China's 64bit Homegrown CPU 361
An anonymous reader writes: "EE Times is reporting on China's BLX IC Design Corp nearing the completion of their first 64-bit CPU. Based on the MIPS instruction set the 500-MHz Godson-2 microprocessor is aimed toward distributed grid computing. To avoid MIPS patent issues, several instructions (unaligned loads and storeds in the 32 bit version) have not been implemented but with the support of over 60 software providers such as Red Flag Linux and the ability to tweak compilers to not use these instructions this should not be a problem. The Godson-1 processor (also patent free) was announced last year and was aimed at the embedded market." The Godson processor line has generally been called Dragon by the Western press.
Comment removed (Score:5, Informative)
Re:Mirror (Score:2, Informative)
BEIJING -- Stay tuned: China's first homegrown CPU is about to go 64-bit.
One of the country's most promising start-ups, BLX IC Design Corp., Ltd., told EE Times Wednesday (March 5) that it is closing in on a 500-MHz microprocessor that it will market toward China's leading server vendors, including Legend Group and Dawning Technology. It would eventually be positioned as the engine of a distributed grid computing network that will be used by public and private firms here.
The chip is dubbed Godson-2 and is the follow-on to a 32-bit, 266-MHz version released last year that is aimed at the embedded systems market. Both chips are largely based on the MIPS instruction set, but are not fully compatible because they avoid the use of key instructions that would run afoul of MIPS patents.
BLX has moved quickly to rally Chinese industry support around the architecture, launching an alliance that intends to attract 100 members and create 100 designs within two years. "We already have 60 companies and 15 designs so we are ahead of schedule," said David Shen, chief executive of BLX. "We have started working with Haier, which is the biggest consumer manufacturer in China, and they need a lot of chips."
All of the 60 companies that have joined are Chinese firms, Shen said, and they range from upstream hardware makers, to consumer giants like Haier, and software providers Red Flag Linux and Great Wall Software Co.
Godson-2, which has also been translated into English as Dragon or Longxin, has already been prototyped. Samples are expected to roll in the first half of next year. The chip will be binary backward compatible to the 32-bit Godson-1, a path of compatibility first chosen by Advanced Micro Devices in development of its Opteron line.
Some of the improvements over Godson-1 include a four-issue super-scaler architecture, dynamic branch prediction and a non-blocking cache design to allow for multiple misses in the memory array. The chip will probably be made on a 0.18-micron process at Taiwan Semiconductor Manufacturing Co., although Shanghai's Semiconductor Manufacturing International Corp. is also being considered.
Planning for Godson-3
Even though Godson-2 hasn't been officially rolled out, researchers at the Institute of Computing Technology (ICT), a government research group that first designed the Godson architecture before licensing it to BLX, are already thinking about a Godson-3. The core design will be similar. But more features should improve its standing.
"By the end of next year, we hope we can add in multiprocessor support and on-chip secondary cache. If these features are added, the power consumption may be around 10 watts," said Tang Zhimin, a senior ICT engineer who headed up the Godson project. The power budget for Godson-2 is around 5 watts, based on a 1.8V core and 3.3V I/O.
Also under consideration are SIMD for multimedia processing and multithreading support. "We are also looking at how to integrate multithreading with our current superscalar architecture," Tang said.
Re: (Score:3)
Re: (Score:2)
US or online vendors? (Score:5, Interesting)
Re:US or online vendors? (Score:3, Interesting)
I'll try any architecture once....
Re:US or online vendors? (Score:3, Interesting)
DRM? (Score:3, Interesting)
Re:DRM? (Score:2, Insightful)
But how would a chinese chip with no DRM be any different from an Intel chip with DRM disabled?
Re:DRM? (Score:3, Insightful)
I meant DRM in general. Palladium, TCPA, or just processor ID numbers.
"But how would a chinese chip with no DRM be any different from an Intel chip with DRM disabled?"
It's the slippery-slope theory. intel chips might allow you to disable DRM at first, and then just make it mandatory at some point. Buying from a manufacturer that leaves it out entirely means that other companies always have to keep that competitor in mind.
Re:DRM? (Score:2)
In the future there will be no difference. They'll both be illegal.
Re:DRM? (Score:3, Insightful)
How are Intel and/or AMD chips "crippled"? Are you referring to cpu id's? How would the "Dragon" be "free" and how could it be competitive running at 500mhz?
Of course there is the ultimate irony of using DRM and China in the same sentence.
