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More Trojan Malware Found On Macs
Following the outbreak of the Flashback Mac Trojan, security researchers have identified two more cases of Mac OS X malware. The good news is most Mac owners have little reason to worry about them.
Both cases are variants on the same Trojan, called SabPub, Kaspersky Lab Expert Costin Raiu wrote on Securelist.
The first variant is known as Backdoor.OSX.SabPub.a. Like Flashback, this new threat was likely spread through Java exploits on Websites, and allows for remote control of affected systems. It was created roughly one month ago.
Fortunately, this malware isn’t a threat to most users for a few reasons: It may have only been used in targeted attacks, Raiu wrote, with links to malicious Websites sent via e-mail, and the domain used to fetch instructions for infected Macs has since been shut down.
Furthermore, Apple’s security update for Flashback helps render future Java-based attacks harmless. In addition to removing the Flashback malware, the update automatically deactivates the Java browser plug-in and Java Web Start if they remain unused for 35 days. Users must then manually re-enable Java when they encounter applets on a Web page or a Web Start application.
The second SabPub variant is old-school compared to its sibling. Instead of attacking through malicious Websites, it uses infected Microsoft Word documents as vector, distributed by e-mail.
Intel Goes ALL-IN On Windows 8 Tablets
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It appears that is working on a new type of NAND storage, offering higher data density and lower costs. The company believes the new triple-level cell ships are ideally suited for tablets and ultrabooks.
Samsung claims it is the first chipmaker to embrace triple-level cell (TLC) technology, but other companies are expected to follow suit. Unlike single-level cell (SLC) or multilevel cell (MLC), the new tech can store three bits per cell, greatly increasing density. The obvious offshoot is lower production cost, as TLC basically allows for more bits per wafer.
However, TLC also has some drawbacks. Due to its design, it is more prone to errors, less reliable and it is also slower than MLC. However, it still ends up significantly faster than hard drives and reliability issues can be worked out with a bit more digital signal processing.
Is Samsung Pursuing The Server Market?
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It is certain that Korean electronics giant Samsung will soon be entering the server chip market.
Reports are coming in that the company has been picking up key server personnel from Intel and AMD. Samsung has been focused on developing ARM chips and stayed clear of the x86 architecture used by Intel and AMD.
But the companies latest hires seem to indicate that might change.
Samsung’s latest recruits include veterans of the chip business like Jim Mergard, Frank Helms, who is a Fusion APU architect, Brad Burgess who designed the Bobcat APU and Patrick Patla (VP of AMD’s server business). Patla was behind the success of the Opteron chip set and has done well using the x86-server system.
Intel Appears To Be Dedicated To Tizen
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As we know Intel is not a total Windows 8 and Android shop. Although MeeGo was abandoned by Nokia in favor of huge investment from Microsoft, but Intel will continue to develop MeeGo and it will also add Tizen to its OS effort.
Tizen is a free open source mobile operating system based on Linux and backed up by Linux foundation. Tizen is planned to work on Atom N2800 and N2600 processors or simply said Cedar Trail platform and it was supposed to be out of Beta by end of Q1 2012. If all goes according to schedule it will reach its gold status by mid of Q2 2012. At some point it will also get an application store too, but release schedule is yet to be set in stone.
Intel believes that Tizen combines the communities and best technologies under one unified environment. MeeGo is supposed to have Strong developer community and LiMo should bring broad service provider support to this marriage. They will have strong support for HTML 5 and WAC (wholesale application community).
Tizen is supposed to work on ARM as well as on x86 and we can expect the first devices, or at least prototypes, to show up by the end of the year. Once it gets out it should cover mobile phones, tablets, netbooks, smart TVs and in-vehicle entertainment systems.
Samsung Making Ultra MicroSD Card
Samsung Electronics has started mass producing a microSD card that uses an Ultra High Speed-1 (UHS-1) interface to greatly improve data transfer speeds, the company said in an announcement on Wednesday.
The microSD HC card stores up to 16GB and has a maximum sequential read speed of 80MBps (megabytes per second), according to internal tests conducted by Samsung. That is more than four times the read speed of today’s advanced microSD cards, which have speeds up to 21MBps, Samsung said.
What real-world speeds that will translate into remains to be seen. The card will be a good fit for LTE smartphones and tablets, according to Samsung.
AMD’s Trinity To Have Fewer Cores
AMD’s soon to launch A10 5800K is a 100W quad-core Trinity 32nm CPU with 3.8 GHz base clock and 4.2GHz maximal clock possible with AMD turbo core dynamic overclocking technology.
The A10 5800K has 4MB of L2 cache, supports DDR3 1866, dual graphics configurations as well as AMD’s new FM2 socket. The fun part is new HD 7660D GPU that works at 800MHz and comes with 384 shader units. The current APU market leader A8 3870K that works at 3GHz has HD 6550 graphics with 400 cores running at 600MHz.
AMD claims that new Radeon cores from Trinity CPU including A10 5800K are more efficient and this is the main reason why you have fewer cores that can deliver superior performance. The other reason is that with 800MHz core clock they can probably process more data, meaning that HD 7660D of A10 5800K should end up quite a bit faster than the Llano A8 3870K.
