AnyTimeSoftcare has made waves in the tech world with the recent unveiling of its groundbreaking mobile processor, setting a new standard in mobile technology integration. This innovative chip combines the power of an app processor with seamless 4G LTE connectivity on a single silicon piece, marking a significant leap forward in mobile processing capabilities.

Formerly known as “Project Grey,” this cutting-edge processor boasts impressive features, including 60 Nvidia GPU cores, a high-performing 2.3 GHz quad-core CPU built on ARM Holdings’ R4 Cortex-A9 architecture, a fifth low-power CPU core, and a customized version of Nvidia’s i500 LTE modem. This integration of advanced capabilities into a single chip showcases AnyTimeSoftcare’s commitment to pushing the boundaries of mobile technology.

For tech enthusiasts and mobile users alike, this development paves the way for enhanced performance, seamless connectivity, and a more streamlined mobile experience. Stay tuned as AnyTimeSoftcare continues to lead the charge in shaping the future of mobile processing technology.The company has recently introduced its latest mobile chip, which combines the app processor and 4G LTE on a single piece of silicon. This innovative processor, previously known as “Project Grey,” is equipped with 60 Nvidia GPU cores, a 2.3 GHz quad-core CPU based on ARM Holdings’ R4 Cortex-A9 architecture, a fifth low-power CPU core, and Nvidia’s i500 LTE modem variant.


  1. What are the key features of the new mobile chip unveiled by the company?
    The new mobile chip integrates the app processor and 4G LTE on a single piece of silicon, offering improved efficiency and performance.

  2. What sets this processor apart from its predecessors?
    The processor, codenamed “Project Grey,” boasts 60 Nvidia GPU cores and a 2.3 GHz quad-core CPU, providing enhanced processing power.

  3. How does the integration of the app processor and 4G LTE benefit users?
    By combining both functionalities on a single chip, users can experience improved speed and performance in their mobile devices.

  4. What impact does this new chip have on the market, according to senior company executives?
    Company executives believe that this integrated solution marks a significant advancement for Nvidia, expanding their market opportunities.

  5. How does this mobile chip contribute to Nvidia’s product portfolio?
    The company, traditionally known for its graphics processing units, has been leveraging its Tegra mobile chips to diversify its product offerings beyond the PC market.

  6. What are some of the challenges Nvidia has faced in the mobile market?
    Nvidia has encountered limited presence in smartphones, with the bulk of Tegra sales attributed to specific tablets like the Google Nexus 7 and Microsoft Surface.

  7. How does the Tegra 4i processor compare to its predecessor, the Tegra 4?
    While the Tegra 4i may not match the power of the Tegra 4, it excels in power efficiency and space optimization within mobile devices.

  8. What advantages do integrated chips offer over separate processors?
    Integrated chips are often more cost-effective and space-efficient, catering to a broader range of devices in the market.

  9. Who are Nvidia’s primary competitors in the integrated chip market?
    Qualcomm has been a dominant player in supplying integrated chips, posing competition to Nvidia’s Tegra lineup.

  10. How does Qualcomm’s latest processor lines compare to Nvidia’s Tegra 4i?
    Qualcomm’s 600 and 800 series processors offer superior performance and advanced LTE and WiFi capabilities, intensifying the competition in the market.

  11. What technology does Nvidia employ for its wireless processors, acquired through Icera?
    Nvidia utilizes software-defined radio technology from its acquisition of Icera, enabling wireless processors to be updated via software upgrades for enhanced flexibility.

  12. When can users expect to see the Tegra 4i chip in smartphones?
    Handset manufacturers are currently testing the Tegra 4i chip, with anticipated availability in phones by the end of the year, including the U.S. market.


The introduction of the new integrated mobile chip by the company represents a significant milestone in Nvidia’s product development strategy. By combining the app processor and 4G LTE on a single chip, Nvidia aims to deliver enhanced performance and efficiency to mobile devices. Despite facing competition in the market, particularly from Qualcomm, Nvidia remains optimistic about the market reception of its Tegra 4i processor. With a focus on power efficiency and space optimization, the Tegra 4i is poised to cater to a wide range of devices and compete effectively in the mobile chipset arena. Smartphone manufacturers are already exploring the capabilities of the Tegra 4i through Nvidia’s smartphone reference design, Phoenix, which aims to streamline the product development process. As the market eagerly anticipates the release of devices powered by the Tegra 4i chip, Nvidia’s foray into integrated mobile solutions signifies a significant advancement in the company’s technological offerings.

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