Subject: General Tech | July 10, 2012 - 02:18 PM | Jeremy Hellstrom
Tagged: amd, quarterly earnings
While AMD predicted the second quarter of 2012 to be up 3 per cent, plus or minus 3 per cent compared to last quarter, total revenue instead fell by 11%. This is blamed on the slowed global economy, not just in North America but in other major markets like China and Europe, as opposed to a loss in market share to competitors. This is not the news AMD was hoping for but because at least some of the loss is due to a reduction in sales volume across the marketplace there is still hope for AMD to turn a profit because the gross margins may remain the same. Heavy cost reduction at AMD could make the difference in profitability in this economic downturn but that is not really a long term solution if they want to remain innovative and profitable. The Register has the acutal numbers handy here.
"The bean counters at AMD have done a first pass on the company's second quarter, and it is not looking so good.
The company said in a statement after Wall Street called it a day on Monday that revenues in the second quarter ended in June would fall by approximately 11 per cent sequentially from the first quarter."
Here is some more Tech News from around the web:
- Hackers could target Chrome users' webcams, security experts warn @ The Inquirer
- HP's faster-than-flash memristor at least TWO years away @ The Register
- Microsoft lures resellers with Office 365 perks and payments @ The Register
- TRENDnet TPE-S44 8 Port 10/100Mbps PoE Switch Review @ NikKTech
- Nikon Coolpix P310 Review @ TechReviewSource
Subject: General Tech | July 9, 2012 - 04:32 PM | Jeremy Hellstrom
Tagged: TSMC, Samsung, amd, nvidia, 28nm, rumour
All of the speculation about the problems TSMC has had with their 28nm process and the possible issues they might have producing enough wafers to meet their clients demands. Today we hear from DigiTimes that Qualcomm is going to switch to Samsung, possibly because TSMC was focusing on AMD and NVIDIA, but this is pure speculation at the moment. What seems more reliable is that GPU vendors are stating that both AMD and NVIDIA are sticking with TSMC which makes a lot of sense, even if TSMC has problems delivering it is a better alternative than AMD or NVIDIA redesigning their graphics processors to be compatible with Samsung's process. The story also mentions that in 2013 Brazos 2.0 and Hondo will be moved to a 28nm design, again likely sourced at TSMC.
"While Qualcomm has reportedly switched foundry orders for its 28nm-based Snapdragon S4 processors from Taiwan Semiconductor Manufacturing Company (TSMC) to Samsung Electronics because TSMC's 28nm capacity has failed to meet its needs, Nvidia and AMD may not follow suit, according to graphics card makers.
TSMC has the upper hand over Samsung in 28nm technology, yield rate and price and therefore changing foundry partnership involves high risks, the sources said. In addition, Nvidia is expected to consider Samsung's ARM-based processors in competition with its Tegra 3 processors, the sources indicated."
Here is some more Tech News from around the web:
- Imagination outs PowerVR G6230 and G6430 GPUs @ The Inquirer
- Microsoft buys multi-touch specialist Perceptive Pixel @ The Inquirer
- Microsoft Surface chassis suffers low yields @ DigiTimes
- Everything You Need to Know About the Intel Virtualization Technology @ Hardware Secrets
- BitDefender Total Security 2013 Review @ TechReviewSource
- Microsoft's XML 0-day fix expected in July Patch Tuesday @ The Register
- Interview with AMD's Sasa Marinkovic @ HardwareHeaven
Subject: Graphics Cards | July 7, 2012 - 05:07 AM | Tim Verry
Tagged: rumor, hd 7950 GHz edition, graphics card, gpu boost, gpu, amd
An interesting rumor floating around the internet concerns a new AMD 7950 graphics card. Specifically, a forum post over at EXPReview hinted at a new GHz Edition 7950 card. They reference a source and a photo of a graphics card with GHz Edition markings and two six-pin PCI-E power connectors. They further quoted a source that said AMD would be releasing a fourth card to its 7000-series lineup. In other words, there was not a whole lot to go on.
The alleged AMD Radeon HD 7950 GHz Edition graphics card.
I saw the rumor a couple of days ago, but decided to let it sink in for a bit before writing about it. After some thought and internal conversations, I think a 7950 GHz edition is plausible, and certainly a possibility. With the addition of the HD 7970 GHz Edition (which we recently reviewed), AMD now has a 7900 series part with its new GPU Boost (aka Powertune Boost) technology. Unfortunately, that tech can not simply be rolled out to the other existing 7900 series cards meaning that the original 7950 and 7970 are stuck without boost, leaving a gap in its lineup. Because of that, it seems logical that AMD would want to fill in that gap with a refreshed 7950 part that has higher clocks and GPU boost.
