Wednesday, October 31, 2007
Phenom GP9600 details
Agena B2 Revision.
Socket 940 pin micro organic PGA AM2+
Clock initially 2.3 Ghz (only)
HT 1Ghz (only)
TDP 89W
DDR2-1067
Pretty unimpressive. December's 2,5 Ghz Phenom Christmas edition should be much better.
EDIT: Seems no 2,5 Ghz Phenom on December. BAD.
Blue screen of death smashed 4,5 tonnes UAV into residential area
A mix-up between fuel and camera controls caused a 4.5-tonne uncrewed aircraft to smash into a residential area near the town of Nogales, Arizona. No one was hurt but the incident raises serious questions about the safety of flying uncrewed aerial vehicles (UAVs) in civilian airspace and could hamper plans to use them more widely.
On 25 April 2006, a Predator B surveillance UAV belonging to US Customs and Border Protection (CBP) was patrolling the Mexican border when the ground pilot's radio-control console froze, prompting him to switch to a back-up. Last week the US National Transportation Safety Board released a damning report into how the change caused the plane to crash.
When the pilot switched consoles, he failed to notice the fuel supply difference, which caused the engine to cut out.
BAD HARDWARE comment: Seems we put our national security level to the highest ... deeps. Yesterday one military airplane dropped the bomb into the East coast beach. Might seem interesting option to make a bet during its approach will the bomb explode ... or not.
Anyway, seems that everything is this time quite ready for forthcoming Iran invasion. We must not make yet another screw up ( remember choppers collisions debacle the last try).
Here is the latest on airport security:
WASHINGTON - Abandoning its secrecy claims, NASA promised Congress on Wednesday that it will reveal results of an unprecedented federal aviation survey which found that aircraft near collisions, runway interference and other safety problems occur far more often than previously recognized.
AMD Phenom OverDrive to 3,3 Ghz !!!
K10h architecture brings split clock and power planes architecture. AMD uses it in Phenom to overdrive one core up to 3,3 Ghz. Why not all?. Hehe. At 3,3Ghz at the all of 4 cores, it should start melting, though such things we might see even in Intel's 45nm quad core Yorkfield. Has the Yorkfield split power plane option?
Hardly. That is why its TDP goes immediately to 150W. That's all folks.
P.S. What is bad here? I can't see Agena revision. And that might mean B2 should run with HT 1600 MHz.
That should cripple its max performance (take in account 3,3 GHz clock) , but anyway, AMD has already showed the bunch of radically new technologies.
Intel's Q2/Q1 2007 sales went down, AMD's up
Next year, AMD will move one place up, ahead of Sony, with the shiny perspectives for further move up.
BAD HARDWARE question. What would happen with AMD, without "perfect storm". Think about it.
As you can see, only a few semi manufacturers don't show heavy quarter dependent sale fluctuations.
Intel is among fluctuating companies.
That is why they need a pack of confident "journalists" before any decisive event and why not necessarily AMD. Quite simple and obvious. Isn't it?
PS3 is now in 65nm
so it will be cooler and the power consumption Increases from 200W to 135W
Sony adds too a new heat sink, the new PS3 to be quieter.
And that's not all , the main board changed too, now the PS3 got a small battery. The console will not shutdown immediately when the electricity cuts.
Two years behind Intel, IBM-AMD's complex SOI 65nm manufacturing process is finally in volume production.
Tuesday, October 30, 2007
Google becomes cellular
The announcement is expected to come within the next two weeks, the newspaper reported.
The software will be open.
China's Dawning prepares 1 Pflops supercomputer for 2010
Let me remind you. USA will have it in 2008/9.
Japan in 2011 , but something much more powerful.
And EU? Seems never.
This China supercomputer might be composed of 10K PC clusters.
Which kind of processor will be used in? AMD's (like in a 4000A supercomputer) or Intel's?.
Neither. They will use their own one.
AMD Phenom launch on November 19th !
Phenom launch is on November 19th.
The Inq reports.
Just as BAD HARDWARE reported: in a 2-3 weeks.
And a week after Intel's Yorkfield on November 12th.
Please, note that Phenom from the pic above is HT crippled to 1600 Mhz.
Real K10h processor revision B2 should support HT 3.0
However, seems that option is left for Q1 2008. Or even later.
Monday, October 29, 2007
The lie of the year !
"Unfortunately, what it looks like we're seeing here today is an artificial slowing of Intel's roadmap in response to the competition."
This is the lie of the year, without any doubt !
Yes, we all know that Intel slows down, however, not because of competition , but because of 150W TDP fire wall ahead of Yorkfield. We will have to wait till Nehalem in Q4 2009, to see anything better in
Intel's performance. And in Intel's power consumption redux. We all know how the last time finished Intel's "care" about weak competition. With product named Prescott, after two years of stall in clock rise and year profit slide from $36B to $5. $5B is still a big profit, but nothing special compared to Intel's yearly $100B of revenue."Today we're looking at a damn good Intel. "
BAD HARDWARE comment: Seems that we today are looking damn laying Anandtech.
EDIT: Wait a bit, here is yet another serious candidate:
"Intel achieves between four and eight times higher peak CPU and FPU throughput in two years. Yet only 25 per cent higher memory bandwidth and 15 per cent lower latency.
As far as we hear from other testers, the performance is same or better, so 4GHz Yorkfield desktops might not be uncommon."
But, the dude in his own article gives 3 Ghz Yorkfield picture, where everything is water cooled !.
So, 4 Ghz Yorkfield desktops might not be uncommon?.
HAHAHAHAHAHAHAHAHAH. TDP for the air and water cooled systems is not the same, you fool.
