A former Lucasfilm software engineer on Wednesday filed a class-action lawsuit against a who's who of Silicon Valley tech giants, alleging a conspiracy to fix employee pay and not poach staff away from each other in violation of anti-trust laws.
Hariharan is represented by Joseph Saveri of the national plaintiffs' law firm Lieff Cabraser Heimann & Bernstein.
The suit claims that an alleged "no-solicitation" agreement between the named companies resulted in employee compensation being reduced by "10 to 15 percent" as compared to "what would have prevailed in a properly functioning labor market where employers compete for workers."
The invention, which in 2009 Apple called a "Reduced Size Multi-Pin Male Plug Connector" describes a 30-pin dock connector for "high-speed communication standards," citing USB 3.0 and a "dual channel" DisplayPort.
The name "Thunderbolt" wasn't mentioned (unsurprisingly, given that it only launched in February 2011 on the new MacBook Pro) but the patent's multiple mentions of a "dual channel" DisplayPort suggests the same technology.
Thunderbolt combines Intel's PCI Express and DisplayPort into a single connector for theoretical transfer speeds of 10 Gbps (fast enough to download a full-length Blu-ray movie in under 30 seconds).
A series of rainclouds has descended over Apple. Purchasers of the company's latest Macbook Pros—featuring Intel's brand-new Thunderbolt ports—are reporting issues when they go to hook up their Apple Cinema Displays to their laptops via a Displayport-to-Thunderbolt connection.
"I have a new MBP with a thunderbolt port, which is connected to an Apple 24" cinema display, using the new thunderbolt port," writes user "Streitz" on Apple's support forums. "I am experiencing one second black outs every few minutes, and fairly regular jitters once the computer starts warming up and crunching some numbers. The shift never occurs on the 15" monitor, only the external. I also still have my old MBP with a mini-display port, and the external monitor works perfect with it."
The display flickering issue allegedly affects all editions of the latest Thunderbolt-laden MacBook Pros. And as the above comment illustrates, it seems to be a problem involving the combined Thunderbolt/DisplayPort connection. The only fix, so far, appears to be the time-honored tradition of waiting it out.
According to Intel, the drives in the 510 Series offer "the fastest sequential read and write speeds of any consumer SATA SSD available today," and feature read speeds of up to 500 Mbps and write speeds of up to 315 Mbps—respectively more than twice and more than three times the rates of Intel's current 3-Gbps SSDs. (OCZ announced its own 6-Gbps SSD series, the Vertex 3, last week, and made similar performance claims.)
The 510 Series SSDs are constructed using Intel's 34nm NAND Flash memory, and are targeted at gamers, enthusiasts, and professionals (particularly media creators) who need fast transfer rates. Intel claims the 510 Series is just one of a number of major SSD products it plans to introduce in 2011.
The new MacBooks are the first Apple portable to include a quad-core processor, Intel's Core i7. The devices also include more RAM, iFixit discovered. Thunderbolt, meanwhile, combines PCI Express and DisplayPort into a single connector.
On the new machines, you can chain up to six Thunderbolt devices. For comparison, FireWire supports 63 devices and USB supports up to 127 devices. But as iFixit noted, this might not be an issue since "we're not even aware of six products that support Thunderbolt yet." But if the connection becomes more popular, it might become a problem.
The RAM in the MacBooks is PC3-10600. That's the same RAM found in the 21.5-inch and 27-inch iMacs released last year, but different from earlier Apple laptops, iFixit said. PC3-10600 can be used in older MacBook Pro machines, but the RAM found in those older machines - PC3-8500 - will not work in the new MacBook Pros.
Intel today officially announced the availability of Thunderbolt, its new PC connection technology capable of running at speeds of 10Gbps—more than twice the speed of USB 3.0, and fast enough to transfer a full-length HD movie in less than 30 seconds.
First introduced at IDF 2009 under the code name "Light Peak," Thunderbolt is based on fiber optics and was originally designed to transmit data over thin glass cables rather than traditional electrical ones. (Intel announced last month, however, that the initial iterations would use copper rather than fiber-optic cabling.) Powered by an Intel controller chip, it unites the PCI Express (PCIe) and DisplayPort protocols to send data and video transmissions in two directions at once over a single cable.