The 7970 GHz Edition helped AMD stay competitive with the NVIDIA GeForce GTX 680 and enabled AMD to (re)claim it had the fastest single GPU card. That card was enabled by AMD finding extra headroom and higher bins in its 28nm GPUs. The current Radeon HD 7950 runs at an 800 MHz GPU clock speed and a 5GHz GDDR5 effective clock speed. It is unclear if the company’s chips have enough headroom that they are able to overclock 7950 oriented silicon or if they are simply reworking the bins such that the 7950 GHz Edition is either using silicon that just barely can’t make the cut as a 7970 GHz Edition or AMD is artificially locking down 7970 GHz chips to make these proposed 7950 GHz GPUs. Apart from the increased clock speeds and GPU Boost, the rumored card is said to maintain the same hardware specifications as the existing 7950. Mainly, that means 1,792 stream processors, 112 texture units, and the same number of transistors – 4.31 billion – on a 28nm process. In comparison, the 7970 has 2,048 stream processors and 128 texture units.
As mentioned above, such a chip sounds like a logical step for AMD. By refreshing the 7950 with higher clock speeds and adding GPU Boost functionality it will be fight with the GeForce 670 for the performance crown, and may even come close to 680/7970 performance when overclocked further. I do have a couple of questions about this rumored card, however. Specifically, I am wondering if AMD will simply refresh the 7900 series cards and let the original releases fade out as the stock dwindles or if they will keep them around. I’m leaning towards the later but it will still be interesting to see, and it also makes me wonder how much a 7950 GHz Edition will cost me.
I’m curious what you think about the rumor though, do you think it has any merit? And assuming this is legit, where do you think it will stand performance-wise versus NVIDIA’s products?
If you are curious about how AMD’s new GPU Boost technology works, be sure to check out our Live Review of the Radeon HD 7970 GHz Edition with AMD’s Evan Groenke where we are given a live demonstration showing how it works and some background on the technology.
Less Risk, Faster Product Development and Introduction
There have been quite a few articles lately about the upcoming Bulldozer refresh from AMD, but a lot of the information that they have posted is not new. I have put together a few things that seem to have escaped a lot of these articles, and shine a light on what I consider the most important aspects of these upcoming releases. The positive thing that most of these articles have achieved is increasing interest in AMD’s upcoming products, and what they might do for that company and the industry in general.
The original FX-8150 hopefully will only be a slightly embarrasing memory for AMD come Q3/Q4 of this year.
The current Bulldozer architecture that powers the AMD FX series of processors is not exactly an optimal solution. It works, and seems to do fine, but it does not surpass the performance of the previous generation Phenom II X6 series of chips in any meaningful way. Let us not mention how it compares to Intel’s Sandy Bridge and Ivy Bridge products. It is not that the design is inherently flawed or bad, but rather that it was a unique avenue of thought that was not completely optimized. The train of thought is that AMD seems to have given up on the high single threaded performance that Intel has excelled at for some time. Instead they are going for good single threaded performance, and outstanding multi-threaded performance. To achieve this they had to rethink how to essentially make the processor as wide as possible, keep the die size and TDP down to reasonable sizes, and still achieve a decent amount of performance in single threaded applications.
Bulldozer was meant to address this idea, and its success is debatable. The processor works, it shows up as an eight logical core processor, and it seems to scale well with multi-threading. The problem, as stated before, is that it does not perform like a next generation part. In fact, it is often compared to Intel’s Prescott, which was a larger chip on a smaller process than the previous Northwood processor, but did not outperform the earlier part in any meaningful way (except in heat production). The difference between Intel and AMD in this aspect is that as compared to Prescott, Bulldozer as an entirely new architecture as compared to the Prescott/Northwood lineage. AMD has radically changed the way it designs processors. Taking some lessons from the graphics arm of the company and their successful Radeon brand, AMD is applying that train of thought to processors.
Subject: Graphics Cards | July 3, 2012 - 08:36 PM | Tim Verry
Tagged: radeon, hd 7770, graphics cards, gpu, clock speed, amd
Gigabyte has had an overclocked version of the Radeon HD 7770 graphics card for a couple months now, but the company is already readying a second revision of the card. Curiously, the new revision will maintain the same hardware but will run at slightly lower clock speeds. While the current revision (1.0) runs at 1100 MHz and 5000 MHz for the GPU core and memory respectively, the updated graphics card will run at 1050 MHz and 4500 MHz.
Beyond the lower clock speeds, the new revision of the GV-R7770 OC card maintains the same PCB, chips, and cooler design. That hardware includes a 28nm GPU, 1GB of GDDR5 memory on a 128-bit interface, and a PCI-E 3.0 expansion slot. Display outputs include a DVI port, full-size HDMI port, and two mini DisplayPorts. It also maintains the same custom Gigabyte heatsink and fan.