They might be common only in the fraud musems. Even being water cooled. Beside, that dude should know the crucial difference between prefetch hit success and system overall throughput.
Thus, in quad core design Intel is born sucker, for the whole year, until Nehalem arrive. In Q4 2008.
| Family | Core | Model | Clock Speed (GHz) | Core / Thread | L2 Cache | FSB (MHz) | Socket | TDP |
| Core 2 Extreme | Yorkfield | QX9775 | 3.2 | 4/4 | 12MB | 1600 | LGA771 | 150W |
| QX9750 | 3.2 | 4/4 | 12MB | 1600 | LGA775 | 136W | ||
| QX9650 | 3.0 | 4/4 | 12MB | 1333 | LGA775 | 130W | ||
| Core 2 Quad | Q9550 | 2.83 | 4/4 | 12MB | 1333 | LGA775 | 95W | |
| Q9450 | 2.66 | 4/4 | 12MB | 1333 | LGA775 | 95W | ||
| Q9300 | 2.5 | 4/4 | 6MB | 1333 | LGA775 | 95W | ||
| Core 2 Duo E8000 Series | Wolfdale | E8500 | 3.16 | 2/2 | 6MB | 1333 | LGA775 | 65W |
| E8400 | 3.0 | 2/2 | 6MB | 1333 | LGA775 | 65W | ||
| E8300 | 2.83 | 2/2 | 6MB | 1333 | LGA775 | 65W | ||
| E8200 | 2.66 | 2/2 | 6MB | 1333 | LGA775 | 65W | ||
| E8190 | 2.66 | 2/2 | 6MB | 1333 | LGA775 | 65W | ||
| Core 2 Duo E4000 Series | TBD | TBD | 2/2 | 3MB | 1066 | LGA775 | 65W | |
| Conroe | E4700 | 2.6 | 2/2 | 2MB | 800 | LGA775 | 65W | |
| E4600 | 2.4 | 2/2 | 2MB | 800 | LGA775 | 65W | ||
| E4500 | 2.2 | 2/2 | 2MB | 800 | LGA775 | 65W | ||
| E4400 | 2.0 | 2/2 | 2MB | 800 | LGA775 | 65W | ||
| E4300 | 1.8 | 2/2 | 2MB | 800 | LGA775 | 65W |
Intel's 45nm YORKFIELD benchmarks
3 Ghz, 12MB L2, SSE 4.1 , FSB 1333 Mhz. TDP 130W
Faster, 3.2 GHz Yorkfield will consume even 150W.
The benchmarks are here.
To be competitive against AMD's Altair, Yorkfield should run 3,5 -3,7 Ghz. But, it literally melts in every sense at 3,2 GHz and 150W TDP. Luckily, AMD's Altair will not reach 2,9 Ghz soon so, Intel could run still a bit.Adjusted clock from the table above gives Yorkfield's corrected max clock ever : 3,2 Ghz
3Ghz Yorkfield launch is on November 12th.
Sunday, October 28, 2007
Asus demos AMD Phenom AM2+ board
HT 3.o is enabled. Chipset is RD790. We might expect Phenom launch in a 2-3 weeks.
Friday, October 26, 2007
45nm Penryn: bigger cache + faster bus = huge dissipation
In a nice presentation, Penryn main architect explains its main benefits : faster bus plus bigger cache.
However, seems that he missed to stress one very important thing: Penryn's TDP of 150W.
He forgot too that with faster buses latency rises too, so that is why Penryn L2 is more associative and its cache is bigger. "so they aren't really hiding or controlling latency, just making it less important by preloading data so latency is basically "hidden" since the data is already fetched."
And that made Penryn's power consumption huge.Intel's shows obvious and inherent inability to make things any better before the Nehalem appearance, in a year or so.
Even with Nehalem, Intel is still a full year behind the AMD
AMD is with 2,5Ghz Barcelona just around the corner. When about this time but the next year Intel proudly announce Nehalem at 3Ghz , AMD might have one similarly clocked Barcelona too. Because 20% clock rise in a year is a common thing, especially after AMD's transition to 45nm, though we might not be quite sure about AMD's announced timing. However, on Intel's design timing too. Anyway, after AMD 6 month Barcelona delay, AMD is still in innovations apply leadership for a whole year.And what brings Nehalem? SSE4-2 with 7 new instructions. Higher clock? No, not at least initially. So, what are its advantages? Higher IPC? Hmmm ... no. I don't see anything special there, and I really don't understand all this lying hype on Nehalem. The only innovation there I see is introduction of new high K manufacturing technology that will slash its 45nm leakage to acceptable level (45nm 2 dies Yorkfield consumes 150W ) and consequently Nehalem's 8 core TDP to half of the Yorkfield 8 core analog.
Thursday, October 25, 2007
Intel's new HOT products will go on sale November 12th
Two dies HOT 130-150W 45nm bullshit.Their 3,2Ghz would hardly beat 2,5 Ghz Barcelona, to be launched about the same time.
Intel's 45-nm process is said to result in a 15 percent reduction in global warming emissions
Intel's 45-nm process is said to result in a 15 percent reduction in global warming emissions.
Does that mean that we now know whose 65nm manufaturing process made global warming 15% up?
Intel settles, pays $250M to Transmeta
Recently, Intel's rival, Advanced Micro Devices Inc., invested in Transmeta.
Seems that beside Transmeta, this settlement would make AMD's finnancials better too. Oh, by the way, seems too that Intel's designers don't steal only from AMD.
