Intel Readying Dual-Core Desktop Chip 280
sunisha.shah4eva writes "CoolTechZone is reporting that Intel is planning on introducing a dual-core Dothan chip for desktop computers. According to the article, Intel has plans to turn the performance table around with AMD. From the article: 'Finally, it looks like Intel has learned from its mistake and secretly prepping a surprise for the rest of the industry. According to the information we received, Intel is currently working on a desktop, dual-core Dothan microprocessor with SSE3 instruction set that Intel plans to launch sometime in the future. Whether the launch will take place this year or in 2006 is currently unknown.'"
2006? (Score:4, Interesting)
...just in time for the Apple switch to Intel products?
I'm still kind of miffed about that but if they run new dual-core chips it might not be so bad.
Re:2006? (Score:2)
News flash: Intel Apples will be faster than any G5. With dual core desktop chips they will also be able to multitask better than a dual G5 at a lower cost.
Re:2006? (Score:3, Informative)
We're no better or worse than the Intel vs AMD crowd
Re:2006? (Score:2)
~S
Re:2006? (Score:2)
I know for myself, I'm a price junkie. If it costs less for the same power, I buy the cheaper which up until recently has been AMD. (Though I do have one system that's Intel, but I got the proc,
Re:2006? (Score:3, Insightful)
Because of intelligence-insulting comments fromthe PC peanut gallery, we've all become trained to want nothign to do with your crowd. Make sense now?
You'll be the first to bitch when you can't run OS X on any x86 machine you want, too.
Re:2006? (Score:2, Interesting)
Re:2006? (Score:2)
Re:2006? (Score:2)
Not Apple's fault (Score:2)
So don't be too harsh on Apple, they tried.
Damien
There's a chip on your shoulder (snicker) (Score:2, Interesting)
With the introduction of the G5 and the failure on the pr
Re:2006? (Score:3, Interesting)
Oh and something i forgot in my other reply: PowerPC was originally faster, much, much faster than comparable x86 technology of the time. Unfortunately, we left it in the hands of Motorola to develop it. After all, good old Moto had served us well with their 68k line of CPUs since the early days and now that it was time to bring in the new it seemed only right to give them the chance to accellerate their design, fabrication, and sales with this newfound holy grail of technology.
Instead, they just kept doin
Re:2006? (Score:3, Informative)
I think that a dual 2.5 GHZ G5 would have all kinds of problems going against 2x AMD64s at 3+ GHz. Also, you probably need to take a look at some server benchmarks before you make comments like that.
Re:2006? (Score:2)
1) I like my PowerBook because it runs OSX.
2) I like the PowerBook form factor.
3) I want more power in my PowerBook.
4) The cool thing about Apple was that they weren't mainstream.
5) OSX on Intel isn't any better than Linux on Intel.
6) I don't care if the PowerBook runs x86 or PPC.
So, what's the problem with an Intel-based PowerBook? Why, if you don't think OSX is a more useful OS than Linux (see point 5), don't you just run Linux on your Power
Re: (Score:3, Funny)
Re:2006? (Score:2, Insightful)
I was "miffed" at first too, but the more I think about the switch the more it makes sense. The largest fraction of hardware sales Apple has (excluding the iPod) is Powerbooks and iBookes. G4 chips haven't been getting better, but Intel's mobile chips have; IBM and Freescale do not have dedicated research going into laptop chips whereas Intel does. It only makes sense to switch with this line of thinking.
Hopefully we'll see dual core Powerbooks soon.
Re:2006? (Score:2)
I love it when a plan comes together.
- Hannibal
More seriously, maybe in time for the higher-end Apple desktops to come out. The low-end machines are scheduled first, remember? Like maybe some minis and laptops early on, using Celerons or Pentium Ms, then some of these dual-core chips in iMacs and/or PowerM... uh, they're not going to call it a PowerMac, are they now ? Although I guess they could...
Re:2006? (Score:5, Interesting)
There is something curious in the Apple deal and it is big.
Apple emphasized that they believed Intel's processor roadmap to be more impressive than any alternative. Now, Intel's current chips use boat loads of power because they haven't entered into a silicon-on-insulator deal with IBM, who owns the patent. AMD uses silicon-on-insulator to get their power consumption numbers wayy down relative to Intel's numbers.