Re:DRM? (Score:5, Insightful)
They will be when DRM becomes mandatory.
"...how could it be competitive running at 500mhz?"
Intel thought the same thing about AMD for a long time. Then the K6-2/450 was released, it sold like crazy, and AMD actually beat intel in sales for one quarter. After that intel startking kicking their R&D's ass to get better CPUs out quicker, because competion had kicked in. It might take a while, but the Chinese have plenty of resources, and they WILL get to a point where their CPUs are competitive with American CPUs.
Re:DRM? (Score:3, Interesting)
I get tired of hearing that phrase. Do you really think the government is going to mandate TCPA technology? Yeah I know some crackpot sponsored a bill, but it was long since blown out of the water.
That is, however, something that's very likely in China.
As for Intel/AMD/VIA/Transmeta/IBM/Motorola, you think they'll all conspire together against you to make sure you use TCPA? They're competitors. If Intel made TCPA platforms that couldnt be disabled, AMD would pick up 100% of the market that doesnt want it.
It just doesnt make any sense why people are so eager trust the Chinese govermnent as if they're some kind of savior for freedom of thought. I'd be very wary of what the Red Chinese would like to force into everyones desktop box.
Re:DRM? (Score:2)
We haven't even seen performance #'s with these chips. To think that they could go from copying a 500mhz chip to producing chips that can keep up with 3ghz x86 chips (and this is assuming that the x86 market stands still for a few years) seems to me a bit of a stretch. I just believe that they have the tech horsepower yet to be that competitive.
Re:DRM? (Score:3, Interesting)
Funny, I recall almost precisely the same thing being said about Japanese dram production, round about the time of 16K (that's bits) drams.
Re:DRM? (Score:3, Insightful)
IF. Not when, IF.
Don't be such a fatalist.
Re:DRM? (Score:2)
It's for grid/cluster computing. As long as it's sufficiently cheaper than other processors relative to its performance, that's fine. And if it has good power consumption, you can put a lot of them into a small space. And 64 bit support is important in and of itself; I'd buy an Athlon64 today even if it cost the same as an AthlonXP and ran more slowly.
Re:DRM? (Score:2)
Both the upcoming Hammer series as well as Intel chips starting with the Centrino will be "featuring" the necessary hardware for MS's Palladium scheme.
Re:DRM? (Score:5, Informative)
DRM only adds functionality like controlling what recipients are to allow to do with emails - just disable any functionality to forward emails which contain confidential data. Don't want others to use your picture for other purposes than viewing it on your website? Possible. Lost your Palm with those rather private pictures on it? No problem. And ofcourse digital media will no longer be copyable directly... but digital media will become a lot cheaper sometime in the future - the price is mainly due to the expensive technology used to create them; expensive studios, 3D-software, special-fx-software, videocamera's etc. are expensive but get cheaper and cheaper. This will not only drive the price of the media down (which will definately raise the volume) but bring a lot more on the market since it'll become a lot cheaper to make things for everyone. Especially with bandwith getting cheaper.
Now the things that you DO have to fear:
And then offcourse one can still record the analog output of the tv, monitor or speakers but for many applications it'd be really usefull, however.
Re:DRM? (Score:2, Insightful)
On the other hand, you never know [theregister.co.uk] what they might do.
Designed for government snooping? (Score:2)
Far fetched? Given China's aversion to foreign web sites and the fact China is still an authoritarian government this very idea is not out of the question.
Pff. (Score:3, Funny)
64 bits? Maybe now someone will actually be able to calculate how much tea is meant when someone says "..all the tea in China".
Re:Pff. (Score:2)
Re:Pff. (Score:3, Funny)
Re:Pff. (Score:2)
Re:Pff. (Score:2, Funny)
That and someone would have to write a bunch of 64 bit software.
China's Chip (Score:5, Interesting)
1) Free and easily ported OS allows them to have a reasonable non-standard processors.
2) US restrictions on exporting high powered chips and other computer parts are easily diluted by open standards.
3) Test, over time, in the market place the use of cheap open chips vs. more expensive perhaps more cutting edge chips (from the west). Do you use 1 or 2 AMD or Intel chips costing 700 USD or 5 or 6 Dragon/Godson 2 chips costing? $5 or $50 (etc).
Re #3, an engineer can tell you which is "best" but only the market can pick the real winner.
Re:China's Chip (Score:3, Insightful)
Agreed. One of the reasons I love NetBSD.
2) US restrictions on exporting high powered chips and other computer parts are easily diluted by open standards.
