From The Blog

AMD_FX_CPU_LogoNormally I do not think that a CPU running at a massive clock speed is very news worthy. This is even more true when the speed in question cannot do much more than verify “yes this was my clock speed”. However, when the same model and style of CPU breaks a world record twice in around two months… well that is something a little different. I decided to take a look and see what was going on.

It seems that back in September an overclocker by the name of Macci (aka AMD_FX-FX_chew*_macci_hardman_64NOMIS_AJS) posted a verified CPUz for the AMD FX-8150 Octo-core CPU of 8.429.38 MHz (8.429GHz). This speed was achieved by using a staggering 2.016 volts on an Asus Crosshair V Formula. This is not a bad clock at all, but we did notice something very interesting.

macci
If you look at the screen shot above you notice that despite being listed as an “AMD FX-8150 Eight-Core Processor” CPUz only lists two cores and two threads. This would seem to indicate that to reach this speed Macci had to shut off three other cores (there are two “cores” per “core) bringing it down to just the two single cores inside one CPU module on the processor die. Now, before you fire off that nasty email of start warming up the flame thrower, I want to be clear on something; this speed is extremely impressive. No matter how thin you slice it, but it does bring up something though. On the Phenom the crossbar that talked between CPU cores would often fail to respond in a timely manner between all cores. This would cause a BSOD and mean that that high clock speed you were going for was out of the question.  (Before anyone says anything, I know this happens on Intel CPUs as well it is just not as common).
andrew
Last week another overclocker by the name of Andre Yang pushed the FX-8150 (Dual Core) CPU past the 8.42 mark to 8.46GHz. This time the high Clock speed was reached with a voltage of only 1.992 Volts, but still using the same motherboard.  These two clock speed are very impressive in terms of simply going for that top spot, but what is missing right now is the performance side of overclocking. Where are the low SuperPi Scores, the high PCMark Scores, and PiFast numbers?  

While I would never take away from the accomplishments of these two overclockers, I will say to AMD that overclocking is not only about the clockspeed. You have to have performance to match these numbers, and from what we are seeing… it just isn’t there yet.

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qualcommWith all the news about the major ARM players like Samsung, nVidia, Texas Instruments etc. It is nice to finally hear the news about one of the largest, yet least talked about. At one time if you bought a cell phone (this was before the Smart Phone age) you had Qualcomm under the hood (and in many cases AMD as well). However, lately all we hear about is Hummingbird and Tegra (with an occasional mention of Snapdragon). That is until yesterday.

Qualcomm has announced that they are prepping to launch a new series of 28nm processors which they claim are 50% faster than “other ARM based offerings in the mobile CPU market”. This is very healthy boast to say the least. Right now all of this is in the pre-production stages so we do not have any phones or designs to tell you about, but we do have a little bit of information about the processor itself.

The new proc will be dubbed the S4 MSM 8960 and will hit the market as a dual core offering with a quad core to follow. Instead of an on/off switch for power the CPU is going to be built with something like a dial. This will allow for dynamic power steps to be sent to the processor. I have not heard of this being done quite this way so it should be interesting to see how it works out.

Inside the 8960 you will have a new GPU, this is the Adreno 225 which is a unified shader design (think AMD/ATi) and will support DX9.x and possibly shader model 3. Now we wonder what kind of radio they are going to build into this as that has been one of Qualcomm’s strengths (the Cellular and Wireless Radio built into the SoC) and something that Samsung and nVidia have been trying to get done as well.  We know that nVidia has been buying up wireless technology patents with the hopes integrating their own radios into their Tegra SoC, but have not announced anything on that just yet.

For now it would seem that Qualcomm has taken a step out front in the performance arena. We do think that their GPU offering is probably not up to the same standard as nVidia’s Tegra, but then again many people looking to buy a phone do not need it to play graphics heavy games… I mean really, how much GPU does Angry Birds or words with friends use?

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armchip_displayv2We have been following the path of Windows 8 pretty closely including trying out the Developer’s preview on some existing tablet hardware (which lasted all of 4 days). So far we have a good feel for the OS and what is nice and what is not. We have talked at length about the mistake that we feel the MetroUI is both for the tablet market and the desktop.  But it is the tablet market that we are most interested in. We know that there will be more x86 (64) based tablets in the future especially with the popularity (relatively) of the ones that are currently out (and that use a full Intel Core CPU and not an Atom). But how will ARM fare even a quad core ARM SoC when Windows 8 and all of its anticipated bloat hits it?