Without getting into the details on why Intel doesn't have silicon-on-insulator (IBM wants to "trade" instead of license...), one would think that AMD would have been a *much* better choice for Apple. But Apple's emphasis on the future processors leads me to believe that Intel has something *big* up their sleeve. Probably something to compete with the Cell processor, but on a much broader scale (i.e. - not focused so much on gaming performance).
I know that Intel have been developing Ovonyx [ovonyx.com] memory technology for some time now (since 2000). It is interesting to note that in the process of developing the memory, they found that it has nonbinary processing capabilities [epcos.org].
Is Intel going to drop a bomb?
Link Correction (Score:2)
Re:Link Correction (Score:3, Funny)
I'll try this again [uspto.gov].
Re:2006? (Score:5, Informative)
The power hungry shit processor is the regular Pentium using the Netburst architecture, high clock rates, low efficiency per cycle, fucking radiator, the dothan on the other hand is another story, much closer to AMD's approach: lower clock rates (and upper limit of the architecture) but better efficiency per cycle and MUCH LESS power hungry (while latest PIV crank out above 130W peak out of the box, dothan are rated under 27W)
SoS? (Score:2)
How about Silicon on Saphire (SoS)? [oki.com] SoS (assuming SoS!=SoI) is usually considered too expensive except for harsh environments and places where you really need it. However, since saphire can now be artifically created, it may have come down in price enough for them to integrate it into the assembly line.
Re:2006? (Score:3, Insightful)
Re:2006? (Score:2)
Simple: SOI doesn't scale well for smaller geometries. In order to benefit, gate oxides have to be very small, and beyond a certain minL >100 nm, it becomes insanely difficult to make SOI work because you need to maintain angstrom-think gate oxides across a 300 mm wafer.
That's why IBM is way behind Intel when it comes to device size.
SOI is dead.
Re:2006? (Score:4, Insightful)
Besides, I'm sure Intel has a great memory for trying rash proceedures. I'm sure the Pentium M was long on the table before they greenlighted the Pentium 4; it was the next logical progression of the P6 family tree. The Pentium 4 was probably someone's pet project used to drive the industry to a frenzy, feeding off of increased clock cycles. And it worked.
Now that IPC is important again, Intel's baby P6 has grown up to a working man.
No shit sherlock. (Score:3, Insightful)
I'm gonna say this for one, last, time. The Pentium-M is the Next Logical Evolution in the P6 archetectural line. This iteration brought micro-op fusion (more RISCy behavior), more cache room, smaller chips (reduced size, which in turn reduced the power demands), and a faster bus speed. For all purposes. With better versions and designs of SpeedStep, Intel *designed* it to bring the mobile revoltion to the forefront.
The only problem is, their savior for the Se
Re:Yawn (Score:3, Informative)
The Pentium M is actually a whole, different chip, just as the Pentium Pro and the Pentium 2 are whole, different chips (Pentium 2 and Pentium 3, on the other hand, have so much similar that it's almost a bad example). The Pentium 2 introduced to P6 (Pentium Pro) MMX. The Pentium 3 introduced to the Pentium 2 SSE(1/2). The Pentium M introduced to the Pentium 3
Why Apple Couldn't Consider AMD? (Score:2, Interesting)
I think this is one big reason why Steve Jobs and Apple could not / did not consider AMD -- they notoriously burned their bridges with Motorola/FreeScale over the G4's lackluster performance and slow development. Thus, Jobs and de Ruiz probably don't have a particularly good relationship.
I've said it once... (Score:5, Insightful)
Most likely, Intel will take that performance throne with their "secret". They have a way of doing that (like HT); but, we'll see something better come from AMD. And so the cycle continues...and we all benefit!
Re:I've said it once... (Score:3, Insightful)
Re:I've said it once... (Score:5, Insightful)
This is the very reason why they're pumping more cores/processor
Re:I've said it once... (Score:5, Insightful)
Re:I've said it once... (Score:4, Insightful)
Fact is that every architecture has a maximum frequency limit, Netburst has a very high one (intel expected it to be much higher, but they got fucked up), A64 one has a much lower one. Proof is that OC world record is at 6.5GHz for Intel's and 4GHz for AMD's, and that's not with aircooling.
