Computer Overview
		System
			Model	System manufacturer System Product Name
			Workgroup	WORKGARP
			Host Name	mathieu-1q306av
			User	Mathieu
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			Speed	2.41GHz
			Cores per Processor	2 Unit(s)
			Threads per Core	1 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		System
			Platform Compliance	AMD LIVE!
			Mainboard	ASUSTeK Computer INC. M2N-SLI DELUXE
			BIOS	Phoenix Technologies, LTD ASUS M2N-SLI DELUXE ACPI BIOS Revision 0202 (05/15/2006)
			Bus(es)	X-Bus PCI PCIe IMB USB FireWire/1394 i2c/SMBus
			Multi-Processor (MP) Support	No
			Multi-Processor Advanced PIC (APIC)	Yes
			Total Memory	2GB DIMM DDR2
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			Front Side Bus Speed	2x 1GHz (2GHz)
			Total Memory	2GB DIMM DDR2
			Memory Bus Speed	2x 301MHz (602MHz)
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
		Video System
			Adapter	NVIDIA GeForce 7600 GT (12 PS3.0, 5 VS3.0 579MHz, 256MB DDR3 2x747MHz, PCIe 1.00 x16)
		Storage Devices
			WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache)	233GB (C:)
			Optiarc DVD RW AD-7190A (ATA66, DVD+-RW, CD-RW, 2MB Cache)	N/A (D:)
		Logical Storage Devices
			Hard Disk (C:)	128GB (NTFS) @ WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache)
			Optical Drive (D:)	N/A @ Optiarc DVD RW AD-7190A (ATA66, DVD+-RW, CD-RW, 2MB Cache)
			3.5" 1.44MB (A:)	N/A
		Peripherals
			LPC Hub Controller 1	nVidia MCP55 LPC Bridge
			LPC Legacy Controller 1	ITE IT8716F
			Audio Device	ASUS MCP55 High Definition Audio
			Audio Codec	Analog Devices AD1988B Sound Chip
			Serial Port(s)	1
			Parallel Port(s)	1
			Disk Controller	nVidia MCP55 IDE
			Disk Controller	nVidia MCP55 SATA Controller
			Disk Controller	nVidia MCP55 SATA Controller
			Disk Controller	nVidia MCP55 SATA Controller
			Disk Controller	Jmicron JMB36X PCIE-to-SATAII/IDE RAID Controller
			USB Controller 1	nVidia MCP55 USB Controller
			USB Controller 2	nVidia MCP55 USB Controller
			FireWire/1394 Controller 1	ASUS TSB43AB22 1394a-2000 OHCI PHY/Link-Layer Controller
			SMBus/i2c Controller 1	nVidia MCP5+ SMBus 1
			SMBus/i2c Controller 2	nVidia MCP5+ SMBus 2
		Network Services
			Network Adapter	NVIDIA nForce Networking Controller #2 - Miniport d'ordonnancement de paquets
			Network Adapter	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
		Power Management
			Mains (AC) Line Status	On-Line
		Operating System
			Windows System	Microsoft Windows XP Professional 5.01.2600 (Service Pack 3)
			Platform Compliance	x86
		Performance Tips
			Warning 100	Large memory sizes should be made of Registered/Buffered memory.
			Tip 2546	Large memory modules should be ECC/Parity.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Processor Arithmetic
		Benchmark Results
			Aggregate Arithmetic Performance	14GOPS
			Dhrystone ALU	13.64GIPS
			Whetstone iSSE3	14.22GFLOPS
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Aggregate Arithmetic Performance	5.78MOPS/MHz
			Dhrystone ALU	5.66MIPS/MHz
			Whetstone iSSE3	5.90MFLOPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			Aggregate Arithmetic Performance	214.31MOPS/W
			Dhrystone ALU	209.88MIPS/W
			Whetstone iSSE3	218.75MFLOPS/W
			Results Interpretation	Higher index values are better.
