Any specific workloads (must be available for Windows) you would like to see, besides the current ones?
Preferably open source, but that's not mandatory if the workload can otherwise be justified.
Floating Point:
3DPM V2.0b1 (Custom binary, ICL 2017)
Blackscholes (Custom binary, ICL 2017)
Blender 2.78.4 (Custom binary, MSVC 2015 + ICL 2017)
libBullet 2.85 (Custom binary, ICL 2017)
C-Ray (Custom binary, ICL 2017)
Caselab Euler3D (Public binary, ICL)
Cinebench 10 (Public binary, ICL)
Cinebench R11.5 (Public binary, ICL)
Cinebench R15 (Public binary, ICL)
Embree 2.13.0 (Public binary, ICL)
Euler3D CFD (Custom binary, ICL 2017)
GMPBench 0.2 / libGMP 6.12 (Custom binary, GCC 6.2)
Himeno (Custom binary, GCC 6.3)
Linpack 2017.014.0 (Public binary, ICL)
MCRT (Custom binary, ICL 2017)
NAMD 2.12 (Public binary, ICL)
NBody (Custom binary, ICL 2017)
Integer:
7Zip 16.04 x64 (Public binary, MSVC)
GCC 6.3 x86-64 (Public binary, GCC)
NQueen (Custom binary, iFortran)
OpenSSL 1.1.0d (Custom binary, GCC 6.2)
Stockfish 8 (Custom binary, GCC 6.3)
VampireNumbers (Custom binary, GCC 6.3)
X264 r2762 (Custom binary, GCC 5.3 + YASM)
X265 2+2 (Custom binary, GCC 6.3 + YASM)
WinRar 5.40 x64 (Public binary, MSVC?)
Some might wonder why ICL 2017 is the most common compiler used here.
That's because it is currently the fastest all-over compiler (for FP) for all of the µarch's I'm testing (XV, Zen, HSW, KBL).
Naturally the vendor dependent instruction dispatcher has been removed from all of the custom binaries. Needless to say that since the newer ICLs (>= 2011) are no longer hostile towards AMD, and removing the dispatcher generally makes no difference.
The only two workloads where removing the dispatcher does make a difference are Caselab Euler3D (ICL from 2009 (?)) and Linpack. In Caselab Euler3D removing the dispatcher improves the performance on AMD CPUs by >30%, while in Linpack the dispatcher doesn't degrade the actual performance but prevents the program from running on AMD CPUs alltogether.
It would be great if you could run the Dolphin CPU benchmark as well.