Thursday, February 22nd 2007
Intel Releases 3.60GHz Celeron D 365 Processor
Intel has added the Celeron D 365 processors to its Celeron D series for desktops. The Celeron D 365 operates at 3.60GHz and it is the highest model of the series. It uses a 512KB L2 cache and supports a 533MHz FSB. Produced with Intel's 65nm manufacturing process, the Celeron D processor also includes the Execute Disable Bit capability. This feature, combined with a supported operating system, allows memory to be marked as executable or non-executable. For additional information visit this page.
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CdrInfo
23 Comments on Intel Releases 3.60GHz Celeron D 365 Processor
I am probably in the minority here just in the fact that I actually like Intel's processors, and am not a raging AMD/ATI fanboy, but I am definitely in the minority for liking Celerons.
Celerons have their flaws, but they are dirt cheap and actually good performers, ever since the Celeron D series came out I have loved them. They finally had enough L2 Cache to be worth while, and with the newer 65nm ones having 512KB, they are very appealing, and very capable, especially for the price. The best part is how far they overclock, the low FSB and very high multiplier are an overclockers best friend. Getting these things over 4GHz on the stock cooler easily is very appealing to me and every one I have had done it.
They certainly aren't going to win you any performance titles, but they get the job done, and they get it done cheap.
I'll admit that the old Celerons sucked, and saddly it is a reputation that they were unable to break. The Celeron Ds certainly aren't your grandma's Celeron. The Celeron M is even better, I can't tell you how quickly I would have traded my golden Opteron 148 for a Celeron M rig...
newtekie isn't lying when he says they OC insanely. My friend jut recently got a Celeron D, and since I had OCing down pat, I was like lets do it. 4.2GHz on the stock cooler running Prime, Orthos, system never crashed. I dont remember the 3dmark06 score though, was like 6000 something /shrug
Got an enthusiasts rig. Don't even consider it. Its for another market segment.
I would hope for features like:
Single core, but with core architecture.
1MB L2
All the SSE instructions.
Execute Disable Bit.
I think I know why the Celeron OCs so much, its due to the fact that its not very complex. Ocing will produce less heat than a normal Prescott OC.
looks like a good alt to sempron though, 3.6ghz stock speed and 512kb ram, should be able to hit 4ghz on one of these without even breaking a sweat :rockout:
notice i was asking if i was right and i also said if those r the one i am thinking of
plz dont be so quick to hate until your sure of what some one saying
They will be dual core and single core(to compete with the dual core Semprons that are coming out)
They will be based off both Conroe and Allendale cores.
The Conroe based Celerons will likely have 1MB L2 Cache.
The Allendale based Celerons will most likely have 512KB L2 Cache.
They will have all the SSE Instructions enabled(this has always been true with all celerons to my knowledge)
The Celerons based off the Allendale core will most likely not have the Execute Disable Bit, only some based off the Conroe core will.
They will run on the same old 533MHz FSB, but some of the dual-core models might move up to 800MHz.
The main reasons Celerons overclock so well is because of their high multipliers and their low FSB. The Celeron D that I use to overclock is the 3.2GHz model. It has a 133MHz FSB and a 24 multiplier. That means I just have to raise it to 200MHz FSB to get 4.8GHz, which is pretty easy for most motherboards. Though the problem with that speed is that you really have to give them some voltage to maintain stability, though it is possible on air cooling(mine handles 3.6GHz on a stock Intel cooler), while a speed like that would be unheard of on air cooling from a full Pentium 4/D. However, they do get rather toasty at that speed/voltage, which is where the next trick comes in. Since they have a quarter of the L2 cache as their bigger parents they run cooler, which helps a lot.
I would love to get my hands on one of these 3.6GHz models. A 27 multiplier means that at a 200Mhz FSB that is 5.4GHz! Though that really might not be attainable on air. So the 3.6GHz model might not be as good since these processors really suffer from lower FSB speeds, even if the clock of the processor is actually higher.
The absolute best part about them is that they are extremely cheap. My first overclock was on a Celeron, which is maybe why I am partial to them. They are a great place to start for beginners that really don't want to risk a $300+ processor doing something they have never done before.
Though the Celeron D 360 is already $70, and the Pentium D 805(another processor I love to overclock) is only $75. So the higher end Celeron Ds are rarely a good buy unless I get a super good deal on them.