Subject: Processors | May 8, 2012 - 05:30 AM | Tim Verry
Tagged: ultrathins, trinity, piledriver, mobile, APU, amd
Last week we detailed the changes and improvements in AMD’s upcoming Trinity Accelerated Processing Units (APU). Today, DigiTimes has confirmed that Trinity will be released later this month. The only catch is that the company is only releasing the mobile Trinity chips in May. The higher end, and higher TDP, parts will not be released until August 2012.
A Trinity APU die next to a USB flash drive
According to their sources, AMD will be pricing the mobile Trinity chips very aggressively. They will offer a cheaper alternative to OEMs as AMD based ultrathins compared to an Ivy Bridge based ultabrook notebook. The low power Trinity chips will have vastly superior GPU execution units, though Ivy Bridge may retain the CPU performance crown. Both chips are able to sip voltage and have low TDPs so it will be interesting to see the results of battery life tests once the chips and notebooks are released and are in the hands of reviewers.
Trinity desktop parts are scheduled for release in August, including the A10-5800K, A10-5700, A8-5600K, and A8-5500. They are also planning lower end A6 and A4 series Trinity APUs.
Beyond Trinity, their sources have indicated that AMD will release very low power Brazos 2.0 processors for ultrathins and Windows 8 tablets that have 18W TDPs in June 2012. Vishera–Piledriver architecture, AM3+ socket–FX series desktop CPUs (no iGPU) will be released sometime in the third quarter of this year (Q3 2012). The FX and Brazos processors include the FX-8350, FX-6300, FX-4320, and the E2-1800 and E1-1200 respectively.
While AMD may not have the lowest manufacturing process, are seemingly dropping employees like flies, and had a huge financial loss due to buying themselves out of GlobalFoundries they are still hanging in there and delivering competitive products for the low to mid-range markets.
Subject: General Tech, Mobile | April 7, 2012 - 07:11 PM | Tim Verry
Tagged: tegra 4, tegra, SoC, nvidia, mobile
The Chinese language VR-Zone website has allegedly managed to get their hands on a leaked specifications sheet for NVIDIA’s upcoming Tegra 4 System-on-a-chip (SoC) aimed at mobile tablets. Codenamed “Wayne,” the new SoC will come in several flavors and will arrive next year.
The upcoming chips will have 10x the performance of NVIDIA’s original Tegra and five times the performance of the current generation Kal-El Tegra 3 chip. NVIDIA has run into several hurdles in integrating an LTE cell radio into their SoCs, but if the leaked document is true, the company will finally release a Tegra chp with built-in LTE 100 and HSPA42 cell radio capabilities as early as the third quarter of 2013.
Further, the Tegra 4 SoCs will come in four flavors: T40, T43, AP40, and SP3X. T40 will represent the first Tegra 4 chp that manufacturers and consumers will be able to get their hands on -- as early as Q1 2013. It is a quad core part with one companion core and will run at 1.8 GHz. T43 is an evolution of the T40 and will bump up the clockspeed to 2.0 GHz. The AP40 chip will be the first budget Tegra 4 processor and will run anywhere between 1.2 GHz and 1.8 GHz. The T43 and AP40 SoCs are reportedly coming out in Q3 2013. All three chips -- The T40, T43, and AP40 -- are based on the ARM Cortex A15 architecture.
|Release Date||Q1 2013||Q3 2013||Q3 2013||Q3 2013|
|Markets Aimed At||Flagship||Flagship||Mainstream||Mainstream|
|Tablet Device Screen Size||10"||10"||10"||7"|
|Processor Clockspeed||1.8 GHz||2.0 GHz||1.2-1.8 GHz||1.2-2.0 GHz|
The final Tegra 4 chip is called SP3X, and it will arrive in Q3 2013. Aimed at mainstream tablets with 7” or smaller screens, the upcoming SoC will feature LTE support and will have a clockspeed of 1.2 GHz to 2.0 GHz. It is a quad core (plus one companion core) part but is reportedly based on the ARM Cortex A9 architecture. The leaked release dates do seem to be in line with earlier reports, though they should still be taken with your daily dose of salt.
Right now Tegra delivers on performance and many high end mobile devices have incorporated the NVIDIA chip. Even so, they still have very little market share, and the two mainstream Tegra 4 chips -- especially the SP3X with LTE radio -- should help them make inroads against Qualcomm and Samsung who hold a great deal of market share.
