Preview of Intel's Dual-Core Extreme Edition
ThinSkin writes "Intel let ExtremeTech.com sneak behind the curtain of its anticipated Dual-Core Pentium Extreme Edition processor for a full performance preview with benchmarks. Bundled with essentially two Prescott cores on one die, the Extreme Edition 840 processor clocks at 3.2GHz and contains a beefed-up power management system to keep the CPUs running cool during use. Expect Intel's dual-core line to hit the streets sometime this quarter. No word on pricing yet." Update: 04/04 17:26 GMT by T : Timmus points out FiringSquad's preview, too, writing "The benchmark results are mixed, with a few applications taking advantage of the new CPU, and some that don't." And Kez writes in reference to this article to say: "Our article on HEXUS.net, covering the P4 EE in detail, states the price as £650 (that's what we're looking at in the UK anyway, not sure about the U.S.)."
I feel bad for the engineers who come up with these designs which are then crapped on by their marketting department.
You do realize that starting pay for expereinced R&D designers is about $120,000 a year. I don't feel bad at all. They could call them "ILoveGayCocK" chips and I still woudln't feel bad for the guys who get to make huge amounts of money doign what they love.
Look, I'm very sorry I hurt all your little feelings. I am fully aware of the difference between the two technologies, and I apologize for my mistake in my first post and my sarcasm in the second.
Here's my first post, rewritten properly:
True dual-processor systems have two separate processors, in two separate sockets, cooled independently of each other. Dual systems are nice for number-crunching and multitasking because tasks can be assigned to whichever core is currently doing less work.
Intel's new dual-core places two cores on one chip. It's convenient because it offers some of the advantages of true dual systems, but I am sure they also had to make concessions because of heat and more limited connections (since both cores are connected through the same socket). I also doubt there will be much of a price advantage over a typical dual system, because any technology this new and unique will be extremely expensive.
I would also like to say that I don't know anything about AMD's offering of dual-core, so I can't comment on why their way is better. I'm sure it is, because AMD's way is always better, but I don't actually have proof of that.
Computers need to explode more often.