Sapphire HD 6770 Vapor-X

The Sapphire HD 6770 Vapor-X is a high-performance graphics card with 860MHz base clock speed and 800 CUDA cores. The card is equipped with 1GB of GDDR5 memory with a 128bit bus also the effective clock speed of 4000MHz providing up to 64GB/s of bandwidth. This card supports DirectX 11, OpenGL 4.2 and OpenCL 1.2 and has a TDP of 108W. It measures 201mm width and 111mm height and requires a PCI Express version 2 slot. It is manufactured using a 40nm process.

Sapphire HD 6770 Vapor-X – specs

Clock speeds
Base clock speed:860MHz
Boost clock speed:no data
Memory clock speed:1200MHz
Effective memory clock speed:4000MHz
Memory
Memory size:1GB
Memory type:GDDR5
Memory Bus:128bit
Bandwidth:64 GB/s
Graphics features
DirectX:11
OpenGL:4.2
OpenCL:1.2
Card details
Process size:40 nm
Cuda cores:800
TDP:108W
Width:201mm
Height:111mm
PCI Express version:2

Sapphire HD 6770 Vapor-X - FAQ

Is Sapphire HD 6770 Vapor-X graphics good for gaming?


The Sapphire HD 6770 Vapor-X is not suitable for gaming due to its base clock speed of 860MHz, 800 Cuda cores, and a 1GB GDDR5 memory with a memory clock speed of 1200MHz and an effective memory clock speed of 4000MHz.

What is the equivalent of the Sapphire HD 6770 Vapor-X?


In terms of efficiency, the Sapphire HD 6770 Vapor-X card and the Nvidia GeForce GTX 560 SE card are nearly equal.

How many watts does the Sapphire HD 6770 Vapor-X use?


The Sapphire HD 6770 Vapor-X at its peak consumes around 108 watts.

How many GBs of RAM does the Sapphire HD 6770 Vapor-X have?


The Sapphire HD 6770 Vapor-X has 1GB of RAM.

How many CUDA cores does the Sapphire HD 6770 Vapor-X have?


The Sapphire HD 6770 Vapor-X is equipped with 800 CUDA cores.

Hardware enthusiast, fan of strategy games and technological innovations. I am a graduate of Colorado State University with a degree in a technical field. Professionally, I manage the helpdesk department of an ecommerce platform. Outside of work, I am a proud owner of two Labradors and, more recently, have ventured into blogging. Check out my articles at Vocal Media.