Subject: Mobile | March 10, 2012 - 03:53 AM | Tim Verry
Tagged: tegra 3, tegra, quad core, nvidia, mobile
NVIDIA's Tegra 3 mobile processor may not have much market share (yet), but it sure is powerful! In a recent blog post, the company reiterated just how much it is accelerating applications on mobile platforms including photo editing, remote desktop clients, and even mobile video editing. They further got comments from several of the app developers that stated the Tegra 3 was the piece that made their applications run so smoothly. Granted, some of this is marketing and promotion; however, that fact doesn't make their mobile quad core (4+1 power saving core) SoC any less impressive hardware wise.
Some of the applications NVIDIA heralded include Snapseed, PowerDirector, Splashtop, and Photaf. Snapseed and PowerDirector are photo editor and video editing applications respectively while Photaf is a photo stitching app that allows you to combine multiple shots into panoramas.
Finally, Splashtop is an application that takes advantage of the Tegra 3 to bring a remote desktop client to Android that proclaims to be fast enough to run games as well as the more traditionally desktop access. Both Splashtop and Photaf are available now on Google Play for you to test out while PowerDirector and Snapseed are coming later this year to Android.
Below is the above mentioned video of the Android application developers talking about the benefits of the quad core Tegra 3 processor.
What do you guys think of NVIDIA's "4+1" core processor? Will it stand up to the new Apple A5X chip (according to NVIDIA it wont while Apple says the opposite (obviously), but we'll have to wait until we have an iPad in house to see who's chip is actually faster)?
Subject: Mobile | March 7, 2012 - 04:10 PM | Tim Verry
Tagged: tablet, mobile, ipad 3, ipad, ios, apple
Apple officially launched the new Apple iPad 3 tablet today, and consumers will be glad to know that many of the rumors around the Internet are not far from the truth. The new iOS powered tablet will be packing a retina display, new A5X with "quad core graphics," and an optional 4G LTE radio. The retina display on the iPad 3 is 2048x1536 pixels, and works out to 264 PPI (pixels per inch).
The iPad 3's hardware will further include an updated A5 SoC that also includes a quad core graphics aspect, whatever they mean by that. Phil Schiller states that the new A5X chip "has four times the performance of NVIDIA's quad-core Tegra 3 chip." Apple has also updated the camera in the iPad 3 such that it has a 5 megapixel camera with image stabilization, hybrid IR (infrared) filter, and backside illuminated senor capable of recording 1080p video.
On the 4G LTE front, both AT&T and Verizon will carry the iPad 3 in the US, and the 4G radio will also work on Rogers, Bell, and Telus' networks in Canada. In other markets, the iPad 3 will still be able to connect to 3G networks. According to Ars, the new Apple tablet will maintain the same physical dimensions, and will enable 10 hours of battery life while on 3G or Wi-Fi and 9 hours of battery life when the 4G LTE radio is in use.
The iPad 3 will come in either black or white colors, and will be available for purchase March 16th in the US, Canada, UK, France, and Germany (among others), and March 23th for the rest of the world. The iPad 2 will also stay around at a lower price point of $399 for the 16 GB Wi-Fi model and $529 for 3G.
The iPad 3 will come in at the following price points:
|Apple iPad 3 Model||Price point (USD)|
|16 GB Wi-Fi||$499|
|32 GB Wi-Fi||$599|
|64 GB Wi-Fi||$699|
|16 GB 4G LTE||$629|
|32 GB 4G LTE||$729|
|64 GB 4G LTE||$829|
Lastly, despite rumors, the iPad 3 will not be getting Siri access, and the physical home button is still present. Pre-orders for the new tablet start today, and more information on the pre-order is available over at apple.com/ipad. What do you guys think of the new tablet, will you be picking one up when it launches?
Subject: Systems, Mobile | February 29, 2012 - 05:18 PM | Tim Verry
Tagged: Raspberry Pi, mobile, linux, hdmi, computer
The Raspberry Pi Foundation announced yesterday that their little Linux computer would be launching in the early hours of the morning today. Instead of the original plan of Raspberry Pi handling the pre-orders and shipping them from the UK, they ended up partnering with RS Components and Premier Farnell to handle all their orders and distribute them to customers. The non profit foundation states that this move will save customers money on shipping as the two companies have distribution centers worldwide and they will be able to get more boards out because they will be able to sell enough boards to meet demand.