1 Billion suspected in 2018 ?
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Well , seems 200 000 new suspected each year up to now . The next year, about election time, we might expect celebrated millionith suspected? Right? That is called won war on terror. Let me guess further. In 2009 2 millions suspected, in year 2010 4 millions, in 2011 8 millions, in 2012 16 millions, in 2013 32 millions, in 2014 64 millions in 2015 128 millions, in 2016 normal President or 256 millions, in 2017 512 millions, and finally in 2018 1 billions suspected, or namely all muslims over the world.Thus in 10 years we will have more likely Global war insted of Global war against the terrorism. Congrats.
Microsoft pays (again !) big monopoly fine to EU
Before the July 2006 fine, Microsoft had paid a 497 million euros ($613 million) penalty — the largest ever imposed by EU regulators on one company.
In late morning trading in the United States, Microsoft shares dropped 8 cents to $30.82.
What will happen with Intel's shares after possible monopoly fine of $3,2B?
One Turing machine with 2 states and 3 colors is universal ?
That perhaps proves hypothesis the father of universal mechanical computer Konrad Zuse from the sixties, that the whole our World is computer.
See the Wolfram's blog. One of some 3 millions, 2 states 3 color machines just proved to be universal.
It is the simplest possible HALTING? universal computer.
BAD HARDWARE coment : If so that one of those 2M machines is proved universal, why should God bother with the rest of them creating the same, and what is their real purpose in this world?
Wednesday, October 24, 2007
Intel blames EU for sluggish profit margins.
Intel (INTC) Chief Executive Officer Paul Otellini has had a bumpy two and a half years at the helm of the chip giant. He has fought a pitched battle against rival Advanced Micro Devices (AMD), which last year picked up its first orders at Dell (DELL)—previously an Intel stronghold. He also faces an antitrust battle in Europe, where in the worst case, the penalty could top $3 billion. A former marketing executive, Otellini is the first nonengineer to head the chip giant. (He has a bachelor's degree in economics, and an MBA from Berkeley.) Despite widening margins and 15% revenue growth in the third quarter, Intel's stock price is hovering at the same level as in May, 2005, when Otellini took the reins at Santa Clara headquarters from current company chairman, Craig Barrett.
Intel seems blames EU for sluggish profit margins? :
"Their basic argument is that we sold under cost." That argument, Otellini says, "is flawed. I think if that's the central part of their argument, we'll fare fine." He adds that he finds statements by EC Competition Commissioner Neeley Kroes about Europe's role in regulating "dominant" companies "very troubling. If they take that position with us, or Qualcomm (QCOM), or Microsoft (MSFT), which are all American, I might note, you wonder where they're going long-term.… They could redefine what 'success' means." Otellini says that if the Europeans do not broaden their case against Intel, "the worst case is to write a check."
AMD's real problem is to tune the design to the technology
Yeah, just as BAD HARDWARE found. K10h (K10 in hurry) is actually 45nm design in mind and its actual 65nm version is only its crippled, slowed down bastard. Intel was that one responsible who has screwed AMD's initial plans with its Core launch. Beside,
AMD said its "Spider" platform is on track to launch in November. Spider will combine Phenom processors, RD790 chipsets, and RV670 graphics processors, so the statement essentially confirms that both Phenom and the RV670 are due next month.
The problem isn't yields, which Meyer said are "right where we expected them to be."
The company expects Barcelona to become widely available by the middle of this quarter.
Well, seems that fast production ramping will solve the yield problems by the middle of this quarter. AMD had two problems, one of them is to be solved soon, and the last one introducing 45nm somewhere in 2008. Thats all folks.
Tuesday, October 23, 2007
Intel's investors cry: And where are our gross profit margins?
Yeeeeha, we smashed AMD profits , though as you see, with some collaterals.
Revenue | $101 Billion | +15% | +16% |
Operating Income | $22 Billion | +64% | +66% |
Net Income | $19 Billion | +43% | +46% |
EPS | 31 Cents | +41% | +41% |
Results for the third quarter of 2006 included the effects of divestiture gains of $129 million. | |||
Scandal: Nehalem-EX completely stole AMD's Montreal design
AMD Montreal is in Q1 2009. Intel Nehalem-EX Beckton is in 2H 2009. Of course copy can't be announced before the original. Here is the thief name. Click on the picture below to enlarge and compare.
And here is what has happened to Intel's own design creativity, just at the Montreal F1 racing ring:
More details on Montreal race here
Phenom's future AM3 socket is given below:
Sunday, October 21, 2007
Nehalem delays to Q4 next year
As Bad Hardware predicted, Intel became with Nehalem design delays. Formerly broadly in H2 next year, now its launch target is only Q4 2008. However, by then it will face fierce competition of AMD.
Seems that AMD Shangai will be by then already in volume 45nm production. What might be the benefits of Intel's 45nm against AMD's. No benefits, no advantages. Oh, by then AMD will complete ATI aquisition and go out of red.
In case of attack, Iran will retailate with 11000 rockets
The United States has never ruled out attacking Iran to end its defiance over the controversial Iranian nuclear programme, which the US alleges is aimed at making nuclear weapons but Iran insists is entirely peaceful.
Iran warned on Saturday it would fire off 11,000 rockets at enemy bases within the space of a minute if the United States launched military action against the Islamic republic.
"In the first minute of an invasion by the enemy, 11,000 rockets and cannons would be fired at enemy bases," said a brigadier general in the elite Revolutionary Guards, Mahmoud Chaharbaghi.
This volume and speed of firing would continue," added Chaharbaghi, who is commander of artillery and missiles of the Guards' ground forces, according to the semi-official Fars news agency.
US President George W. Bush said Wednesday that he had warned world leaders they must prevent Iran from getting nuclear weapons "if you're interested in avoiding World War III."
Though not specified, do you know what is one of the main rocket targets?
Intel's new 45nm fab in Kiryat Gat - Israel.
