGA compile (1 Core pegged to 100% already).
08-18-2022 05:08 AM
It may be unrelated, but I had to install LV 2020 runtime for the benchmark and since them my LVCompare (LV 2015 SP1) won't work...... Anyone had similar experiences?
08-18-2022 05:55 AM
LVCompare.exe is in Shared (C:\Program Files\National Instruments\Shared\LabVIEW Compare), so it probably got updated beyond compatibility...
08-18-2022 06:37 AM - edited 08-18-2022 06:38 AM
But surely the LV 2020 runtime doesn't touch LVCompare....? That is an IDE thing, not run-time, right?
Sorry, I don't mean to hijack the thread.
08-18-2022 08:44 AM