Today, RS and Farnell were offering up the Model B Raspberry Pi boards for pre-order, and the first 5,000 orders from each company will receive their Raspberry Pi boards from the initial 10,000 unit batch. Surprisingly, the two companies' servers were getting hit extremely hard earlier today and it was almost impossible to not see at least a couple error pages requiring a painfully long refresh. According to the article, the Raspberry Pi computer sold out "within hours." Even though the initial batch of boards is spoken for, customers can continue to pre-order boards that will be delivered as soon as the next batch has finished production. Those unlucky enough to miss the first 10,000 aren't completely out of luck; however, as it is rumored that production of more boards should be getting underway and have an estimated delivery date a bit more than a month away. How true that is, remains to be seen however.
Personally, I managed to snag one of the first Raspberry Pi boards from Farnell Export, but it was an order fraught with error pages and being uncertain just how many I ordered as the confirm order page kept error-ing out. Luckily, I received an email from them confirming my order of a single Raspberry Pi and am now eagerly waiting for it to arrive. The last estimated delivery figure I received puts it about a month out, however.
In another bit of good news, the Raspberry Pi Foundation is still planning to release the cheaper Model A board later this year, and they managed to up the RAM to a full 256 MB of RAM which is twice the original 128 MB of RAM they planned. This update to the Model A means that the Model B is now only differentiated by the addition of two USB ports and an Ethernet port.
Did you manage to snag a Raspberry Pi this morning? From how hard the servers were getting hit last night, I'm starting to think that the Raspberry Pi Linux computer may be more popular than actual pie! If you are still interested in pre-ordering a Raspberry Pi, RS Components and Premier Farnell have you covered.
Subject: Mobile | February 27, 2012 - 01:53 PM | Tim Verry
Tagged: wayne, tegra 3, tegra, tablets, nvidia, MWC 12, mobile, grey
This year is a big one for smaller silicon manufacturing processes with Intel's 22nm Ivy Bridge, and NVIDIA and AMD moving to 28nm GPU processes. According to a report on VR-Zone, NVIDIA is already planning their next move for Tegra, including a die shrink to 28nm.
They managed to get their hands on a road map (shown below) for NVIDIA's Tegra SoC (system on a chip) lineup that extends into 2013. With Tegra 3, NVIDIA began by sampling the chip to Asus and the Transformer Prime. After that success, other partners and devices are starting to pick up the mobile chip, and they expect the situation to be the same for future Tegra iterations.
They company allegedly taped out a Tegra 4 (T40) SoC at the end of December 2011, and is starting to sample it to OEM partners to find someone to do a Tegra 3 like launch, with one device/platform to debut first and others to follow in later months.
The Tegra 4 chip is code named "Wayne" and will be comprised of multiple ARM Cortex A15 CPU cores and a new GPU on a 28nm process. The company alos plans to show off a dual core 28nm SoC that uses two Cortex A15 CPU cores, a revamped GPU, and an Icera 4G LTE radio at Mobile World Congress 2013 next year.
Further, the roadmap details a new Tegra 3 chip that is intended to be used with Windows on ARM powered notebooks and tablets. While the new Tegra 3 (T35) SoC will not be a die shrink, it will have higher clock speeds due to less restrictions placed on the maximum TDP (thermal design power) allowed for the devices. VR-Zone estimates that the T35 chips will run somewhere between 1.6 GHz and 1.7 GHz.
Currently there are some incompatibilities with Tegra and 4G LTE radios which has caused some LTE devices to go with Qualcomm SoCs, so it is good to see NVIDIA working on improving compatibility and then integrating the basebands into their future SoCs to rectify the issue.
As far as this year is concerned, we should see the updated Tegra 3 chip and a new version of Tegra 2 that integrates a Icera 4G LTE baseband. The Wayne and Grey chips will likely not be released until 2013 at the earliest. The expanded Tegra portfolio should help them to gain some market share, though exactly how much remains to be seen.
Subject: Mobile | February 26, 2012 - 06:08 PM | Tim Verry
Tagged: WP7, windows phone, smartphone, nokia, mobile, microsoft, marketshare
Last year Nokia and Microsoft announced a partner ship that would combine Nokia's hardware with Microsoft's Windows Phone 7 mobile operating system. Back then, the move by Nokia to abandon Maemo, MeeGo, and Symbian was not a popular one; however, it does seem to have worked out well for the company (despite some burned bridges).