This is that thing that has us wondering. Well we think we have an answer as ARM has just announced 64-bit capable processors. The ARMv8 is a going to be a new specification for ARM processors that is capable of executing both 32 and 64-bit instructions. This means an extended memory profile (not to mention performance) for applications that can handle the 64-bit memory block addressing. But more than that these smaller and lighter CPUs will be heading to the enterprise for some specific tasks (which means the rumors about a future ARM based version of Windows Server are true). Imagine being able to utilize these low power lost cost CPUs to run Domain Controllers, Web Server and other system that do not require the heavy lifting of a full x86-64 CPU. It will save companies quite a bit of money, and what is more… what starts in the enterprise ends up on the consumer’s plate.  We have a sneaking suspicion that these new CPUs will end up in the consumer market faster than usual though as the press release about this mentioned Microsoft and nVidia directly. nVidia has made no secret that they want their Tegra SoCs to represent 50% of their revenue which means the consumer market for sure (with some enterprise products just for fun).  

As of right now, the first devices will not be announced until 2012 with the first prototypes hitting in 2014. This means that while we have a good wait ahead of us it will give Microsoft time to fix what is buggy in Windows 8 just in time for the new 64-bit ARM CPUs to launch.

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Friday, 28 October 2011 21:53

We Look at Thermaltake's Dr. Power II ATX PSU Tester Featured

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DrPower01There are some gadgets that you do not realize you want or need until you stumble on them. These are the things that you have “made do” without using all kinds of methods. We had one of these moments the other day when an unexpected package was delivered. Upon opening it we found a new product from Thermaltake. It was simple labeled Dr. Power II. My first thought upon seeing it was that it was like the Kill-A-Watt power testers we use to determine power draw from the wall. We could not have been more wrong. The Dr. Power II is a Power Supply tester. With it you can test the nominal voltages from each rail and the PSU as a whole.  With a retail cost of only $39.99 it can be a very valuable tool in any DYIer’s home. Let’s take a look and see if it is worth the $40 you will spend on it.

 

Friday, 28 October 2011 06:43

AMD Earnings Up 7% Over Q2, the PC Is Not Dead

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17Over the last few months I have watched a few analysis articles hit the internet with comments about the “stale” PC market and how the desktop PC is dying. These predictors of doom and gloom have always been around and in many cases I have a feeling they are saying these things because they want you to believe them. The funny thing is that the reality of the PC market is quite different from these fairy tales. If you need proof of that you need look no further than the earnings results from the two main CPU manufacturers. Intel posted a record quarter and even AMD is profitable and managed an increase in revenue over last quarter.

AMD has finally started to turn things around on their own. For a little while they were running off of the settlement that they received from Intel and we watched with interest as they dipped back down from profit to loss. However they had a rebound in Q2 and managed a $61 million in net income in Q2. For Q3 AMD has seen a very nice improvement. Their total revenue was $1.69 Billion with a 7% new income increase of just over 7% bringing the Q3 income up to 97 Million. This is a HUGE improvement over Q3 2010 where they posted a $118 Million Dollar loss. Of course this was taken care of in Q4 by the Intel settlement which let AMD post their first positive quarter in something like 5 years.

AMD’s ATi division also saw improvement where they posted a net income of $12 Million. In Q2 this division was down and posted a $7 Million loss. Right now AMD is pointing toward the Llano APUs as the reason for this increase in cash. Another factor in this (according to the AMD press release) is an increase in adoption of the AMD platform in notebooks. They specifically mention Asus, Acer, Dell, Lenovo, HP and others saying that they have globally increased their offerings with AMD APUs.
Things do look up for AMD, but there is an interesting statement in their PR which leads me to think that all is not beer and pizza. Looking at their forecast AMD is predicting only a 3% growth with a 1-2% margin of error. This means that despite the launch of a new Opteron, the new FX Series CPUs and additional OpenCL adoption they are only expecting a 1% revenue increase in Q4. This is not what I would call confidence in newly launched products. We will see if AMD is able to pull off a better increase or if the launch of Intel’s next CPU will put a damper on their Q3 increases and end 2011 for AMD on a down quarter.

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Thursday, 27 October 2011 22:35

LSI buys Sandforce for $322 Million..

