千呼萬喚 NVIDIA GeForce GTX 660 Ti - 3C

By Una
at 2012-08-16T21:00
at 2012-08-16T21:00
Table of Contents
更高的性價比好讀版
http://www.xfastest.com/forum.php?mod=viewthread&tid=82813&fromuid=38227
==============================================================================
Kepler架構發表至今將近5個月,分別有GeForce GTX 690、680、670等3款型號規格,
雖然遊戲效能與功耗控制的表現都相當優異,但主要販售的價格帶還是相當高,
並非一般普羅大眾所能負擔。
直到現在NVIDIA終於正式發布多數玩家引頸期盼的eForce GTX 660 Ti顯示卡,
強調專為大眾遊戲玩家設計,售價更為親民,但擁有接近高階顯卡的性能水準。
架構與特性
GeForce GTX 660 Ti同樣為Kepler架構,採用與GTX 690/680/670相同的GK104晶片,
製程為28nm
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Block.png
從架構圖來看,GTX 660 Ti與GTX 670同樣擁有7組SMX單元(比GTX 680少一組SMX單元),
CUDA Core數為1344個,但記憶體頻寬從原本的256-bit縮減為192-bit,
ROPs也從原本的32個縮減成24個,不過顯示記憶體維持2GB GDDR5。
預設規格
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Spec.png
包括核心時脈與記憶體時脈則與GTX 670完全相同,核心基礎時脈為915MHz,
Boost時脈基本可加速至980MHz,記憶體有效時脈保持6008MHz。
TDP則是來到150W,供電使用2組PCI-E 6pin 12V電源輸入,以保有充裕的超頻空間。
公版顯示卡參見
這次GTX 660 Ti公版卡相當少量,台灣並沒有分配到,
不過還是有部分廠家發行公版Layout的產品,
我們這次採用Lantic喬帝的GTX 660 Ti產品進行介紹,型號為NGTX660TiD5-2G2DPH
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/01.jpg
外觀乍看之下幾乎與GTX 670公版一模一樣
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/02.jpg
顯示輸出介面有DisplayPort 1.2、HDMI 1.4a、DVI-I與DVI-D
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/03.jpg
頂部可見兩組PCI-E 6pin 12V電源輸入端子
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/04.jpg
NVIDIA再次使用短到不行的PCB搭配超過PCB長度甚多的鼓風式散熱器
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/05.jpg
散熱器內部
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/06.jpg
PCB本體
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/07.jpg
即使PCB超短,視訊端子內側還是做了金屬遮罩屏蔽雜訊
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/08.jpg
GTX 660 Ti使用的GPU晶片編號為GK104-300-KD-A2
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/09.jpg
GDDR5顯示記憶體採用hynix H5GQ2H24MFR-R0C 2Gb的顆粒
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/10.jpg
GPU使用4相供電,記憶體使用2相供電
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/11.jpg
位於PCB背面的PWM供電控制晶片
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/12.jpg
而GTX 660 Ti與GTX 670公版所採用PCB最大的不同就是記憶體顆粒接點
GTX 670的PCB兩面各有8個記憶體顆粒接點,
標準排列方式為兩面各4顆並以間隔開的方式排列。
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX670/14.jpg
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX670/17.jpg
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/13.jpg
由於GTX 660 Ti的記憶體介面縮減為192-bit,
因此在PCB背面靠近尾端處的4個記憶體顆粒接點並未保留下來,
而採用正面6顆背面2顆的方式排列,不過在PCB頂端正反兩面各保留2組記憶體顆粒接點,
表示GTX 660 Ti可以支援3GB GDDR的顯示記憶體
性能實測
測試平台與環境
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/14.jpg
CPU: Intel Core i7-3770K @ 4.8GHz
Cooler: Antec KUHLER H2O 920 改2D冷排
Thermal Compound: Antec Formula 7
MB: ASUS ROG Maximus V Extreme
RAM: Corsair Vengeance DDR3-1866 4GB*4 @ 2400 MHz 10-12-12-30-1T
Graphic: Lantic GTX660Ti 2GD5
Storage: Adata XPG SX900 SSD 128GB
PSU: Antec HCP-1200W
Chassis: Lubic Open Paltform 3
Monitor: Dell U2410
OS: Windows 7 64 Bit
室溫28?C,相對濕度62%
3DMark06 (DirectX 9)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark06.png
3DMark Vantage Performance (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMarkVantageP.png
3DMark Vantage Extreme (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMarkVantageX.png
3DMark11 Performance (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark11P.png
3DMark11 Extreme (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark11X.png
快打旋風 4 (DirectX 9, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/StreetFighterIV.png
快打旋風 X 鐵拳 (DirectX 9, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/SFTK.png
太空戰士 XIV (DirectX 10, 1920x1080, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/FFXIV.png
惡靈古堡 5 (DirectX 10, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/RE5.png
越野精英賽:大地長征 3 (DirectX 11, 1920x1200, 16x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DiRT3.png
F1 2011 (DirectX 11, 1920x1200, 16x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/F1-2011.png
失落的星球 2 (DirectX 11, 1920x1200, 32x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/LP2.png
功耗與溫度表現
測試平台與成績引用自XF顯示卡比較平台http://www.xfastest.com/cms/VGA/
CPU: Intel Core i7-2600K OC @ 4.8GHz
Cooler: CoolerMaster V6-GT
Thermal Compound: Antec Formula 7
MB: ASRock Fatal1ty P67 Professional
Memory: Kingston HyperX T1 DDR3 @ 1600MHz 8-8-8-24
Power Supply: Antec SG1200W
Chassis: Lani-Li PC-P50R
http://pic.xfastest.com/elvis/XF-VGA/XF-VGA-Bench-01.jpg
使用FurMark 1.10.1 燒機5分鐘
整機最大耗電量來到280W
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Power.jpg
最高溫度來到80?C
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/FurMark.jpg
同級顯卡比較
3DMark06 (DirectX 9)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX9.png
3DMark Vantage (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX10.png
3DMark11 (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX11.png
功耗狀況
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Power.png
以下為官方所提供在FullHD模式下幾款遊戲特效全開的性能差異比較圖
輕鬆樂勝同價位的AMD Radeon HD 7870
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/HD7870.png
還可以向上攻擊高一階的AMD Radeon HD 7950
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/HD7950.png
每瓦效能表現也不俗
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Efficinecy.png
總結
從上測試數據來看,NVIDIA GeForce GTX 660 Ti的各方面性能
幾乎都超越競爭對手AMD的次頂規產品Radeon HD 7950,
甚至DirectX 9/11的表現部分還小贏最頂規的HD 7970,
功耗部分則是比同價位的HD 7870還要低。
GTX 660 Ti目前標準版本的官方定價為US$299,
不過由於NVIDIA在先前就已開放各家AIC廠自行設計PCB Layout,
因此正式發布時市場上發行的產品多數為超頻版本,亦或是擁有3GB的大容量記憶體,
售價可能會比官方定價略高一些。
總和來說NVIDIA GeForce GTX 660 Ti在效能、功耗的表現都能符合多數玩家的期待,
再加上智能垂直同步、TXAA/FXAA反鋸齒技術、3+1多螢幕模式
提供玩家更豐富的遊戲體驗,真的是一張相當值得推薦的高性價比/中高階顯示卡!!
更多GTX 660 Ti顯卡的測試請持續關注
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Cards.jpg
--
--
http://www.xfastest.com/forum.php?mod=viewthread&tid=82813&fromuid=38227
==============================================================================
Kepler架構發表至今將近5個月,分別有GeForce GTX 690、680、670等3款型號規格,
雖然遊戲效能與功耗控制的表現都相當優異,但主要販售的價格帶還是相當高,
並非一般普羅大眾所能負擔。
直到現在NVIDIA終於正式發布多數玩家引頸期盼的eForce GTX 660 Ti顯示卡,
強調專為大眾遊戲玩家設計,售價更為親民,但擁有接近高階顯卡的性能水準。
架構與特性
GeForce GTX 660 Ti同樣為Kepler架構,採用與GTX 690/680/670相同的GK104晶片,
製程為28nm
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Block.png