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	Yes
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
			Number of Runs	64000 / 640
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Features
			SSE Technology	Yes
			SSE2 Technology	Yes
			SSE3 Technology	Yes
			Supplemental SSE3 Technology	No
			SSE4.1 Technology	No
			SSE4.2 Technology	No
			AVX - Advanced Vector eXtensions	No
			FMA - Fused Multiply Add eXtensions	No
			SSE4A Technology	No
			SSE5 Technology	No
			HTT - Hyper-Threading Technology	No
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Processor Multi-Media
		Benchmark Results
			Aggregate Multi-Media Performance	22.65MPixel/s
			Multi-Media Int x8 aSSE2	28.7MPixel/s
			Multi-Media Float x4 iSSE2	16.6MPixel/s
			Multi-Media Double x2 iSSE2	9.15MPixel/s
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Aggregate Multi-Media Performance	9.40kPixels/s/MHz
			Multi-Media Int x8 aSSE2	11.91kPixels/s/MHz
			Multi-Media Float x4 iSSE2	6.88kPixels/s/MHz
			Multi-Media Double x2 iSSE2	3.79kPixels/s/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			Aggregate Multi-Media Performance	348.49kPixels/s/W
			Multi-Media Int x8 aSSE2	441.62kPixels/s/W
			Multi-Media Float x4 iSSE2	255.37kPixels/s/W
			Multi-Media Double x2 iSSE2	140.74kPixels/s/W
			Results Interpretation	Higher index values are better.
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	Yes
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
			Rendered Image Size	1920x1080
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Features
			SSE Technology	Yes
			SSE2 Technology	Yes
			SSE3 Technology	Yes
			Supplemental SSE3 Technology	No
			SSE4.1 Technology	No
			SSE4.2 Technology	No
			AVX - Advanced Vector eXtensions	No
			FMA - Fused Multiply Add eXtensions	No
			SSE4A Technology	No
			SSE5 Technology	No
			HTT - Hyper-Threading Technology	No
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Multi-Core Efficiency
		Benchmark Results
			Inter-Core Bandwidth	2GB/s
			Results Interpretation	Higher index values are better.
			Inter-Core Latency	178ns
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Inter-Core Bandwidth	0.81MB/s/MHz
			Results Interpretation	Higher index values are better.
			Inter-Core Latency	0.07ns/MHz
			Results Interpretation	Lower index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			Inter-Core Bandwidth	30.15MB/s/W
			Results Interpretation	Higher index values are better.
			Inter-Core Latency	2.74ns/W
			Results Interpretation	Lower index values are better.
		Capacity vs Power
			Total Cache Size	34.49kB/W
			Results Interpretation	Higher index values are better.
		Detailed Benchmark Results
			Processor Affinity	CPU0-CPU1
			2x8kB Blocks Bandwidth	2.2GB/s
			4x8kB Blocks Bandwidth	2.16GB/s
			2x32kB Blocks Bandwidth	2.26GB/s
			4x32kB Blocks Bandwidth	2.23GB/s
			16x8kB Blocks Bandwidth	2.19GB/s
			2x128kB Blocks Bandwidth	2.2GB/s
			4x128kB Blocks Bandwidth	2.21GB/s
			16x32kB Blocks Bandwidth	2.18GB/s
			64x8kB Blocks Bandwidth	2.12GB/s
			16x128kB Blocks Bandwidth	1.27GB/s
			64x32kB Blocks Bandwidth	1.22GB/s
			64x128kB Blocks Bandwidth	1.31GB/s
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			Buffering Used	Yes
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	Yes
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			System Timer	2.41GHz
			Page Size	4kB
			Use Large Memory Pages	No
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 11	Use the 'Switch Chart Type' button to switch between Detailed and Combined charts.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Power Management Efficiency
ALU Power Performance
	50i/25Hz (25fps, e.g. interlaced PAL video)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	60i/30Hz (29.97fps, e.g. interlaced NTSC video)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	38.58GFLOPS
			Adjusted Peak Performance (APP)	11.57WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	50p (50fps, e.g. progressive PAL video)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	57.86GFLOPS
			Adjusted Peak Performance (APP)	17.36WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	60p (59.94fps, e.g. progressive NTSC video)
		Benchmark Results
			ALU Power Performance	3.62GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.50MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	55.74MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	77.15GFLOPS
			Adjusted Peak Performance (APP)	23.15WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	24p (23.976fps, e.g. film native)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	96.44GFLOPS
			Adjusted Peak Performance (APP)	29WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	100Hz (100fps, e.g. double-rate PAL video)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	115.73GFLOPS
			Adjusted Peak Performance (APP)	34.72WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	200Hz (200fps, e.g. quad-rate PAL video)
		Benchmark Results
			ALU Power Performance	4.11GIPS
			Power Efficiency	1.09
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			ALU Power Performance	1.71MIPS/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			ALU Power Performance	63.28MIPS/W
			Results Interpretation	Higher index values are better.