Well I don't know if I'd call a watered down 500mhz MIPS based chip "high powered". Maybe once you lash 128 of them together you'll have a decently powered box, but individually, it's way less than yesterdays tech.
3) Test, over time, in the market place the use of cheap open chips vs. more expensive perhaps more cutting edge chips (from the west). Do you use 1 or 2 AMD or Intel chips costing 700 USD or 5 or 6 Dragon/Godson 2 chips costing? $5 or $50 (etc).
Not a good comparison I think. It costs $200 RETAIL for an Athlon 2400MP. Now home much supporting chips, power, etc would you need to put together 5 of those Dragons to get at the same fudged clock rate, assuming of course you're doing things that a parallizable enough to counter the loss in raw clock rate. There are other "non open" chips that are alternatives that cost less/run cooler/etc. I don't see how an "Open" chip helps at all here. Plus how is the Dragon "open"? They "steal" another companies tech and explicitly work around any licensing issues. That's "open"?
Re:China's Chip (Score:5, Informative)
Re:China's Chip (Score:3, Insightful)
Re:China's Chip (Score:2, Insightful)
Well I don't know if I'd call a watered down 500mhz MIPS based chip "high powered". Maybe once you lash 128 of them together you'll have a decently powered box, but individually, it's way less than yesterdays tech.
I'm wondering how many computer users need the power of 128 64-bit CPUs to get their work done? On the desktop, my own observation has been that most of the raw CPU power growth during the past several years is being used for entertainment or GUI eye candy.
Certainly, there is a class of computable problems that comes in reach only with lots and lots of CPU horsepower. But to dismiss this CPU, created at this early stage in China's development as a chip-maker, seems short-sighted. This CPU will be useful for lots of tasks. And we haven't heard the last of these guys.
500mhz MIPS based chip "high powered": actually... (Score:3, Informative)
Re:China's Chip (Score:2)
MIPS is taught in almost every computer architecture course, is well understood, and already has a following abd design standards for embedded to enterprise level, and the port was done previously for similar chips. The ease to build a MIPS cpu and existing software base is likely more important.
2. Dragon is not a high-performance chip. However US chips are expensive at even low-end in China's currency. This chip, while not speedy, is cheap and extremely easy to design off of.
3. Not all processes can be distrubted well. It depends entirely on the task and on the architecture. A large multiprocessor system needs a good bus. A shared-bus will saturate but is cheap, a point-to-point is expensive but better. These are embedded CPUs, so a good multiprocessor system isn't likely. A distributed system is possible, but not resonable for most tasks and the software is very complex.
Their market will pick it because it will be cheap, pushed by the government, and the West doesn't have a stronghold. Many embedded chips are extremely cheap already and most companies wont make the switch due to power players and more confidence in availablity (can complain to a company, can't to China).
Welcome to the future... (Score:5, Interesting)
Even though massive portions of the Chinese population are poor farmers, the contingent that has adopted the Internet is (as a result of being a smaller portion of a larger population) far beyond their US counterparts.
The Internet allows for capitalism on global scale to be much easier. Up until now, the US has maintained the lead by appropriating the smartest people from other countries (H1-B's, etc.).
However, we're about to see the trailing edge of this trend, where the smart kids stay at home. Already, one of the top 4 software development groups is based in India.
To all you genius programmers: you're good. But are you good enough to outhack half a dozen Chinese guys working for half your salary?
I predict that within 10 years, half the US programming market will have gone to these overseas firms.
Anybody have any current data on this trend?
-Brett
Re:Welcome to the future... (Score:5, Informative)
I predict that within 10 years, half the US programming market will have gone to these overseas firms.
Been there, done that.
[yourdon.com]
Ed Yourdon's "Decline and Fall of the American Programmer"
and the sequel
Rise & Resurrection of the American Programmer [yourdon.com]
Re:Welcome to the future... (Score:3, Informative)
Re:Welcome to the future... (Score:2)
Re:Welcome to the future... (Score:2)
Re:Welcome to the future... (Score:2)
Considering that adds up to three times my salary, I think my job is safe.
Re:Welcome to the future... (Score:2)
Are you on drugs, son? Cost/benefit wise he'd only have to be 1/3rd as good/productive as that group of six.
Re:Welcome to the future... (Score:2)
Re:Welcome to the future... (Score:3, Interesting)
Wireless networks have almost all ISPs and media companies extremely confused. They just don't know what to do with it or how. Its not their fault, they're just old an obsolete. I say it is time for them to be replaced by new groups of communists and teams and people working together to learn and teach and solve problems without a heirarchy, without a class system.