CUDA Core數為1344個,但記憶體頻寬從原本的256-bit縮減為192-bit,
ROPs也從原本的32個縮減成24個,不過顯示記憶體維持2GB GDDR5。
預設規格
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Spec.png

Boost時脈基本可加速至980MHz,記憶體有效時脈保持6008MHz。
TDP則是來到150W,供電使用2組PCI-E 6pin 12V電源輸入,以保有充裕的超頻空間。
公版顯示卡參見
這次GTX 660 Ti公版卡相當少量,台灣並沒有分配到,
不過還是有部分廠家發行公版Layout的產品,
我們這次採用Lantic喬帝的GTX 660 Ti產品進行介紹,型號為NGTX660TiD5-2G2DPH
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/01.jpg

外觀乍看之下幾乎與GTX 670公版一模一樣
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/02.jpg

顯示輸出介面有DisplayPort 1.2、HDMI 1.4a、DVI-I與DVI-D
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/03.jpg

頂部可見兩組PCI-E 6pin 12V電源輸入端子
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/04.jpg

NVIDIA再次使用短到不行的PCB搭配超過PCB長度甚多的鼓風式散熱器
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/05.jpg

散熱器內部
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/06.jpg

PCB本體
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/07.jpg

即使PCB超短,視訊端子內側還是做了金屬遮罩屏蔽雜訊
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/08.jpg

GTX 660 Ti使用的GPU晶片編號為GK104-300-KD-A2
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/09.jpg

GDDR5顯示記憶體採用hynix H5GQ2H24MFR-R0C 2Gb的顆粒
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/10.jpg