Every architecture has a maximum frequency, and AMD is already at it's limit for mass production. No core including Winchester was able to reliably break the 2.6GHz frequency on mass market (out of the box), and only Venice core and SOI now allow AMD to plan for a 2.8GHz clocked processor (once again out of the box, not talking about overclocking here but about stable, mass-market ready reliable frequencies).
Heat is not an issue for A64.
Nor is it for Dothan processors, actually.
If AMD could squeeze higher frequency out of their A64, they wouldn't even be considering Dual Core right now... AMD and Intel shifted to dual core because it's the only area of improvement save creating a completely new x86 architecture from scratch to replace the ones they currently have.
Re:I've said it once... (Score:2)
Yes, I have. Do you know how they got to that level? They got there by changing the type of transistor they use in manufacturing those processors. They switched from a fast/hot transistor to a slower/cooler transistor. If anything, that change lowered the speed ceiling, not raised it. They can't just shrink and speed it up the way you claim unless they go back to the faster/hotter gates.
Re:I've said it once... (Score:4, Informative)
"The Consortium is led by founding members Advanced Micro Devices, Alliance Semiconductor, Apple Computer , Broadcom Corporation, Cisco Systems, NVIDIA, PMC-Sierra, Sun Microsystems, and Transmeta." (my emphasis)
IBM wasn't a founding member. Sure, they're a member, but Apple is higher up in the hierarchy than IBM. If Apple wants HyperTransport on an Intel chip, they can get it, because they've got power to license it, AFAICT.
Re:I've said it once... (Score:5, Informative)
Re:I've said it once... (Score:3, Funny)
Well, I've got a processor here that goes all the way to eleven cores!
Re:I've said it once... (Score:2)
Most likely, Intel will take that performance throne with their "secret". They have a way of doing that (like HT); but, we'll see something better come from AMD. And so the cycle continues...and we all benefit!
Exactly. I love being a consumer ;-)
I haven't seen anything interesting enough to think about re
Re:I've said it once... (Score:2, Insightful)
I have to agree. HT in my opinion equates somewhat to MMX a while back. Lot's of hype, little to no improvements to performance. It's just another marketing tool to make people think they should buy Intel. (An average, uneducated user could think.. Hey! I am getting two processors for the price of one with Hyper-Threading)
Re:HT is worth it (Score:3, Informative)
I encode movies, run GIMPS and offer remote (FreeNX) access to friends nearly 24/7 on my Athlon 3200+ and I have no problems with responsiveness. I think perhapse that the impression that HT is useful comes from the fact the the P4 is so terrible
Re:I've said it once... (Score:3, Insightful)
Scariest thing I've read in a while...
Re:I've said it once... (Score:2)
I remember reasong somewhere that one of the big problems with PowerPC emulation on the x86 was the fact that PPC chips had more registers than x86, thus forcing some of those registers to be used from RAM or swapped as appropriate, either of which caused a loss of all possible advantages of having registers.
Looks likely then that this move is also being made to help the transition Apple will be making to Intel architecture, and it will largely benifit the PC world as well.
Re:I've said it once... (Score:2, Informative)
Most likely, Intel will take that performance throne with their "secret". They have a way of doing that (like HT); but, we'll see something better come from AMD. And so the cycle continues...and we all benefit!
Hey MS Windows users: He's talking to you! Would you rather sit at home pretending that XP's new i
SSE3? (Score:2)
I do like that they are readying a dual-core chip; Intel's chips have always been really hot, particularly in an SMP rig.
Re:SSE3? (Score:2)
Apple's core infrastructure's been developed on Intel machines for quite a while, and I'm sure the developers have spent every waking moment for optimizing Mac OS X for the Pentium 4. Now that they have to move to the Pentium M (as it is a much more stable, longer lasting platform), they need the instruction set to be complete. Applications like CoreImage/QuickTime thrive off of vector code, and with Altivec out of the picture (*CRIES*), SSE3/2/1+MM
Yeah sure... (Score:5, Funny)
Re:Yeah sure... (Score:2)
And you suddenly have a PS3 killer.
Many Dothans... (Score:5, Funny)
secretely prepping? (Score:2)
Re:secretely prepping? (Score:2)
Just a thought I had.
Re:secretely prepping? (Score:2, Insightful)
Re:secretely prepping? (Score:2)
Re:secretely prepping? (Score:2, Insightful)
Re:secretely prepping? (Score:2)
I've never heard of anybody caring about calling Linux 'GNU/Linux'...