BADHARDWARE verdict: Buy your processors until they are cheap.
Saturday, October 20, 2007
70 military airmen punished after nuclear warheads tourism
As BADHARDWARE recently reported seems we get ultimate security, when someone can enjoy warheads tourism. What would happen if that B2 shot a warhead?. To Russia, say. Or to Washington?
Of, course we all know who might be blamed instead. And another crusede should start.
WASHINGTON - The Air Force said Friday it has punished 70 airmen involved in the accidental, cross-country flight of a nuclear-armed B-52 bomber following an investigation that found widespread disregard for the rules on handling such munitions.
Barksdale Air Force Base," said Maj. Gen. Richard Newton, the Air Force deputy chief of staff for operations.
"There has been an erosion of adherence to weapons-handling standards at Minot Air Force Base and Barksdale Air Force Base," said Maj. Gen. Richard Newton, the Air Force deputy chief of staff for operations."Military investigators have confirmed to The Hal Turner Show that
President Bush's personal Presidential authorization code authorized
the removal of five 150 kiloton nuclear warheads from their secure
nuclear storage safes.
Those Investigators also confirmed that the cruise missiles in which
those warheads were placed, were mounted on the wings of the B-52
and not placed in the belly of the plane with other missiles headed
for decommissioning.
When those nuclear cruise missiles arrived at Barksdale AFB,
Investigators say plans were made to move those warheads off the
base, allowing them to be used for what was to
be a massive, nuclear "terrorist" strike against
five U.S. cities. They speculate the attacks would have been blamed
on AL-Qaida and used as an excuse to impose Martial Law in the U.S.
Government officials are scrambling to silence this investigation
becuase it proves definitively that President George W. Bush was
personally complicit in planning terrorist attacks against his own
country for the purpose of declaring Martial law, merging the United
States with other countries after we've been "crippled" by massive
nuclear attacks, implementing "one world government" to "prevent
anything like this from ever happening again" and, of course,
remaining in power forever as absolute Dictator.
Elements inside the U.S. Military are aggressively seeking to arrest
President Bush while top Brass in the military is doing everything
possible to quash the crisis.
Nuclear strike on US averted !!
CRIMINAL CONSPIRACY UNCOVERED IN NUCLEAR "MISTAKE"!
SHIPMENT OF LIVE NUCLEAR WARHEADS FROM NORTH DAKOTA TO LOUISIANA WAS NO MISTAKE
THE LIVE WARHEADS WERE REMOVED FROM THEIR SECURE NUCLEAR STORAGE SAFES AFTER ENTRY AND CONFIRMATION OF PRESIDENTIAL AUTHORIZATION!
Those who trade their sovereignty for security, doesn't deserve both in the end.
Here is an weaker version of this breaking story:
B-52 Nukes Headed for Iran, Not For Decommissioning: Airforce Refused.
WMR has learned from U.S. and foreign intelligence sources that the B-52 transporting six stealth AGM-129 Advanced Cruise Missiles, each armed with a W-80-1 nuclear warhead, on August 30, were destined for the Middle East via Barksdale Air Force Base in Louisiana.
However, elements of the Air Force, supported by U.S. intelligence agency personnel, successfully revealed the ultimate destination of the nuclear weapons and the mission was aborted due to internal opposition within the Air Force and U.S. Intelligence Community.
BADHARDWARE verdict: No comment.
Friday, October 19, 2007
2,5 Ghz Phenom in November !
The 45nm production ramp is (still) planned for H1 2008 while the first 45nm CPUs are set for a release in H2 of 2008 with the first arrival being the server processors codenamed Shanghai.
As for the things closes to our hearts and pockets, the Phenom processors, they are set to arrive next month, at speeds that top 2.5 GHz.
HAL, don't kill us, please
The South African National Defence Force "is probing whether a software glitch led to an antiaircraft cannon malfunction that killed nine soldiers and seriously injured 14 others during a shooting exercise on Friday."
Electronics engineer and defence company CEO Richard Young says he can't believe the incident was purely a mechanical fault. He says his company, C2I2, in the mid 1990s, was involved in two air defence artillery upgrade programmes, dubbed Projects Catchy and Dart.
Angry cannons? Well that is what we desperately need, to win the Iraqi victorious war.
Thursday, October 18, 2007
Opteron 2,5 Ghz benchmark blows away Intel's STALLion
hw_avail = Dec-2007
hw_cpu_name = AMD Opteron 8360SE
hw_cpu_mhz = 2500
| Date | Sponsor | Operating system, processor | PGI version Compiler | SPECint_ rate_ base2006 | SPECfp_ rate_ base2006 | Files |
|---|---|---|---|---|---|---|
| Oct-2006 | Intel | SLES 10-64 Xeon 5160, 3Ghz DC | 6.2-3 | 15.8 | 15.8 | INT config FP config |
| Jul-2007 | AMD | SLES 10-64 Opteron DC 2224SE 3.2Ghz | 7.1-0b | 52.1 | 56.2 | INT config FP config |
Aug-2007 | AMD | SLES 10-64 Opteron DC 2350 2Ghz Barcelona | 7.1-0b | 77.3 | 72.4 | |
Aug-2007 | Intel | SLES 10-64 Xeon 5355, 2,66Ghz 8C | Intel C++ Compiler | 91.3 | 58,8 | Config |
Aug-2007 | AMD | SLES 10-64 Opteron 16C 8350 2Ghz Barcelona | 7.1-0b | |||
Sep-2007 | AMD | SLES 10-64 Opteron 16C 8360SE 2,5GHz |
| 163 | 149 |
Yep, just as AMD promised in "simulated" benchmarks a few months ago.