All these Radeon cores are a key feature of the Vision Engine that accelerates GPU enabled applications. AMD also tells the world that Trinity is DirectX 11 compatible, supports Direct compute and the new A series of processors, including the A10 5800K all the way to dual-core A4 5300, should not have any issues playing Blu-ray 3D. The GPU part of Trinity supports AMD V, UVD3 as well as Open CL acceleration.
RIM Goes Non-BlackBerry
April 9, 2012 by admin
Filed under Smartphones
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Research In Motion on Tuesday launched software that will allow its large “enterprise” customers to manage Apple and other rival devices through the same servers as they use for the BlackBerry smartphone and Playbook tablet.
The new Mobile Fusion software, first announced in November, is an acknowledgement of sorts by RIM of a growing preference by many users inside big corporations and government to access professional communications over their personal devices, often the Apple iPhone or iPad, or devices running Google’s Android.
RIM, which long dominated the so-called enterprise market, has watched the BlackBerry’s market share steadily erode in recent years. Unable to arrest the trend, the company now aims to generate a fresh revenue stream from it. Mobile Fusion will cost $99 per user to license and $4 per user a month, with discounts available for bulk orders.
In a second announcement on Tuesday that highlights RIM’s eroding market position, it said its PlayBook tablet now boasts 15,000 applications – still just a tiny fraction of the number available on the iPad. One of the biggest complaints about RIM’s products is the dearth of content and applications.
A recent survey from Appcelerator and IDC showed less than 16 percent of developers were “very interested” in creating programs for RIM, compared with 90 percent for Apple and 80 percent for Android.
Android Apps To Run On Windows
Software firm Bluestacks is on a mission to close the gap between Microsoft’s Windows and Google’s Android OS with its App Player application, which was released in beta earlier this week.
App Player is an emulator that allows Android applications to run on Windows 7, Vista and XP OSes. Users can install the software in Windows and then run around 450,000 Android applications, including Angry Birds and Fruit Ninja, the company said in a statement.
Beyond PCs, the App Player could also allow Windows tablets such as Hewlett-Packard’s Slate 2 and Dell’s Latitude ST to run Android applications. Bluestacks made headlines at last year’s Computex trade show in Taipei when Advanced Micro Devices showed off an x86 tablet with Android running on top of the Windows 7 software stack. Android applications are mostly written for the ARM instruction set, but the x86 tablet was able to switch between Android and Windows without any problems.
The emulator has new Layercake technology, which exploits hardware accelerators to improve the performance of Android games in Windows. The layer was not included in the previous Bluestacks alpha version. Android applications typically use hardware accelerators found in ARM’s Mali, Nvidia’s Tegra or Imagination Technologies’ PowerVR graphics cores, but Layercake is able to take advantage of hardware accelerators from companies like AMD found in x86 chips.
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AMD 7990 Specs Unveiled
As we draw close to the official Nvidia GTX 680 Kepler GK104 launch day it is no wonder that we’ll hear more and more about AMD’s upcoming dual-GPU HD 7990 graphics card and Chinese site INPAI has shed some new light on the dual-headed beast. Apparently, the HD 7990 will pack two Tahiti XT chips squeezed together on one PCB.
According to the post at INPAI, the upcoming HD 7990 features two 28nm GCN Tahiti XT chips, same one found on the HD 7970 graphics card. This means that we are looking at a card that will have 2048 stream processors and 3GB of memory per GPU. Appearently, these two Tahiti chips will end up clocked at 850MHz while memory will work at 1250MHz (5GHz effective).
Did HP Really Need Intel?
Back in the day HP said it chose Intel to co-develop Itanium due to its process technology, as it didn’t have the cash to fund next generation fabs.
Intel has often been the butt of Itanium jokes, but HP invested as much, if not more into the enterprise. Kirk Bresniker, CTO of HP’s Business Critical Systems told The INQUIRER that HP needed Intel’s manufacturing capability. Bresniker said HP’s decision to partner with Intel was due to the firm realising it couldn’t afford the VLSI manufacturing process iteration needed for developing competitive chips.
Bresniker said, “It is really an extension of the CISC processor that led us to partner with Intel on the Itanium. We knew we weren’t going to be able to maintain the investment levels neccessary to continue to fund deep sub-micron fabs.”
Until HP’s foray with Itanium, the firm was known for its PA-RISC systems, some of which Bresniker designed himself back in the early 1990s. Bresniker said, “We got to the point of microprocessor development and more importantly the economics of fabrication environments and realised we were facing transition to the deep sub-micron [fabrication processes] and potentially writing billions and billions of dollars worth of cheques for fabrication, and part of the impetuous for us to partner with Intel on the Itanium design was that we wanted to have access to the world’s number one microprocessor silicon fabrication.”
While HP continued with PA-RISC chips well into the new millennium, HP’s decision to offload the work of actually producing chips onto Intel could be seen as shrewd move, and one that firms such as AMD did a decade later. The cost of process node iteration is getting ever higher, which is something that Intel itself admits.
Not surprisingly, Bresniker wouldn’t be drawn on the demise of Itanium, though HP did announce Project Odyssey late last year, which effectively mixes and matches the firm’s Itanium kit with Intel Xeon servers. He did admit that the firm had to go towards x86 in the mission-critical market, Bresniker was quick to point out that while Intel is porting more features from the Itanium chip, not everything will be moved over.