Intel Core 2 Duo T5450 vs Intel Celeron N3010

What is the difference between Intel Core 2 Duo T5450 and Intel Celeron N3010. Find out which CPU has better performance.

Intel Core 2 Duo T5450
Intel Core 2 Duo T5450
Intel Celeron N3010
Intel Celeron N3010

Performance (Benchmarks)

196Geekbench 5 Single-Core Score180
325Geekbench 5 Multi-Core Score314
PassMark CPU Mark Rating505
PassMark Single Thread Rating573

Processor Specs

Intel Core 2 Duo T5450ProcessorIntel Celeron N3010
1660 MHzFrequency1040 MHz
Maximum Frequency2240 MHz
2Cores2
2Threads2
35 WTDP4 W
MeromCodenameBraswell
PPGA478PackageFCBGA1170

Geekbench 5 Benchmark

202Single-Core Score175
225Multi-Core Score320
Geekbench 5.2.3 Tryout for Linux x86 (64-bit)BenchmarkGeekbench 5.2.3 Tryout for Windows x86 (64-bit)

System Information

Ubuntu 18.04.3 LTS 5.0.0-25-generic x86_64Operating SystemMicrosoft Windows 10 Pro Education (64-bit)
TOSHIBA Satellite L500ModelWortmann_AG TERRA_MOBILE_360-11
TOSHIBA KSWAAMotherboardIntel Corporation ik Educational Software
Power PlanHchstleistung (NSL)

CPU Specifications

Intel Core 2 Duo T5450NameIntel Celeron N3010
1 Processor, 2 CoresTopology1 Processor, 2 Cores
GenuineIntel Family 6 Model 15 Stepping 13IdentifierGenuineIntel Family 6 Model 76 Stepping 4
1.67 GHzBase Frequency1.04 GHz
Maximum Frequency2.24 GHz
PackageSocket 1170 BGA
CodenameBraswell
32.0 KB x 2L1 Instruction Cache32.0 KB x 2
32.0 KB x 2L1 Data Cache24.0 KB x 2
2.00 MB x 1L2 Cache1.00 MB x 1

Memory Information

2.80 GBSize3.85 GB
Frequency1602 MHz
TypeDDR3 SDRAM

Geekbench 5 result (single)

202Single-Core Score175
30Crypto Score124
226Integer Score190
179Floating Point Score 152
30
52.9 MB/sec		AES-XTS124
216.4 MB/sec
259
1.31 MB/sec		Text Compression (LZMA)231
1.17 MB/sec
243
11.5 Mpixels/sec		Image Compression242
11.5 Mpixels/sec
208
585.8 KTE/sec		Navigation (using Dijkstra's algorithm)217
612.4 KTE/sec
241
283.4 KElements/sec		HTML5177
208.2 KElements/sec
260
81.5 Krows/sec		SQLite191
59.9 Krows/sec
237
12.9 Mpixels/sec		PDF Rendering206
11.2 Mpixels/sec
186
59.4 KB/sec		Text Rendering168
53.6 KB/sec
226
1.76 Klines/sec		Clang144
1.12 Klines/sec
186
2.16 images/sec		Camera160
1.85 images/sec
106
132.8 Kpairs/sec		N-Body Physics99
124.2 Kpairs/sec
237
1467.9 FPS		Rigid Body Physics196
1215.7 FPS
82
4.49 Mpixels/sec		Gaussian Blur107
5.88 Mpixels/sec
230
1.77 images/sec		Face Detection145
1.11 images/sec
256
6.30 Mpixels/sec		Horizon Detection186
4.58 Mpixels/sec
223
11.0 Mpixels/sec		Image Inpainting250
12.3 Mpixels/sec
440
5.99 Mpixels/sec		HDR325
4.42 Mpixels/sec
272
218.7 Kpixels/sec		Ray Tracing153
122.8 Kpixels/sec
149
1.34 Kpixels/sec		Structure from Motion130
1.16 Kpixels/sec
176
5.64 Words/sec		Speech Recognition150
4.79 Words/sec
72
2.77 images/sec		Machine Learning75
2.91 images/sec

Geekbench 5 result (multi)

225Multi-Core Score320
32Crypto Score225
242Integer Score343
221Floating Point Score 287
32
56.3 MB/sec		AES-XTS225
393.1 MB/sec
291
1.47 MB/sec		Text Compression (LZMA)430
2.18 MB/sec
272
12.9 Mpixels/sec		Image Compression454
21.5 Mpixels/sec
208
587.0 KTE/sec		Navigation (using Dijkstra's algorithm)347
978.5 KTE/sec
241
282.4 KElements/sec		HTML5322
377.7 KElements/sec
326
102.1 Krows/sec		SQLite355
111.1 Krows/sec
240
13.0 Mpixels/sec		PDF Rendering372
20.2 Mpixels/sec
190
60.5 KB/sec		Text Rendering304
96.9 KB/sec
251
1.96 Klines/sec		Clang269
2.10 Klines/sec
194
2.25 images/sec		Camera277
3.21 images/sec
120
150.1 Kpairs/sec		N-Body Physics182
228.0 Kpairs/sec
288
1781.5 FPS		Rigid Body Physics361
2234.8 FPS
227
12.5 Mpixels/sec		Gaussian Blur290
15.9 Mpixels/sec
259
1.99 images/sec		Face Detection263
2.02 images/sec
284
7.00 Mpixels/sec		Horizon Detection344
8.48 Mpixels/sec
302
14.8 Mpixels/sec		Image Inpainting445
21.8 Mpixels/sec
499
6.80 Mpixels/sec		HDR599
8.16 Mpixels/sec
327
262.3 Kpixels/sec		Ray Tracing253
203.3 Kpixels/sec
152
1.36 Kpixels/sec		Structure from Motion239
2.14 Kpixels/sec
165
5.26 Words/sec		Speech Recognition271
8.68 Words/sec
85
3.27 images/sec		Machine Learning143
5.51 images/sec