（個人商業小型辦公室）SiSoftware Sandra Personal Business

桑德拉 – 其屢獲殊榮的工具，其中內含PC，伺服器，小型辦公室/家庭辦公室（SOHO）網路和企業網路，智慧Phones1 PDAs1遠端分析，基準和診斷功能的最新版本。
SiSoftware Sandra裡（系統的分析儀，診斷和報告助理）是一個訊息和診斷實用程式。
應提供大部分的訊息（內含無證），你需要瞭解你的硬體，軟體和其他裝置，無論是硬體還是軟體。
它的工作原理沿線其他的Windows實用程式，但是它會嘗試去超越他們，並顯示你究竟發生了什麼事情。
給使用者的能力比較高和低層次的。你可以得到有關CPU，晶片組，視訊配接器，埠，印表機，聲卡，記憶體，網路，Windows內定，AGP，PCI，PCI-X，支援PCIe（PCI Express）進行，資料庫，USB，USB2，1394/Firewire等。

2013桑德拉的主要特點：

3原生支援（X86，X64，ARM架構）。
巨大的官方技術合作夥伴（通過硬體支援英特爾，AMD / ATI，SIS，VIA）。
‧5原生支援虛擬化技術（虛擬PC，Virtual Server 2005中的Hyper-V伺服器，VMware伺服器/ ESX，VMware工作站/播放）
‧3的原生GPGPU / GPAPU的平台支援（計算著色器，支援DirectX的OpenCL，CUDA）。
‧4個原生圖形平台支援（的DirectX 11.x的，支援DirectX 10.X，支援DirectX 9，OpenGL的2.0 +）。
‧9種語系版本（英語，德語，法語，意大利語，西班牙語，日語，中文（繁體，繁體），俄羅斯）在一個單一的安裝程式。
‧增強桑德拉建興（EVAL）版本（免費為個人/教育作其他用途使用，評價）

廣泛的操作系統支援

目前所有支援的操作系統版本：Windows 8中，7，Vista和XP

增強的Windows 8 / Server 2012桌面模式中使用最新的API。
新的主旨為Windows 8 / Server 2012中，其嶄新的面貌（不內含地鐵）。
全面支援的Windows 7，Vista和XP以及伺服器2008/R2和伺服器2003/R2。
現用的和未來的硬體更新的硬體支援（AMD的「三位一體」，「維捨拉」;英特爾「哈斯韋爾」）

新驅動/韌體知會
跟上最新的增強功能為您的電腦日期

桑德拉檢查更新的韌體/ BIOS或裝置驅動程式的所有元件/外圍裝置，並為使用者提供了下載訊息[商業版本]：

系統BIOS更新
視訊卡的BIOS，更新驅動程式更新（內含DirectX，OpenGL中，OpenCL和CUDA）
磁碟（硬碟，光碟磁碟機或SSD）韌體更新
CPU微代碼更新
USB裝置韌體更新，驅動程式更新
印表機韌體更新，驅動程式更新
網路裝置（如路由器，無線接入點）韌體更新更新裝置效能認證*
認證的有效性和質量的基準結果[商業版本]

裝置效能認證證明您已獲得基準裝置後的基準測試結果（分數）是否有效（即測試裝置工作標準），以及如何比較測試時，由其他使用者在同一台裝置獲得的分數。

通過聚合送出的結果為每個裝置，並進行統計分析（如計算平均值/平均，標準偏差等），我們可以使用統計工具來工作是否得分是在預期範圍內（置信區間）。

基於分數的變化，你可以決定您的裝置的效能是否是一致的，或測試，測試顯著變化。

新的GP（GPU / APU / CPU）的高速快取/記憶體延遲比較基準
4個記憶體類型，訪問模式，2個介面

基準不同的存儲器（全局，常量共享/地方，私營）現代通用圖形處理器（GPGPU）的訪問模式（頁隨機，隨機，順序/線性）的OpenCL和CUDA。現代的GPGPU架構，AMD和NVIDIA或APU架構的AMD和Intel之間的差異。

我們發表了一篇文章對目前的GPGPU架構：GP GPU / APU快取的記憶體延遲快取/記憶體潛伏期。
新的GP（GPU / APU / CPU）的快取頻寬基準
4記憶體類型，2個介面

基準不同的回憶（全局，常量共享/地方，私營），現代化的通用圖形處理器（GPGPU）和措施L1，L2和L3高速快取頻寬在OpenCL和CUDA。現代的GPGPU架構，AMD和NVIDIA或APU架構的AMD和Intel之間的差異。

