Intel(R) Core(TM) i9-11900K @ 3.50GHz ★

EvoBench v3.3 · 24 Livermore kernels · Waverian Evolution benchmark

Version	3.3.0
Date	15:05 23/09/2024
Compiler	cc (Debian 12.2.0-14) 12.2.0
Logical cores	16
CPU name	Intel(R) Core(TM) i9-11900K @ 3.50GHz
Comment	Debian 12 / DELL Precision 3650 Tower / our is limited to 125 W
Clockrate (base / max)	3,500 / 5,300 MHz
TDP (base / max)	125 / 125 W
Normalized	ST/GHz: 813 · MT/Watt: 314

3,670

Overall score

1,129 - Singlecore	9,721 MP ratio x8.6 Multicore
4,502 MP ratio x4.0 Quadcore	9,062 MP ratio x8.0 Workstation

Non optimized	Single core	Multi core	Quad core	Workstation
Maximum	2,936	22,774	11,741	21,181
Average	1,310	10,988	5,225	10,247
Geometric (= official score)	1,129	9,721	4,502	9,062
Harmonic	988	8,692	3,928	8,097
Minimum	496	4,455	1,970	4,143

#	Kernel name
1.	Hydro fragment	2,021	16,072	8,081	15,010
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	1,422	11,794	5,642	10,912
3.	Inner product	1,042	9,198	4,219	8,587
4.	Banded linear equations	1,002	8,855	4,120	8,179
5.	Tri-diagonal elimination, below diagonal	765	8,350	3,087	7,867
6.	General linear recurrence equations	855	7,011	3,421	6,460
7.	Equation of state fragment	2,936	22,285	11,741	20,827
8.	ADI integration	1,793	13,584	7,159	12,595
9.	Integrate predictors	2,428	18,476	9,687	17,200
10.	Difference predictors	752	5,844	2,984	5,449
11.	First sum	496	5,121	1,970	4,754
12.	First difference	619	5,369	2,513	5,017
13.	2-D PIC (Particle In Cell)	554	4,455	2,062	4,143
14.	1-D PIC (Particle In Cell)	698	5,691	2,720	5,250
15.	Casual Fortran. Development version	1,733	13,497	6,927	12,676
16.	Monte Carlo search loop	936	7,859	3,717	7,308
17.	Implicit, conditional computation	1,423	14,780	5,715	13,475
18.	2-D explicit hydrodynamics fragment	1,291	9,555	5,161	9,025
19.	General linear recurrence equations	637	7,868	2,551	7,262
20.	Discrete ordinates transport, conditional recurrence on xx	2,459	22,095	9,774	20,734
21.	Matrix*matrix product	754	6,149	3,013	5,715
22.	Planckian distribution	2,845	22,774	11,234	21,181
23.	2-D implicit hydrodynamics fragment	1,363	10,734	5,477	10,404
24.	Find location of first minimum in array	608	6,291	2,431	5,900

14,306

Optimized ratio x3.9

Optimized score

4,311 - Singlecore	39,282 MP ratio x9.1 Multicore
17,290 MP ratio x4.0 Quadcore	38,072 MP ratio x8.8 Workstation

Optimized	Single core	Multi core	Quad core	Workstation
Maximum	18,286	130,602	73,007	125,118
Average	5,736	47,033	22,921	45,402
Geometric (= official score)	4,311	39,282	17,290	38,072
Harmonic	3,329	33,753	13,433	32,818
Minimum	1,173	17,062	4,688	16,918

#	Kernel name
1.	Hydro fragment	15,395	114,233	61,449	110,150
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	5,289	41,786	20,353	39,644
3.	Inner product	4,019	40,581	15,920	39,375
4.	Banded linear equations	4,633	39,526	18,347	38,186
5.	Tri-diagonal elimination, below diagonal	1,945	21,310	7,743	20,600
6.	General linear recurrence equations	2,283	26,552	9,135	25,343
7.	Equation of state fragment	18,286	130,602	73,007	125,118
8.	ADI integration	9,372	65,036	37,485	62,490
9.	Integrate predictors	9,241	67,659	36,966	65,713
10.	Difference predictors	5,601	36,698	22,120	35,276
11.	First sum	1,873	19,018	7,491	18,236
12.	First difference	4,211	39,294	16,854	38,217
13.	2-D PIC (Particle In Cell)	1,713	19,296	8,167	18,532
14.	1-D PIC (Particle In Cell)	2,949	22,426	11,752	21,522
15.	Casual Fortran. Development version	7,644	66,365	30,565	63,936
16.	Monte Carlo search loop	4,757	36,067	18,773	34,785
17.	Implicit, conditional computation	3,251	37,637	12,982	36,125
18.	2-D explicit hydrodynamics fragment	11,998	86,765	47,874	82,899
19.	General linear recurrence equations	1,173	17,062	4,688	16,918
20.	Discrete ordinates transport, conditional recurrence on xx	1,502	21,380	6,011	21,248
21.	Matrix*matrix product	11,496	91,354	46,511	86,999
22.	Planckian distribution	4,036	31,219	16,050	31,647
23.	2-D implicit hydrodynamics fragment	2,812	35,649	11,240	35,267
24.	Find location of first minimum in array	2,193	21,271	8,621	21,422