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LSI_logo-sandjpgLSI, maker of storage adapter cards and other such fun products has bought Sandforce for a whopping $322 Million in cash. We all read about is yesterday with everyone pushing out the press release, but the question is, what does this mean to the market? I asked a contact of mine in the DAS (Direct Attached Storage) performance group and was surprised to hear that they did not know anything about the deal.

This means that this deal is outside the normal company envelope. While we are certain that LSI will be producing SSDs in the future it does make me wonder how this will impact the way their company operates. After all LSI has had a long standing partnership with Seagate and at one point it was rumored that delays in the Pulsar Enterprise class SSDs was due to LSI building their own SSD controller. Now we wonder if there was some truth to that rumor.

So what does the combination of LSI and Sandforce mean to the market? For the short term you can expect the price of SSDs using the Sandforce controller to go up as they have to pay for this deal somehow. Next we are sure that LSI will enter the PCIe SSD market in the next 12 to 18 months. This will probably be followed by an enterprise class SSD to rival the ones that Intel and Seagate are producing.  After that the consumer drives will start hitting and another SSD player is born. It is an interesting thing, not all that long ago someone told me that making HDDs was a hard and demanding task, but anyone with flash memory could make an SSD. Given the number of companies on the market making SSDs we have to agree with them, but then again an SSD is like Pizza; when they are good, they are very good and when they are bad… well they are still pretty good.

We are looking forward to finding out more about what is going on with Sandforce and LSI in the coming months, the deal won’t be final until probably 2H 2012 so there is still the chance that something will pop up. In the meantime we are going to see if we can find out more from both LSI and Sandforce about this.

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sG1-Assassin_2-U-2We all know that Intel is launching a new CPU in the next few months to replace the 1366 socket and the X58 chipset. There is not a whole lot of detail around on this, but we can gauge the time of launch by the number of companies that are currently “launching” X79 motherboards.  If history is any indication we are within about 3 months of seeing a new CPU from the Blue Team.

Still things are a little different this time; when we saw the P55 and P67 launches the boards were flowing to the review sites and we had previews, unboxings, and everything in-between. We even had a stack of P67 motherboards about a month before the CPU arrived on our doorstep.  This time companies are being a little more… careful in how they send products out. I was not the only one to get buried under an avalanche of boxes right up to the actual launch date.
Rampage_IV_E
Now instead of flooding the sites with pre-production boards we are seeing the manufacturers themselves conducting the photo shoots and writing up the details. These are what the press has to talk about (unless you are lucky enough to get invited to a launch event at a company headquarters).  Still that is what we have to go on so that is what we will talk about now. So far we have heard from two of the larger competitors. Asus has pushed out their Rampage IV Extreme and shown it off to a select group of journalists. These lucky few got to see a board that while containing a complete BOM (Build of Materials) was not likely to work. Some have even been able to actual take a closer look at the board in person but those have been few and far between.

sG1-Assassin_2 sX79-UD7 X79-UD3_s

Next up we have a whole line of boards from Gigabyte. Not content to just launch one Gigabyte is showing off a total of four. These boards range from their top end gaming board the G1 Assassin 2 to their more mainstream X79-UD3 (stopping along the way to pick up the crazy overclocker on the X79-UD7).  
X79_motherboards
We really are looking forward to each and every one of these products. They are bringing a new socket, a new memory specification (not really but sort of) and much more. As we find out more about the X79 and Intel’s next generation CPU we will be sure you let you know. One thing we can tell you now, it is certainly not going to be boring.
sX79-UD5_Bevel
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Wednesday, 26 October 2011 20:19

Flexible Display now has Flexible Controls

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Nokia_flexible_UI_20111026_003_610x488We have been following the flexible displays since they first made their debut on the next about a year ago. The idea of having an LED display that can bend and flex is simply a great one. I personally have lost a couple of laptops that did not have this feature and we are sure that anyone that owns a tablet right now is thinking about how much this technology will come in handy.  The funny thing is that while many people thought that Apple would be the ones to work in this first it is actually being spearheaded by Nokia.

This week at the Nokia World Show the press and luck attendees got to see more than a Windows Phone as Nokia engineers showed off a new device that not only had a flexible display, but could also be controlled by bending and twisting it. These kinetic controls were able to zoom in and out, pause music scroll and more.  This was in addition to the normal multi-touch input that the screen was capable of.