		APM System Status
			Mains (AC) Line Status	On-Line
			Processor Dynamic Throttle Policy	None
			Optimised for Performance	No
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
		Breakdown at 500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 1500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 2500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 3500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 4500 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 5000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 6000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 7000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 8000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 9000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 10000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 11000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 12000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 13000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Breakdown at 14000 MIPS Workload
			Average Clock Ratio	100% (2.41GHz)
			Average Voltage Ratio	96% (1.344V)
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	135GFLOPS
			Adjusted Peak Performance (APP)	40.5WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 1108	Processor power policy not optimal. For best power management efficiency, choose the adaptive mode.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Cryptography
		Benchmark Results
			Cryptographic Bandwidth	150MB/s
			AES256 CPU Cryptographic Bandwidth	99MB/s
			SHA256 CPU Hashing Bandwidth	202MB/s
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Cryptographic Bandwidth	0.06MB/s/MHz
			AES256 CPU Cryptographic Bandwidth	0.04MB/s/MHz
			SHA256 CPU Hashing Bandwidth	0.08MB/s/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s) Power	65.00W
			Cryptographic Bandwidth	2.31MB/s/W
			AES256 CPU Cryptographic Bandwidth	1.52MB/s/W
			SHA256 CPU Hashing Bandwidth	3.11MB/s/W
			Results Interpretation	Higher index values are better.
		Detailed Benchmark Results
			4MB Blocks AES256 Encryption	99MB/s
			4MB Blocks AES256 Decryption	98MB/s
			4MB Blocks SHA256 Hashing	202MB/s
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2)
			Platform Compliance	x86
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	Yes
			Total Test Threads	2
			Multi-Core Test	Yes
			Cores per Processor	2
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
			Block Size	4MB
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Features
			POPCNT - Pop Count	No
			AES - Cryptography Support	No
			HTT - Hyper-Threading Technology	No
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Video Rendering
	NVIDIA GeForce 7600 GT (12 PS3.0, 5 VS3.0 579MHz, 256MB DDR3 2x747MHz, PCIe 1.00 x16)
		Benchmark Results
			Aggregate Shader Performance	3.56MPixel/s
			Dx9c (SM3) Float Shaders	5MPixel/s
			Dx9c (SM3) Double Shaders	2.1MPixel/s
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Aggregate Shader Performance	6.15kPixels/s/MHz
			Dx9c (SM3) Float Shaders	8.65kPixels/s/MHz
			Dx9c (SM3) Double Shaders	3.64kPixels/s/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Device(s) Power	67.00W
			Aggregate Shader Performance	53.10kPixels/s/W
			Dx9c (SM3) Float Shaders	74.73kPixels/s/W
			Dx9c (SM3) Double Shaders	31.48kPixels/s/W
			Results Interpretation	Higher index values are better.
		Capacity vs Power
			Unit Count	0.18Unit Count/W
			Results Interpretation	Higher index values are better.
		Performance Test Status
			Result ID	NVIDIA GeForce 7600 GT (12 PS3.0, 5 VS3.0 579MHz, 256MB DDR3 2x747MHz 6% OC, PCIe 1.00 x16)
			Platform Compliance	x86
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	1
			System Timer	2.41GHz
			Rendered Image Size	1280x960
		Video Adapter
			Model	NVIDIA GeForce 7600 GT
			Driver Version	6.14.11.7813
			Chipset	NV4B
			Speed	579MHz
			Shader Speed	579MHz
			Pixel Shaders	12 Unit(s)
			Vertex Shaders	5 Unit(s)
			Raster Operation Units (ROP)	8 Unit(s)
			Texture Mapping Units (TMU)	12 Unit(s)
			Maximum Pixel Fillrate	4.63GPixel/s
			Maximum Texture Fillrate	7GTexel/s
		Logical/Chipset Memory Banks
			Total Memory	256MB DDR3
			Memory Bus Speed	2x 747MHz (1.5GHz)
			OverClock Factor	6%
			Maximum Memory Bus Bandwidth	23.34GB/s
		Bus
			Type	PCIe 1.00 x16 2.5Gbps
			Maximum Bus Bandwidth	4GB/s
		Performance Tips
			Warning 341	Emulation was used as native support is not available.
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
File Systems
	Hard Disk (C:) @ WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache)
		Benchmark Results
			Drive Index	51.27MB/s
			Results Interpretation	Higher index values are better.