According to Videocardz, users will be able to identify which revision they are getting before handing over any money by looking at the box. Alternatively, users can identify which revision it is by looking at the sticker on the underside of the card just above the PCI-E connector. As a new revision, especially with the release of higher-binning chips from AMD, it is a bit confusing that the card is being released with lower clock speeds than its predecessor. It may be that the higher factory overclock was not stable on enough cards and Gigabyte was having to deal with too many returns – that’s only a guess though.
All the same, if you are shopping for a 7770 graphics card and have been considering the Gigabyte model, be sure to double check which revision you are getting.
Subject: Graphics Cards | June 29, 2012 - 03:56 PM | Jeremy Hellstrom
Tagged: amd, catalyst, catalyst 12.6, catalyst 12.7, whql, beta
AMD announced two new drivers today, the final WHQL build of the 12.6 beta that many are currently using as well as a new beta version of 12.7. These represent the first new drivers on AMD's new release schedule, instead of a new driver every month they plan on now releasing a new driver once it has been proven to improve performance and been fully tested. The 12.6 offers the same benefits as the 12.7, the difference is that the 12.7 introduces a new feature called the Video Codec Engine which is designed to provide powerful GPU support for video encoding tasks in applications such as vReveal and ArcSoft MediaConverter. Check out AMD's blog post here for more details and scroll down to read the highlights of the 12.6 WHQL driver.
Resolved issues in AMD Catalyst 12.6 WHQL and Catalyst 12.7 Beta
- Using AMD Radeon HD 7900 and AMD Radeon HD 7800 Series in TriFire or QuadFire configurations with AMD Eyefinity will no longer result in a BSOD when launching a DirectX application.
- Multi-display configurations will no longer BSOD at the desktop on AMD Radeon HD 7000 Series GPUs.
- Additional fixes for AMD Radeon HD 7900, AMD Radeon HD 7800, and AMD Radeon HD 7700 Series GPUs hanging the system upon entering sleep.
- Some occurrences of this issue may be related to an outdated motherboard BIOS, however. Please ensure that your motherboard BIOS is up to date.
- Resolves AMD CrossFire technology scaling issues seen in AMD Catalyst 12.4 with The Elder Scrolls V: Skyrim.
- AMD Catalyst Control Center: Overdrive page is no longer intermittently missing
- AMD Catalyst Control Center: GPU Activity gauge is no longer intermittently missing
- Using AMD Radeon HD 7900 Series GPUs in an AMD CrossFire technology config no longer results in system hangs after cinematics in Call of Duty: Black Ops
- Heroes and Generals: Blocky corruptions in scenes with smoke effects under the DirectX 11 mode are no longer experienced.
- DiRT Showdown: Improves scaling for AMD CrossFire technology configurations using the AMD Radeon HD 6000 Series
- HDMI audio is no longer disabled if the connected HDTV is powered off/on.
Subject: General Tech | June 25, 2012 - 03:59 PM | Jeremy Hellstrom
Tagged: low power, geode, G-T16R, embedded, amd
The new embedded processor from AMD replaces the old Geode series and brings new performance to the ultra low end as this is a 4.5W TPD processor. The G-T16R APU supports Windows 7 Embedded Compact 7, Green Hills Integrity and Express Logic Thread X operating systems which makes the lack of support for DirectX 11 a moot point as these OSes are not about to need that support to begin with. The ultra low TDP means that no fan is required to use this processor and so you can expect an average draw of 2.3W from the system.
DirectX 11 might be missing but looking below you can see that there is a lot of other features included with this chip, from SATA 6Gbps to HD audio as well as HDMI out and support for PCIe 2.0 4x cards, you can get quite a bit from this little chip. Check out the ASUS press release here or just read the summary available at The Inquirer.
"CHIP DESIGNER AMD launched its lowest power accelerator processing unit (APU) yet with the 4.5W TDP G-T16R.
AMD's G series embedded GPUs have been offering some of the lowest power DirectX 11 capable chips for some time and now the firm has brought the TDP down even further with the G-T16R. Although the G-T16R doesn't support DirectX 11, it claims considerable performance benefits over the almost archaic but popular Geode LX embedded processors."
Here is some more Tech News from around the web:
- Firefox 'new tab' feature exposes users' secured info: Fix promised @ The Register
- Share Your Library with XBMC using MySQL @ Computing on Demand
- Intel Publishes Ivy Bridge Programming Documentation @ Phoronix
- Ubuntu 12.10 Prepares To Improve Linux Performance @ Phoronix
- MSI to launch a slide ultrabook in 4Q12 with a price of US$799 @ DigiTimes
- Exclusive interview with Dr Lisa Su from AMD @ Kitguru
Subject: General Tech, Systems | June 23, 2012 - 06:04 PM | Ryan Shrout
Tagged: video, llano, blindfolded, APU, amd
Well, we did it! Today I successfully built an AMD A-series APU based computer while blindfolded LIVE. At the start of the event I went over the various components used for the build including the AMD A8-3800 APU, MSI A75 motherboard, Corsair 550D case and 650 watt power supply and more. After showing it all, I wrapped a scarf around my head and went to work.
