Wednesday, November 11, 2009
NVIDIA GT300 'Fermi' Graphics Card Delayed till Jan-Apr 2010
Call of Duty Modern Warfare 2
pro
more weapon
more perks
coop mission
cons from what i have read
cost 60bucks
no lan no more lan parties no dedicated server
no mods
steam protection
size freakishly huge 11gigs for 6hours of mission
ATI Radeon HD 5970 - set at November 16
ATI Radeon HD 5970 - we know the date
Our foreign sources of AMD has informed us on the unofficial plan / date of the newest and most powerful graphics cards from AMD / ATi with kernel Hemlock XT. ATI Radeon HD 5970 stanoveno na 16. First in the world so we can inform you of the date of issue, which is a new ATI Radeon HD 5970 set at 16 listopadu! November!
You read correctly, the informal term, which has so far spoken only within AMD, and in which a future high-performance chip color video card with DirectX 11 was issued, is already provided on Monday after next, which may be sooner than we all expected.
Details of the frequencies of cores and memory has been clarified and those about which we wrote in the past (725/4000) confirmed. No choice but to wait for further information which would in the coming days should increase.
send to vybrali.sme.sk
Monday, October 26, 2009
Sunday, October 25, 2009
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Saturday, October 24, 2009
Thursday, October 22, 2009
golftown + ati 5870 in quad crossfire beat every entry on all vantage records
Full Source: Core i9 With Four Radeon HD 5870's Break 3DMark Vantage Records - Industry News - Overclockers Club
The old 3DMark Vantage record set by k|ngp|n of P42968 marks has been blown away by overclocker Shammy. The previous record was held with an Intel Xeon W3540 at 5048 MHz with four GTX 285s in SLI. The new record of P52578 was set by a Core i9 at 6189 MHz (6155 MHz for the other records) with HTT on and four Radeon HD 5870s in CrossFire, with core clocks of 1300 MHz and shader clocks of 1250 MHz. All of the other vantage records were broken, namely the Entry, Performance, High and Extreme presets. The images are in order of preset from Entry to Extreme.
Intel Core i9 for 1366 Socket: 6 Cores, 12 Threads @ 6189MHz
Four Radeon HD 5870's
Wednesday, October 21, 2009
Introducing the new ATI Radeon 5950/5970:
ati new monster cards
Sunday, October 18, 2009
cosmos s by coolermaster
top view of the box
side view of the box
opening the box
whats inside the box
the case is covered with brown bag which is good for protection from scratches
and some manual
another plastic bag covering the case for extra scratch protection
heres the case out from the box.
whats inside the case
theres a small white box where you can find some zip ties and screws free
and a 200mm fan its soo big.
overall the case is good quite
anyone whos not seen this case would be shock ... with its size.
i hope i can get this baby powder coated ftw..
Thursday, October 15, 2009
Dangers of Overclocking
We start with a picture.
The picture above is after our Core i7 870 (LGA-1156) processor was overclocked up to 5.19GHz using our cascade with a -102° Celsius evaporator head temperature under full-load. Processor VCC power draw at these frequencies is around 160W (this is possible only due to subzero cooling), as measured with a clamp meter installed at the 12V EPS power lead. Study the pictures closely and you should notice something peculiar. Keep in mind it comes from a CPU installed in the same type of socket from a particular manufacturer.
What happens after several extreme benchmark runs...
If you noticed something weird in the pictures then you understand the title of our article. We have what seems to be a potentially serious issue with proper socket loading on several P55-based motherboards. We are of course not the only ones experiencing the problem as several of our overclocking peers have run into the same problem.
Normally we do not worry too much about mishaps during extreme overclocking testing as they are typically caused by factors outside of the supplier’s control. The overriding concern is that we have damaged every motherboard in our possession for the P55 overclocking (extreme) shootout as well as two very expensive i7/870 processors. These problems are the cause of a single component and are repeatable. As such, we thought we would provide details on current problems and will provide an update once all of the motherboard manufacturers affected have had a chance to properly respond.
We draw your attention to the fact that the processor shown in this pictures exhibits signs of insufficient pin-to-pad contact (little to no contact) in what is a rather reproducible pattern with Foxconn manufactured 1156 sockets. As soon as an end-user mounts a CPU in a socket and latches the clamp mechanism, each pin should leave a notable mark on the associated pad.