There are plenty of people who want to call GNU/Linux 'GNU/Linux' though. Mostly because 'Linux' and 'GNU/Linux' are two different things...
NO BEOWULF CLUSTERS! (Score:2, Funny)
IMAGINE A GENERIC, NON-BIOWULF CLUSTER OF THESE .. (Score:2, Funny)
See what I just did? I got around your preemption. Karma, come to me...
Intel, Intel, Intel...all this talk about Intel... (Score:4, Funny)
Google... (Score:2)
in the future? (Score:5, Funny)
This just in: AMD has plans to launch their dual core desktop chip sometime in the past, thus beating Intel to the punch yet again.
Mmmm redundancy (Score:2)
Do they have any other choice for timeframes?
Maybe they'll release it in the past just to screw with us!
Dothan? (Score:2)
About time to let Netburst die (Score:2, Interesting)
Are you joking? (Score:2)
Not only will providing Pentium 4's for existing desktops produce some income for a couple of years to go, the Xeon line is still *dependent* on it. In environmentally controlled rooms, these machines can produce all the heat they want and nobody's gonna give a
Intel: "AMD, I challenge you to a Duel" (Score:4, Funny)
Current Intel Dual Core DOA (Score:4, Interesting)
Cue speculation about Apple (Score:5, Insightful)
Re:Cue speculation about Apple (Score:2)
Less than a year. In the Keynote, Jobs said that they plan to have their first Mactel unit shipping June 2006 or before. As you alluded to, they said the first dev kits will ship in a couple weeks.
Dual-Core Hypervisor 64-bit Intel Macintosh (Score:3, Funny)
Multiprocessor too. Gotta have more than one CPU.
MacOS, various Linuxes, various non-Apple BSDs, and because I have to
Hmm, what else do I need, a few dozen GB HD per OS, a GB or two of RAM per OS, a core per OS, 10GHz networking, high-end sound and video,
Re:Dual-Core Hypervisor 64-bit Intel Macintosh (Score:2)
Re:Dual-Core Hypervisor 64-bit Intel Macintosh (Score:3, Funny)
OC? (Score:2)
I think you mean 10 Gbit networking. That aside, I think what you want is an OC-192. That clocks in at around 9.955 Gbps. That close enough for ya?
Open Opportunities (Score:3, Interesting)
Re:Open Opportunities (Score:2)
Given my experiences with Windows, I wouldn't be surprised if Microsoft does this when installing everything. Aside from some experiences I've had moving between Intel and AMD with the same install (very interesting blue screens). I often wonde
Re:Open Opportunities (Score:3, Insightful)
Re:Open Opportunities (Score:2)
Desktop? (Score:2)
Change of course for the processor wars? (Score:2)
Can Apple Contribute to Intel? (Score:2, Interesting)
Err, ahh, hurray! (Score:5, Funny)
Man this is going to be a rough transition.
Re:Err, ahh, hurray! (Score:2)
Intel Already has Dual Core Processors (Score:3, Informative)
Slashdot, Rumours for Nerds (Score:2, Funny)
It's bizzare (Score:2)
Hey Intel if they find out how shitty these things are, well they're gonna be pissed!
It's increadible how long intel has gone without a serious update.
This however is just an attempt to Jam up AMD, a new processor architecture THAT IS JUST AN EXISTING ARCHITECTURE GLUED TOGETHER and RELEASED IN A YEAR!
Total Garbage.
::pop:: (Score:5, Funny)
"...secretly prepping a surprise for the rest of the industry"
uh, hate to burst your bubble, but I got this nagging suspicion that somebody from AMD reads slashdot.
Benchmarks (Score:5, Interesting)
http://www.tomshardware.com/cpu/20050525/pentium4
Funny that, I can already buy dual-core chips (Score:2)
Re:Funny that, I can already buy dual-core chips (Score:4, Insightful)
Also you're not comparing the same type of chip. Opteron is AMD's SERVER chipset, which are always more expensive than desktop chipsets.
NOT! (Score:4, Informative)
Opterons have their own high-speed dedicated bus for core to core communication. Dual core P4s are really two separate P4s on a single chip and use the regular bus for communications (along with memory, i/o, etc.).
