SiSoftware Sandra是一款可运行在32bit和64bit Windows操作系统上的分析软件,它可以对于系统进行方便、快捷的基准测试,还可以用于查看系统的软件、硬件等信息。SiSoftware Sandra所有的基准测试都针对SMP和SMT进行了优化,最高可支持32/64路平台。我们利用了其中多个性能测试模块对于被测系统的性能进行了快速的测试。
有一点需要说明的是,Sandra的处理器架构性能测试是根据处理器所能支持的所有指令集中选择进行的,不同的处理器支持的指令集不同,测试使用到的指令集也就不同。例如,Nehalem在这个测试当中就可以使用SSE4.2,而Penryn就只能使用SSE4.1,而用Opteron可能就只能到SSE3了。一般而言,由于可以使用SSE4,Intel的处理器理论性能会比较好。
SiSoftware Sandra Pro Business 2009 | ||
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测试对象 | Aisino 5241NR 双路Intel Gainestown Xeon E5504 2.0GHz | DELL PE2900 III 双路Intel Harpertown Xeon E5430 2.66GHz |
Processor Arithmetic Benchmark 处理器架构测试 | ||
Dhrystone ALU | 98626MIPS | 91006MIPS |
Dhrystone ALU vs SPEED | 49.31MIPS/MHz | 34.21MIPS/MHz |
Whetstone iSSE3 | 50407MFLOPS | 78385MFLOPS |
Dhrystone iSSE3 vs SPEED | 25.20MFLOPS/MHz | 29.47MFLOPS/MHz |
Processor Multi-Media Benchmark 处理器多媒体测试 | ||
Multi-Media Int x16 iSSE4.1 | 172.01MPixel/s | |
Multi-Media Int x8 iSSE4.1 | 199.33MPixel/s | |
Multi-Media Int x16 iSSE4.1 vs SPEED | 86.00kPixel/s/MHz | |
Multi-Media Int x8 iSSE4.1 vs SPEED | 74.94kPixel/s/MHz | |
Multi-Media Float x8 iSSE2 | 129.66MPixel/s | |
Multi-Media Float x4 iSSE2 | 108.69MPixel/s | |
Multi-Media Float x8 iSSE2 vs SPEED | 64.83kPixels/s/MHz | |
Multi-Media Float x4 iSSE2 vs SPEED | 40.86kPixels/s/MHz | |
Multi-Media Double x4 iSSE2 | 67.63MPixel/s | |
Multi-Media Double x2 iSSE2 | 55.75MPixel/s | |
Multi-Media Double x4 iSSE2 vs SPEED | 33.81kPixels/s/MHz | |
Multi-Media Double x2 iSSE2 vs SPEED | 20.96kPixels/s/MHz | |
Multi-Core Efficiency Benchmark | ||
Inter-Core Bandwidth | 19.08GB/s | 20.54GB/s |
Inter-Core Bandwidth vs SPEED | 9.77MB/s/MHz | 7.91MB/s/MHz |
Inter-Core Latency (越小越好) | 75ns | 90ns |
Inter-Core Latency vs SPEED (越小越好) | 0.04ns/MHz | 0.03ns/MHz |
Cryptography 加密性能测试 | ||
AES256 CPU Cryptographic Bandwidth | 651MB/s | |
AES256 CPU Cryptographic Bandwidth VS SPEED | 0.33MB/s/MHz | |
SHA256 CPU Hashing Bandwidth | 748MB/s | |
SHA256 CPU Hashing Bandwidth vs SPEED | 0.37MB/s/MHz | |
.NET Arithmetic Benchmark .NET架构测试 | ||
Dhrystone .NET | 21500MIPS | 10562MIPS |
Dhrystone .NET vs SPEED | 10.75MIPS/MHz | 3.97MIPS/MHz |
Whetstone .NET | 34533MFLOPS | 45399MFLOPS |
Whetstone .NET vs SPEED | 17.27MFLOPS/MHz | 17.07MFLOPS/MHz |
.NET Multi-Media Benchmark .NET多媒体测试 | ||
Multi-Media Int x1 .NET | 34.70MPixel/s | 31.28MPixel/s |
Multi-Media Int x1 .NET vs SPEED | 17.35kPixels/s/MHz | 11.76kPixels/s/MHz |
Multi-Media Float x1 .NET | 9.98MPixel/s | 8.68MPixel/s |
Multi-Media Float x1 .NET vs SPEED | 4.99kPixels/s/MHz | 3.26kPixels/s/MHz |
Multi-Media Double x1 .NET | 18.20MPixel/s | 24.75MPixel/s |
Multi-Media Double x1 .NET vs SPEED | 9.10kPixels/s/MHz | 9.30kPixels/s/MHz |
从结果来看,双路E5504(2.0GHz)比双路E5430(2.66GHz)还要强一点,只是一些项目上得分要低一些,如理论浮点能力,在我们最强Nehalem处理器 至强W5580深入评测的可以看出,浮点运算更注重于较高的频率(一个浮点运算通常需要数十个时钟周期,一个整数加法通常只需要一个时钟周期),因此较低的频率会影响到浮点性能——工作站不适宜用550x系列,服务器用还是不错的,因为一般的服务器应用很少包含浮点运算。