索摩樂Thermalright TF8散熱膏-炎炎夏日小資族升級散熱好選擇
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7322_1.JPG
https://i2.wp.com/3cjohn.000webhostapp.com/title.png炎炎夏日小資族升級散熱好選擇
炎炎夏日即將到來，電腦的散熱可不能馬虎，進入夏天之前一定要為電腦的散熱先做個整理與清潔，順便將散熱膏做重新塗抹，散熱膏是一個非常重要的腳色，好的散熱膏才能將熱迅速傳遞至散熱器上，這次要介紹由索摩樂Thermalright推出的『TF8』散熱膏，TF8有5.8g、2g與12.8g三種包裝，導熱係數為13.8W/m-k，工作溫度範圍-220℃~380℃，無導電性，顏色為灰色，這次的測試會搭配之前介紹的AXP-100 COPPER全銅版散熱器，馬上就來看索摩樂Thermalright TF8散熱膏帶來的表現吧。
https://i2.wp.com/3cjohn.000webhostapp.com/title.png 索摩樂Thermalright TF8散熱膏包裝與本體
▼外包裝標示可直接看到散熱膏本體與塑膠刮刀
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7322.JPG
▼產品型號為TF8
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7324.JPG
▼本次介紹為2g包裝
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7326.JPG
▼包裝背面標示產品基本規格與塗抹方式
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7331.JPG
▼散熱膏基本規格
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7332.JPG
▼建議塗抹方式
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7333.JPG
▼TF8散熱膏本體與塑膠刮刀
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/IMG_7337.JPG
https://i2.wp.com/3cjohn.000webhostapp.com/title.png搭配Thermalright AXP-100 COPPER 與Intel i7-9700K散熱表現測試
測試平台
CPU:Intel i7-9700K
Cooler: Thermalright AXP-100 COPPER
散熱膏: Thermalright TF8
MB: ROG STRIX Z390-F GAMING
RAM: GeIL DRAGON RAM DDR4 16GB kit @ DDR4-3200
Storage: Samsung MZHPV256HDGL 256GB
PSU: Steventeam 500W
OS: Windows 10 專業版 64 Bit
測試採用OCCT測試觀察CPU燒機時的溫度變化，並監測CPU頻率變化(在BIOS底下已將CPU Throttling)，測試環境室溫約27度
▼測試平台驗明正身
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/CPUZ.JPG
OCCT軟體設定 測試時間共30分鐘：待機5分鐘->燒機20分鐘->待機5分鐘
▼CPU頻率紀錄
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Frequency.png
▼CPU Package溫度記錄，待機38~40度上下跳動，燒機過程66~75度之間跳動，最高溫度為75度，平均溫度為67度
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Package.png
▼CPU 8個Core溫度記錄，待機37~39度上下跳動，燒機過程62~75度之間跳動，最高溫度為75度，平均溫度為64~67度
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core1.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core2.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core3.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core4.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core5.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core6.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core7.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/Default/Core8.png
▼我們來回顧一下之前Thermalright AXP-100 COPPER 搭配TF4散熱膏的CPU Package溫度記錄(室溫25度)，待機39~41度上下跳動，燒機過程69~76度之間跳動，最高溫度為76度，平均溫度為70度，在表現上看似只有降低2~3度，不過環境溫度更嚴苛高了2度!!
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_AXP_100_COPPER/pic/Default/Package.png
https://i2.wp.com/3cjohn.000webhostapp.com/title.png 搭配Thermalright AXP-100 COPPER 與i7-9700K超頻4.8GHz散熱表現測試
CPU:Intel i7-9700K @ 4.8GHz
Cooler: Thermalright AXP-100 COPPER
散熱膏: Thermalright TF8
MB: ROG STRIX Z390-F GAMING
RAM: GeIL DRAGON RAM DDR4 16GB kit @ DDR4-3200
Storage: Samsung MZHPV256HDGL 256GB
PSU: Steventeam 500W
OS: Windows 10 專業版 64 Bit
測試採用OCCT測試觀察CPU燒機時的溫度變化，並監測CPU頻率變化(在BIOS底下已將CPU Throttlinge)，測試環境室溫約27度
▼測試平台驗明正身
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/CPUZ_OC.JPG
OCCT軟體設定 測試時間共30分鐘：待機5分鐘->燒機20分鐘->待機5分鐘
▼CPU頻率紀錄(全程無降頻)
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Frequency.png
▼CPU Package溫度記錄，待機39度上下跳動，燒機過程76~80度之間跳動，最高溫度為90度，平均溫度為78度
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Package.png
▼CPU 8個Core溫度記錄，待機38~40度上下跳動，燒機過程69~79度之間跳動，最高溫度為90度，平均溫度為73~75度
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core1.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core2.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core3.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core4.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core5.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core6.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core7.png
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TF8/pic/OC/Core8.png
▼我們來回顧一下之前Thermalright AXP-100 COPPER 搭配TF4散熱膏的CPU Package溫度記錄(室溫25度)，待機43度上下跳動，燒機過程76~87度之間跳動，最高溫度為87度，平均溫度為80度，測試結果與預設時表現差不多，表現同樣是降低2~3度，若再加上環境溫度的2度差異，差不多是4~5度的溫度差異
https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_AXP_100_COPPER/pic/OC/Package.png
https://i2.wp.com/3cjohn.000webhostapp.com/title.png總結
這次介紹索摩樂Thermalright TF8散熱膏表現相當不錯，讓玩家可以透過小升級的方式，達到更好的散熱效果，實際測試中環境溫度比當初用TF4提升了2度，測試結果還比原本採用TF4更低了2~3度左右，表現相當出色，讓散熱器的散熱效果更上一層樓，炎炎夏日即將到來，想找一款導熱效果優異的散熱膏嗎?相信索摩樂Thermalright TF8散熱膏是個非常不錯的口袋名單!!
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利民的散熱膏真的好用TF8也是當時的首選，唯一缺點就是貴了點
不過2019有新款TFX散熱膏，高達14.3W/m-k 的導熱係數
樓主可以二者比較看看
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