			Random Access Time	7.59ms
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Drive Index	7.29kB/s/rpm
			Random Access Time	0.001ms/rpm
			Results Interpretation	Higher index values are better.
		Detailed Benchmark Results
			Buffered Read	161.6MB/s
			Sequential Read	58.59MB/s
			Random Read	40.56MB/s
			Buffered Write	157.41MB/s
			Sequential Write	58.17MB/s
			Random Write	39.9MB/s
			Random Access Time	7.59ms
		Performance Test Status
			Result ID	WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache)
			Platform Compliance	x86
			System Timer	2.41GHz
			Operating System Disk Cache Used	No
			Use Overlapped I/O	Yes
			I/O Queue Depth	4 request(s)
			Test File Size	2.5GB
			File Fragments	1
			Block Size	1MB
		Drive
			Drive Type	Hard Disk
			Total Size	128GB
			Free Space	119.86GB, 94%
			Cluster Size	4kB
		Physical Disk
			Model	WDC WD2500JS-00MHB0
			Version	02.01C03
			Serial Number	2020202057202D4443574E41344B303539313735
			Interface	SATA
			Rotational Speed	7200rpm
			Removable Drive	No
			Queueing On	No
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Notice 5209	Consider using the Removable Storage/Flash Benchmark for Flash devices.
			Tip 5202	Use cache on to measure Windows performance.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	3.5" 1.44MB (A:)
		Error		Cannot obtain drive information; check that a disk is in the drive and it is correctly formatted.
Physical Disks
WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache) (C:)
	Read Performance
		Benchmark Results
			Drive Index	50.7MB/s
			Results Interpretation	Higher index values are better.
			Random Access Time	13.27ms
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Drive Index	7.21kB/s/rpm
			Random Access Time	0.002ms/rpm
			Results Interpretation	Higher index values are better.
		Detailed Benchmark Results
			Speed at position 0%	51.13MB/s (87%)
			Speed at position 3%	58.13MB/s (99%)
			Speed at position 7%	58.8MB/s (100%)
			Speed at position 10%	58.53MB/s (100%)
			Speed at position 13%	57.85MB/s (98%)
			Speed at position 17%	57.39MB/s (98%)
			Speed at position 20%	58MB/s (99%)
			Speed at position 23%	56.2MB/s (96%)
			Speed at position 27%	57.1MB/s (97%)
			Speed at position 30%	57MB/s (97%)
			Speed at position 33%	56.67MB/s (96%)
			Speed at position 37%	57.1MB/s (97%)
			Speed at position 40%	55MB/s (93%)
			Speed at position 43%	54MB/s (92%)
			Speed at position 47%	53.84MB/s (92%)
			Speed at position 50%	53.84MB/s (92%)
			Speed at position 53%	53.83MB/s (92%)
			Speed at position 57%	51.87MB/s (88%)
			Speed at position 60%	51.87MB/s (88%)
			Speed at position 63%	50.63MB/s (86%)
			Speed at position 67%	48.5MB/s (82%)
			Speed at position 70%	47.46MB/s (81%)
			Speed at position 73%	47.46MB/s (81%)
			Speed at position 77%	45MB/s (77%)
			Speed at position 80%	42.66MB/s (73%)
			Speed at position 83%	42.66MB/s (73%)
			Speed at position 87%	40.68MB/s (69%)
			Speed at position 90%	39.88MB/s (68%)
			Speed at position 93%	38MB/s (65%)
			Speed at position 97%	35.64MB/s (61%)
			Speed at position 100%	34.54MB/s (59%)
			Random Access Time	13.27ms
			Full Stroke Access Time	19.17ms
		Performance Test Status
			Result ID	WDC WD2500JS-00MHB0 (250GB, SATA300, 3.5", 7200rpm, 8MB Cache)
			Platform Compliance	x86
			System Timer	2.41GHz
			Use Overlapped I/O	Yes
			I/O Queue Depth	4 request(s)
			Block Size	1MB
		Volume Information
			Capacity	232.89GB
		Physical Disk
			Model	WDC WD2500JS-00MHB0
			Version	02.01C03
			Serial Number	2020202057202D4443574E41344B303539313735
			Interface	SATA
			Rotational Speed	7200rpm
			Removable Drive	No
			Queueing On	No
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	Write Performance
		Error		Disk must be empty to be write-benchmarked.