So far all of the information we have is that this was very impressive and while no one has let slip how this is accomplished we are hearing that it has to do with Carbon Nanotubes. These Nanotubes change resistance when bent and if they are suspended in the right medium along with a AMOLED display you have something rather special. We can see applications beyond the typical phone or tablet such as in a doctor’s office where bending the image around gives you the ability to look at an MRI result or X-Ray from all angles. If Nokia is serious about this we have one suggestion for them…. Get to the patent office right now and put in your paper work before Apple does.

Source; Multiple
Image Credit CNET
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Silencio 450
Silencio 450: Peaceful Computing


Chino, CA – October 25th, 2011 - Cooler Master, an industry leading chassis, thermal solution, power supply, peripheral, and accessory manufacturer, today adds a new sibling to the Silencio Case Series, the Silencio 450.





Quiet Operation

The Silencio Series represents the best solution for sound absorption with system builds of all levels. Sound silencing foam padding seeks to severely reduce system noises produced by hard drives, numerous cooling fans, and other devices. Combine this with a solid-steel frame, vibration inhibiting rubber feet, two Cooler Master quiet-spinning fans and the Silencio 450 nearly becomes completely silent. Those that value a quiet computing space will immensely appreciate the Silencio Series.



Intelligent Interior

Look beyond the modest exterior of the Silencio 450 to find a clean, intuitive, and spacious interior. Three 5.25”, six 3.5”, and one 2.5” hard drive bay are set inside a solid steel frame. An easily-removable hard drive cage allows users to mix and match various hard drives for maximum flexibility and drive space. Removal of the included hard drive cage opens the door for the possibility of installing high-end graphics cards such as the AMD Radeon HD 6990 or NVIDIA GTX 590. Super Speed, backwards-compatible USB 3.0 and a versatile SD card reader provides users with several ways to connect data on-the-fly. A surprisingly efficient intake-exhaust cooling system throughout the interior provides for maximum airflow. Dust filters protect precious system components from potentially dangerous dust build-up over time. These can be accessed quickly for easy maintenance. Users taking the next step in silent cooling may opt for a custom watercooling setup. The Silencio 450 includes rear retaining holes that support optional water cooling radiator installations. A switchable door hinge creates an added level of convenience as well. A clean exterior design, brimming with features and reasonable price make the Silencio 450 the perfect silent partner for any enthusiast.

The Silencio 450 will be available at online and retail locations worldwide October 2011 for $59.99 MSRP. Click here for more details.
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North America
Joe Shih
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Lulu Lin
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Mexico and Central America
Alan Barraza
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About Cooler Master
Cooler Master was founded in 1992 to provide the world’s best thermal solutions. Since its establishment, the company continues to invest in product development to provide leading-edge innovations. Cooler Master’s line-up includes heat sinks, fans, chassis, power supplies and computing accessories. Headquartered in Taiwan with branch offices located across Europe, America and APAC, Cooler Master offers unsurpassed service to our customers. For more information on Cooler Master, please visit www.coolermaster.com.

Ipod-touchYesterday I wrote an article where I speculated on the reasons that Dag Kittlaus (Co-Founder of Siri) is leaving Apple. In it a mention that it appeared that Apple intentionally limited Siri to the iPhone 4S as there was really not that much to lure consumers to it. By offering a “killer app” like Siri Apple was sure to bring the consumers to the new device. Apple’s comments on the new API were that older devices and even the iPad were not designed with this in mind and/or did not have the hardware to support it.

This has been proven to be a little misleading as there have been groups that have gotten Siri to run on the iPad older iPhones and now even the iPod. Yup, that is right the API that is not supposed to run on hardware other than the iPhone 4S is now operational on the iPod. The people responsible for this are a pair that goes by the names euwars and rudolf77. They put their heads together and did what all the engineers (pronounce that executives) at Apple could not.

Now this is not to say that there are not issues; because Apple’s servers are not allowing the connection from anything that is not an iPhone 4S (again with the control) none of the non-4S devices are having their commands executed. However, as you can see the problem is not the devices it is all Apple. Now, we are certain that since it has only been a matter of a couple of weeks since Siri and the iPhone 4S went live (and we are already seeing Siri ported to many of the Apple family) it really is only a matter of time before someone finds a way to spoof the command calls to the Apple servers and gets all of this working.





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