According to a new report by Strategy Analytics, not only have Nokia Windows Phone 7 devices proved a popular choice, but the company has managed to propel itself to 33.1% marketshare; a number that makes Nokia the world's largest Windows Phone smartphone vendor in Q4 2011. Further, the company shipped just under 1 million units in Q4 2011 while the market as a whole saw 2.7 million units shipped. That is a significant jump from the previous quarter where Nokia did not ship any units and the market as a whole shipped only 2 million.
|Vendor Shipments (Millions) Q3'11||Vendor Shipments (Millions) Q4'11||Vendor Marketshare (%) Q3'11||Vendor Marketshare (%) Q4'11|
|Total||2 Million Units||2.7 Million Units||100%||100%|
While Nokia does not yet have majority share of the Windows Phone smartphone market all to themselves, they do have the most marketshare of any single vendor. The increased presence of Nokia helped the Windows Phone market as a whole see a total quarter over quarter growth of 36%, according to the report. Further, Director of Strategy Analytics Tom Kang noted that Nokia managed to snag most of it's marketshare from HTC who is also losing ground in the Android market to rival Samsung.
Neil Mawston, the Executive Director of Strategy Analytics determined that the Nokia Lumia WP7 smartphone series, and increased marketing and retail presence in Asian and European countries significantly helped Nokia grow it's marketshare.
Needless to say, Nokia management and shareholders are likely pleased by this turn of events. It will be interesting to see where Nokia is marketshare wise at the end of this year as their new Lumia series smarphones proliferate across the world. The full report is available here to Strategy Analytics clients.
Subject: General Tech, Processors, Mobile | February 18, 2012 - 09:06 PM | Scott Michaud
Tagged: Intel, mobile, developer
Clay Breshears over at Intel posted about lazy software optimization over on the Intel Software Blog. His post is a spiritual resurrection of the over seven year’s old article by Herb Sutter, “The Free Lunch is Over: A Fundamental Turn Toward Concurrency in Software.” The content is very similar, but the problem is quite different.
The original 2004 article urged developers to heed the calls for the multi-core choo choo express and not hang around on the single core platform (train or computing) waiting for performance to get better. The current article takes that same mentality and applies it to power efficiency. Rather than waiting for hardware that has appropriate power efficiency for your application, learn techniques to bring your application into your desired power requirements.
"I believe your program is a little... processor heavy."
The meat of the article focuses on the development of mobile applications and the concerns that developers should have with battery conservation. Of course there is something to be said about Intel promoting mobile power efficiency. While developers could definitely increase the efficiency of their code, there is still a whole buffet of potential on the hardware side.
If you are a developer, particularly of mobile or laptop applications, Intel has an education portal for best power efficiency practices on their website. Be sure to check it out and pick up the tab once in a while, okay?
Subject: Mobile | January 26, 2012 - 03:47 PM | Jeremy Hellstrom
Tagged: tablet, ssd, oaktrail, mobile, Kupa X11, atom Z670, atom
You might not expect to see a tablet being examined at the SSD Review, except for the Kupa X11 which contains a 64 or 128GB mSSD drive. As the Atom and Oaktrail pairing are perhaps not the fastest mobile chips on the block, the initial testing tried to determine if that chipset would prove to be a bottleneck. They tested the Kingspec 128GB SSD which was included in the tablet as well as a Renice X3 120GB ‘SandForce Driven’ SSD and a Kingston mS100 SSD. The Kingspec was the slowest choice of the three and even though the other two did perform more impressively Oaktrail did indeed prove to limit the performance of the drives. On the other hand, it is still faster than a HDD and the SSD helps to extend the life of this 1366 x 768 10.1″ tablet to around 10 hours. Also worth noting is that this tablet runs Xin7 Professional, not a trimmed down OS, and will fully support Win8.
"Just prior to CES we had received an e-mail from a reader who had spoken of a company called Kupa, a tablet manufacturer who, as the reader had stated, “wasn’t afraid to experiment outside the box”. it took us all of two seconds to get to the Kupa Website and discover the Kupa X11, a tablet PC with all the power of a full size computer to include a Intel Atom Z670 1.5Ghz Oaktrail platform, 2GB RAM and your choice of 64 or 128GB SSD. Needless to say, we were impressed."