Thunderbolt's first commercial application is on Apple's just-released refresh of its MacBook Pro laptop line. There had been speculation for a while that Apple would introduce the technology commercially, as Steve Jobs declared in October that because of lackluster support the company would not implement USB 3.0 right away.
It's time to insert another quarter in the Apple rumor-machine. In addition to the rumored Macbook Pro refresh coming in a week or two—we've reported a possible March 1 date for an introduction of Intel's Sandy Bridge CPU lineup into the line, though other sites are indicating that this could occur as early as February 24—it's time to throw a new connector into the fray as well.
CNet is reporting that an undisclosed source has told the site that Apple plans to introduce a new connection technology "soon." The site then goes on to speculate that this may or may not be a part of the rumored Macbook refresh—rumors upon rumors!—and that the technology may or may not be the Apple-renamed version of Intel's Light Peak connection technology.
Just to refresh, Apple's been balking at adding USB 3.0 to its product lineups for some time now. "We don't see USB 3 taking off at this time. No support from Intel, for example," Apple CEO Steve Jobs allegedly replied when asked about USB 3.0 in an e-mailed question by a customer last year.
Intel has announced the details of its next generation CPU at CES, the Sandy Bridge Core processor. Basically, it's the next generation Core series of CPUs that will soon power a large amount of desktops and laptops. Some of the features include better energy performance, providing better battery life, and improved 3D graphics. One of the perhaps most impressive change is how much better the integrated graphics will be. Previously, a system that does not have a dedicated graphics card, but instead relies on Intel's integrated graphics, could simply not play any recent 3D game. According to some early reports, that may no longer be the case. Intel also claims "content creation is up to 42 percent faster and gaming up to 50 percent faster." Like previous chips, the new Sandy Bridge will be available as i3, i5 and i7. A big thank you to Sears from bringing out the Blue Blogger Crew to CES.
Read More | CNET
This week, Intel announced the availability of technology made especially for digital signage. The new platform, based on Windows Embedded Standard 7 and running on Intel Core i5/i7 processors, along with technology such as touch screens to allow interactivity from a passerby.
The “Intelligent Digital Sign” also could use a camera to use what they call “anonymous video analytics” to show items of interest to the user at an appropriate height for the user, along with gender recognition software. The sign is large enough that if another person comes up to the ad and interacts, they would be presented with their own advertisement while the first person continued their own experience.
I’m a bit wary of anything using a camera or having access to my cellular phone, but take a look at the release and decide for yourself. The release also has a video from back in January when they demonstrated the system.
Read More | Microsoft: Next Generation of Digital Signage Applications Is Possible Today
It’s been a long time coming, but Apple has finally released the refreshed line of MacBook Pro notebooks that are powered by the Intel Core i5 and Core i7 processors. The 13-inch MacBook Pro line is actually sticking with the Core 2 Duo chips, but they do bring faster 2.4GHz and 2.66GHz options, alongside a 10-hour battery. The real news here, though, is in the 15- and 17-inch MacBook Pros. The 15-inch models start at $1,799 with a 2.4GHz Core i5 (520M), 320GB hard drive, 8-9 hour battery, and the 256MB NVIDIA GeForce GT 330M graphics chip which features Optimus switching. That allows the graphics chip to automatically switch from performance mode to a low power mode on the fly, rather than having to log out and back in. The next step up in the 15-inch line nabs you a 2.53GHz Core i5 (540M) and 500GB hard drive for $1,999, while the top of the line model features the 2.66 GHz Core i7 (620M) and the NVIDIA GeForce GT 330M with 512MB RAM.
If the 17-incher is more your thing, it starts out at $2,299 with a 2.53GHz Core i5, 500GB hard drive, ExpressCard slot, and the 512MB 330M. Options for all include more RAM (they all come with 4GB by default,) and 128, 256, and 512GB SSD drives. The 15-inch models also have new display options. By default, they ship with a 1440x900 glossy display, but for an extra $100 you can get a high resolution 1680x1050 display. For another $50 on top of that, you can get the 1680x1050 with antiglare. Lastly, the new machines are capable of “inertial scrolling” on the trackpads. If you have an iPhone, it’s similar to flicking up and down to scroll.
You can pick up any of the new MacBook Pros now in the Apple Store.
Read More | MacBook Pro Core i5 and i7