LG adds NVIDIA’s Tegra 2 processor to its Optimus series of smartphones

Today, LG introduced a series of high-end smartphones powered by NVIDIA’s dual core Tegra 2 processor. As previously rumored, these Tegra 2 smartphones will be part of LG’s recently announced Optimus line of mobile devices and will start shipping in Q4 2010. The Korean manufacturer does not name the mobile OS powering these upcoming handsets but one candidate for this super-fast treatment will undoubtedly be Android.

The Tegra 2 processor is a powerful SoC with two 1GHz processors designed for mobile usage, 1080P video processing, a low-power NVIDIA GeForce GPU, and more. The introduction of these new Tegra 2 smartphones is very exciting news as the processor promises 2X faster web browsing and 5X faster gaming when compared to the single core 1GHz CPU found in the current generation of smartphones.

We have seen the benchmark results for the Tegra 2-powered Toshiba Folio 100 running Quadrant, an Android-based benchmarking tool, and the dual core device blows its competition out of the water. If you want to watch the Tegra 2 in action, check out of video review of the Toshiba Folio 100 and our earlier hands-on with a prototype Tegra 2 Android tablet.

While LG is the first manufacturer to announce a Tegra 2-powered smartphone, it is not the last. By the end of this year, any manufacturer worth its salt will have one or more dual-core devices in production or possibly even on retail shelves. Let’s hope the Korean manufacturer keeps its wits about itself and does not offer these high-end handsets with an equally high price tag. We have had enough sticker shock from the Samsung Galaxy Tab to last us a while.

Read on for the full press release.


LG First to Announce Smartphone with Dual-Core CPU based on NVIDIA Tegra, the
World’s Most Advanced Mobile Processor

SEOUL, Sept. 7, 2010 ¬ – LG Electronics (LG) announced today that it will introduce a series of fast, powerful smartphones starting in the fourth quarter of 2010 utilizing the second generation NVIDIA? Tegra™ mobile processor, Tegra 2. Tegra 2 includes the world’s first dual-core CPU, which powers through complex tasks to achieve significant leaps in performance.

LG will integrate Tegra 2 into its smartphones, providing them with unprecedented power, speed and graphics capability. These smartphones will be part of LG’s Optimus Series, a new line of innovative mobile products.

LG selected NVIDIA Tegra because it enables a new mobile experience and content capabilities. Tegra 2 features a number of mobile “firsts”: the first mobile dual-core CPU, the only ultra low-power NVIDIA GeForce? GPU and the first 1080p HD mobile video processor. Taking full advantage of the two speedy 1 GHz processors sharing the workload in Tegra 2, consumers can experience up to 2x faster web browsing and up to 5x faster gaming performance over single core processors running at 1 GHz. NVIDIA’s leadership in graphics also delivers flawless 1080p HD video playback, console-quality gaming and amazing 3D capabilities.

“LG is committed to making its Optimus Series smart devices the de facto standard in speed and graphics performance,” said Chang Ma, Vice President of Marketing Strategy Team, LG Mobile Communications Company. “We selected NVIDIA because it is the visual computing leader and has a long history of creating amazing consumer experiences.”

“The ultimate smartphones will be powered by Tegra, the world’s most advanced mobile processor,” said Phil Carmack, senior vice president of NVIDIA’s mobile business. “LG is one of the most popular consumer brands, and their Optimus Series of devices with Tegra is further validation of the processor’s ability to deliver an unrivaled, turbocharged media experience.”

LG’s Optimus Series smartphones featuring the NVIDIA Tegra 2 mobile processor will debut starting in the fourth quarter of the year.

  • LG is one of the most popular consumer brands and devices Optimus series with the Tegra processor to further strengthen our ability to deliver unprecedented experience turbo media.

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