Here are some more Mobile articles from around the web:
- Acer Aspire TimelineX 5830TG-6614 Review @ TechReviewSource
- HP Envy 15 (Early 2012) Review @ TechReviewSource
- Capsule Review: GeChic's On-Lap 1301 Laptop Monitor @ AnandTech
- The Battle of The Netbooks: Intel vs AMD @ eTeknix
- Mobile CPU Comparison Guide @ TechARP
- GE Chic 13 inch On-Lap Monitor Review @ TechwareLabs
- Thermaltake Tt eSport Battle Dragon LAN Bag Review @ eTeknix
- Motorola Razr Android Smartphone Review @ HardwareHeaven
- Samsung Galaxy Nexus & Ice Cream Sandwich @ AnandTech
- HTC Explorer Android Smartphone Review @ HardwareHeaven
- How to transfer and play .AVI movies on your iPhone @ Funky Kit
Subject: Mobile | January 13, 2012 - 02:27 PM | Matt Smith
Tagged: CES, wireless power, wireless, tablet, smartphone, mobile, charging
Where was the most interesting technology at CES? Intel’s booth? Nope. Nvidia’s booth? Guess again. Perhaps you could find it at Qualcomm’s stand? Guess again.
If you ask me, the most interesting technology was tucked away in the back of the lower level of the South Hall, which is where you’ll find smaller companies and organizations that have decided to forgo a normal booth and instead just rent out space for a meeting room. That’s where you’ll find The Wireless Power Consortium and its Qi wireless power standard.
Wireless power is exactly what it sounds like. You may have already heard of the charging mats made available by companies like Energizer. These allow users to charge a smartphone simply by placing them in the right location, forgetting about cords entirely.
Sounds nice, doesn’t it? But there’s been a problem with them – until recently, they’ve all been proprietary. You had to use a special charging case to get the mats to work with your phone and that case wouldn’t work with competing products. You also were limited to charging in your home (or wherever you place the charging mat) which kind of defeats the point.
To fix this, there must be a standard, and that’s what The Wireless Power Consortium has created. It’s called Qi, and it’s a coil-based charging solution that can be implemented in all sorts of mobile devices. Currently the standard can handle up to 5 watts and can work within 5mm, but both of these figures are to be expanded. New technology that can handle 10 watts is being tested, and the hope is for 120 watts to be achievable in the near future. That would allow for wireless charging of PCs and appliances.
But enough about the specifications. Why am I excited about Qi? Let me explain.
Many current smartphones have mini-USB ports for one reason only – charging. Everything else, from syncing music to downloading files, can be achieved through a wireless connection. If that port could be removed entirely, it would allow for more design flexibility. Take the current Droid Razr, for example. It is extremely thin except for a bulge that houses the camera and the ports. If you could charge your phone wirelessly, designers would have one less port to design around.
Battery life is another part of this equation. As technology in our mobile devices continues to improve at an amazing rate, battery technology doesn’t seem able to keep up. I know – I own a HTC Thunderbolt. My phone has notoriously bad battery life with 4G LTE enabled.
One solution is to make batteries bigger, but that increases weight, size and cost. Wireless power offers an alternative – make charging easier and more frequent. If you had wireless power in your car, at work and at home, your phone could easily maintain a high level of charge. And since it’s wireless, you don’t have to do anything except place your phone in the right place.
The Wireless Power Consortium booth – er, meeting room – had some interesting examples to show me. One was a table with a built-in Qi compatible charger that can be deployed at restaurants, coffee shops and other places. In fact, some such tables can already be found in Japan and China. They number only in the hundreds, but it’s start.
For our Asian friends, who use more public transportation and tend to live in more densely packed cities, charging tables make a lot of sense. But here in North America we tend to get around with our own private vehicles. To help the standard get traction here, The Wireless Power Consortium is working with auto manufacturers to place wireless charging in automobiles. They hope that we’ll see it offered in a few vehicles starting the 2013 model year.
There are a lot of pieces that need to find their place in order for Qi to really take off, but they at least have the necessary partners including big names like Motorola and Texas Instruments, among many others. Keep an eye on this over the next year – it could end up being a true game changer.
PC Perspective's CES 2012 coverage is sponsored by MSI Computer.
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