We've marked locations where this does not seem to have happened, showing what appears to be a significant reduction in the number of VCC/VSS pins for proper power delivery, and certainly not at the right load line resistance. Damage resulting from highly overclocked use in these types of situations is not solely limited to the processor; let’s take a look at what happened to some of the motherboards in which these CPU were seated.
When Intel publishes socket specifications and design tolerances, it's up to component manufacturers to strictly adhere to them when designing, manufacturing, testing and ultimately selling their "compliant" components. Of course, that's not to say Intel could not have goofed when releasing their specification, leaving out a crucial tolerance or such. It could happen, but not likely. For the time being, let's assume that's not the case; seeing as how processors installed in sockets built by other companies have exhibited no such issue in testing to date.
At first glance, one might be inclined to think LGA-1156 based processors are intolerant of high-end overclocking, almost as if by design. This is correct to some extent; a quick glance at Intel’s white papers for socket 1156 CPU’s reveals that there are around 175 pads for VCC compared to over 250 for socket 1366 CPU’s. This means socket 1156 has around 66% of the current capacity of socket 1366, the caveat being that when overclocked, processors from both platforms draw similar levels of current.
When overclocked to 4GHz, processors from both platforms will draw around 15-16 amps via the EPS 12V rail to VCC, VTT and some of the other sub –system power rails under full 8 thread load from the Intel burn test (Linx). Assuming 85% PWM efficiency, we’re looking at power draw in the region of 130-140w to VCC on both platforms. The facts point toward tighter current handling tolerances for socket 1156 when compared to socket 1366, especially when it comes to non-connection of VCC/VSS power delivery pins.
Fortunately, we think we've been able to isolate pin to pad contact issues to one particular brand of parts. Physical inspection and end-user reports all but confirm the issues only affects sockets manufactured by Foxconn at this time. The only known alternative sockets in the wild are made by LOTES or Tyco AMP. We happen to have a couple of boards from EVGA using the LOTES/Tyco AMP sockets and MSI/DFI using the LOTES socket design, and thus far those boards have been issue free given highly similar operating conditions. In fact, we’ve managed to push our LGA-1156 processors further in heavy load tests on boards made using LOTES/Tyco AMP sockets than those made with sockets from Foxconn; something we’re not putting down solely to coincidence.
So far, EVGA is the only company we know that uses sockets exclusively from LOTES on their top-tier P55 boards - for example, the EVGA P55 Classified 200, model E659. This by the way may be the onus behind the decision to market the board’s “300% More Gold Content” socket statement as a purchasing option point. If you find yourself shopping for an EVGA P55 FTW, model E657, you've got a 50/50 chance of buying one with a Tyco AMP socket design (using a LOTES backplate), as opposed to one made solely with Foxconn's, the same goes for MSI and DFI who have batches of boards in the retail channel using LOTES sockets (although we're not entirely sure on socket specifics at this point). DFI told us earlier they have dropped usage of the Foxconn sockets completely until further notice. We hear the LOTES and Tyco AMP sockets are in short supply, which is probably why Foxconn's been able to fill the void in the market with what we believe to be a lower quality alternative for the extreme overclocker.
We took one of our damaged CPU’s and inserted it into one of the EVGA (LOTES/Tyco AMP) boards and took a few pics to show contact scoring and a side by side compare to the original Foxconn socket indents.
Foxconn 1156 Socket Installation
Tyco AMP / LOTES 1156 Socket Installation
Note how from a variety of angles certain pads show no evidence of contact from a Foxconn pin at all. Both the Tyco AMP and LOTES sockets have a larger pin/pad contact surface area leaving a slight scuff mark in the central area of each pad. In light of this, what we will say is that if you’re thinking of doing extreme overclocking on a board built using Foxconn's socket 1156, think again. Or, at least check your CPU for evidence of proper pin-to-pad contact.
We have not had any problems with air or water cooling overclocking up to 4.3GHz, although we do have a i5/750 that has developed a few dark pads after a thousand hours or so of constant overclocking. However, none of the boards have developed pin problems so we feel safe in saying that most problems will probably occur only in extreme overclocking scenarios.