Opteron 2,5 Ghz throughput is at least 40% greater than the Xeon's best.
AMD responds to Intel's delay with 45nm delay ?
Considering that Intel is using dry double patterning 193nm ArF for its 45nm ramp now underway, immersion volume production ramp for the major foundries and the likes of AMD could well be a 2009 affair!
Provided, of course, that AMD will unconditionally wait immersion up to 2009. More likely, AMD will use hybrid 65/45 nm manufacturing on the current facilities starting in August/September next year.
And (w)holy immersion technology in 2009. On Intel's design delay look at here.
Exclusive: Intel's 6 and 8 core MPU
In Q4 2008 and H2 2009, respectively. Congrats. But, I prefer AMD's multicorers, that will by then collect the years of working experience.
US top 5000 patents kept secret
Figures released by the US Patent and Trademark Office last week show that secrecy orders, granted under the US Invention Secrecy Act of 1951, were applied to 128 patents in the year to October 2007 - taking the total number to 5002. Of the new orders, 53 were on private inventors, against 29 in 2006.
"I suspect that the oldest secret patents date back to the early days of nuclear weapons," says Steven Aftergood, who tracks government secrecy issues for the Federation of American Scientists. "It would be nice to think [they] had the answer to global warming or some other miracle energy-generation technology, but it's more likely to be a nuclear-powered can opener," he says.
The NEW WORLD ORDER ? Free trade and globalisation ? That is alas, only another name for global DOMINATION.No real future without your own creativity.
Wednesday, October 17, 2007
Hot breakthrough : Intel's "low power" 3,2 Ghz Yorkfield consumes 150W
Right, 150W. And 3.2 Ghz Yorkfield still will not be better in performance than say 2.6 Ghz Opteron, that will too consume hefty 120W.
P.S don't forget to add 20-30W for Yorkfield external memory controller and add some excessive consumption of its accompanied FDIMMs and then try to compare their overall performance/consumption ratio. AFAIK, last time something like this has happened at Intel (and everywhere) with Tejas engineering samples. But Yorkfield will not be withdrawn dead born baby like Tejas was. Thus, we have obviously Intel in troubles. It rises clock to counter Opteron higher IPC . And rises that way power consumption, but not linearly. Let me conclude,
Yorkfield is BAD HARDWARE HEAVYWEIGHT champion for 2008. And of all times.
Here below is what has been promised in 2006, and up is what is actually delivered. 3,73 Ghz Yorkfield in Q3. HAHAHAHAHAHA. The Emperor has nothing of its shiny clothes.
All hype was actually based on overclocks like this one below.
US Patriot attacked Qatari farm
WASHINGTON - A U.S. Army unit mistakenly launched a Patriot PAC-3 anti-aircraft missile from an American base in the Persian Gulf country of Qatar, U.S. military officials said.
The PAC-3 missile, an upgraded version of the Patriot, landed nearby on a farm and caused no damage, the Qatari military said, according to a statement carried by the Qatar News Agency. The land, about 4 miles north of the base at Camp As Sayliyah, may be owned by Qatari royal Hamad bin Khalifa al-Thani, said an official at Central Command, the U.S. military headquarters for the Middle East.
But Army Lt. Col. Holly Silkman, a spokeswoman for the Central Command in Qatar, said she didn't think the land was owned by al-Thani.
No damage? Well, we would like to see next time Patriotic miss firing of nuclear war heads to see some collaterals. Let me quote further:
Military officials credited the Patriot system with intercepting all nine Iraqi ballistic missiles that it went after during the 2003 invasion of Iraq. But, the system also was blamed for the downing of a U.S. F/A-18 Navy jet, killing its pilot, and of a British Tornado, killing its crew of two.
IBM's Z6 processor in 65nm counts 991M transistors
IBM's SOI manufacturing process is virtually the same as that one AMD uses. Thus, lies on superiority of Intel's manufacturing are only the lies and nothing else. And please note that in 45nm next year AMD could squeeze 1B transistors in much less die area than this IBM's.
Tuesday, October 16, 2007
Nock, nock, HAL please open the doors , HAL I beg you do it
In the weeks that followed the crisis and apparent recovery, station commander Fyodor Yurchikhin and his fellow cosmonaut Oleg Kotov disassembled the boxes and cabling and inspected every angle of the hardware, occasionally assisted by their American crewmate, Clayton Anderson. Multiple scopes and probes had failed to find the flaw, but their eyes and fingers eventually did.
The connection pins from the power-monitoring device they'd bypassed earlier, they found, were wet—and corroded. The final report described the “change in appearance” of fasteners on one box's connectors and noted “the presence of deposits and residue on the housings, and residue and spots on the contact surfaces.”
Continuity checks found that specific wires, called command lines, in the cable coming out of the device had failed. And one of those lines had short-circuited. Also, in a shocking design flaw, there was a “power off” command leading to all three of the supposedly redundant processing units. The line was designed to protect the main computers, which are downstream of the power monitor, from power glitches too great for normal power filters to protect against. It does so by turning the computers off when it senses trouble. But in a failure unanticipated by its designers, this one command path itself was able to kill all three processing units due to a single corrosion-induced short.
That discovery was a great relief to spacecraft controllers in Houston and Moscow. The bypass jumper cables were exactly what really was needed to circumvent the false “power off” command, because they forced that command line to remain dormant. Using the cables did expose the computers to damage from real power surges, but by then the power system had settled into a benign and steady state.
