University of Cape Town
UCT High Performance Computing Facility
Wed Sep 11 15:40:01 SAST 2024
Cluster efficiency
srvcnthpc100: 80 CPUS 2115.74%/8000%=26% utilized 2 cores active = 35% core reservation = 74% efficiency
srvcnthpc101: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc102: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc103: 40 CPUS 3988%/4000%=99% utilized 4 cores active = 100% core reservation = 99% efficiency
srvcnthpc104: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc105: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc106: 40 CPUS 3.51000000000001%/4000%=0% utilized 4 cores active = 100% core reservation = 0% efficiency
srvcnthpc108: 40 CPUS 3905.35%/4000%=97% utilized 4 cores active = 100% core reservation = 97% efficiency
srvcnthpc109: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc110: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc111: 40 CPUS 1349.68%/4000%=33% utilized 3 cores active = 80% core reservation = 41% efficiency
srvcnthpc112: 40 CPUS 103.51%/4000%=2% utilized 3 cores active = 87% core reservation = 2% efficiency
srvcnthpc113: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc114: 40 CPUS 126.1%/4000%=3% utilized 1 cores active = 45% core reservation = 6% efficiency
srvcnthpc115: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc116: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc117: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc118: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc119: 40 CPUS 2405.49%/4000%=60% utilized 2 cores active = 60% core reservation = 100% efficiency
srvcnthpc120: 40 CPUS 3614.01%/4000%=90% utilized 3 cores active = 90% core reservation = 100% efficiency
srvcnthpc121: 40 CPUS 6.48999999999999%/4000%=0% utilized cores active = 0% core reservation
srvcnthpc122: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc125: 40 CPUS 4000%/4000%=100% utilized 4 cores active = 100% core reservation = 100% efficiency
srvcnthpc126: 40 CPUS 404.5%/4000%=10% utilized 3 cores active = 80% core reservation = 12% efficiency
srvcnthpc127: 44 CPUS 1461.41%/4400%=33% utilized 2 cores active = 63% core reservation = 52% efficiency
srvcnthpc128: 44 CPUS 1397.15%/4400%=31% utilized 2 cores active = 63% core reservation = 49% efficiency
srvcnthpc129: 44 CPUS 1530.33%/4400%=34% utilized 2 cores active = 63% core reservation = 53% efficiency
srvcnthpc130: 44 CPUS 1386.69%/4400%=31% utilized 2 cores active = 63% core reservation = 49% efficiency
srvcnthpc131: 44 CPUS 1548.81%/4400%=35% utilized 2 cores active = 63% core reservation = 55% efficiency
srvcnthpc132: 44 CPUS 1514.99%/4400%=34% utilized 2 cores active = 63% core reservation = 53% efficiency
srvcnthpc133: 44 CPUS 1601.98%/4400%=36% utilized 2 cores active = 63% core reservation = 57% efficiency
srvcnthpc134: 44 CPUS 1573.17%/4400%=35% utilized 2 cores active = 65% core reservation = 53% efficiency
srvcntgpu001: 16 CPUS 1.5%/1600%=0% utilized cores active = 0% core reservation
srvcntgpu002: 12 CPUS 0%/1200%=0% utilized cores active = 0% core reservation
srvcntgpu004: 20 CPUS 1%/2000%=0% utilized cores active = 0% core reservation
srvcntgpu005: 32 CPUS 97.27%/3200%=3% utilized 2 cores active = 62% core reservation = 4% efficiency
srvcntgpu006: 32 CPUS 100%/3200%=3% utilized 2 cores active = 62% core reservation = 4% efficiency
srvcntgpu007: 32 CPUS 99.5%/3200%=3% utilized 2 cores active = 62% core reservation = 4% efficiency
srvcntgpu008: 32 CPUS 97.21%/3200%=3% utilized 2 cores active = 62% core reservation = 4% efficiency
srvcntgpu009: 56 CPUS 75.65%/5600%=1% utilized cores active = 1% core reservation = 100% efficiency
srvcntgpu010: 56 CPUS 1013.02%/5600%=18% utilized 2 cores active = 46% core reservation = 39% efficiency
srvcntgpu011: 56 CPUS 277.65%/5600%=4% utilized 1 cores active = 17% core reservation = 23% efficiency
srvcnthpc600: 64 CPUS 10.01%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc601: 64 CPUS 0%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc602: 64 CPUS 0.5%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc603: 64 CPUS 1.5%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc604: 64 CPUS 2%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc605: 64 CPUS 10.01%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc606: 64 CPUS 1.51%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc607: 64 CPUS 1.5%/6400%=0% utilized cores active = 0% core reservation
srvcnthpc801: 48 CPUS 10.59%/4800%=0% utilized cores active = 0% core reservation
srvcnthpc802: 48 CPUS 42.57%/4800%=0% utilized cores active = 0% core reservation
Average cluster core efficiency = 63%
srvcntgpu001: 4 fermi GPUS 0%/0% = 0%
srvcntgpu002: 4 fermi GPUS 0%/0% = 0%
srvcntgpu004: 2 kepler GPUS 0%/0% = 0%
srvcntgpu005: 4 pascal GPUS 49%/100% = 49%
srvcntgpu006: 4 pascal GPUS 50%/100% = 50%
srvcntgpu007: 4 pascal GPUS 50%/100% = 50%
srvcntgpu008: 4 pascal GPUS 50%/100% = 50%
srvcntgpu009: 4 amperemk GPUS 60%/100% = 60%
srvcntgpu010: 4 ampere GPUS 161%/200% = 80%
srvcntgpu011: 4 ampere80 GPUS 242%/300% = 80%
Total cards: 38
Cards active: 10
Average GPU efficiency = 66%