We also realize that partial responsibility for some of the less than acceptable CPU installations may be in fact due user installation errors. However, if users are screwing this up by doing nothing different than what they've always done when it comes to handling and installing LGA-type processors, then it's hard for us to find fault in the installer. Be aware of this situation and study the pin imprint on the CPU pads and make sure you have good contact to every VCC/VSS power delivery pad before pushing the system too hard.
all i can is ouch
Climate Change Global Warming
do you feel your place getting warmer than it used to.
do you think our next generations are safe from global warming.
the polar ice caps are melting do you want to live like the movie water world
Wednesday, October 14, 2009
Nvidia partners order huge quantities of Fermi chips
| Nvidia partners order huge quantities of Fermi chips | | |
| | |
| Wednesday, 14 October 2009 09:46 | |
 Partners anticipate high success rate Nvidia partners have high hopes that the company's GF100 / "GT300" / Fermi chip will end up as the excellent seller many enthusiasts have been hoping for and have already ordered some huge quantities of it.
OMG fermi exists nvida we are waiting for some good bechmark to beat the red team. |
Tuesday, October 13, 2009
Intel graphics drivers employ questionable 3DMark Vantage optimizations 3DMurk all over again?
In the early days of GPUs, application-specification performance optimizations in graphics drivers were viewed by many as cheating. Accusations were hurled with regularity, and in some cases, there was real cheating going on. Some optimizations surreptitiously degraded image quality in order to boost performance, which obviously isn't kosher. Optimizations that don't affect an application's image quality are harder to condemn, though, especially if you're talking about games. If a driver can offer users smoother gameplay without any ill effects, why shouldn't it be allowed?
The situation gets more complicated when one considers optimizations that specifically target benchmarks. Synthetic tests don't have user experiences to improve, just arbitrary scores to inflate. Yet the higher scores achieved through benchmark-specific optimizations could influence a PC maker's choice of graphics solution or help determine the pricing of a graphics card.
Futuremark's popular 3DMark benchmark has been the target of several questionable optimizations over the years. Given that history, it's not surprising that the company has strict guidelines for the graphics drivers it approves for use with 3DMark Vantage. These guidelines, which can be viewed here (PDF), explicitly forbid optimizations that specifically target the 3DMark Vantage executable. Here's an excerpt:
With the exception of configuring the correct rendering mode on multi-GPU systems, it is prohibited for the driver to detect the launch of 3DMark Vantage executable and to alter, replace or override any quality parameters or parts of the benchmark workload based on the detection. Optimizations in the driver that utilize empirical data of 3DMark Vantage workloads are prohibited.
No ambiguity there, then: Vantage-specific optimizations aren't allowed.
Intel may not be playing fair, though. We recently learned AMD has notified Futuremark that Intel's 15.15.4.1872 Graphics Media Accelerator drivers for Windows 7 incorporate performance optimizations that specifically target the benchmark, so we decided to investigate.
We tested 3DMark Vantage 1.0.1 with these drivers on a G41 Express-based Gigabyte GA-G41M-ES2H motherboard running the Windows 7 x64 release-to-manufacturing build, a Core 2 Duo E6300, 4GB of DDR2-800 memory, and a Raptor WD1500ADFD hard drive.
We first ran the benchmark normally. Then, we renamed the 3DMark executable from "3DMarkVantage.exe" to "3DMarkVintage.exe". And—wouldn't you know it?—there was a substantial performance difference between the two.
Our system's overall score climbs by 37% when the graphics driver knows it's running Vantage. That's not all. Check out the CPU and GPU components of the overall score:
The GPU score jumps by a whopping 46% thanks to Intel's apparent Vantage optimization. At the same time, the CPU score falls by nearly 10%. Curious.
Next, we ran a perfmon log of CPU utilization during each of 3DMark's CPU and GPU component tests. Vantage takes its sweet time loading each test, so our start and end times aren't perfectly aligned for each run. However, the pattern is pretty obvious.
In the GPU tests, the system's CPU utilization is much higher with the default executable than with the "3DMarkVintage" executable. There isn't much difference in CPU utilization in the CPU tests, though.