The dual core P4 you mentioned is operationally no better than dual P4s (single core).
define:FUD (Score:2)
Isn't this the very definition of FUD?
Re:Ummmm, (Score:4, Funny)
And if you all thought you had seen the end of the cow fwds, here is a
revelation- another one. The last line rings so true...
INFOSYSism
You have a thousand poor cows. You put them on a nice campus, and send them one at a time to the US for milking.
WIPROism
GE has a cow. You take 49% of the milk.
DELLism
Intel has a Goat. Samsung has a Camel. Buy milk from both and sell it as Cow's milk.
IBMism
You have old stubborn cows. You sell them as pet dogs to unsuspecting small businessmen.
MICROSOFTism
You have a cow. Force the world to buy milk from you. Spend a million dollars to feed poorer cows.
SUNism
You have a bull. It doesn't give milk. You hate Microsoft.
ORACLEism
You have a cow. You don't know which side to milk, so you sell tools to help milk cows.
SAPism
You don't have a cow. You sell milking solutions for cows implimented by milking consultants.
APPLEism
You have a cow. You sell iMilk.
SONYism
You have a cow. You spend 50 million dollars to develop the world's thinnest milk.
HPism
You don't know if what you have is a cow. You sell complete milking solutions through Authorized Resellers only.
GEism
You have a donkey. People think you have a 100-year old cow. If someone finds out, that's his imagination at work.
RELIANCEism
You don't yet have a cow. You sell empty cans to people for Rs. 501, because Dhirubhai wanted everyone to have milk.
CITIBANKism
Welcome to citibank. If you have a cow, press one.
If you have a bull, press two... stay on the line if you would like our customer care officer to milk it for you...
TATAism
You have a very old cow. You re-brand it as TATA Indicow.
Re:Didn't AMD shoot down Intel's "dual core" claim (Score:3, Informative)
The difference is both cores access the system bus directly, there's no on chip core to core communications as there is with AMD's solution. That shouldn't surprise anyone though, SMP by deffinition is done in the same mannor, each chip sharing the system bus. Intel doesn't have the same abstraction between the core and the system AMD has.
Intel has shown plans for two seperate dies on a package (I forget the name, a version of Pressler maybe it was), but that should onl
Re:Didn't AMD shoot down Intel's "dual core" claim (Score:5, Informative)
On AMD Dual Cores, there is a specific bus for communication between cores and with the memory module, while in Intel types they have to use the main bus.
So intel choice for Netburst dual core lowers the total efficiency (since the cores have to share with the rest of the system, situation akin to regular dual processors) while AMD dual cores have a special bus which is even faster than the regular main bus, lowering latency and increasing communication capacities between the cores, on top of making them compatible with regular mobos.
But one has to remember that the choice Intel made for Netburst's dual core was more than likely done in a hurry, to release DC faster than AMD.
They'll probably design a much more specific processor for their Dothan dual cores.
Re:Didn't AMD shoot down Intel's "dual core" claim (Score:2)
But since I'm not actually 100% sure of that, I used conditional statements in my previous post, to show what I think without stating that it's an absolute truth (since it isn't).
Re:Didn't AMD shoot down Intel's "dual core" claim (Score:2, Informative)
Re:Didn't AMD shoot down Intel's "dual core" claim (Score:2)
Well, for one, they don't work together as well as the AMD. With the Intel, any communiction between the cores has to be done through the FSB, where as with AMD, its done internal to the processor. That is huge. The on-die memory controller on the AMD just makes the chip much more advanced than anything Intel has.
Here is a link [anandtech.com] with some info on the architecture.
One big advantage AMD has is that as you add cores, the performance hit you take over contention for memory is very low. For example, look
Re:G5 Powerbook == Dual Core? (Score:2)
Documentation from IBM on the 970 core states that minimum core voltage on the 90nm unit is 1.0V, and quotes consumption of 27W when clocked at 1.25GHz.
Re:A what? (Score:2)
Re:I hope this doesn't turn into the Pentium Hibac (Score:2)
Dothan is the latest Pentium M core, it's heat rating is somewhere around 25W...
Top of the line single core PIV are at 130W, and dual cores are above 150W...
Re:Overheard in a long grey corridor.. (Score:2)
Re:Hot Hot Hot (Score:2)
These Dothan chips run much cooler and you can't get your hands on them yet.