I am in the last stages of assembling have assembled my dream computer. The final hurdle is a DVI to VGA connector which turned out defective. I wanted a strong Java development system with reasonable costs and high quality tested components. 我在最後階段的裝配 有我的夢想， 組裝電腦。 最後的障礙是一個DVI至VGA連接頭，其中原來有缺陷的，我希望一個強大的Java開發系統與合理的成本和高品質的測試元件。 I also have plans for am also using it for high throughput data processing.我也有計劃 時，也用它為高吞吐量的數據處理。 Here is the specification:這裡是規格：

CPU : Intel Core 2 Duo E6600 (2.4 GHZ X 2) LGA 775 Processor (4 MB shared L2 cache). 中央處理器 ： Intel Core 2 Duo的e6600 （ 2.4吉赫× 2 ）客房775處理器（ 4 MB的共享L2快取記憶體） 。 While it can be seriously over-clocked I prefer not to in Indian climate and without a powered CPU cooler.同時，它可以受到嚴重的過度跑出我不想在印度的氣候和無動力的CPU冷卻器。

Mainboard : Intel® Desktop Board DG965RY Classic Series (supports four 240-pin DDR2 SDRAM Dual Inline Memory Module (DIMM) sockets; 6-channel (5.1) audio subsystem using the SigmaTel* STAC9227 audio codec; Intel® Graphics Media Accelerator X3000 (Intel® GMA X3000) onboard graphics subsystem; Gigabit (10/100/1000 Mbits/sec) LAN subsystem using the Intel® 82566DC Gigabit Ethernet Controller; Ten USB 2.0 ports; Four Serial ATA IDE interfaces; One PCI Express x16 bus add-in card connector; Three PCI Express* x1 bus add-in card connectors) 主板 ： 英特爾®桌面局dg965ry經典系列（支持4個240針的DDR2 SDRAM雙內置記憶體模組（ DIMM記憶體）插座; 6聲道（ 5.1 ）音頻子系統使用矽瑪特* stac9227音頻編解碼器;英特爾®圖形媒體加速器x3000 （英特爾®全球海洋環境狀況評估x3000 ）板載圖形子系統;千兆（ 10/100/1000 mbits /秒）局域網子系統使用英特爾® 82566dc Gigabit乙太網路控制器; 10個USB 2.0埠; 4的Serial ATA的IDE接口;之一的PCI Express x16總線添加-在卡連接器;三個PCI Express x1 *巴士添加-在卡連接器）

Chipset : Intel(R) G965 Express Chipset Comes with the mainboard 芯片組 ： 英特爾（ R ） ISM g965 Express芯片組來與主板

RAM : 2 x DDR 2 (667 MHz) 1GB (best I could get in Kolkata) 內存 ： 2 × DDR 2的（ 667兆赫） 1 GB的（最好的我可以得到在加爾各答）

Graphics Card for Dual Monitor : GeForce 6200 LE with 256 MB RAM (reasonable for non-gaming system). 圖形卡為雙監視器 ： GeForce 6200的樂與256 MB的RAM （合理的非遊戲系統） 。 It provides a VGA port as well as a DVI port (where you need to attach the DVI -> VGA connector mentioned above to get VGA output).它提供了一個VGA連接埠，以及一個DVI端口（如您需要重視的DVI接口-> “ V GA連接器上述得到V GA輸出） 。

Display : 2 x 17″ LCD Monitor ( Samsung SyncMaster 740N ). 顯示 ： 2 × 17 “ LCD顯示器（ 三星syncmaster 740n ） 。 Finally moving to a dual monitor!最後移動到雙顯示器！ Currently I am waiting for a replacement DVI -> VGA connector so I am using a KVM with both my old and new machines using the dual display while sharing the keyboard.目前我在等待更換DVI接口-> “ V GA連接器，因此，我使用的K VM與我的舊的和新的機器使用雙顯示的同時，分享鍵盤。 Even with that limited setup I have started realizing the benefits of dual monitor in increasing productivity.即使是有限的安裝我已開始實現的好處，雙顯示器在提高生產力。

Harddisk : 2 x 160 GB SATA Seagate ST3160211AS Barracuda (configured as software RAID 1). 硬盤 ： 2 × 160 GB的的SATA希捷st3160211as的Barracuda （配置為軟件RAID 1 ） 。 Hard disks always crash, trust me on this.硬盤總是崩潰，相信我這一點。 A RAID-1 including my boot partition (with MBR on both drives) makes it possible to work seamlessly even if one of the drive crashes.突擊搜查- 1包括我國在內的引導分區（與膜生物反應器對雙方驅動器）使我們能夠無縫工作，即使其中一個驅動器崩潰。 Thanks to RedHat for making this (RAID-1 on boot partition) possible.感謝Redhat的使這次（行動- 1對啟動分區）可能。

Optical Drive : LG DVD Writer (a reasonable choice by any standards). 光盤驅動器 ： LG電子DVD燒錄機 （一個合理的選擇，以任何標準來衡量） 。 I have another Sony DVD Writer too on my old machine.我還有一個索尼DVD燒錄機也對我的舊機器。

Cabinet : Zebronics LAVA It comes with an temperature sensor which controls two fans located opposite to the CPU. 內閣 ： zebronics熔岩 ，它帶有一個溫度傳感器控制的兩個球迷，位於對面的CPU 。 We have set the sensor as close as possible to the CPU.我們已定下傳感器盡可能接近的CPU 。 The fans starts as soon as the temperature reaches 38 C (can be adjusted).球迷們開始當溫度達到38 C （下可作調整） 。 I have added an extra fan just to be extra-safe.我已增添了一個額外的風扇，只是要格外安全。 With full load on both cores using TAT for 10 minutes, the Tj temperature as reported by TAT remained constant at 70-71 C. The room temperature was 31 C.滿負荷就兩個核心使用達10分鐘，溫度的TJ據達保持在70-71長室溫為31長
The only weakness is that the fans are not speed controlled.唯一的弱點是，球迷是不是速度控制。 The display looks terrific.顯示看起來很棒。

Overall I wanted to get a high value for price without sacrificing quality and performance.總體我想獲得高價值的價格在不犧牲質量和性能。 However I didn’t want to get the top high-end system like with quad-core because the extra ounce of performance comes at a hefty premium which in my opinion is not justified for a development system.但我不想得到頂端的高終端系統一樣，搭配四核心，因為額外盎司的表現是在大幅溢價，這在我認為是沒有道理的一個發展系統。 I wanted a system which will serve me for years and I think I have found one.我想一個制度，這將我多年，我想我已發現1 。 What do you think?您怎麼看？ Is there anything you would like to change?有什麼您想改變？

Update: The best part is that it runs on Linux (Fedora Core 6).更新：最好的部分是，它運行於Linux的（淺頂軟呢帽核心6 ） 。