What's really going on
Intel appears to be offloading some of the work associated with the GPU tests onto the CPU in order to improve 3DMark scores. When asked for comment, Intel replied with the following:
We have engineered intelligence into our 4 series graphics driver such that when a workload saturates graphics engine with pixel and vertex processing, the CPU can assist with DX10 geometry processing to enhance overall performance. 3DMarkVantage is one of those workloads, as are Call of Juarez, Crysis, Lost Planet: Extreme Conditions, and Company of Heroes. We have used similar techniques with DX9 in previous products and drivers. The benefit to users is optimized performance based on best use of the hardware available in the system. Our driver is currently in the certification process with Futuremark and we fully expect it will pass their certification as did our previous DX9 drivers.
This CPU-assisted vertex processing doesn't appear to affect Vantage's image quality. However, Intel is definitely detecting 3DMark Vantage and changing the behavior of its drivers in order to improve performance, which would appear to be a direct contravention of Futuremark's guidelines.
At present, Intel's 15.15.4.1872 graphics drivers don't appear on Futuremark's approved driver list for 3DMark Vantage. None of the company's Windows 7 drivers do. The 7.15.10.1554 Windows Vista x64 drivers that are on the approved list don't appear to include the optimization in question, because there's no change in performance if you rename the Vantage executable when using those drivers.
Violating Futuremark's driver optimization guidelines is one thing, but Intel also claims it's offloading vertex processing to enhance performance in games. Indeed, the very same INF file that singles out 3DMarkVantage.exe also names other executables.
HKR,, ~3DMarkVantage.exe, %REG_DWORD%, 2 HKR,, ~3DMarkVantageCmd.exe, %REG_DWORD%, 2 HKR,, ~CoJ_DX10.exe, %REG_DWORD%, 2 HKR,, ~Crysis.exe, %REG_DWORD%, 2 HKR,, ~RelicCoH.exe, %REG_DWORD%, 2 HKR,, ~UAWEA.exe, %REG_DWORD%, 2
One of the games on the list for detection, Crysis Warhead, should have no problem saturating an integrated graphics chipset, to say the least. We tested it with the executable under its original name and then renamed to Crisis.exe, using FRAPS to collect real-world frame rate data with the game running at 800x600 and minimum detail levels.
Intel's software-based vertex processing scheme improves in-game frame rates by nearly 50% when Crysis.exe is detected, at least in the first level of the game we used for testing. However, even 15 FPS is a long way from what we'd consider a playable frame rate. The game doesn't exactly look like Crysis Warhead when running at such low detail levels, either.
Our Warhead results do prove that Intel's optimization can improve performance in actual games, though—if only in this game and perhaps the handful of others identified in the driver INF file.
How do Intel's driver optimizations affect the competitive landscape? To find out, we assembled an AMD 785G-based system that's pretty comparable to the G41 rig we used for testing: Athlon II X2 250 processor, Gigabyte GA-MA785GPMT-UD2H motherboard, the same Raptor hard drive, and 4GB of DDR3 memory running at 800MHz with looser timings than the Intel system. We even disabled the board's dedicated sideport graphics memory, forcing the GPU to share system RAM like the G41.
With the Futuremark-approved Catalyst 9.9 drivers, the AMD 785G-based system scored 2161 in 3DMark Vantage—nearly the same score as the 2132 3DMarks the G41 gets when it's playing by the rules, but well below the 2931 the score the G41 posts with optimizations enabled. (Renaming the Vantage executable on the AMD system had no notable effect on benchmark scores.) The app-specific optimization gives the G41 a definitive lead in 3DMark Vantage.
Here's the tricky part: the very same 785G system managed 30 frames per second in Crysis: Warhead, which is twice the frame rate of the G41 with all its vertex offloading mojo in action. The G41's new-found dominance in 3DMark doesn't translate to superior gaming performance, even in this game targeted by the same optimization.
That's no great shock, really. We've seen Intel's integrated graphics solutions thoroughly outclassed by rivals from AMD and Nvidia on multiple occasions.
