Performance Comparison Between the CPU and video card of the notebook

CPU Performance Comparison of each model of the notebook:

T20x0 Series	T2x50 Series	T2x00 Series	Low-voltage core Edition	T5x00 Series	Low-voltage edition Core 2 *	T7x00 Series
						T7700
						T7600
						T7500
						T7400
						T7300
		T2700				T7200
		T2600
		T2500		T5600	L5600	T7100
	T2450			T5300	L7500
	T2350	T2400	L2500	T5500	L7400	T5470
T2130	T2250	T2300	L2400	T5200	L7300
T2080	T2050				L7200	T5250
T2060			L2300
					U7500
			U2500
			U2400
			U2300

Note: from top to bottom, the CPU performance is increased from high to low, that is, the t7700 has the highest performance, and the u2300 has the lowest performance. The performance of the CPU type in the same row is not much different. (The functions are not considered)
PS: I always thought that the higher the model, the better the performance. It seems that this is not the case. In the past, I didn't believe that the t2700 would be similar to the t7200 performance. I didn't expect it to be similar.

Intel full-line "cost-effective" processor comparison table

Model	Core	Clock speed	FSB	L2cache	64-bit support	Interface
Core Duo t2050	Yonah	1.6 GHz	533 MHz	2 MB	N	Socket m
Core Duo t2250	Yonah	1.73 GHz	533 MHz	2 MB	N	Socket m
Core Duo t2350	Yonah	1.86 GHz	533 MHz	2 MB	N	Socket m
Core Duo t2450	Yonah	2.0 GHz	533 MHz	2 MB	N	Socket m
Pentium duo t2060	Yonah	1.6 GHz	533 MHz	1 MB	N	Socket m
Pentium duo t2080	Yonah	1.73 GHz	533 MHz	1 MB	N	Socket m
Pentium duo t2130	Yonah	1.86 GHz	533 MHz	1 MB	N	Socket m
Core 2 Duo t5200	Merom	1.6 GHz	533 MHz	2 MB	Y	Socket m
Core 2 Duo t5300	Merom	1.73 GHz	533 MHz	2 MB	Y	Socket m
Core 2 Duo t5250	Merom	1.5 GHz	667 MHz	2 MB	Y	Socket P
Core 2 Duo t5450	Merom	1.66 GHz	667 MHz	2 MB	Y	Socket P
Pentium duo t2310	Merom	1.46 GHz	533 MHz	1 MB	Y	Socket P
Pentium duo t2330	Merom	1.6 GHz	533 MHz	1 MB	Y	Socket P

CPU parameters for each model of the notebook

Processor Series	Dual-core	Cache	Front-End bus	Energy-saving Frequency Conversion	64-bit	Mobile Platform
Core 2t7x00 odd	Yes	4 m	800	Yes	Yes	Cij4
Even number of core 2t7x00	Yes	4 m	667	Yes	Yes	Json3
Odd Number of core 2t7x00 low-voltage Edition	Yes	4 m	800	Yes	Yes	Cij4
Even number of core 2t7x00 low-voltage Edition	Yes	4 m	667	Yes	Yes	Json3
Core 2t5x50 Series	Yes	2 m	667	Yes	Yes	Cij4
Core 2t5cross Series	Yes	2 m	800	Yes	Yes	Cij4
Core 2u7x00: lower pressure	Yes	4 m	667	Yes	Yes	Cij4
Cool 2t5x00 (667)	Yes	2 m	667	Yes	Yes	Json3
Core 2l5x00 low-voltage Edition	Yes	2 m	667	Yes	Yes	Json3
Core 2t5x00 (533)	Yes	2 m	667	Yes	Yes	Json3
Core t2x00 Series	Yes	2 m	667	Yes	No	Json3
Core l2x00 low-voltage Edition	Yes	2 m	667	Yes	No	Json3
Core u2x00 ultra-low Edition	Yes	2 m	533	Yes	No	Json3
Core u1x00 ultra-low Edition	No	2 m	533	Yes	No	Json3
Core t1x00 Series	No	2 m	667	Yes	No	Json3
Core t1x50 Series	No	2 m	533	Yes	No	Json3
Core t2x50 Series	Yes	2 m	533	Yes	No	Json3
Core t1x50 Series	No	2 m	533	Yes	No	Json3
Pentium dual-core t2xx0 Series	Yes	1 m	533	Yes	No	Non-Gender
Sai Yang m5x0 Series	No	1 m	533	No	No	Non-Gender
Sai Yang m4x0 Series	No	1 m	533	No	No	Non-Gender

Note: 1. Core 2 t7x00 odd (or even) indicates that X is odd (or even ).
2. The core 2 t7100 Level 2 cache is 2 m, and the other T7 series Level 2 cache is 4 m.

Performance Comparison of graphics cards of different models in the notebook

NVIDIA g8x Series	ATI m6x Series	NVIDIA g7x Series	ATI m5x Series	Integrated graphics card
Go 8800 M GS		Go 7950 GTX
G0 8700 M GT
Go 8600 M GTS	X2600	Go 7800 GTX
Go 8600 M GT		Go 7900 GS
Go 8600 M GS			X1900
Go 8600 m gs (DDR2)		Go 1, 7700	X1800
		Go 7600 GT	X1700/x1600
		Go 1, 7600	X1700/x1600 (DDR2)
Go 8400 m g/GS	X2500	Go 7600 (reduced)	X1600 (reduced)
	X2400	Go 1, 7400	X1400
	X2300	Go 1, 7300	X1300 (reduced)
		Go 7300/go 7200 (reduced)
				ATI x1250m Inter GMA x3100
				NVIDIA go6150
				Inter gma950
				ATI x200/1100 m

Note: from top to bottom, the performance is from high to low. That is, go 8800 m gs and go 7950 GTX have the highest performance. ATI x200/1100m has the worst performance. The performance of the same line of graphics card is not much different.

Original post address: http://yidesu.spaces.live.com/blog/cns%218294F6C15218137B%21161.entry