Memory Bandwidth
		Benchmark Results
			Aggregate Memory Performance	6.41GB/s
			Int Buff'd iSSE2 Memory Bandwidth	6.4GB/s
			Float Buff'd iSSE2 Memory Bandwidth	6.42GB/s
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Aggregate Memory Performance	10.91MB/s/MHz
			Int Buff'd iSSE2 Memory Bandwidth	10.90MB/s/MHz
			Float Buff'd iSSE2 Memory Bandwidth	10.92MB/s/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Chipset(s)/Memory Power	15.71W
			Aggregate Memory Performance	417.89MB/s/W
			Int Buff'd iSSE2 Memory Bandwidth	417.57MB/s/W
			Float Buff'd iSSE2 Memory Bandwidth	418.27MB/s/W
			Results Interpretation	Higher index values are better.
		Capacity vs Power
			Memory Capacity	130MB/W
			Results Interpretation	Higher index values are better.
		Int Buff'd iSSE2 Memory Bandwidth
			Assignment	6.4GB/s
			Scaling	6.33GB/s
			Addition	6.48GB/s
			Triad	6.4GB/s
			Data Item Size	16bytes
			Buffering Used	Yes
			Offset Displacement Used	Yes
			Bandwidth Efficiency	68.11%
		Float Buff'd iSSE2 Memory Bandwidth
			Assignment	6.44GB/s
			Scaling	6.3GB/s
			Addition	6.48GB/s
			Triad	6.45GB/s
			Data Item Size	16bytes
			Buffering Used	Yes
			Offset Displacement Used	Yes
			Bandwidth Efficiency	68.22%
		Performance Test Status
			Result ID	nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			Total Memory	2GB
			Memory Used by Test	256MB
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
			Page Size	4kB
			Use Large Memory Pages	No
		Features
			SSE Technology	Yes
			SSE2 Technology	Yes
			SSE3 Technology	Yes
			Supplemental SSE3 Technology	No
			SSE4.1 Technology	No
			SSE4.2 Technology	No
			AVX - Advanced Vector eXtensions	No
			FMA - Fused Multiply Add eXtensions	No
			SSE4A Technology	No
			SSE5 Technology	No
			HTT - Hyper-Threading Technology	No
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Memory Latency
CPU 1 [Processor 0, Core 0, Thread 0]
	Random
		Benchmark Results
			Memory Latency	112ns
			Speed Factor	88.80
			Results Interpretation	Lower index values are better.
		Cache Information
			Integrated Data Cache	3clocks
			L2 On-board Cache	17clocks
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Memory Latency	0.19ns/MHz
			Results Interpretation	Lower index values are better.
		Performance vs. Power
			Chipset(s)/Memory Power	15.71W
			Memory Latency	7.12ns/W
			Results Interpretation	Lower index values are better.
		Detailed Benchmark Results
			1kB Range	1.3ns / 3.0clocks
			4kB Range	1.3ns / 3.0clocks
			16kB Range	1.3ns / 3.0clocks
			64kB Range	1.3ns / 3.0clocks
			256kB Range	7.2ns / 17.4clocks
			1MB Range	82.7ns / 199.4clocks
			4MB Range	89.0ns / 214.6clocks
			16MB Range	94.9ns / 228.8clocks
			64MB Range	111.8ns / 269.5clocks
		Performance Test Status
			Result ID	nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			System Timer	2.41GHz
			Memory Access	Random
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
	Linear
		Benchmark Results
			Memory Latency	25ns
			Speed Factor	19.60
			Results Interpretation	Lower index values are better.
		Cache Information
			Integrated Data Cache	3clocks
			L2 On-board Cache	17clocks
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Memory Latency	0.04ns/MHz
			Results Interpretation	Lower index values are better.
		Performance vs. Power
			Chipset(s)/Memory Power	15.71W
			Memory Latency	1.57ns/W
			Results Interpretation	Lower index values are better.
		Detailed Benchmark Results
			1kB Range	1.3ns / 3.0clocks
			4kB Range	1.3ns / 3.0clocks
			16kB Range	1.3ns / 3.0clocks
			64kB Range	1.3ns / 3.1clocks
			256kB Range	7.1ns / 17.2clocks
			1MB Range	24.4ns / 58.9clocks
			4MB Range	24.7ns / 59.6clocks
			16MB Range	24.7ns / 59.5clocks
			64MB Range	24.7ns / 59.4clocks
		Performance Test Status
			Result ID	nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			System Timer	2.41GHz
			Memory Access	Linear
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
CPU 2 [Processor 0, Core 1, Thread 0]
	Random
		Benchmark Results
			Memory Latency	114ns
			Speed Factor	87.20
			Results Interpretation	Lower index values are better.
