Nvidia targets low-cost LTE smartphones, tablets with Tegra 4i chip
Set to show off new Tegra 4i processor, Nvidia's first with integrated LTE modem, at Mobile World Congress
IDG News Service - Nvidia hopes to power sub-$200 smartphones and tablets under $300 with its latest Tegra 4i processor, which is also the company's first chip with an integrated LTE modem.
The quad-core Tegra 4i will be used by device makers in LTE-capable smartphones and tablets that could arrive by the end of this year. Nvidia did not announce any customers, but will show off a Tegra 4i smartphone prototype with a 5-inch, 1080p high-definition screen and LTE at the upcoming Mobile World Congress show to be held in Barcelona next week.
Nvidia is not necessarily aiming Tegra 4i at very low-end smartphones under $100, said Philip Carmack, senior vice president of its mobile business unit. The quad-core chip has fast processing capabilities and can play full high-definition video, so it is targeted at value smartphones priced under $200.
The low-cost smartphone market is growing fast, especially in developing regions like Asia-Pacific, South America and Africa, where unlocked smartphones with basic multimedia are in some cases available for under $100.
"We've built a really compact quad-core processor," Carmack said. "It's a triumph of efficiency."
Tablets with 7-inch screens are the sweet spot for Tegra 4i, Carmack said. Nvidia has provided a tablet reference platform called Kai for companies to build devices under $200, and 4i can provide consumers with more bang for the buck with integrated LTE, Carmack said.
The Tegra 4i chip is based on a modified ARM Cortex-A9 processor and runs at a clock frequency of 2.3GHz, and has a fifth core to handle low-power tasks like phone calls. The chip has an integrated software-defined modem, and can support multiple 3G and LTE technologies. The chip will support wireless connectivity standards in a majority of countries, including China.
The Cortex-A9 processor design is also used in Nvidia's old Tegra 3 chip, which is in many tablets and smartphones. But the 4i chip is an architectural improvement over Tegra 3, with a smaller, more power efficient and faster version of Cortex-A9.
"It has a brand new CPU architecture that we co-developed with ARM," Carmack said. "It's not a simple rev of A9, but a pretty heavy improvement."
ARM designs processors that are used in most of the world's smartphones, like Apple's iPhone and Samsung's Galaxy S III. Nvidia licenses processor architectures and designs from ARM, much like Apple, Nvidia, Samsung, Qualcomm, Texas Instruments and others.
Last month, Nvidia announced the Tegra 4 chip for tablets and high-end smartphones, which the company claimed was the world's fastest mobile processor. Tegra 4 is based on ARM's Cortex-A15 design, and is being used in Nvidia's Project Shield, a handheld gaming console which was also announced last month and is scheduled to ship in the second half.
- Warning: Cloud Data at Risk Experts agree that relying on SaaS vendors to backup and restore your data is dangerous. Yet that's exactly what huge portions of the...
- Where You Mitigate Heartbleed Matters Read this article to learn more about why customers must choose the most strategic point in the network at which to deploy their...
- Do More With Less: How CARFAX Consolidated Their Security Solutions Through a consolidated F5 solution, CARFAX cut site downtime to zero, secures its data, and deployed a high-performance infrastructure to support its rapid...
- Fight Malware, Malfeasance and Malingering Every year brings more extreme sets of threats than the last. The good news is that there are a range of mitigation options....
- Keep Servers Up and Running and Attackers in the Dark An SSL/TLS handshake requires at least 10 times more processing power on a server than on the client. SSL renegotiation attacks can readily...
- On Demand: Mastering the Art of Mobile Content Management Mobile device usage in the enterprise has skyrocketed, and it continues to escalate. IT must answer to users who demand access to their... All Processors White Papers | Webcasts