Intel Pentium SU4100 vs AMD Athlon II Neo N36L

What is the difference between Intel Pentium SU4100 and AMD Athlon II Neo N36L. Find out which CPU has better performance.

Intel Pentium SU4100
Intel Pentium SU4100
AMD Athlon II Neo N36L
AMD Athlon II Neo N36L

Performance (Benchmarks)

177Geekbench 5 Single-Core Score167
323Geekbench 5 Multi-Core Score315
476PassMark CPU Mark Rating
513PassMark Single Thread Rating

Processor Specs

Intel Pentium SU4100ProcessorAMD Athlon II Neo N36L
1300 MHzFrequency1300 MHz
2Cores2
2Threads2
10 WTDP12 W
PenrynCodenameChamplain
Socket P (478)PackageSocket ASB2

Geekbench 5 Benchmark

175Single-Core Score167
328Multi-Core Score313
Geekbench 5.4.1 Tryout for Windows x86 (64-bit)BenchmarkGeekbench 5.2.5 for Windows x86 (64-bit)

System Information

Microsoft Windows 10 Home (64-bit)Operating SystemMicrosoft Windows 10 Pro (64-bit)
Dell Inc. Inspiron 1110ModelHP ProLiant MicroServer
Dell Inc. 06V629Motherboard
DellPower PlanBalanced

CPU Specifications

Intel Pentium SU4100NameAMD Athlon II Neo N36L
1 Processor, 2 CoresTopology1 Processor, 2 Cores
GenuineIntel Family 6 Model 23 Stepping 10IdentifierAuthenticAMD Family 16 Model 6 Stepping 3
1.30 GHzBase Frequency1.30 GHz
1296 MHzMaximum Frequency1.30 GHz
Socket P (478)PackageSocket ASB2
PenrynCodenameChamplain
32.0 KB x 2L1 Instruction Cache64.0 KB x 2
32.0 KB x 2L1 Data Cache64.0 KB x 2
2.00 MB x 1L2 Cache1.00 MB x 2

Memory Information

2.00 GBSize16.00 GB
398 MHzFrequency399 MHz
DDR2 SDRAMTypeDDR3 SDRAM
1Channels2

Geekbench 5 result (single)

175Single-Core Score167
25Crypto Score25
187Integer Score193
174Floating Point Score 133
25
43.9 MB/sec		AES-XTS25
44.3 MB/sec
259
1.31 MB/sec		Text Compression (LZMA)257
1.30 MB/sec
234
11.1 Mpixels/sec		Image Compression211
10.00 Mpixels/sec
155
438.1 KTE/sec		Navigation (using Dijkstra's algorithm)212
598.3 KTE/sec
167
196.6 KElements/sec		HTML5195
229.5 KElements/sec
179
56.1 Krows/sec		SQLite185
58.0 Krows/sec
202
11.0 Mpixels/sec		PDF Rendering187
10.1 Mpixels/sec
176
56.2 KB/sec		Text Rendering174
55.5 KB/sec
203
1.58 Klines/sec		Clang215
1.67 Klines/sec
135
1.56 images/sec		Camera127
1.47 images/sec
140
175.1 Kpairs/sec		N-Body Physics120
150.7 Kpairs/sec
206
1273.4 FPS		Rigid Body Physics171
1059.7 FPS
111
6.08 Mpixels/sec		Gaussian Blur89
4.88 Mpixels/sec
210
1.61 images/sec		Face Detection119
0.92 images/sec
229
5.64 Mpixels/sec		Horizon Detection138
3.41 Mpixels/sec
257
12.6 Mpixels/sec		Image Inpainting248
12.1 Mpixels/sec
235
3.20 Mpixels/sec		HDR279
3.81 Mpixels/sec
225
180.8 Kpixels/sec		Ray Tracing171
137.2 Kpixels/sec
126
1.13 Kpixels/sec		Structure from Motion82
730.4 pixels/sec
201
6.42 Words/sec		Speech Recognition161
5.13 Words/sec
84
3.23 images/sec		Machine Learning50
1.93 images/sec

Geekbench 5 result (multi)

328Multi-Core Score313
44Crypto Score49
351Integer Score364
326Floating Point Score 248
44
76.4 MB/sec		AES-XTS49
86.0 MB/sec
481
2.43 MB/sec		Text Compression (LZMA)498
2.52 MB/sec
448
21.2 Mpixels/sec		Image Compression409
19.3 Mpixels/sec
280
788.4 KTE/sec		Navigation (using Dijkstra's algorithm)341
962.5 KTE/sec
333
391.1 KElements/sec		HTML5382
448.5 KElements/sec
387
121.1 Krows/sec		SQLite358
112.1 Krows/sec
368
20.0 Mpixels/sec		PDF Rendering362
19.6 Mpixels/sec
296
94.2 KB/sec		Text Rendering324
103.3 KB/sec
366
2.85 Klines/sec		Clang414
3.23 Klines/sec
260
3.01 images/sec		Camera245
2.84 images/sec
255
318.7 Kpairs/sec		N-Body Physics228
285.2 Kpairs/sec
386
2392.0 FPS		Rigid Body Physics333
2060.2 FPS
314
17.3 Mpixels/sec		Gaussian Blur126
6.90 Mpixels/sec
400
3.08 images/sec		Face Detection234
1.80 images/sec
413
10.2 Mpixels/sec		Horizon Detection267
6.57 Mpixels/sec
440
21.6 Mpixels/sec		Image Inpainting466
22.9 Mpixels/sec
435
5.93 Mpixels/sec		HDR522
7.11 Mpixels/sec
445
357.5 Kpixels/sec		Ray Tracing343
275.4 Kpixels/sec
236
2.11 Kpixels/sec		Structure from Motion158
1.41 Kpixels/sec
317
10.1 Words/sec		Speech Recognition298
9.52 Words/sec
138
5.33 images/sec		Machine Learning94
3.64 images/sec