AMD Turion II P560 vs Intel Celeron B830

What is the difference between AMD Turion II P560 and Intel Celeron B830. Find out which CPU has better performance.

Performance (Benchmarks)

325Geekbench 5 Single-Core Score307
591Geekbench 5 Multi-Core Score568
PassMark CPU Mark Rating797
PassMark Single Thread Rating843

Processor Specs

AMD Turion II P560ProcessorIntel Celeron B830
2500 MHzFrequency1800 MHz
2Cores2
2Threads2
25 WTDP35 W
GPUIntel HD Graphics for 2nd Generation Intel Processors
CodenameSandy Bridge
Socket S1 (638)PackageFCPGA988

Geekbench 5 Benchmark

326Single-Core Score309
606Multi-Core Score568
Geekbench 5.2.2 Tryout for Windows x86 (64-bit)BenchmarkGeekbench 5.3.2 Tryout for Windows x86 (64-bit)

System Information

Microsoft Windows 10 Pro (64-bit)Operating SystemMicrosoft Windows 10 Home Single Language (64-bit)
Hewlett-Packard HP ProBook 4425sModelMicro-Star International Co., Ltd. CR41 0M
Hewlett-Packard 1420MotherboardMicro-Star International Co., Ltd. MS-1485
EquilibradoPower PlanBalanced

CPU Specifications

AMD Turion II P560NameIntel Celeron B830
1 Processor, 2 CoresTopology1 Processor, 2 Cores
AuthenticAMD Family 16 Model 6 Stepping 3IdentifierGenuineIntel Family 6 Model 42 Stepping 7
2.50 GHzBase Frequency1.80 GHz
2.50 GHzMaximum Frequency1.79 GHz
Socket S1 (638)PackageSocket 988B rPGA
CaspianCodenameSandy Bridge
64.0 KB x 2L1 Instruction Cache32.0 KB x 1
64.0 KB x 2L1 Data Cache32.0 KB x 1
1.00 MB x 2L2 Cache256 KB x 1
L3 Cache2.00 MB x 1

Memory Information

4.00 GBSize4.00 GB
531 MHzFrequency665 MHz
DDR3 SDRAMTypeDDR3 SDRAM
1Channels1

Geekbench 5 result (single)

326Single-Core Score309
49Crypto Score35
369Integer Score324
279Floating Point Score 322
49
84.7 MB/sec
AES-XTS35
61.1 MB/sec
454
2.30 MB/sec
Text Compression (LZMA)345
1.75 MB/sec
454
21.5 Mpixels/sec
Image Compression378
17.9 Mpixels/sec
331
932.7 KTE/sec
Navigation (using Dijkstra's algorithm)330
931.7 KTE/sec
385
452.5 KElements/sec
HTML5288
338.5 KElements/sec
367
115.0 Krows/sec
SQLite311
97.3 Krows/sec
361
19.6 Mpixels/sec
PDF Rendering337
18.3 Mpixels/sec
313
99.7 KB/sec
Text Rendering310
98.7 KB/sec
409
3.19 Klines/sec
Clang298
2.32 Klines/sec
288
3.34 images/sec
Camera325
3.76 images/sec
224
280.1 Kpairs/sec
N-Body Physics242
302.4 Kpairs/sec
379
2348.0 FPS
Rigid Body Physics353
2183.9 FPS
185
10.2 Mpixels/sec
Gaussian Blur220
12.1 Mpixels/sec
234
1.80 images/sec
Face Detection344
2.65 images/sec
262
6.45 Mpixels/sec
Horizon Detection354
8.72 Mpixels/sec
530
26.0 Mpixels/sec
Image Inpainting529
25.9 Mpixels/sec
569
7.76 Mpixels/sec
HDR637
8.69 Mpixels/sec
342
274.2 Kpixels/sec
Ray Tracing394
316.0 Kpixels/sec
193
1.73 Kpixels/sec
Structure from Motion253
2.27 Kpixels/sec
277
8.87 Words/sec
Speech Recognition294
9.40 Words/sec
152
5.87 images/sec
Machine Learning169
6.54 images/sec

Geekbench 5 result (multi)

606Multi-Core Score568
95Crypto Score68
683Integer Score586
525Floating Point Score 611
95
165.9 MB/sec
AES-XTS68
119.3 MB/sec
873
4.41 MB/sec
Text Compression (LZMA)647
3.27 MB/sec
878
41.6 Mpixels/sec
Image Compression700
33.1 Mpixels/sec
498
1.41 MTE/sec
Navigation (using Dijkstra's algorithm)514
1.45 MTE/sec
735
863.1 KElements/sec
HTML5601
706.3 KElements/sec
716
224.2 Krows/sec
SQLite564
176.8 Krows/sec
683
37.1 Mpixels/sec
PDF Rendering602
32.7 Mpixels/sec
540
172.1 KB/sec
Text Rendering537
170.9 KB/sec
786
6.12 Klines/sec
Clang558
4.35 Klines/sec
555
6.43 images/sec
Camera573
6.65 images/sec
417
522.3 Kpairs/sec
N-Body Physics470
587.6 Kpairs/sec
743
4603.9 FPS
Rigid Body Physics663
4109.8 FPS
394
21.6 Mpixels/sec
Gaussian Blur669
36.8 Mpixels/sec
465
3.58 images/sec
Face Detection640
4.93 images/sec
466
11.5 Mpixels/sec
Horizon Detection670
16.5 Mpixels/sec
964
47.3 Mpixels/sec
Image Inpainting918
45.0 Mpixels/sec
1088
14.8 Mpixels/sec
HDR1156
15.8 Mpixels/sec
696
558.7 Kpixels/sec
Ray Tracing792
636.1 Kpixels/sec
375
3.36 Kpixels/sec
Structure from Motion460
4.12 Kpixels/sec
480
15.4 Words/sec
Speech Recognition474
15.1 Words/sec
240
9.26 images/sec
Machine Learning269
10.4 images/sec