我們已經出版的快取頻寬，目前的GPGPU架構：GP GPU / APU快取的記憶體頻寬上的一篇文章。

更新後的總分數為整個系統的效能評價
12基準，以充分評估電腦的效能

雖然每個基準衡量一個特定的裝置（（GP）的CPU，記憶體，GPU，存儲等）的效能，有一個真正的需要為基準來評估電腦的整體效能：這個新的基準是一種加權平均現有基準個人得分：
本機CPU運算，加密[新]及多媒體流（SIMD）：措施機處理器效能
.NET / Java的算術運算，加密[新]及多媒體（向量化）：措施軟體虛擬機的效能（例如。NET WPF / Silverlight的/地鐵應用）
記憶體和高速快取的頻寬和延時[新]：措施記憶體和高速快取績效
檔案系統/存儲頻寬和I / O [新]：措施存儲效能
一般處理GP（GPU / APU）的算術運算，加密和頻寬的措施GPGPU / GPAPU的效能

記憶體延遲：代碼/指令快取延遲
2記憶體類型，訪問模式

現代處理器有專門的高速快取子系統（如L1I，L2I）來處理，而資料高速快取一樣重要，是不是大多數基準評估的代碼/指令。

桑德拉2013年增加了一個全新的基準，使用3個專用的訪問模式（「頁」，從而避免「頁的」潛伏期「，全隨機」和「線性/順序」）進行全面測試代碼快取效能。

我們現用的CPU架構的快取延遲：測量高速快取和記憶體延時（訪問的格局，尋呼與TLB）發表了一篇文章。

為Windows 8的全新風格

Windows 8中都有自己的風格（如地鐵）的Windows Phone 7/8的股份。愛它還是恨它，它是在這裡停留。我們還提供了Windows 7，Vista和XP使用者更新，現代風格：

桑德拉2013 – （Windows 8的Metro風格）
桑德拉2013 – 航空/金屬風格（的Windows 7，Vista中，XP）

2013桑德拉SP2是重要的更新和修復的準備：

更新GPGPU支援和效能
– NVIDIA開普勒3.0和GK110 3.5效能更新。
– AMD / ATI更新哈希表現

更新遠端執行和基準
– 基準視訊/ GPGPU的遠端電腦上的控制台會話時，沒有主動或通過遠端桌面。

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【文章標題】: （個人商業小型辦公室）SiSoftware Sandra Personal  Business
【文章作者】: Flash 動畫製作教學密訓基地
【作者信箱】: ster168ster@gmail.com
【作者首頁】: http://por.tw/flash/
【Flash 動畫製作教學課程】: http://por.tw/flash/new-E_learning/index.php
【基地主機】: http://goto1688.com/flash/
【版權聲明】: （原創）Flash 動畫製作教學密訓基地，轉載必須保留完整標頭。刪除者依法追究！
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SiSoftware Sandra Personal / Business 2013.05.19.44 SP3a

Sandra – the latest version of its award-winning utility which includes remote analysis, benchmarking and diagnostic features for PCs, servers, PDAs1, Smart Phones1, small office/home office (SOHO) networks and enterprise networks. SiSoftware Sandra (the System ANalyser, Diagnostic and Reporting Assistant) is an information & diagnostic utility. It should provide most of the information (including undocumented) you need to know about your hardware, software and other devices whether hardware or software. It works along the lines of other Windows utilities, however it tries to go beyond them and show you more of what's really going on. Giving the user the ability to draw comparisons at both a high and low-level. You can get information about the CPU, chipset, video adapter, ports, printers, sound card, memory, network, Windows internals, AGP, PCI, PCI-X, PCIe (PCI Express), database, USB, USB2, 1394/Firewire, etc.

Key features of Sandra 2013:

• 3 native architectures support (x86, x64, ARM).
• Huge official hardware support through technology partners (Intel, AMD/ATI, SiS, VIA).
• 5 native virtualisation technologies support (Virtual PC 7, Virtual Server 2005, Hyper-V Server, VMware Server/ESX, VMware WorkStation/Player)
• 3 native GPGPU/GPAPU platforms support (OpenCL, DirectX Compute Shader, CUDA).
• 4 native Graphics platforms support (DirectX 11.x, DirectX 10.x, DirectX 9, OpenGL 2.0+).
• 9 language versions (English, German, French, Italian, Spanish, Japanese, Chinese (Traditional, Simplified), Russian) in a single installer.
• Enhanced Sandra Lite (Eval) version (free for personal/educational use, evaluation for other uses)

