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04/19/2024 12:08:10 am

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Nexus 8 Release Date Update: What the Combined Android L and 64-Bit NVIDIA Tegra K1 Can Offer

A Nexus 7 phone

(Photo : Wikimedia Commons) Nexus 8 is on its way.

After four years of setting Android devices with the Nexus program, Google is rumored to work again with HTC for this year's Nexus tablet project. Leaked specs and documents for the Volantis, better known as the Nexus 8, have emerged recently, offering the latest and more exciting details.

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Android Origin said that the National Radio Research Agency (RRA) from South Korea recently certified a new device which has the model number 0P82100. The device is supposedly the 8.9-inch Nexus tablet codenamed Volantis or Flounder. It confirmed that HTC will be making this year's Nexus tablet after Google collaborated with Asus for the release of Nexus 7 and Nexus 7 (2013).

The Nexus 8 running on the 64-bit Tegra K1 will be a strong and fast combination because of the Dynamic Code Optimization. It optimizes the device's processing execution through application routine bypass that results to a speedy computing task for users. According to NVIDIA, Denver can achieve a significantly higher performance compared to existing four to eight core mobile CPUs found on many mobile workloads. Similar to PC, the Nexus 8 with the 64-bit Tegra K1 can deal with multitasking easily, turning it into a workhorse tablet.

In spite of being dual-core, Denver is a major improvement from the 32-bit Tegra K1 that earned praises from experts and it is expected that the 64-bit Tegra K1 will offer an impressive mobile device experience, be it media playback, Web browsing or gaming. The screen will have a 2560 x 1600 display resolution and 221 dpi and 2 GB of RAM, perfect for the new chip.

With equal GPU and CPU muscles, the device's serious concern is battery life in a single charge. With Denver though, longer operating hours are expected because of the chip's low latency power-state transitions, working well with the 7-way Superscalar Design and Dynamic Code Optimization. Significantly reduced power consumption is expected.

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