		Cache Information
			Integrated Data Cache	3clocks
			L2 On-board Cache	18clocks
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Memory Latency	0.19ns/MHz
			Results Interpretation	Lower index values are better.
		Performance vs. Power
			Chipset(s)/Memory Power	15.71W
			Memory Latency	7.25ns/W
			Results Interpretation	Lower index values are better.
		Detailed Benchmark Results
			1kB Range	1.3ns / 3.1clocks
			4kB Range	1.3ns / 3.1clocks
			16kB Range	1.3ns / 3.2clocks
			64kB Range	1.3ns / 3.1clocks
			256kB Range	7.5ns / 18.1clocks
			1MB Range	85.5ns / 206.2clocks
			4MB Range	90.4ns / 218.0clocks
			16MB Range	93.8ns / 226.3clocks
			64MB Range	113.9ns / 274.5clocks
		Performance Test Status
			Result ID	nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			System Timer	2.41GHz
			Memory Access	Random
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
	Linear
		Benchmark Results
			Memory Latency	26ns
			Speed Factor	19.60
			Results Interpretation	Lower index values are better.
		Cache Information
			Integrated Data Cache	3clocks
			L2 On-board Cache	18clocks
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Memory Latency	0.04ns/MHz
			Results Interpretation	Lower index values are better.
		Performance vs. Power
			Chipset(s)/Memory Power	15.71W
			Memory Latency	1.62ns/W
			Results Interpretation	Lower index values are better.
		Detailed Benchmark Results
			1kB Range	1.3ns / 3.1clocks
			4kB Range	1.3ns / 3.1clocks
			16kB Range	1.3ns / 3.1clocks
			64kB Range	1.3ns / 3.1clocks
			256kB Range	7.5ns / 18.0clocks
			1MB Range	25.2ns / 60.9clocks
			4MB Range	25.3ns / 61.1clocks
			16MB Range	25.4ns / 61.3clocks
			64MB Range	25.5ns / 61.4clocks
		Performance Test Status
			Result ID	nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			System Timer	2.41GHz
			Memory Access	Linear
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
Cache and Memory
		Benchmark Results
			Cache/Memory Bandwidth	10.8GB/s
			Results Interpretation	Higher index values are better.
			Speed Factor	11.10
			Results Interpretation	Lower index values are better.
		Cache Information
			Integrated Data Cache	35.11GB/s
			L2 On-board Cache	21.19GB/s
			Results Interpretation	Higher index values are better.
		Performance vs. Speed
			Cache/Memory Bandwidth	4.59MB/s/MHz
			Results Interpretation	Higher index values are better.
		Performance vs. Power
			Processor(s)/Chipset(s)/Memory Power	80.71W
			Cache/Memory Bandwidth	137.06MB/s/W
			Results Interpretation	Higher index values are better.
		Float SSE2 Cache/Memory Results Breakdown
			Data Item Size	16bytes
			Buffering Used	No
			Offset Displacement Used	Yes
		Detailed Benchmark Results
			2kB Blocks	35.13GB/s
			4kB Blocks	34.41GB/s
			8kB Blocks	35.9GB/s
			16kB Blocks	36.73GB/s
			32kB Blocks	36.75GB/s
			64kB Blocks	31.76GB/s
			128kB Blocks	29.89GB/s
			256kB Blocks	22.54GB/s
			512kB Blocks	19.84GB/s
			1MB Blocks	10.8GB/s
			4MB Blocks	3.35GB/s
			16MB Blocks	3.32GB/s
			64MB Blocks	3.33GB/s
			256MB Blocks	3.33GB/s
		Performance Test Status
			Result ID	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+ (2C, 2.41GHz, 2.41GHz IMC, 2x 512kB L2); nVidia MCP55 Memory Controller; 2x 1GB Corsair VS1GB667D2 DIMM DDR2 (602MHz) PC2-5300 (5-5-5-15 3-19-5-3)
			Platform Compliance	x86
			Total Memory	2GB
			NUMA Support	No
			SMP (Multi-Processor) Benchmark	No
			Total Test Threads	2
			Multi-Core Test	Yes
			SMT (Multi-Threaded) Benchmark	No
			Processor Affinity	P0C0T0 P0C1T0
			System Timer	2.41GHz
			Page Size	4kB
			Use Large Memory Pages	No
		Processor
			Model	AMD Athlon(tm) 64 X2 Dual Core Processor 4600+
			URL	http://www.amd.com
			Speed	2.41GHz
			Peak Processing Performance (PPP)	19.29GFLOPS
			Adjusted Peak Performance (APP)	5.79WG
			Cores per Processor	2 Unit(s)
			Type	Dual-Core