GPU使用4相供電,記憶體使用2相供電
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/11.jpg

位於PCB背面的PWM供電控制晶片
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/12.jpg

而GTX 660 Ti與GTX 670公版所採用PCB最大的不同就是記憶體顆粒接點
GTX 670的PCB兩面各有8個記憶體顆粒接點,
標準排列方式為兩面各4顆並以間隔開的方式排列。
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX670/14.jpg


http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/13.jpg

因此在PCB背面靠近尾端處的4個記憶體顆粒接點並未保留下來,
而採用正面6顆背面2顆的方式排列,不過在PCB頂端正反兩面各保留2組記憶體顆粒接點,
表示GTX 660 Ti可以支援3GB GDDR的顯示記憶體
性能實測
測試平台與環境
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/14.jpg

Cooler: Antec KUHLER H2O 920 改2D冷排
Thermal Compound: Antec Formula 7
MB: ASUS ROG Maximus V Extreme
RAM: Corsair Vengeance DDR3-1866 4GB*4 @ 2400 MHz 10-12-12-30-1T
Graphic: Lantic GTX660Ti 2GD5
Storage: Adata XPG SX900 SSD 128GB
PSU: Antec HCP-1200W
Chassis: Lubic Open Paltform 3
Monitor: Dell U2410
OS: Windows 7 64 Bit
室溫28?C,相對濕度62%
3DMark06 (DirectX 9)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark06.png

3DMark Vantage Performance (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMarkVantageP.png

3DMark Vantage Extreme (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMarkVantageX.png

3DMark11 Performance (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark11P.png

3DMark11 Extreme (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/3DMark11X.png

快打旋風 4 (DirectX 9, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/StreetFighterIV.png

快打旋風 X 鐵拳 (DirectX 9, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/SFTK.png

太空戰士 XIV (DirectX 10, 1920x1080, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/FFXIV.png

惡靈古堡 5 (DirectX 10, 1920x1200, 16xQ CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/RE5.png

越野精英賽:大地長征 3 (DirectX 11, 1920x1200, 16x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DiRT3.png

F1 2011 (DirectX 11, 1920x1200, 16x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/F1-2011.png

失落的星球 2 (DirectX 11, 1920x1200, 32x CSAA, 特效全開)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/LP2.png

功耗與溫度表現
測試平台與成績引用自XF顯示卡比較平台http://www.xfastest.com/cms/VGA/
CPU: Intel Core i7-2600K OC @ 4.8GHz
Cooler: CoolerMaster V6-GT
Thermal Compound: Antec Formula 7
MB: ASRock Fatal1ty P67 Professional
Memory: Kingston HyperX T1 DDR3 @ 1600MHz 8-8-8-24
Power Supply: Antec SG1200W
Chassis: Lani-Li PC-P50R
http://pic.xfastest.com/elvis/XF-VGA/XF-VGA-Bench-01.jpg

使用FurMark 1.10.1 燒機5分鐘
整機最大耗電量來到280W
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Power.jpg

最高溫度來到80?C
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/FurMark.jpg

同級顯卡比較
3DMark06 (DirectX 9)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX9.png

3DMark Vantage (DirectX 10)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX10.png

3DMark11 (DirectX 11)
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/DX11.png

功耗狀況
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Power.png

以下為官方所提供在FullHD模式下幾款遊戲特效全開的性能差異比較圖
輕鬆樂勝同價位的AMD Radeon HD 7870
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/HD7870.png

還可以向上攻擊高一階的AMD Radeon HD 7950
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/HD7950.png

每瓦效能表現也不俗
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Efficinecy.png

總結
從上測試數據來看,NVIDIA GeForce GTX 660 Ti的各方面性能
幾乎都超越競爭對手AMD的次頂規產品Radeon HD 7950,
甚至DirectX 9/11的表現部分還小贏最頂規的HD 7970,
功耗部分則是比同價位的HD 7870還要低。
GTX 660 Ti目前標準版本的官方定價為US$299,
不過由於NVIDIA在先前就已開放各家AIC廠自行設計PCB Layout,
因此正式發布時市場上發行的產品多數為超頻版本,亦或是擁有3GB的大容量記憶體,
售價可能會比官方定價略高一些。
總和來說NVIDIA GeForce GTX 660 Ti在效能、功耗的表現都能符合多數玩家的期待,
再加上智能垂直同步、TXAA/FXAA反鋸齒技術、3+1多螢幕模式
提供玩家更豐富的遊戲體驗,真的是一張相當值得推薦的高性價比/中高階顯示卡!!
更多GTX 660 Ti顯卡的測試請持續關注
http://picx.xfastest.com/elvis/Graphic/NVIDIA/GeForce/GTX660Ti/Cards.jpg

--
推 ang728:想顯示他們超Z害 07/19 12:21
--
Tags:
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All Comments

By Sandy
at 2012-08-20T18:27
at 2012-08-20T18:27

By Agnes
at 2012-08-21T20:54
at 2012-08-21T20:54

By Dinah
at 2012-08-22T00:41
at 2012-08-22T00:41

By David
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