Gv-n650oc-1gi.Gigabyte GV-N650OC-1GI – graphics card – GF GTX 650 – 1 GB Specs

 

Gv-n650oc-1gi

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Are you a human?.Gigabyte GV-NOC-1GI – graphics card – GF GTX – 1 GB Specs – CNET

 

GV-NOC-1GI. X. Compare. Remove All. You may only add up to 5 items for comparison at one time. Close. GV-NOC-1GI (rev. /) Overview Specification Support News & Awards Gallery Buy Back to List page GIGABYTE HD Experience Series Compare * The entire materials provided herein are for reference only. Buy Gigabyte Technology – GV-NOC-1GI – Video Card GV-NOC-1GI GTX 1GB DDR5 Bit PCI Express 2xDVI-D/HDMI/D-SUB Retail: Graphics Cards – FREE DELIVERY possible on eligible purchases. GV-NOC-1GI (rev. /) Gold plated, durable large contact area connectors have been used for optimum signal transfer between connections. As opposed to the stereotype, GIGABYTE is able to maximize fan size to 10cm with the latest cooling design. With a 10cm fan, the card is virtually silent that its noise level runs much lower.

 

Gv-n650oc-1gi.GV-NOC-1GI (rev. /) Overview | Graphics Card – GIGABYTE Global

Gigabyte GV-NOC-1GI – graphics card – GF GTX – 1 GB overview and full product specs on CNET. GV-NOC-1GI A new weapon of choice for serious gamers, the GIGABYTE GeForce GTX graphics card delivers the great fusion of power, performance and affordability. The GIGABYTE GV-NOC-1GI graphics card is powered by an NVIDIA Kepler-based GeForce GTX GPU for a revolutionary performance boost. CUDA cores and a 1GB bit GDDR5 memory deliver amazing performance for smooth gameplay, even at extreme settings.
 
 
related:
GV-N650OC-1GI (rev. 1.0/2.0)

Are you a human?

GV-NOC-1GI (rev. /) Specification | Graphics Card – GIGABYTE Global
Cell processor decodes 48 video streams simultaneously

Toshiba has demonstrated to the public that the Cell microprocessor, developed jointly with Sony Group and IBM Corp. capable of simultaneously decoding 48 SDTV streams in MPEG-2 format. At COOL Chips VIII in Yokohama late last week, the company showed a film that showed the decoding process.

During operation, 48 MPEG-2 recordings were read from the hard disk, decoded and displayed on a 1920 x 1080 display. The display screen was divided into 48 cells, each of which showed its own video, reduced to the size of a cell. The company expects such technology to be used to display moving thumbnails in a list of videos. Six of the eight processing elements (SPEs) contained in the Cell were used to decode 48 MPEG-2 streams, one was used to scale images to fit the cells on the screen. The free eighth element can be used for completely independent processing.

In preparing the demo, Toshiba used an operating environment specifically designed to improve the efficiency of Cell software development. One of the key features of this framework is that developers who create applications do not have to think about distributing processes across the SPE. In other words, the OS has an automatic task scheduling feature for SPE.