			Integrated Data Cache	2x 64kB, Synchronous, Write-Back, 2-way, Exclusive, 64 byte line size
			L2 On-board Cache	2x 512kB, ECC, Synchronous, Write-Back, 16-way, Exclusive, 64 byte line size
		Memory Controller
			Integrated in Processor	Yes
			Speed	2.41GHz
		Features
			SSE Technology	Yes
			SSE2 Technology	Yes
			SSE3 Technology	Yes
			Supplemental SSE3 Technology	No
			SSE4.1 Technology	No
			SSE4.2 Technology	No
			AVX - Advanced Vector eXtensions	No
			FMA - Fused Multiply Add eXtensions	No
			SSE4A Technology	No
			SSE5 Technology	No
			HTT - Hyper-Threading Technology	No
		Chipset
			Model	AMD Athlon 64 / Opteron HT Hub
			URL	http://www.amd.com
			Revision	A1
			Front Side Bus Speed	2x 1GHz (2GHz)
			In/Out Width	16-bit / 16-bit
			Maximum Bus Bandwidth	7.85GB/s
		Logical/Chipset Memory Banks
			Bank 0	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Bank 1	1GB DIMM DDR2 5-5-5-15 3-19-5-3 2T
			Channels	2
			Bank Interleave	2-way
			Memory Bus Speed	2x 301MHz (602MHz)
			Multiplier	1/8x
			Width	64-bit
			Integrated in Processor	Yes
			Cores per Memory Controller	2 Unit(s)
			Maximum Memory Bus Bandwidth	9.4GB/s
		Memory Module(s)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
			Memory Module	Corsair VS1GB667D2 1GB DIMM DDR2 PC2-5300U DDR2-666 (5-5-5-15 3-18-5-3)
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 11	Use the 'Switch Chart Type' button to switch between Detailed and Combined charts.
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Network (LAN)
NVIDIA nForce Networking Controller #2 - Miniport d'ordonnancement de paquets
	IP Gateway/Forwarder
		Error		Could not obtain the IP address of the host.
NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
	IP Gateway/Forwarder
		Benchmark Results
			Data Bandwidth	3.62MB/s
			Results Interpretation	Higher index values are better.
			Data Latency	234µs
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Data Bandwidth	0.004kB/s/kbps
			Results Interpretation	Higher index values are better.
			Data Latency	0.000µs/kbps
			Results Interpretation	Lower index values are better.
		Network Adapter
			Name	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets
			Physical Type	Ethernet
			Download Rate	1Gbps
			Upload Rate	1Gbps
		Detailed Benchmark Results
			Result ID	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
			Platform Compliance	x86
			Average Latency	234µs
			Min/Max Latency	207µs - 679µs
			Speed	3.62MB/s
			Current Data Transfer Rate	30.38Mbps
			Bandwidth Efficiency	3.04%
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
WORKGARP
	GARP2800
		Benchmark Results
			Data Bandwidth	57.73MB/s
			Results Interpretation	Higher index values are better.
			Data Latency	268µs
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Data Bandwidth	0.059kB/s/kbps
			Results Interpretation	Higher index values are better.
			Data Latency	0.000µs/kbps
			Results Interpretation	Lower index values are better.
		Network Adapter
			Name	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets
			Physical Type	Ethernet
			Download Rate	1Gbps
			Upload Rate	1Gbps
		Detailed Benchmark Results
			Result ID	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
			Platform Compliance	x86
			Host	GARP2800
			IP Address	192.168.1.14
			Average Latency	268µs
			Min/Max Latency	219µs - 694µs
			Speed	57.73MB/s
			Current Data Transfer Rate	484.28Mbps
			Bandwidth Efficiency	48.43%
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	GARP6000
		Benchmark Results
			Data Bandwidth	65.63MB/s
			Results Interpretation	Higher index values are better.
			Data Latency	232µs
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Data Bandwidth	0.067kB/s/kbps
			Results Interpretation	Higher index values are better.
			Data Latency	0.000µs/kbps
			Results Interpretation	Lower index values are better.
