johnuahuang 發表於 2018-11-20 10:37:31

SCYTHE SCKTT-2000TUF 虎徹II 塔型散熱器-軍事風格與RGB同步兼得



https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png軍事風格與RGB同步兼得
SCYTHE鐮刀散熱器產品相信許多玩家都相當喜愛,擁有親民價格且效能表現出色,這次要介紹SCYTHE鐮刀近期推出的『SCKTT-2000TUF』虎徹II 塔型散熱器,看到TUF字樣大概已經可以猜到是與TUF聯名推出的產品,採用軍事風格塗裝,讓軍風迷多一款選擇,尺寸(含風扇)長136mm、寬85mm、高154mm,重量645g(含風扇),塔型採用偏心設計,記憶體相容性相當高,完全不會有干涉的情形,扣具採用彈簧螺絲壓條式設計,可穩固將散熱器固定在主機板上,熱管部分採用四支6mm設計,提供優異的導熱效果,風扇搭載新一代 Kaze Flex 120 RGB PWM 風扇,噪音為24.9dBA,轉速為300~1200rpm,風量為51.17CFM,在1200rpm的設定下可以提供51.17CFM的風量相當可怕,有優異的塔型散熱器搭配優異的風扇,可達到相當不錯的散熱效果,平台部分適用於Intel與AMD主流平台,整體規格相當漂亮,馬上就來看SCYTHE SCKTT-2000TUF 虎徹II 塔型散熱器帶來的散熱表現啦。

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png SCYTHE SCKTT-2000TUF 虎徹II 塔型散熱器包裝與本體

▼外包裝標示產品型號與特色
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6229.JPG

▼鐮刀SCYTHE Logo與TUF GAMING ALLIANCE標誌,平台支援Intel與AMD目前主流平台
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6231.JPG

▼支援12V RGB控制,同時也支援ASUS AURA SYNC
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6232.JPG

▼產品型號為SCKTT-2000TUF虎徹II
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6233.JPG

▼包裝側面標示產品尺寸與規格
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6234.JPG

▼標示基本規格與尺寸(含風扇)長136mm、寬85mm、高154mm
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6237.JPG

▼風扇規格
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6238.JPG

▼上方標示TUF GAMING ALLIANCE標誌
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6239.JPG

▼配件:產品說明書、金屬強化背板、散熱膏、兩組風扇扣具、各平台固定螺絲與固定機構
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6241.JPG

▼風扇搭載新一代 Kaze Flex 120 RGB PWM 風扇,噪音為24.9dBA,轉速為300~1200rpm,風量為51.17CFM,控制方式為4pin PWM控制,風扇鎖點處有防震膠墊,可防止風扇共震,RGB控制為12V規格,並有一進一出線材,方便使用者連接其他RGB裝置,RGB發光體在軸心上,相較於設計成光圈樣式風扇,扇葉不會受到框體的影響而縮短扇葉
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6243.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6248.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6246.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6244.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6245.JPG

▼散熱器本體一覽,熱管採用穿刺鰭片設計
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6250.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6252.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6253.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6254.JPG

▼頂部一覽,上方有TUF GAMING ALLIANCE標誌與軍事塗裝
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6256.JPG

▼底部拋光處理得相當不錯,跟鏡子一樣,提供優異的導熱效果
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6265.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6267.JPG

▼四支熱導管安排一覽,可以看出為偏心設計,可提高記憶體相容性,達成零干涉設計,熱管與底部採用焊接設計,可提高熱傳導效果
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6262.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6263.JPG

▼裝上風扇後一覽
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6268.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6269.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6270.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6271.JPG

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png實際安裝

▼實際安裝情況一覽,若搭配一般高度記憶體基本上沒什麼安裝上問題
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6714.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6716.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6718.JPG

▼第一條記憶體插槽若安裝較高的記憶體也是沒問題,完全零干涉
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6705.JPG
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/IMG_6704.JPG

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png搭配Intel Core i7-8700K散熱表現測試

測試平台
CPU:Intel i7-8700K
Cooler: SCYTHE SCKTT-2000TUF
MB: ASROC_8700k Z390 Extreme4
RAM: GeIL DRAGON RAM DDR4-4000 16GB kit (8G*2)
Storage: Samsung PM981 NVMe PCIe M.2 512GB
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與C State Disable),測試環境室溫約28度

▼測試平台驗明正身
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/CPUZ_8700.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/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Frequency.png

▼CPU Package溫度記錄,待機35度上下跳動,燒機過程57~62度之間跳動,最高溫度為71度,平均溫度約61度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Package.png

▼CPU 6顆Core溫度記錄,待機31~34度上下跳動,燒機過程54~62度之間跳動,最高溫度為71度,平均溫度約56~58度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core1.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core2.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core3.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core4.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core5.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default_8700/Core6.png

