Menu Content/Inhalt
Home

GF STRIX GTX960 OC 2GB GDDR5 Print
March 2015
ASUS Strix GeForce GTX 960 with factory-overclocked core delivers cool and silent experiences
  • 1291MHz factory-overclocked GPU
  • 1317MHz GPU boost clock in OC mode
  • DirectCU with 0dB fan technology lets you enjoy light games in complete silence, and hardcore gaming 30% cooler with 3X-quieter performance
  • Premium alloys in power delivery components defeat heat for cards that run 15% faster and last 2.5 times longer than reference
  • GPU Tweak helps you modify clock speeds, voltages, fan performance and more, all via an intuitive interface
  • GPU Tweak with XSplit Gamecaster: Real-time and intuitive GPU clock boost, and live-stream your gameplay instantly
GTX960.PNG

Specifications

GPU Engine Specs
 CUDA Cores  1024
 Engine Clock
  GPU Boost Clock : 1317 MHz
 GPU Base Clock : 1253 MHz
   
Memory Specs
 Memory Clock  7200 MHz ( GDDR5 )
 Standard Memory Config  2048 MB
 Memory Interface  GDDR5
 Memory Interface Width  128-bit
   
Power
 Power Comsumption
  Up to 150W, 1 additional 6 pin PCIe power required
   
Display Support
 DVI Output
  Yes x1 (DVI-I)
 HDMI Output
  Yes x1 
 Display Output  Yes x3 (Regular DP)
 HDCP Support
  Yes
Standard Graphics Card Dimensions
 Length  8.47 inches
 Height  4.77 inches
 Width  1.61 inches

Note: It includes 1x DVI to VGA Adapter in accessories. 

Click here to return
 
GF STRIX GTX960 OC 2GB GDDR5 Print
March 2015
ASUS Strix GeForce GTX 960 with factory-overclocked core delivers cool and silent experiences
  • 1291MHz factory-overclocked GPU
  • 1317MHz GPU boost clock in OC mode
  • DirectCU with 0dB fan technology lets you enjoy light games in complete silence, and hardcore gaming 30% cooler with 3X-quieter performance
  • Premium alloys in power delivery components defeat heat for cards that run 15% faster and last 2.5 times longer than reference
  • GPU Tweak helps you modify clock speeds, voltages, fan performance and more, all via an intuitive interface
  • GPU Tweak with XSplit Gamecaster: Real-time and intuitive GPU clock boost, and live-stream your gameplay instantly
GTX960.PNG

Specifications

GPU Engine Specs
 CUDA Cores  1024
 Engine Clock
  GPU Boost Clock : 1317 MHz
 GPU Base Clock : 1253 MHz
   
Memory Specs
 Memory Clock  7200 MHz ( GDDR5 )
 Standard Memory Config  2048 MB
 Memory Interface  GDDR5
 Memory Interface Width  128-bit
   
Power
 Power Comsumption
  Up to 150W, 1 additional 6 pin PCIe power required
   
Display Support
 DVI Output
  Yes x1 (DVI-I)
 HDMI Output
  Yes x1 
 Display Output  Yes x3 (Regular DP)
 HDCP Support
  Yes
Standard Graphics Card Dimensions
 Length  8.47 inches
 Height  4.77 inches
 Width  1.61 inches

Note: It includes 1x DVI to VGA Adapter in accessories. 

Click here to return
 
2015-04 Algorithms, High Level FFT, 2D FFT Print
March 2015
Compucon CPD Program
1 April 2015 Wednesday
Compucon House Albany

4:00 - 5:00pm Algorithms for New Business (TN)
5:00 - 5:30pm High Level View of FFT (Stefan)
5:30 - 6:00pm 2D FFT (Phil Fogle)
6:00 - 7:30pm Wine and Cheese

Algorithms for New Business

An algorithm is a precise recipe that specifies the exact sequence of steps required to solve a problem.   It is the backbone of a software application that provides a specific function such as for accounting or scientific research.  Compucon has been doing computing hardware system integration for 23 years and is now looking at algorithm and software as an extension of business scope for the future. Which other PC brands are doing this?  Why do we want to do this?  Are we capable of doing this?  Would there be a market big enough for our group of peers?  What exactly do we need to do?  Which peers can be involved?  This session is to examine this can of worms at the earliest instant of opening it (before it is too late).  The recently completed parallel computing proof-of-concept project funded by the government provides a lot of supports to this exploration.  

High Level View of FFT

We did a session on Fast Fourier Transform back in January which was in fact our first attempt to go into algorithm and software. The content we presented was from a software construction perspective instead of functional appraisal and it was outside the scope of most peers.  This session is a remedy.  We will explain what FFT does, which types of applications it serves, what the alternatives are, and an intimate relationship with computing hardware.  If the January session is in the ‘too hard’ basket, this session is in the ‘just right’ basket for our peer group.

2D FFT

Phil has a quantum physics background and is practising professional photography these days.  He will spend the first 10 min to introduce the concepts of the Fourier analysis and hence the origin of the transform.  The main theme will be an illustration of use of FT in analysing Cosmic Microwave Background, and showing how we can learn about the origin of the universe and inflation.  Both parts are not technical (though I would like to show the equations briefly).  For peers, please treat this session as Outside the Square and expect to receive some stimulation of vision to extend our horizon.
 
Slides for CAST 2015-03-04 Print
March 2015
Venue: Compucon House
Date: 04/03/2015

The PDF files below are for Training Course members only. If you have attended the training course and have problems viewing the files below, please email us and we would be glad to help.

Training Course material (presentation slides):



















                                                                                                                                                                2015TED
 
Series 7 / 8: Limits to consider when creating a RAID array Print
February 2015
There are limits to the maximum number of drives per array and arrays per controller as listed below:

Note: the Adaptec RAID 71605E controller supports RAID 0, 1, 1E, and 10 only!
  • Maximum Number of Devices: 256 (16 expanders and 240 drives) in all controller modes
  • Maximum Number of Arrays or Simple Volumes per Controller: 64
  • Maximum Number of Arrays that can be created on the same set of drives: 4
  • Maximum Logical Drive Size: 512TB
  • Maximum Number of Drives in Striped Array (such as RAID 0): 128
  • Maximum Number of Drives in RAID 5 Array: 32
  • Maximum Number of Drives in RAID 50 Array: 128
  • Maximum Number of Drives in RAID 6 Array: 32
  • Maximum Number of Drives in RAID 60 Array: 128
  • Available Stripe Sizes for Arrays are 64, 128, 256, 512, or 1024 KB. Striped RAID configurations have a default stripe size of 256 KB.

Note: A RAID 10, RAID 50, or RAID 60 array cannot have more than 32 legs when created using the Build method. Maximum disk drive count is only limited by RAID level. For instance:

  • a RAID 10 array built with 64 RAID 1 legs (128 disk drives) is supported
  • a RAID 50 array built with 32 RAID 5 legs (max. 128 disk drives) is also supported
Although you can create a RAID 10 array with more than 64 drives using the Quick Init method, the maximum number of build/verify operations that can happen simultaneously is 8.

Source: Adaptec ASK ID 17244
 
More...
<< Start < Prev 71 72 73 74 75 76 77 78 79 80 Next > End >>

Results 640 - 648 of 2511