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Senior Member
 
加入日期: Mar 2007 您的住址: 台南<->高雄<->屏東
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請益E6300的兩種規格SL9TA SL9SA的差別?
SL9SA
Package Type: LGA775 Manufacturing Technology: 65 nm Core Stepping: B2 CPUID String: 06F6h Thermal Design Power: 65W Thermal Specification: 61.4°C Core Voltage: 0.850V-1.3525V SL9TA Package Type: LGA775 Manufacturing Technology: 65 nm Core Stepping: L2 CPUID String: 06F2h Thermal Design Power: 65W Thermal Specification: 61.4°C Core Voltage: 1.225V-1.325V 兩者好像只有核心電壓上的差別 選哪顆會比較好呢  謝謝 
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2007-06-02, 10:20 AM
#1
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Major Member
加入日期: Nov 2005
文章: 214
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SL9TA在C1E模式下功耗只有12W.
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2007-06-02, 10:36 AM
#2
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Senior Member
加入日期: Mar 2007 您的住址: 台南<->高雄<->屏東
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引用:
原來如此 感謝  我也查到了關於這個的解答 Major Difference between E6300 Step L2 and B2 : L2 : SL9TA , CPUIDString 06F2h , Vcore 1.225V-1.325V , Tdiode N/A B2 : SL9SA , CPUIDString 06F6h , Vcore 0.850V-1.3525V , Tdiode enabled Important Note*: 1.Allendale-based CPUs won't reach as high frequencies at overclocking as Conroe-based CPUs do. 2.L2 Step is Allendale Core but B2 Step is Conroe Core 還有這個 i had ES allendale E6300 and E6400 a long while ago. They clocked well, not much difference from any other native conroe E6300/E6400 They wernt xtremely good clockers, they are just E4300 w/ a 1066mhz fsb. E4300 is a better value, higher mult. remember, a E6300 B2 step was a conroe with only 2MB l2 cache enabled. Now that yields have improved, we have smaller die sizes. this helps lower prices since cache takes up so much wafer space. 想請問Allendale Core是不是被鎖倍頻呢? 從上文看起來好像是 好像Conroe Core的核心才是原生的 ----------------------------我是分隔線------------------------------ 那SL9TA可調的核心電壓範圍比較小 為什麼要這麼做呢? SL9SA的電壓範圍在0.850V-1.3525V 電壓降的越低對散熱功耗不是比較有幫助嗎? 能調的電壓範圍越廣是否代表製程較為先進呢? SL9SA Core Stepping:B2 Supported Features: Dual Core Enhanced Halt State (C1E) Enhanced Intel Speedstep® Technology Execute Disable Bit 1 Intel® EM64T 2 Intel® Thermal Monitor 2 Intel® Virtualization Technology Notes: These parts are PECI enabled. These parts have Tdiode enabled. These parts have Extended Halt (C1E) power of 22W. SL9TA Core Stepping:L2 Supported Features: Dual Core Enhanced Halt State (C1E) Enhanced Intel Speedstep® Technology Execute Disable Bit 1 Intel® EM64T 2 Intel® Thermal Monitor 2 Intel® Virtualization Technology Notes: These parts are PECI enabled. These parts have Extended Halt (C1E) power of 12W. 兩者之間還有一個差別 就是These parts have Tdiode enabled. 有大大知道這是什麼嗎?Tdiode enabled: Yes
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此文章於 2007-06-02 01:30 PM 被 NPTHS 編輯. |
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2007-06-02, 01:25 PM
#3
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Senior Member
加入日期: Mar 2007 您的住址: 台南<->高雄<->屏東
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查了一下
L2製程比較新 但似乎不好超 |
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2007-06-02, 01:59 PM
#4
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Golden Member
加入日期: Feb 2004 您的住址: 台灣首都
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有點奇怪
SL9TA 範圍是0.850V-1.3525V 可是耗電量(22W)比SL9SA 1.225V-1.325V(12W)還低 |
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2007-06-02, 05:12 PM
#5
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Major Member
加入日期: Nov 2005
文章: 214
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電壓範圍是那系列CPU實際會使用到的電壓在那範圍之內,B2是4M快取閹割掉2M實際上電晶體跟4M一樣照道理應該比較熱,L2為原生2M的核心電晶體比4M少照道理應該有修正B2版的一些BUG(不確定)...B2實際上驅動的還是4M的核心功耗比來就應該比較高.
可是我感覺6300以上的CPU還沒遇到上不了450外頻的不管B2或L2所以沒什麼不太好超的問題. |
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2007-06-03, 10:03 AM
#6
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