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png 搭配Intel Core i7-8700K超頻5.0GHz散熱表現測試

測試平台
CPU:Intel i7-8700K @ 5.0GHz
Cooler: SCYTHE SCKTT-2000TUF
MB: ASROC_8700k Z390 Extreme4
RAM: GeIL DRAGON RAM DDR4-4000 16GB kit (8G*2)
Storage: Samsung PM981 NVMe PCIe M.2 512GB
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與C State Disable),測試環境室溫約28度

▼測試平台驗明正身
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/CPUZ_OC_8700.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(燒機過程無降頻)
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Frequency.png

▼CPU Package溫度記錄,待機41度上下跳動,燒機過程83~93度之間跳動,最高溫度為116度,平均溫度約90度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Package.png

▼CPU 6顆Core溫度記錄,待機38~40度上下跳動,燒機過程73~91度之間跳動,最高溫度為102度,平均溫度約80~88度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core1.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core2.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core3.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core4.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core5.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC_8700/Core6.png

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png搭配Intel Core i9-9900K散熱表現測試

測試平台
CPU:Intel i9-9900K
Cooler: SCYTHE SCKTT-2000TUF
MB: ASRock Z390 Extreme4
RAM: GeIL DRAGON RAM DDR4-4000 16GB kit (8G*2)
Storage: Samsung PM981 NVMe PCIe M.2 512GB
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與C State Disable),測試環境室溫約28度

▼測試平台驗明正身
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/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/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Frequency.png

▼CPU Package溫度記錄,待機36度上下跳動,燒機過程73~78度之間跳動,最高溫度為94度,平均溫度約76度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Package.png

▼CPU 8顆Core溫度記錄,待機32~35度上下跳動,燒機過程68~78度之間跳動,最高溫度為94度,平均溫度約67~71度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core1.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core2.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core3.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core4.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core5.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core6.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core7.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/Default/Core8.png

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png 搭配Intel Core i9-9900K超頻5.0GHz散熱表現測試

測試平台
CPU:Intel i9-9900K @ 5.0GHz
Cooler: SCYTHE SCKTT-2000TUF
MB: ASRock Z390 Extreme4
RAM: GeIL DRAGON RAM DDR4-4000 16GB kit (8G*2)
Storage: Samsung PM981 NVMe PCIe M.2 512GB
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與C State Disable),測試環境室溫約28度

▼測試平台驗明正身
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/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(燒機過程無降頻)
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Frequency.png

▼CPU Package溫度記錄,待機43度上下跳動,燒機過程87~95度之間跳動,最高溫度為116度,平均溫度約93度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Package.png

▼CPU 8顆Core溫度記錄,待機39~42度上下跳動,燒機過程79~97度之間跳動,最高溫度為117度,平均溫度約84~90度
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core1.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core2.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core3.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core4.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core5.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core6.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core7.png
https://i2.wp.com/www.3cjohnhardware.byethost16.com/SCYTHE_SCKTT_2000TUF/pic/OC/Core8.png

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.pngRGB發光展示

▼RGB發光展示
https://www.youtube.com/watch?v=l6B6RTydK54
l6B6RTydK54

https://i0.wp.com/www.3cjohnhardware.byethost16.com/title.png總結
這次介紹SCYTHE SCKTT-2000TUF虎徹II 塔型散熱器表現相當不錯,底部與熱管為焊接設計,提供優異的導熱效果,風扇搭載新一代 Kaze Flex 120 RGB PWM風扇與四支導熱管,提供低噪音且優異的散熱效果,這次測試搭配Intel Core i7-8700K預設環境中測試最高溫度為71度,平均溫度僅61度,表現相當優異,超頻至5.0GHz後表現還算可接受,雖然最高溫度來到116度,不過平均溫度約90度,搭配Intel Core i9-9900K測試可讓玩家們參考一下數據,但還是建議用水冷壓制熱情的9900K,預設環境中測試最高溫度為94度,平均溫度76度,超頻至5.0GHz最高溫度來到117度,平均溫度約93度,測試過程中風扇相當安靜,幾乎聽不到風扇聲音;安裝上相當簡單容易,僅需參考說明書,即可輕鬆安裝完成,且採用彈簧螺絲壓條式設計,可穩固將散熱器固定在主機板上,記憶體相容性部分因為有偏心設計,可以說是100%不會有任何干涉的情形,發光部分可透過主機板軟體與其他硬體同步發光效果,這次為TUF塗裝版本,讓軍事迷們又多了一款選擇,價格部分為NT$1390元,可以說是高貴不貴,想找一款擁有不錯散熱效果且支援RGB發光與記憶體相容性一流的塔型散熱器,相信SCYTHE SCKTT-2000TUF虎徹II 塔型散熱器是個不錯的口袋名單。



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