Intel(R) Core(TM) i5-4570 CPU @ 3.20GHz ★

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

Version	3.3.0
Date	3:36 11/12/2023
Compiler	gcc (Debian 12.2.0-14) 12.2.0 64-bit
Logical cores	4
CPU name	Intel(R) Core(TM) i5-4570 CPU @ 3.20GHz
Comment	This is an office PC / Small Form Factor (SFF), limited to 45 watt TDP. HP 800 EliteDesk G1.
Clockrate (base / max)	3,200 / 3,600 MHz
TDP	45.0 W
Normalized	ST/GHz: 721 · MT/Watt: 218

1,746

Overall score

719 - Singlecore	2,720 MP ratio x3.8 Multicore
2,720 MP ratio x3.8 Quadcore	2,721 MP ratio x3.8 Workstation

Non optimized	Single core	Multi core	Quad core	Workstation
Maximum	1,712	6,461	6,461	6,461
Average	804	3,039	3,040	3,040
Geometric (= official score)	719	2,720	2,720	2,721
Harmonic	646	2,444	2,444	2,445
Minimum	325	1,217	1,217	1,217

#	Kernel name
1.	Hydro fragment	1,432	5,450	5,449	5,450
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	991	3,702	3,714	3,727
3.	Inner product	787	3,005	3,005	3,005
4.	Banded linear equations	727	2,862	2,862	2,862
5.	Tri-diagonal elimination, below diagonal	528	1,995	1,995	1,995
6.	General linear recurrence equations	610	2,301	2,301	2,306
7.	Equation of state fragment	1,712	6,461	6,461	6,461
8.	ADI integration	1,073	4,087	4,086	4,086
9.	Integrate predictors	1,439	5,396	5,415	5,396
10.	Difference predictors	432	1,640	1,644	1,636
11.	First sum	376	1,457	1,457	1,457
12.	First difference	409	1,568	1,570	1,570
13.	2-D PIC (Particle In Cell)	325	1,217	1,217	1,217
14.	1-D PIC (Particle In Cell)	489	1,798	1,800	1,800
15.	Casual Fortran. Development version	919	3,468	3,464	3,469
16.	Monte Carlo search loop	623	2,351	2,352	2,355
17.	Implicit, conditional computation	1,017	3,832	3,830	3,827
18.	2-D explicit hydrodynamics fragment	716	2,700	2,701	2,699
19.	General linear recurrence equations	472	1,784	1,784	1,784
20.	Discrete ordinates transport, conditional recurrence on xx	1,241	4,661	4,648	4,650
21.	Matrix*matrix product	472	1,752	1,739	1,750
22.	Planckian distribution	1,281	4,793	4,792	4,793
23.	2-D implicit hydrodynamics fragment	812	3,054	3,061	3,059
24.	Find location of first minimum in array	423	1,603	1,602	1,603

6,299

Optimized ratio x3.6

Optimized score

2,596 - Singlecore	9,815 MP ratio x3.8 Multicore
9,809 MP ratio x3.8 Quadcore	9,815 MP ratio x3.8 Workstation

Optimized	Single core	Multi core	Quad core	Workstation
Maximum	12,584	47,568	47,438	47,577
Average	3,497	13,221	13,204	13,218
Geometric (= official score)	2,596	9,815	9,809	9,815
Harmonic	1,976	7,467	7,465	7,467
Minimum	529	1,997	1,997	1,997

#	Kernel name
1.	Hydro fragment	10,076	38,087	38,096	38,082
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	3,317	12,675	12,677	12,677
3.	Inner product	3,380	12,793	12,794	12,793
4.	Banded linear equations	2,852	10,788	10,788	10,789
5.	Tri-diagonal elimination, below diagonal	1,171	4,426	4,427	4,427
6.	General linear recurrence equations	1,884	7,118	7,118	7,117
7.	Equation of state fragment	12,584	47,568	47,438	47,577
8.	ADI integration	5,246	19,823	19,824	19,825
9.	Integrate predictors	6,626	25,041	25,035	25,043
10.	Difference predictors	2,832	10,702	10,702	10,703
11.	First sum	1,446	5,468	5,469	5,469
12.	First difference	3,349	12,667	12,672	12,673
13.	2-D PIC (Particle In Cell)	529	1,997	1,997	1,997
14.	1-D PIC (Particle In Cell)	1,481	5,594	5,595	5,594
15.	Casual Fortran. Development version	2,138	8,077	8,077	8,077
16.	Monte Carlo search loop	2,552	9,647	9,646	9,664
17.	Implicit, conditional computation	2,337	8,830	8,833	8,834
18.	2-D explicit hydrodynamics fragment	5,422	20,474	20,201	20,363
19.	General linear recurrence equations	986	3,724	3,725	3,725
20.	Discrete ordinates transport, conditional recurrence on xx	971	3,667	3,667	3,667
21.	Matrix*matrix product	7,444	28,105	28,093	28,102
22.	Planckian distribution	1,675	6,331	6,331	6,331
23.	2-D implicit hydrodynamics fragment	2,138	8,079	8,066	8,079
24.	Find location of first minimum in array	1,489	5,631	5,634	5,635