AMD Ryzen 9 7950X 16-Core Processor / ECO-mode 65/88 watt TDP ★

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

Version	3.3.0
Date	02:30 13/01/2024
Compiler	cc (Debian 12.2.0-14) 12.2.0
Logical cores	32
CPU name	AMD Ryzen 9 7950X 16-Core Processor / ECO-mode 65/88 watt TDP
Comment	Debian 12 / ECO-mode 65/88 watt TDP
Clockrate	5,700 MHz
TDP	88.0 W
Normalized	ST/GHz: 1,062 · MT/Watt: 972

5,005

Overall score

1,271 - Singlecore	19,382 MP ratio x15.2 Multicore
5,092 MP ratio x4.0 Quadcore	19,434 MP ratio x15.3 Workstation

Non optimized	Single core	Multi core	Quad core	Workstation
Maximum	3,663	48,506	16,310	49,273
Average	1,502	21,785	6,090	21,866
Geometric (= official score)	1,271	19,382	5,092	19,434
Harmonic	1,087	17,441	4,344	17,475
Minimum	464	9,615	1,808	9,590

#	Kernel name
1.	Hydro fragment	2,403	36,065	11,669	35,846
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	2,072	25,050	8,074	24,861
3.	Inner product	887	18,999	3,669	18,945
4.	Banded linear equations	1,080	18,527	4,232	18,421
5.	Tri-diagonal elimination, below diagonal	760	15,921	3,043	15,975
6.	General linear recurrence equations	801	15,203	3,122	14,994
7.	Equation of state fragment	3,391	48,506	16,310	49,273
8.	ADI integration	2,332	25,500	9,043	25,398
9.	Integrate predictors	3,099	34,347	12,061	34,266
10.	Difference predictors	725	10,140	2,809	10,075
11.	First sum	464	9,931	1,808	9,927
12.	First difference	869	11,148	3,405	11,123
13.	2-D PIC (Particle In Cell)	525	9,615	2,469	9,590
14.	1-D PIC (Particle In Cell)	893	12,783	3,451	12,940
15.	Casual Fortran. Development version	1,912	25,044	7,522	24,924
16.	Monte Carlo search loop	1,348	16,160	5,256	16,138
17.	Implicit, conditional computation	1,118	27,051	4,355	27,168
18.	2-D explicit hydrodynamics fragment	1,624	18,415	6,234	18,215
19.	General linear recurrence equations	617	13,089	2,409	13,050
20.	Discrete ordinates transport, conditional recurrence on xx	1,743	39,021	6,943	39,331
21.	Matrix*matrix product	1,156	12,996	4,519	12,907
22.	Planckian distribution	3,663	44,536	13,846	45,123
23.	2-D implicit hydrodynamics fragment	1,650	20,403	6,370	21,035
24.	Find location of first minimum in array	915	14,393	3,546	15,254

23,142

Optimized ratio x4.6

Optimized score

6,053 - Singlecore	85,540 MP ratio x14.1 Multicore
23,935 MP ratio x4.0 Quadcore	86,302 MP ratio x14.3 Workstation

Optimized	Single core	Multi core	Quad core	Workstation
Maximum	27,485	288,307	107,737	289,577
Average	8,137	101,434	32,129	102,919
Geometric (= official score)	6,053	85,540	23,935	86,302
Harmonic	4,744	74,264	18,778	74,467
Minimum	1,831	34,055	7,332	34,437

#	Kernel name
1.	Hydro fragment	25,550	265,378	99,527	253,194
2.	ICCG excerpt (Incomplete Cholesky Conjugate Gradient)	6,471	77,747	25,597	76,914
3.	Inner product	6,367	103,678	25,079	105,597
4.	Banded linear equations	6,576	87,403	25,800	86,123
5.	Tri-diagonal elimination, below diagonal	2,787	49,359	11,032	49,446
6.	General linear recurrence equations	3,138	53,106	12,373	52,384
7.	Equation of state fragment	27,485	288,307	107,737	289,577
8.	ADI integration	13,927	139,313	54,632	140,854
9.	Integrate predictors	13,677	138,656	53,811	139,808
10.	Difference predictors	7,085	66,140	27,963	67,085
11.	First sum	3,035	48,918	12,001	48,432
12.	First difference	8,475	105,138	33,294	109,159
13.	2-D PIC (Particle In Cell)	2,922	34,055	11,063	34,437
14.	1-D PIC (Particle In Cell)	3,639	48,059	14,456	47,785
15.	Casual Fortran. Development version	6,642	103,776	26,420	111,638
16.	Monte Carlo search loop	6,044	71,717	23,982	71,817
17.	Implicit, conditional computation	4,679	94,194	18,550	90,250
18.	2-D explicit hydrodynamics fragment	15,067	171,438	62,115	185,734
19.	General linear recurrence equations	1,831	43,318	7,332	42,682
20.	Discrete ordinates transport, conditional recurrence on xx	2,121	50,259	8,395	49,658
21.	Matrix*matrix product	16,214	183,521	63,854	205,391
22.	Planckian distribution	4,571	66,743	17,929	69,971
23.	2-D implicit hydrodynamics fragment	4,210	91,140	16,781	90,748
24.	Find location of first minimum in array	2,779	53,061	11,373	51,379