TOSHIBA MAGNIA LiTE30		TOSHIBA MAGNIA LiTE30
Geekbench 2 Score	726			726

System Information

	TOSHIBA MAGNIA LiTE30	TOSHIBA MAGNIA LiTE30
Operating System	Microsoft Windows XP Professional (32-bit)	Microsoft Windows XP Professional (32-bit)
Model	TOSHIBA MAGNIA LiTE30	TOSHIBA MAGNIA LiTE30
Processor	Intel Pentium II/III @ 1.00 GHz 2 Processors, 2 Cores	Intel Pentium II/III @ 1.00 GHz 2 Processors, 2 Cores
Processor ID	GenuineIntel Family 6 Model 8 Stepping 10	GenuineIntel Family 6 Model 8 Stepping 10
Processor Codename	Coppermine	Coppermine
Processor Package	Socket 370 FC-PGA	Socket 370 FC-PGA
L1 Instruction Cache	16 KB	16 KB
L1 Data Cache	16 KB	16 KB
L2 Cache	256 KB	256 KB
L3 Cache	0 KB	0 KB
Motherboard	Gigabyte Technology Co., Ltd. 6VTXD	Gigabyte Technology Co., Ltd. 6VTXD
Northbridge	VIA Apollo Pro C4	VIA Apollo Pro C4
Southbridge	VIA VT82C686 40	VIA VT82C686 40
BIOS	American Megatrends Inc. 6.27.10	American Megatrends Inc. 6.27.10
Memory	2.00 GB SDRAM 134MHz	2.00 GB SDRAM 134MHz

Integer Performance

	TOSHIBA MAGNIA LiTE30		TOSHIBA MAGNIA LiTE30
Integer	890			890
Blowfish single-core scalar	537			537
Blowfish multi-core scalar	1152			1152
Text Compress single-core scalar	519			519
Text Compress multi-core scalar	672			672
Text Decompress single-core scalar	724			724
Text Decompress multi-core scalar	1089			1089
Image Compress single-core scalar	657			657
Image Compress multi-core scalar	1266			1266
Image Decompress single-core scalar	622			622
Image Decompress multi-core scalar	1210			1210
Lua single-core scalar	745			745
Lua multi-core scalar	1490			1490

Floating Point Performance

	TOSHIBA MAGNIA LiTE30		TOSHIBA MAGNIA LiTE30
Floating Point	957			957
Mandelbrot single-core scalar	644			644
Mandelbrot multi-core scalar	1310			1310
Dot Product single-core scalar	513			513
Dot Product single-core vector	1020			1020
Dot Product multi-core scalar	1087			1087
Dot Product multi-core vector	2348			2348
LU Decomposition single-core scalar	75			75
LU Decomposition multi-core scalar	88			88
Primality Test single-core scalar	537			537
Primality Test multi-core scalar	653			653
Sharpen Image single-core scalar	529			529
Sharpen Image multi-core scalar	1064			1064
Blur Image single-core scalar	1176			1176
Blur Image multi-core scalar	2358			2358

Memory Performance

	TOSHIBA MAGNIA LiTE30		TOSHIBA MAGNIA LiTE30
Memory	292			292
Read Sequential single-core scalar	373			373
Write Sequential single-core scalar	238			238
Stdlib Allocate single-core scalar	442			442
Stdlib Write single-core scalar	188			188
Stdlib Copy single-core scalar	221			221

Stream Performance

	TOSHIBA MAGNIA LiTE30		TOSHIBA MAGNIA LiTE30
Stream	216			216
Stream Copy single-core scalar	160			160
Stream Copy single-core vector	241			241
Stream Scale single-core scalar	171			171
Stream Scale single-core vector	229			229
Stream Add single-core scalar	204			204
Stream Add single-core vector	292			292
Stream Triad single-core scalar	220			220
Stream Triad single-core vector	216			216