EVGA GeForce GTX 660 Superclocked (3 GB) Specifications, Tests and Review

Memory Size
3 GB

Memory Type
GDDR5 SDRAM

Effective Memory Speed
6.008 GHz

Bus Width
192-bit

CUDA Cores
960

Core Clock
1046 MHz

Required Power Supply
450 W

Other Variants::

A detailed list of technical data, specifications, benchmarks and expert review of EVGA GeForce GTX 660 Superclocked (3 GB). Get a comprehensive look at your chosen video card and see if this is the one that will best suit your needs. You can also use the comparison feature to compare with other competing GPUs

EVGA GeForce GTX 660 Superclocked (3 GB) Full Specifications and Benchmark

general performance memory (ram) system requirements miscellaneous

GENERAL EVGA GeForce GTX 660 Superclocked (3 GB)

Product Type	Graphics card
Bus Type	PCI Express 3.0 x16
Graphics Engine	NVIDIA GeForce GTX 660
Max. Monitors Supported	4
Interfaces	VGA - with adapter HDMI DisplayPort DVI-D (dual link) DVI-I (dual link)
API Supported	DirectX 11, OpenGL 4.2
Features	Nvidia CUDA technology, Nvidia PhysX-Ready, Nvidia 3D Vision technology, Nvidia Surround technology, Nvidia SLI ready, Deep Color technology, Blu-Ray 3D Support, NVIDIA Adaptive Vertical Sync, NVIDIA GPU Boost, Nvidia SMX Engine

DIMENSIONS

Height	11.115 cm
Depth	24.1 cm
Weight	1.36 kg

PERFORMANCE EVGA GeForce GTX 660 Superclocked (3 GB)

Core Clock (Frequency)	1046 MHz
Boost Clock	1111 MHz
CUDA Cores	960

MEMORY (RAM) EVGA GeForce GTX 660 Superclocked (3 GB)

RAM Memory Size	3 GB
RAM Technology	GDDR5 SDRAM
Effective Clock Speed (Frequency)	6.008 GHz
Bus Width	192-bit
Bandwidth	144.19 GBps

SYSTEM REQUIREMENTS EVGA GeForce GTX 660 Superclocked (3 GB)

OS Required	Microsoft Windows Vista / XP / 7
Required Power Supply	450 W
Additional Requirements	6 pin PCI Express power connector

MISCELLANEOUS EVGA GeForce GTX 660 Superclocked (3 GB)

Included Accessories	EVGA Accessory Pack, 6 pin PCIe power cable
Cables Included	1 x DVI-VGA adapter
Software Included	Drivers & Utilities
Service & Support	Limited warranty - 3 years

Similar GPUs