		Network Adapter
			Name	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets
			Physical Type	Ethernet
			Download Rate	1Gbps
			Upload Rate	1Gbps
		Detailed Benchmark Results
			Result ID	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
			Platform Compliance	x86
			Host	GARP6000
			IP Address	192.168.1.12
			Average Latency	232µs
			Min/Max Latency	88µs - 793µs
			Speed	65.63MB/s
			Current Data Transfer Rate	550.5Mbps
			Bandwidth Efficiency	55.05%
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
	GARP6400
		Benchmark Results
			Data Bandwidth	65.11MB/s
			Results Interpretation	Higher index values are better.
			Data Latency	223µs
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Data Bandwidth	0.067kB/s/kbps
			Results Interpretation	Higher index values are better.
			Data Latency	0.000µs/kbps
			Results Interpretation	Lower index values are better.
		Network Adapter
			Name	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets
			Physical Type	Ethernet
			Download Rate	1Gbps
			Upload Rate	1Gbps
		Detailed Benchmark Results
			Result ID	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
			Platform Compliance	x86
			Host	GARP6400
			IP Address	192.168.1.11
			Average Latency	223µs
			Min/Max Latency	94µs - 336µs
			Speed	65.11MB/s
			Current Data Transfer Rate	546.2Mbps
			Bandwidth Efficiency	54.62%
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.
Internet Connection
		Error		No reply from host. Host may be off-line.
Internet Peerage
		Benchmark Results
			Data Bandwidth	73kB/s
			Results Interpretation	Higher index values are better.
			Data Latency	84ms
			Results Interpretation	Lower index values are better.
		Performance vs. Speed
			Data Bandwidth	0.000kB/s/kbps
			Results Interpretation	Higher index values are better.
			Data Latency	0.000µs/kbps
			Results Interpretation	Lower index values are better.
		IP Gateway/Forwarder
			Name	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets
			Type	Ethernet
			Download Rate	1Gbps
			Upload Rate	1Gbps
		Detailed Benchmark Results
			Result ID	NVIDIA nForce Networking Controller - Miniport d'ordonnancement de paquets (Ethernet, 1Gbps)
			Platform Compliance	x86
			Average Latency	84ms
			Min/Max Latency	6ms - 208ms
			Speed	73kB/s
			Current Data Transfer Rate	598kbps
			Minimum/Maximum/Turbo Speed	5kB/s - 133kB/s
		Windows Live
			Average Latency	43ms
			Speed	87kB/s
			Current Data Transfer Rate	712.7kbps
		SkyRock
			Web Server	Apache
			Average Latency	103ms
			Speed	66kB/s
			Current Data Transfer Rate	540.67kbps
		MSN
			Web Server	Microsoft-IIS/6.0
			Speed	133kB/s
			Current Data Transfer Rate	1Mbps
		Wikia
			Web Server	Apache
			Average Latency	93ms
			Speed	63kB/s
			Current Data Transfer Rate	516kbps
		ASK
			Web Server	Apache
			Average Latency	6ms
			Speed	107kB/s
			Current Data Transfer Rate	876.54kbps
		Mixi
			Web Server	Apache
			Average Latency	208ms
			Speed	5kB/s
			Current Data Transfer Rate	41kbps
		QQ
			Web Server	Apache
			Average Latency	312ms
			Speed	47kB/s
			Current Data Transfer Rate	385kbps
		HardOCP
			Web Server	Apache
			Average Latency	67ms
			Speed	78kB/s
			Current Data Transfer Rate	639kbps
		c|net
			Average Latency	66ms
			Speed	99kB/s
			Current Data Transfer Rate	811kbps
		Tagged
			Web Server	Apache/2.2.3 (SL)
			Average Latency	55ms
			Speed	81kB/s
			Current Data Transfer Rate	663.55kbps
		British Airways
			Web Server	Apache
			Speed	34kB/s
			Current Data Transfer Rate	278.53kbps
		New York Times
			Web Server	Sun-ONE-Web-Server/6.1
			Average Latency	114ms
			Speed	79kB/s
			Current Data Transfer Rate	647.17kbps
		Performance Tips
			Notice 5008	To change benchmarks, click Options.
			Notice 5004	Synthetic benchmark. May not tally with 'real-life' performance.
			Notice 5006	Only compare the results with ones obtained using the same version!
			Tip 2	Double-click tip or press Enter while a tip is selected for more information about the tip.