All of which brings us back to the perils of using 3DMark Vantage as a substitute or proxy for testing real games. Those perils are well established by now. PC makers and others in positions of influence would do well to re-train their focus on real applications—especially for testing integrated graphics solutions, which have no need of advanced graphics workloads based on the latest version of DirectX to push their limits. 3DMark's traditionally purported role as a predictor of future game workloads makes little sense in the context of these modest IGPs.
We're curious to see what FutureMark will make of Intel's Windows 7 graphics drivers. As far as we can tell, the latest GMA drivers are in violation its rules. We've asked Futuremark for comment on this issue, but the company has yet to reply.AMD’s DirectX 11 game roadmap surfaces
Eight titles and engines promised for 2010
The release of the first graphics architecture to support Microsoft’s DirectX 11 has been followed with widespread adoption as AMD achieves a successful first strike in the next generation GPU hardware battle. Meanwhile, many eager consumers have been keeping close watch for any solid confirmations regarding software titles to successfully implement the new rendering API.
Several gaming-oriented sites on the net have released evidence of confirmation from AMD that over twenty DirectX 11 titles are currently in development, with one already available and two more releasing before the end of Q4 2009. Before the end of this year, the list includes the now-available freeware title Battleforge (EA), S.T.A.L.K.E.R.: Call of Pripyat (GSC), and Dirt 2 (CodeMasters).
Nvidia partners discontinued GTX285 and GTX275 And GTX260
Several Nvidia partners have confirmed that they had to decide to cancel GTX 285 and GTX 275 based products, as availability was simply disastrous.
We still don’t now if this is Nvidia's strategy to keep the market hungry for Fermi or they simply didn't order enough wafers, but availability of GTX260, GTX275 and GTX285 was so bad that many decided to drop these products and wait for Fermi.
The lucky ones can sell Radeon HD 5870 and 5850, as they are selling good, but the 5870 is mainly on allocation and that doesn’t really help a lot.
The GT200 generation is slowly but surely running towards its retirement and if you want one, simply grab it while you still can, or get RV870 or Fermi when it comes out.
Monday, October 12, 2009
Plants vs zombies
pop cap games have release another addictive game that consumes lots and lots of time hehehe
plants vs zombies where you place plant to defend your house from zombies each plants have different abilities to destroy a zombies, there are waves of zombies depending on the level of the game 4waves there are a couple of mini games which will add longevity.
tips
choose your plants wisely or game over
placements of plants
plants that have slow attribute are good to have
get some fast shooting or high damage
for emergency purposes get bomb
try do delay as much zombies
save some sun points to be used for emergency
blockade are good in later levels.
Sunday, October 11, 2009
Holloween or Kalag2x
Halloween is near what will you do?
many pinoy have adapted the foreign holiday which is Halloween where kids get to wear costumes of monsters or any fictional characters. which is kinda fun seeing kids having fun.
while the kalag-kalag is a filipino holiday which families visits dead relatives and reminisce on the days that they were alive. other part of this holiday many low minded people tend to disrupts other people by bringing alcoholic drinks or even drunk before going in.
should we forget our tradition and adapt the foreign tradition.
Sunday, September 20, 2009
Corsair H50
The Corsair Cooling™ Hydro Series H50 CPU Cooler gives you the power of liquid cooling in a compact, easy-to-install package. You get superior cooling for higher overclocking performance without the complexity of traditional liquid-cooling systems.
Air-based CPU coolers simply aren’t as efficient as water coolers, and can take up too much valuable space. The compact, closed-loop Hydro Series H50 takes your CPU’s temperature to new lows and takes up less room doing it.