Maybe something good for a change, instead of business as usual. Because there's just no love in capitalism. AOL will NEVER, AT&T will NEVER, SBC will NEVER provide broadband up and down until it is forced to by its competition, Free Software, Open Source, Communism, good people that want to share, whatever you want to call it.
Re:Welcome to the future... (Score:4, Interesting)
I believe that more and more jobs will be exported to India, but probably not China, because of the language barrier.
Now I'm all for openness myself - I just believe that it *has* to be applied both ways.
Re:Welcome to the future... (Score:3, Interesting)
IIRC, Russian contractors are somewhat more expensive -- $20-30/hr -- and Indian contractors even more expensive than that, in the range of $30-40/hr, but with less of a reputation for leaking code.
(My out-of-state short-term contract rates -- $70/hr -- may be forced to change, but since those mostly come in to play when someone calls me in to help maintain software I wrote previously, I doubt it).
Re:Welcome to the future... (Score:2)
Nice power consumtion... (Score:5, Interesting)
Godson-3 with SMP support and on-die cache will use only 10W while Intel Itanium2 uses 130W.
Re:Nice power consumtion... (Score:2)
Re:Nice power consumtion... (Score:2)
I know its not true for sitting at a CLI, but there are large segments of the market for whom it may be worthwhile.
Re:Nice power consumtion... (Score:2)
disk drives: turn them off when not in use
fan: can get away with a smaller fan and thus lower power consumption
DSP Chip announced yesterday (Score:5, Interesting)
Performance #'s? (Score:2)
Re:Performance #'s? (Score:2)
Tell that to SGI. They're the ones that own MIPS Technologies. All SGI-machines that run IRIX runs on MIPS-processors and they do it damn well. The latest chip is a 600MHz, but those 600MHz can't be compared to Intel/AMD-MHz since the architecture is different.
Also these machines consume a fraction of the power that Intel/AMD does, I think the latest Pentium weighs in at about 130W and the latest (R14000 or R16000) at 16W, and in this case bigger is not better.
This means that You can put a lot of CPU's in one machine and get less powerconsumtion and less heat.
Combine this with SGI's kickass architecture [sgi.com] with good interconnect and You've got a really good machine. SGI has no equal when it comes to fluid dynamics calculations as an example. No, linux doesn't come close (yet), although the Altrix [sgi.com] looks promising.
And yes, I know, SGI is too expensive to justify the cost in most cases. Unfortunatly.
Re:Performance #'s? (Score:2)
Re:Performance #'s? (Score:2)
Is China the next Japan? (Score:5, Interesting)
So may China be next? China has a reputation for developing cheap goods and electronic equipment, but they seem to be getting better and better. Maybe someday soon they will be producing electronics as good, if not better, than any other country. The added benefit is that China doesn't follow all the same patent and copyright issues as other countries so they are truly free to innovate and compete. This coupled with Chinas new more positive view on Captitalism and China could become the new super power.
Re:Is China the next Japan? (Score:2)
Re:Is China the next Japan? (Score:2)
Re:Is China the next Japan? (Score:3, Insightful)
Re:Is China the next Japan? (Score:2, Insightful)
Wow... (Score:2)
Err, aside from the whole "oppressive communist government" thing they've got going on over there, that is.
Re:Wow... (Score:2, Funny)
Had me a hydroponic processor, once. (Score:2)
Are they available for general use? (Score:3, Interesting)
Does anyone know if this, or another like it, will ever be available stateside with an ATX-mountable motherboard?
Bye, Bye Tech Industry (Score:2, Interesting)
Wait a minute.. (Score:3, Interesting)
How hard is it to create a new version of linux for a new CPU like this?
I am no kernel hacker but doesn't there have to be certain hooks for the CPU included for a port to be successful?
How do they get an OS (linux or whatever really) running on this thing?
Re:Wait a minute.. (Score:5, Interesting)
Actually porting GLIBC is a lot more work than the kernel.
Porting a kernel while debugging a new compiler for a new CPU architecture is a LOT more work than doing either (I know this from sad experience :-)
Chinese article? (Score:5, Interesting)
Re:Chinese article? (Score:3, Informative)
Re:Chinese article? (Score:3, Informative)
Well, the "communist system with chinese elements" may be closer to good old facism, but I doubt they'd use feudal terms to name products, esp. if they're going to have exposure abroad.
