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Seems like there are SOOO many different variations of TVs & monitors out there it's kind of hard to directly compare them on a granular level.
Is there something like GSMarena.com for displays that actually gathers all the specs in one place and makes this easier?
Is it possible to buy an optical drive (preferably Blu-Ray) these days that can be used in the living room AND with a PC?
I find myself using discs progressively less & less everywhere in the house, but I on occasion it can't be avoided. Most of what I have seen is USB only or HDMI only, and...
I'm not sure what I was thinking, but on a whim I decided to update the bios on my P8B WS motherboard when I was installing some other updates and seem to have created an issue. I updated it from the original firmware "version 0401" to the newest "version 2106", restarted the system and haven't...
Found the answer in some Intel documentation ... pretty much just as defaultluser commented.
"Four hardware threads on each core (resulting in more than 200 hardware
threads available on a single device) are primarily used to hide latencies implicit
in an in-order microarchitecture. In...
Does the type of data this is meant to process having any bearing on the way this type of chip is designed compared what is processed through a conventional desktop CPU?
For clarity what I mean by that is a typical desktop CPU as I understand it is a "Jack of all trades but a master of none"...
From what I have seen most mainstream processors offer 2 threads per core, but I was looking at the Xeon Phi co-processors which are designed with 4 threads per core. I was wondering what practical benefit that would have for a compute bound single application?
As I currently understand it...
Yea I tried that by keeping track of the estimated time to completion across the different systems but that was a bit inaccurate. I went ahead and ran CineBench since I was interested in pure compute power and the ability to limit threads used in the comparison.
Thanks for the response
I run a compute intensive multithreaded application on my laptop (i7-3610QM) and would like to find a way to bench mark the performance I am getting locally versus what I get on a given EC2 instance.
Is there a good benchmark to use when comparing a standard processor vs a vCPU ?
AndyE,
With Xeon Phi getting Windows support would this possibly be a better way to go ?
http://www.intel.com/content/www/us/en/processors/xeon/xeon-phi-detail.html
http://software.intel.com/en-us/articles/windows-early-enabling-for-intelr-xeon-phitm-coprocessor...
I know this is going to probably sound very ignorant, but for sequential processing applications is a high frequency CPU the only available option? Or are there ways to create a synthetic ultra high frequency processor ?
A SSI cluster sounds more like what I am looking for ...unfortunately I can't seem to find anything similar that would work with on a Windows platform.
So basically what your saying is if I created a cluster and then tried to fire up AutoCad or any other 3rd party multithreaded software I am not necessarily going to get the benefit of the additional computing resources, unless the program was designed for cluster computing?
Thanks scubadiver59,
As I understand it there are various systems to create a cluster, but what I am still a bit fuzzy on is after a cluster has been created does it run in the background? I am trying to understand if I create a cluster of 4 windows servers running 8 cores each does the system...
I understand the basics of cluster computing is the combining of resources from multiple machines to provide more computing power to a particular task then one individual machine may be capable of. My question is in regards to software...most applications I see used are intended specifically for...