Features
- Pre-filled, closed-loop system is easy to install
- Copper CPU cooling plate for maximum cooling performance
- Integrated pump and reservoir is sealed for zero maintenance and improved leakage protection
- Large 120mm radiator for fast heat dispersion
- High-efficiency, low-noise 120mm fan for drawing cool air across the radiator
- Two-year warranty
awesome cooling the best thing its you dont need to add water it will run forever i think
HYBRID Mother board
The term 'Hybrid' these days probably relates most to hybrid cars. DFI has taken the concept of two machines - a high-power one, and an energy-efficient one, to a whole new level with its Hybrid P45-ION-T2A2 socket LGA 775 motherboard. This motherboard literally packs two motherboards sharing a PCB: one P45+ICH10R based socket LGA-775 system, and another portion holding an Intel Atom processor powered by NVIDIA ION chipset. Each has its own memory and storage subsystems, and share the machine's IO (input devices and display) in a somewhat KVM-style. So even as the major system is busy playing games, transcoding media, or running other power-hungry tasks, the minor system is quietly running the downloads, playing music, etc. When the major system is not needed, the minor system provides enough juice for media consumption and internet browsing, and general productivity at a really low energy footprint. A pretty neat concept.i know its only for lga775 cost 339dollars well it saves electricity than using the LGA775 for downloading stuff
http://www.youtube.com/watch?v=MiIyxY4jIuU
here the video
hd 5870 ATI new GPU monster
ATI make a monster of a GPU this baby will run like crazy its time to step up Nvidia we are waiting for your gtx300
Thursday, September 17, 2009
Friday, September 11, 2009
just and update
it will be
cm cosmos s
cm v8
corsair tx70
i hope i get them at 1st week so i can assemble them in my current setup
Tuesday, September 8, 2009
phase out of some i core 7 procs
some of the forums says that they will be remove for introduction of i core 5 procs.
im planing in building a lga 1366 for support of the 6 core procs 2 more procs from i core 7
building a new pc
cooler master cosmos s casing
cooler master v8
ill post again when the other stuff arrives im expecting the case and cpu cooler to arrive this December
Specifications
| Specifications | |
| Dimensions | 628(d) x 226(w) x 598(h) mm |
| Material | Aluminium and plastic |
| Weight | 13.8kg |
| 5.25in external | 10 - seven available for use |
| 3.5in external | None - use 5.25in bays as required |
| 3.5in internal | Four as standard in 4-in-3 module |
| Expansion slots | Seven |
| System fans | 3 x 120mm, 1 x 200mm (optional - 3 x 120mm) |
| Water-cooling preparation | Yes |
| Model variants | One |
| Manufacturer code | RC1100 |
yeah its big with the side panel looks more cooler im not planning buying it :( ill go modding the sidepanel with plexy glass because cm v8 cooler does not fit which why i need to mod the case good by side fan hello window.
now for the cm v8
Specifications
| CPU Socket | Intel Socket: LGA1366 / LGA1156 / LGA775 * AMD Socket: AM3 / AM2+ / AM2 |
| CPU Support | Intel: Core™ i7 Extreme / Core™ i7 / Core™ i5 / Core™ i3 / Core™2 Extreme / Core™2 Quad / Core™2 Duo / Pentium / Celeron AMD: Phenom™ II X4 / Phenom™ II X3 / Phenom™ II X2 / Phenom™ X4 / Phenom™ X3 / Athlon™ II X4 / Athlon™ II X3 / Athlon™ II X2 / Athlon™ X2 / Athlon™ / Sempron™ |
| Dimensions | 120 x 128 x 161.1mm |
| Weight | 865g |
| Heat Sink Dimensions | 120 x 120 x 158mm |
| Heat Sink Material | Copper Base / Aluminum Fins / 8 Heat Pipes |
| Heat Pipes Dimensions | ΓΈ6mm |
| Fan Dimension (W / H / D) | 120 x 120 x 25mm |
| Fan Speed | 800 - 1800RPM |
| Fan Airflow | 69.69CFM |
| Air pressure (mmH2O) | 2.94mm H2O |
| Bearing Type | Rifle Bearing |
| Fan Life Expectancy | 40,000hrs |
| Fan Noise Level (dB-A) | 17 - 21 dBA |
| Fan Speed Adjustment | Install on PCI Slot |
| Connector | 4-pin |
| Fan Control | PWM + VR Controller |
| Rated Voltage | 12V |
| Start Voltage | 7V |
| Operating Voltage | 10.38V - 13.2V |
| Rated Current | 0.12A |
| Input Power | 1.44W |
i hope i get the lga1366 brackets for it hint hahaha
all i can say about this one its looks good and get the job than i dont like the other coolers looks like something from a horror movie but gives more cooling than v8.
need some modification on the fan need to be replace with something that looks cooler
ill post again some of the other specs when i can get some cash..
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