Or have I missed a change in trademark trends?
Chinese culture extends far beyond Communism. Communism did a good job in destroying a fair amount of Chinese culture, but it never came close to giving it the ole KO, nor has any other ruling class. The Mongols or the the communists, you name it... when you're contending with that many people, even if you're the ruling class, you just end up getting diluted in the population.
This said, heaven ("tian") is used all over the place in China, as are plenty of other Taoist, Confucist and Buddhist terms.
And China is pretty much "communist" in name only, anymore. It's still run with an iron fist by a small group of men, but if you've not been there, I encourage you to visit. You'll see capitalism one helluva lot more than you will redistribution of wealth.
MIPS pantent issue (Score:5, Informative)
"Although there are no patent issues MIPS have been known to be very [e-insite.net] aggressive [man.ac.uk] toward people who try to create compatible systems."
This sounds famailar (Score:3, Informative)
-1 Redundant, but still... (Score:2, Redundant)
Re:-1 Redundant, but still... (Score:2)
As you said, we've got our heads up our asses with not only intellectual property nonsense, but also with the idea that certain businesses have some sort of God-given right to stay in business no matter how flawed or antiquated their business plans are.
While we're stifling innovation in the US with our insane amount of copyright laws, the Chinese will be the ones innovating.
You're also likely right about space travel. There is a good chance the Chinese will pass us in that field as well. It wouldn't surprise me if China is the country that makes it to Mars. I get the sense that they're willing to make "sacrifices," and push forward even after a spacecraft faces a disaster rather than halting their program for years.
FINALLY... (Score:4, Funny)
Longxin? English? (Score:3, Funny)
...snip...
Godson-2, which has also been translated into English as Dragon or Longxin, has already been prototyped. "
uh... since when is "Longxin" English? no entry in the Dictionary [m-w.com]
Re:Longxin? English? (Score:2, Insightful)
Dragon is probably the closest meaning/definition translation of the word.
I could be wrong though.
With SPARC they wouldn't have any patent issue... (Score:2, Interesting)
MICRO computing, Multithreading, Multiprocessing (Score:2, Insightful)
Please say "Blah Blah, It isn't cost efficient." If you can run a 500mhz Dragon for 5 watts, and an Itanium for 130, why not run 26x500mhz Dragons? or kick it up a notch for 32x500mhz.
Also, if you need something real to look at and you can't understand why this is a good idea, have a look at a PC104 board.
Now Since I've discussed this in the desktop/server cluster end of the spectrum, imagine how this will help portable/wearable/embedded device technology, if their Desktop CPU is planned to run at 5 watts, imagine their portable CPU.
Sounds like a winner.. (Score:5, Informative)
From the sound of it, the Godson chips will be lower powered in terms of performance to current US chips. However, I find the energy consumption to be very attractive. Ie, 5 watts and 10 watts for 266Mhz 500 Mhz respectively. Scaling up linearly, that's still just 20 watts of power consumption for a 2Ghz chip.
But what I'm thinking is that China is aiming for is low cost and low power consumption chips. Ie, can be used in portable hardware and/or massively parallel setups.
Granted, they can't SMP the chips in hardware, but with a Linux cluster of these, they could quite readily setup a powerful computing cluster.
Personally, I'm glad that they are designing their own chips. It would be nice to see more competition outside of just the big two.
The way I see it, if they produce these chips at low prices($15-$50), at such low power consumption levels, I could easily see myself building many small nodes of them. Maybe now, I can POVray just ever so faster... :)
Power consumption doesn't scale linearly w/ MHz (Score:2)
Yeah, but can you build a... (Score:5, Funny)
Oh, my goodness. I'm so sorry!
Marketing Literature (Score:3, Funny)
Note: 50% speed improvement is valid. PhilosopherMark2003 does not take in to account issues that need to be addressed in the new millenium and therefore produces unbalanced results in favor of BhuddaTechnologies's processor line.
backwards compatibility (Score:2)
"The chip will be binary backward compatible to the 32-bit Godson-1, a path of compatibility first chosen by Advanced Micro Devices in development of its Opteron line."
What a load of horse. Sun did this ~10 yrs ago with the SPARC -> UltraSPARC transition, the PowerPC and POWER specs also include such compatibility, and if I'm not mistaken MIPS themselves did this as well also ~10 yrs ago. Some reporter there really doesn't know his stuff.