But what caused the corrosion? The source was quickly identified: water condensation, one of the most frequent culprits in avionics problems. The NASA report says the damage “presumably” was “the result of repeated emissions of condensate from the air separation lines” of a nearby dehumidifier. Air flow and power usage were supposed to keep the computer cables warm enough to prevent water from condensing on them, but the dehumidifier had been malfunctioning, and its frequent on-off cycles led to surges of water vapor. Also, a stream of cold air from another location on the dehumidifier helped drive the cable temperatures occasionally below the dew point.
Another cause for dismay is that when trouble did develop, the Russians' first instinct was to blame their American partners.
BAD PARTNER RELATIONS AFTER BAD HARDWARE? What a striking combination.
On Intel's double (crossing) clock lies
Low-Voltage Swing circuit technology utilizes custom tools and methodologies to implement random small signal logic at an unprecedented scale. Our 2x frequency integer core implementation on Intel's 90nm process meets the present Pentium® 4 processor product demands. With process and post silicon optimizations the design will support increasingly higher frequency processors.
By the end of 2007, Intel top processor is still unable to hit 7,6 Ghz, even being cooled down do -123C degrees, as todays report finds. Double core, proved to be much better price/ preformance solution.
Intel's 8 pistons engine humvee, at 5,8 billion cycles per second
This Intel's engine, using light materials, at 200 pounds only is still better than the other hardware manufacturers. The only other essential part to get ultimate mobile machine is of course humvee frame. Fugger, owner of xtremesystems.org , did the job this time with the same 200-pound cooling gear, and broke the 5.8 giga cycles per second barrier. Not bad for a (still) pre-production engine.
Here is 6Ghz Yorkfield Turbo boost:
Mainstream goes 3D packaging, not towards EUV flatness
Recently, at the International Microsystems, Packaging, Assembly and Circuits Technology (IMPACT) Conference 2007, which took place in Taipei from Oct.1 to 3, quite a few attendees reached a consensus that 3D packaging technologies will become the mainstream solutions in the future.
Processing Capacity of Stacking and Packaging Companies Unit: One million Chips | |||||
2004 | 2005 | 2006 | 2007 | 2008 | |
Stacking | 790 | 966 | 1,171 | 1,349 | 1,519 |
Packaging | 732 | 927 | 1,104 | 1,280 | 1,408 |
AMD K10h Opteron will not reach 2,6Ghz until March 2008
Consequently, Phenom will not reach 2,8 Ghz before March too.
Only processor called Shanghai in 45nm, with 768Kb-1024Kb of L2 cache and 6MB shared L3, will finally be clocked at 3GHz. In August 2008. Thus; 2,8 Ghz Opteron should be launched in May 2008, to fit in that launch hole. And three cored Phenoms in March too, as a collateral repair to 2,8Ghz Phenom spin. Obviously, 65nm Opteron is pale product compared to its initial design goal in 45nm. Seems, no secrets for Bad Hardware. Right? Interestingly to note 1 Tflops limit broke Intel, in the year 1996.
1 Petaflops limit will brake Cray with AMD ,probably with low power Opterons 12 years later. Another 12 years, another company? and new limit will be broken? For now we know only Intel's response for January 2008. Ans in H2 2008 Intel's Nehalem might be ready. Because Core2 QX9775 is literally hot stuff at 135W no leakage technology TDP . And no likely any clock improvement in future clock. If you desperately need it, than suck it.
Monday, October 15, 2007
Gphone will be Linux based
Analysts believe Google wants to extend its dominance of online advertising to the rapidly growing mobile internet market and is hoping to persuade mobile providers and phone manufacturers to offer phones running its software.
The cost of those phones may be partly subsidised by Google-managed advertising appearing on their screens. The company is also expected to integrate its full suite of applications into the new OS and develop its own mobile web browsing software.
Each man on the Earth makes one search every 3 days
On average of course, 60B searches each month. Could we expect one search each day?
Yes, probably soon, in a few years. Ancient Greeks had had oracles, to answer people to their questions. Now, we have search engines instead. Due to that fact Google's cap market recently broke $200B limit.
Cool: World's smallest fan
Rise of the Notebook nation
Saturday, October 13, 2007
Cray 'Baker,' is designed to deliver peak performance of one petaflops by late 2008
ORNL is then expecting to install a next-generation Cray supercomputer in late 2008. This system, code-named 'Baker,' is designed to deliver peak performance of one petaflops, making it roughly three times faster than any existing computer in the world today. This system will contain the most advanced AMD Opteron processors available in 2008 timeframe, likely to be quad-core.
What I discovered is that the 'Baker' system, scheduled to be deployted in 2008, will be Opteron-based and consist of around 24 thousand AMD Opteron compute chips -- no vectors, no MTA type threads and no FPGAs. It will however, integrate the successful communication and active management components of the Cray XD1. Cray sees this one petaflops system as phase one of the Cascade project.
I pressed for a detailed specification, but Steve understandably declined to be precise since the final configuration depends on future AMD chips. So I spoke with AMD and others. Using the 2008 timeline and the projected number of processors, I concluded that 'Baker' can be built with 24,000 AMD Opteron chips, using 65 nm technology at 2.8 GHz. To achieve this, each chip must have quad cores and each core must deliver four floating-point results per cycle. This scenario delivers just over one petaflops peak performance. 'Baker' will be using hypercube connectivity, that is, the interconnect based on the Cray XT3 technology. The power required is about six megawatts and the whole system fits into 136 cabinets. Getting 16 floating-point results per cycle (over 44 Gigaflops) out of a scalar chip requires a lot of bandwidth and system management.
BAD HARDWARE comment : 2.8Ghz quad core? We can't expect that processor this year. And its next year target must be too late for Baker Petaflops system by late 2008. Seems that Barcelona delay screwed some schedules. :(Friday, October 12, 2007
700 years of heretic flash at the Vatican stake
Oh, by the way, on October 13th is 700th anniversary of burning at the stake of the last Templar master. When in 1792 the head of beheaded French King fell into the basket, one men reportedly licked his blood triumphantly screaming: He is revenged.