There were quite a few more hurdles than I expected including spreading the thermal paste correctly, screwing the motherboard into the case and finding the pins for the front panel power button. I was surprised at how easily I was able to install the APU, memory and heatsink, but that likely comes with years of practice and experience with the hardware.
In all, it took me 1 hour and 18 minutes to get to a Windows screen using a pre-installed OS on a Western Digital 1TB hard drive. That was MUCH longer than I had originally thought it would take, so I have been humbled by those DIY PC users that build their own on without sight a regular basis!
If you missed the live event we hosted at http://pcper.com/live you can find the replay hosted right here below. Enjoy watching me completely make a fool of myself!
Update: The winner of the blindfolded system was selected, congrats goes to Darren who gets the task of rebuilding this rig! :D
Subject: Graphics Cards | June 22, 2012 - 11:43 PM | Ryan Shrout
Tagged: amd, radeon, HD 7970, hd 7970 ghz edition, 7970, 7970 ghz edition, video, live review
A PC Perspective Live Review Recap is a recorded version of a previously live streamed event from http://pcper.com/live. If you couldn't make the original air time, or simply want to re-watch, the on-demand version is provided below!
On the day of the release of AMD's latest flagship graphics card, the Radeon HD 7970 3GB GHz Edition, Evan Groenke (Desktop Graphics Product Manager) stopped by the PC Perspective offices to sit with us and talk about the new GPU. In the live event we went over the company's stance and mindset with the release, the new boost capability that the card integrates, performance from our review and even some questions and answers with some giveaways.
I really want to thank AMD and Evan for stopping by and chatting with us and our readers. Be sure you keep checking back at http://pcper.com/live for more live events you can be a part of!
Subject: Graphics Cards | June 22, 2012 - 04:27 PM | Tim Verry
Tagged: tahiti, gpu, ASUS ROG, asus, amd, 7970
ASUS recently posted a few teaser photos of its upcoming Republic of Gamers branded 7970 graphics card. The Matrix HD 7970 is a three slot design with the company’s DirectCU II heatsink, dual fans, DIGI+ VRM, and (of course) AMD’s 7970 Tahiti GPU core. While likely not based on the higher-binned cores used in the new 7970 GHz Edition graphics cards, with the large cooler and extra power phases that ASUS is packing into this Matrix GPU it should overclock to similar levels of performance.
The card features fans, and a large dual slot cooler with the traditional red and black ROG theme. The ASUS and Matrix logos are etched into the side of the card as well. The PCB is black and further covered by a bracing plate to reinforce the PCB to support the weight of the cooler. On the front of the card, it houses an air vent, two DVI connectors, and four DisplayPort video outputs. On the back of the card are four buttons. Two of the buttons with plus and minus symbols let you adjust the core voltage in preset jumps. The Safe Mode button next to the minus button clears the overclocks from the BIOS and resets the card to default settings. Finally, the red button will spin the fan up to 100% to overclock the card as far as possible. They also have a bank of LEDs below the buttons that offer at-a-glance load monitoring (really only useful for those testing outside a case...). In the rear corner of the card is two eight pin PCI-E power connectors. Then, on the underside (top when installed in the case) of the graphics card’s PCB, ASUS has a VGA Hotwire port which allows the card to interface with the ASUS OC Key and Extreme edition motherboards (such as the Maximus V and Rampage IV Extreme). There are also voltage checking points.
Internals are somewhat similar to ASUS Radeon HD 7970 DirectCU II, but with some aspects ratcheted up. The power phases, for example, have increased from 12 phases to 20 on the Matrix card. It continues to use the 7970 “Tahiti” GPU with 2048 shaders, 32 ROPs, and AMD’s Graphics Core Next architecture. ASUS is packing 3GB of GDDR5 memory with a 384-bit memory interface. ASUS has stated that both the GPU core and memory will be overclocked from the factory. Unfortunately, they have not released any specific numbers. We will have to wait until the card is closer to the launch date for that information.
The ASUS ROG Matrix graphics card will be launching in Q3 of 2012. It will be aimed at extreme overclockers – especially those that are already using Republic of Gamers branded motherboards from ASUS. What do you think of this new card, especially now that AMD has launched its 7970 GHz Edition reference GPU? You can find more photos of the card over at the ASUS website.