Broad Operating System Support

All current OS versions supported: Windows 8, 7, Vista and XP

Enhanced for Windows 8 / Server 2012 Desktop mode using the latest API.
New theme for Windows 8 / Server 2012 and its brand new look (ex-Metro).
Full support for Windows 7, Vista and XP as well as Server 2008/R2 and Server 2003/R2.
Updated hardware support for both current and future hardware (AMD "Trinity", "Vishera"; Intel "Haswell")

New driver/firmware notification
Keep up-to-date with the latest enhancements for your computer

Sandra checks for updated firmware/BIOS or device drivers for all components/peripherals and provides the user with download information [commercial versions only]:

System BIOS update
Video Card BIOS update, driver update (including DirectX, OpenGL, OpenCL and CUDA)
Disk (Hard Disk, Optical Drive or SSD) firmware update
CPU microcode update
USB device firmware update, driver update
Printer firmware update, driver update
Network device (e.g. router, wireless access point) firmware update Updated Device Performance Certification*
Certify the validity and quality of your benchmarks results [Commercial versions]

Device Performance Certification validates whether the benchmark result (score) you have obtained upon benchmarking your device is valid (i.e. the device you tested is performing correctly) and how it compares to the scores obtained by other users when testing the same device.

By aggregating the results submitted for each device and performing statistical analysis (e.g. computing mean/average, standard deviation, etc.) we can use statistical tools to work out whether the score is within the expected range (confidence intervals).

Based on the variability of scores you can determine whether the performance of your device is consistent or varies significantly from test to test.

New GP (GPU/APU/CPU) Cache/Memory Latency benchmark
4 memory types, 3 access patterns, 2 interfaces

Benchmark all the different memories (global, constant, shared/local, private) of modern GPGPUs using the 3 access patterns (in-page random, full random, sequential/linear) in OpenCL and CUDA. See the differences between modern GPGPU architectures from AMD and nVidia or APU architectures from AMD and Intel.

We have published an article on the cache/memory latencies of current GPGPU architectures: GP GPU/APU Cache and Memory Latencies.
New GP (GPU/APU/CPU) Cache Bandwidth benchmark
4 memory types, 2 interfaces

Benchmark all the different memories (global, constant, shared/local, private) of modern GPGPUs and measure L1, L2 and L3 cache bandwidths in OpenCL and CUDA. See the differences between modern GPGPU architectures from AMD and nVidia or APU architectures from AMD and Intel.

We have published an article on the cache bandwidths of current GPGPU architectures: GP GPU/APU Cache and Memory Bandwidths.

Updated Overall Score for complete system performance evaluation
12 benchmarks to fully evaluate computer performance

While each benchmark measures the performance of a specific device (CPU, Memory, (GP)GPU, Storage, etc.), there is a real need for a benchmark to evaluate the overall computer performance: this new benchmark is a weighted average of the individual scores of the existing benchmarks:
Native CPU Arithmetic, Cryptographic [new] and Multi-Media (SIMD): measures native processor performance
.Net/Java Arithmetic, Cryptographic [new] and Multi-Media (vectorised): measures software virtual machine performance (e.g. for .Net WPF/Silverlight/METRO applications)
Memory and Cache Bandwidth and Latency [new]: measures memory and caches performanc
File System/Storage Bandwidth and I/O [new]: measures storage performance
General Processing GP(GPU/APU) Arithmetic, Cryptographic and Bandwidth: measures GPGPU/GPAPU performance

Memory Latency: code/instruction cache latencies
2 memory types, 3 access patterns

Modern processors have dedicated cache sub-systems (e.g. L1I, L2I) to handle code/instructions that, while just as important as data caches, are not assessed by most benchmarks.

Sandra 2013 adds a brand new benchmark using its 3 dedicated access patterns ("in-page" thus avoiding "out-of-page" latencies, "full random" and "linear/sequential") to fully test code caches performance.

We have published an article on the cache latencies of current CPU architectures: Measuring Cache and Memory Latency (access patters, paging and TLBs).

Brand new style for Windows 8

Windows 8 has its own style (ex-Metro) that it shares with Windows Phone 7/8. Love it or hate it, it is here to stay. We have also provided Windows 7, Vista and XP users with an updated, modern style:

Sandra 2013 – Metro style (Windows 8)
Sandra 2013 – Aero/Metallic style (Windows 7, Vista, XP)

SP2 for SANDRA 2013 is ready with important updates and fixes:

Updated GPGPU support and performance
– nVidia Kepler 3.0 and GK110 3.5 performance update.
– AMD/ATI hashing performance update

Updated remote execution and benchmarking
– Benchmark video / GPGPU on remote computers when no console session is active or over Remote Desktop.

Internet engines communication update
– Faster, compressed communication (ZIP) and time-out support (when the server is overloaded)