Asus HD 7770

The Asus HD 7770 is a powerful graphics card designed for gamers and professionals alike. It features a base clock speed of 1000MHz, 1125MHz memory clock speed, 640 Cuda cores, 4500MHz effective memory clock speed, 1GB of GDDR5 memory, 128bit memory bus, 72GB/s bandwidth, DirectX 11.1, OpenGL 4.2, OpenCL 1.2, a width of 191mm, height of 110mm, TDP of 80W, PCI Express version 3 and 28nm process size. With all this under the hood, the HD 7770 offers reliable performance and is sure to keep up with the latest games and software.

Asus HD 7770 – specs

Clock speeds
Base clock speed:1000MHz
Boost clock speed:no data
Memory clock speed:1125MHz
Effective memory clock speed:4500MHz
Memory size:1GB
Memory type:GDDR5
Memory Bus:128bit
Bandwidth:72 GB/s
Graphics features
Card details
Process size:28 nm
Cuda cores:640
PCI Express version:3

Asus HD 7770 - FAQ

Is Asus HD 7770 graphics good for gaming?

The Asus HD 7770 is a decent card for gaming with its 1000MHz base clock speed and 1125MHz memory clock speed, 640 Cuda cores and 1GB GDDR5 memory size. However, it may struggle to reach the higher graphical details of newer games due to its low memory clock speed, memory size and smaller effective memory clock speed of 4500MHz.

What is the equivalent of the Asus HD 7770?

The Asus HD 7770 card performs equivalent to the Zotac GeForce GTX 580 AMP! Edition card in terms of performance.

How many watts does the Asus HD 7770 use?

The Asus HD 7770 at its peak consumes around 80 watts.

How many GBs of RAM does the Asus HD 7770 have?

The Asus HD 7770 has 1GB of RAM.

How many CUDA cores does the Asus HD 7770 have?

The Asus HD 7770 is equipped with 640 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.