Do you know what exactly day was on October 13th 1307? Friday 13th. Yeah, it got its current meaning of bad luck after that very day.
What is my feeling about all this? Heretical. :(
Oversight of acquisitions of communications of non-United States persons located outside of the United States.
12 ‘‘SEC. 105A. (a) FOREIGN TO FOREIGN COMMUNICATIONS.
—Notwithstanding any other provision of this Act,
a court order is not required for the acquisition of the contents of any communication between persons that are not United States persons and are not located within the United States for the purpose of collecting foreign intelligence information, without respect.
Now when all is legal, how to physically obtain industrial esspionage say on EU targets? It is not hard, this way please. Below is given current shape of all Worlds communications. Latest census of Internet sites gives quite similar data flow pattern too. Thus, the complete physical structure for "legal" surveillance of foreign communications is at disposal, under the fingers, right now. Good morning, Big Brother.
Thursday, October 11, 2007
Boeing delays its dreams by 6 months
Finally, a truth on bad hardware.
Boeing Co. said Wednesday it would delay first deliveries of its 787 Dreamliner by six months after running into assembly problems, confirming recent speculation that an ultratight testing phase would make a May handover impossible.
AMD to become fabless: SIC ?
See below, Intel unbeatable bulk in 45nm brings only 2% of performance improvements. ( SIC )
Intel's 45nm generation brings whopping 2% immediate performance improvement !
Thus AMD is endangered? No way. The only significant improvement is in a new SSE4 instruction set being introduced . Intel's 45nm is a bullshit. No real performance benefits from down scaling. It is essentially only negligible 65nm optimization and die area down scaling and almost nothing else. Click on the picture to enlarge.
Attack of the killer GPUs
Wednesday, October 10, 2007
AMD Triple-Core Phenom 7-Series on March 2008
The codename for the Triple-core processors is Toliman, a 65nm quad-core Agena core based with one core disabled. VR-Zone has learned that there will be 2 models at launch; Phenom 7700 and 7600 clocked at 2.5GHz and 2.3GHz respectively. Both processors will be AM2+ based, 3 x 512LB of L2 cache, 2MB of shared L3 cache and has TDP of 89W. We can expect DVT samples to be available by January, production by February and launch by March 2008. Why Toliman is only 2,5 Ghz clocked? Because it is essentially quad core with one defected core during the production. And you can't rate that kind of product as the top of line , high clocked product using HT3.0 links and DDR2 memory. Right? That product should consume 120W in a quad core configuration. And that would be possible non competitive against the Intel's 45nm quad core single die processors.The forthcoming quad-core AMD Phenom processors use monolith implementation, which means that all the cores are incorporated into a single piece of silicon. By contrast, current quad-core processors from Intel use multi-chip-package technique and incorporate two dual-core processors onto a single piece of substrate. Given that it is considerably easier to manufacture two relatively low-power monolithic dual-core dice than to produce one monolithic quad-core product, Intel’s approach does seem to make more sense from economic point of view, due to the fact that potentially AMD’s quad-core chips have considerably lower yields compared to Intel’s.
EDIT: Yep, I was right. Those triple core Phenoms are simply crippled Phenom Series 9xx processors.
See the table below. Phenom 2,4 Ghz on November; 2,6 Ghz on December 10th.
2.8Ghz Phenoms only in the Q2 next year. Too bad. Actually, bad launch timing, not the hardware.
As all we know, AMD was late 3-6 months in Barcelona introduction, and that is the Stars timing miss match cause. However, we would like promising surprise in Phenom clock.
100 Gbps Internet 2
Internet2 currently has provisioned ten 10 Gb/s links on each segment of the network, which however can be scaled to 20 or 40 or 100 or more wavelengths. The consortium is also working with partners such as Level 3, Ciena and Juniper to test and develop new 40 and 100 Gb/s technologies.
Tuesday, October 09, 2007
Benchmark psychasthenia linked to psychogenic hardware performance semiconsciousness
Now Jeroen “Kongen” van Dongen at the Institute for History and Foundations of Science at Utrecht University in the Netherlands has re-analysed Einstein’s role in the controversy. He says the evidence “suggests a strong theoretical prejudice on Einstein’s part” which led him to ignore evidence that Rupp’s experiments were a sham and a-rigged.
Poor old Einstein! But I know ya’ll forgive him. However, that fraud was a childish play compared to the hardware benchmark frauds, currently widely applied to "prove" some supremacy theories. Anyway, that is the science too. The science of "benchmarking".
Sunday, October 07, 2007
Cool it: Cure the consequences, not the cause !?
Finally, a truth on bad climate?Bjorn Lomborg argues that many of the elaborate and expensive actions now being considered to stop global warming will cost hundreds of billions of dollars, are often based on emotional rather than strictly scientific assumptions, and may very well have little impact on the world's temperature for hundreds of years. Rather than starting with the most radical procedures,
Lomborg argues that we should first focus our resources on more immediate concerns, such as fighting malaria and HIV/AIDS and assuring and maintaining a safe, fresh water supply-which can be addressed at a fraction of the cost and save millions of lives within our lifetime.
Translated in computer related domain, how we should cool our beloved crunching boxes? Curing the causes or the consequences? In the first case relying on complex and painfully expensive design and manufacturing changes. In the second case, relying simply only on cheap, bigger fans and the other kinds of local cooling solutions. What approach will last longer? Decide yourself.
Here is Intel's future response: Nehalem
Click on the picture to enlarge.