Congratulations, China! (Score:2)
Dragon? (Score:2, Insightful)
Leapfrog in technology? (Score:3, Interesting)
Examples:
1. US homes are still mostly connected via copper phone lines. Developing countries which are barely starting to lay out their communications network infrastructure are laying out fiber optic lines. Whether this is good or not is still yet to be seen. Fabric switches are still incredibly expensive.
2. Cell phone technologies in Japan, Korea, and other asian countries are connected via newer and more advanced 3G CDMA digital technology. For some countries, its much cheaper to build a wireless infrastructure than it is to lay out ground cables. China is pushing their own CDMA technology.
So, with this new 64-bit CPU, maybe China will make the leapfrog into 64-bit computing. They will have a Linux system capabable of handling a 64-bit instruction set. Assuming of course, that Microsoft doesn't shutter some kind of shady deal with the Chinese government, to have them all running their servers on Windows 2000/.Net operating systems. The company making the chip will have to speed up the CPU though, but maybe they can follow Moore's Law and double every 18 months.
Who knows, maybe this will cause a revolution in China. The population will be running their systems on a more advanced 64-bit Linux system running MIPS-like instruction set. Then again.. maybe not? The market will decide.
yeah nice but performance ? (Score:4, Interesting)
MHz is not everything I wonder how much of a performance penalty e.g. not having unaligned loads actually is and compared to a true MIPS core what the penalty
anyone got basic benchmarks ?
regards
John Jones
Re:yeah nice but performance ? (Score:2, Insightful)
Re:Nice architecture (Score:3, Informative)
Thats no wonder - it was refined during years of research by Henessey and Patterson.
However if you look close you will notice that the instruction set does also contain some obselete legacy. For example branch delay slots do not make any sense with OOO Architectures. It is also questionable whether wasting quite a bit of instruction space for integer arithmetic both with and without overflow trapping is worth it. Maybe the could just have used the extra space for a proper move instruction so R0 is freed.
Reason for MIPS r0 (Score:5, Informative)
Maybe the could just have used the extra space for a proper move instruction so R0 is freed.
The MIPS architecture already has a proper 'move' instruction without using r0: r12 = r8 | r8, or r12 = r8 | 0 (zero specified as immediate). The r0 is frozen at 0 so you can do negations (for which ARM uses 'rsb' or reverse subtraction) and other things where zero must be the first argument.
Re:Where are the IP lawyers? (Score:2, Informative)
Re:The beginning (Score:5, Insightful)
Everyone in America is complaining about how US firms are employing foreign workings instead of US citizens. Once the foreign market starts to keep pace with / pass up the US, there will be an increased demand for IT workers in those countries. As demand for these workers increases, their salries will increase as well. This means US firms will be less eager to hire foreign workers.
Also, I think the US could use a good kick in the pants when it comes to motivation for product innovation. This may be just what we need.
Re:The beginning (Score:2, Funny)
I'm putting it between the soy milk and the mango lassi.
Re:Homecloned, you mean... (Score:2)
Re:Homecloned, you mean... (Score:2)
I mean would you buy a 4GHz chip for 300 dollars, or a 3.5GHz chip for 50 dollars?
This Mgahertz race should have stopped at 1 GHz. at that point it was fast enought to run anything for the end user. They should have been focused on throughput. Cycles would still increase, but no as dramatically, but the system would be doing more per second.
Hopefully this will awaken Intel and AMD.
Re:Homecloned, you mean... (Score:2)
And they are. Newer processors *are* doing more per second. What do you think this 'Ghz' number is (indirectly) measuring?
> Hopefully this will awaken Intel and AMD.
Awaken them from what?
Doing more per second while maintaining the same clock speed is harder to achieve than doing the same per cycle and doing more cycles per second. The former requires some sort of shift in paradigm in how a programmer (or at least a compiler) writes a program. And actually, this is being attempted in IA-64's EPIC/VLIW architecture.
Re:Say what? (Score:4, Insightful)
Re:Say what? (Score:3, Informative)
2. They are cracking down on it. When I was in Beijing, I passed a billboard several times that had posted, in BIG letters, something like "BETTER FOLLOW NEW COPYRIGHT PROPERTY LAWS". Wish I'd had a camera at the time(s).
While pretty funny, in an outsider-looking-in sorta way, it's just more evidence of what they're doing to try and limit piracy and IP theft.
Re:ill repute (Score:2)
Then they said it about "Made in Taiwan".
Today's cheap and nasty often turns into tomorrows quality product.