AMD's Deneb and Propus should fight this. Both in 45nm. Nehalem core is pretty big and is proned
to manufacturing defects. So what would you prefer by then: AMD's 4 cores or Intel's superior, but still 3 cores, because of that?
Saturday, October 06, 2007
4 Core 2,8Ghz AGENA, DDR2800, HT 3.0 on December 10th
Pretty shocking performance. With promise of the stunning effects in real time tracing gaming.
Please note triple core as mainstream in 1H 2007. That means quad core manufacturing is still low yielded? That's bad. Even worse, no at all AMD's mainstream desktop quad core in 65nm!
Friday, October 05, 2007
Intel, Samsung, Toshiba weight 450mm wafers
For use in 2012. However, we should be very reserved towards those premises. Perhaps not only for DRAM production.
But what Intel is looking there? Two 450mm wafer fabs might replace its current 4 300mm fabs. And year by year Intel has been reducing its working force. Provided processor demand will significantly grow in the next 5 years 450mm solution is obviously good for Intel. But, without the other players in the field, industry will not follow Intel. And as always, proprietary solutions might late or even rejected.
EUV on 450mm wafers?. That is exponentially complex and expensive. So, seems that semiconductor industry slowly goes into the saturation part of its life curve. After so many rush in introduction of new technologies, Intel might suddenly get stuck in a slow, very slow transition to new manufacturing technologies. It is hard to guess when.
Intel's 45nm technology is already demonstrated and ready for fast ramp in 2008. In 2010 32nm would follow, but what will happen in 2012 nobody knows. And only 5 years is left. That is very short time for semiconductor volume manufacturing technology maturing. In 2006, there were approximately 5,000 semi-conductor and electronic components manufacturers in the United States, accounting for $165 billion, according to the 2006 U.S.
Thursday, October 04, 2007
Illusion on power efficiency
According to Gartner, legacy data centers were typically designed to accommodate a power consumption of about 100 to 150 watts per square foot. Today, data centers are being built with 300 to 400 watts per square foot in mind and by 2011, the number could rise to more than 600 watts.
Thus, quite contrary to wide belief that multi core processors will make World's power consumption lesser, the bitter truth is quite opposite. That will only make data centers even more power dense. Simply, there is no such a things in this world like empty data center racks.
Barcelona revision B2B reachs 2.6 Ghz this year
Due to its revision tweak from B1 , Barcelona B2 will in November reach 2,6 Ghz. That clock is some 33% UP from the BArcelona September release. Impressive.
AMD production is fine, 80+M processors this year
This throws cold water over financial analysts' claims that AMD is going fabless and sharing production at Fab 30/38, or indeed selling it off!
Well, BAD HARDWARE didn't need to inspect AMD fab . It denied publicly all those lies simply knowing well their source. Always the same. Instead of bean spilling, let me citate fabtech finding:
Don't forget that Fab 30/38 is still in 200mm production and, based on the scheduled conversion extension, will be doing so for quite some time. So, there will be plenty of 90nm MPUs available at cheap prices.
That strategy might make even more Intel Leixlip fab workers jobless.
While the Leixlip plant has been immune to job cuts since the company’s installation in 1989, this announcement has made it clear that the company’s decision is based on a need to remain competitive within the industry. Pressure in recent years from AMD, its major rival, has led to operating cost cuts for Intel, and this news of cuts in Intel’s largest computer chip plant outside the U.S. could well be a result of this.
Some juicy Leixlip details (famous after crack and Guinness drink) find here.
AMD reduces X2 prices on October 8th
HP LaserJet with mouse attached !
Hey, wait a minute. This is not the model that supports 3D scanning.
Tuesday, October 02, 2007
12 megapixel phone could be available in the H2 of 2009
Handsets can support more than 5 hours of high definition video playback or around 3 hours of HD recording using a standard-sized cellphone battery, the company said.
Definitely, I would buy one.
8 x Blue Disk with capacity of 200 GBytes
Your complete HD on one BD. Neat.
Yet another achievement is "compressed"? BD-DVD. Here. MP4 compression.
The worst recession in 25 years
The Worst Recession in 25 years?10 Million Americans Busted for Pot
Yeah, pot gives you exaltation, fancy and frenzy.
AMD readies 2.8 Ghz Phenoms for the December 7th launch
Don't forget, the December 7th. Nice, but if it should be widely available for Christmas rush.
Revision is of course B2F, but without pesky cache bug that slipped from B1 revision and weakened B2 performance.
Intel discovers GPGU !
Nehalem goes 3 cores !!!
By the end of 2008. What a inventivity. AMD did it the whole year earlier. However, the problem beneath is the same like at AMD K10: big die thus and high defect density. :) Bad Hardware learns.
Intel's 6MB L2 at FSB 1600 MHz consumes the whole 80W?
Finally, a truth on bad hardware. Harpertown 120W vs Wolfdale L5250 - 40W.Monday, October 01, 2007
XEL-1 Sony's first OLED TV Display
The stunning XEL-1 is what Sony teased on Friday on their site in Japan. The XEL-1 is an 11 inch display that is only 3mm thin. Other stunning performance indicators include a dramatic 1,000,000:1 contrast ratio and a low 45W power consumption. Sony has put the ultra-thin display on a pedestal with a flexible arm. At 11 inch the Sony XEL-1 is a nice stylish desk accessory.
The first Sony OLED TV has a resolution of 960x ×540px, but takes input resolution up to 1080p.
When transistor costed $1500 apiece
Please note that at the 50ieth anniversary of this check in 2008, quad core processor chip will cost around $150. Obviously, big progress has been made since than in its price reduction.
Almost 10 Billion times. Think in these terms on another goods.
