- Internet of Everything
- Mobile Devices
- Cloud & Mobile Applications
- Enterprise Cloud Services & Devices
- OTT & Multiscreen Video
- Connected Home
- Connected Vehicles & ITS
- Location Technology
- Cyber Security
- ID, Smart Cards & Security
- Teardowns & IP
- Connectivity Technologies & Semiconductors
- Mobile Device Semiconductors
- RF Power Semiconductors
- Radio Access Networks & Backhaul
- Telco Software, Optimization & Monetization
- HetNets, Small Cells & Femto
- Mobile Carrier Benchmarks & Strategies
- Global Subscribers & Indicators
More from
Jeff Orr
Timing: The Chromebook Opportunity
Dedicated eReaders to Survive the Media Tablet Onslaught as a Niche Play
M-Commerce Will Not Cannibalise E-Commerce; Is This The Same for NFC and Payments?
Barnes & Noble Lowers Prices on Nook Color and Nook Tablet devices
India to receive Android Jelly Bean tablet
With only hundreds of Aakash tablets deployed, India moves to 2nd generation devices
UK: Get Ready for Two New Motorola Xoom 2 Media Tablets
Nokia Windows 8 Tablet to Set Sail with Mid-2012 Launch
Will pricing in the stratosphere for HTC's Jetstream tablet mean an early fizzle?
RIM and Sprint Cancel WiMAX PlayBook Launch
AT&T Prepares for Additional Media Tablet Roll-Outs on HSPA+ Network
China's Huawei and ZTE initiate legal spat over intellectual property
Intel shares road ahead for Atom processor platforms
Apple Unveils iPad 2: Is It Enough to Stay Ahead of the Competition?
Motorola Xoom "Free" Upgrade to 4G LTE Requires Shipping the Device via FedEx
AT&T Retail Stores to Offer Amazon Kindle 3G
What's on your iPad 2 feature wish list?
Newspaper Subscriptions to Replace Free Digital Content?!?
G Whiz: Marketing Claims Distract from Actual 4G Progress at US Carriers
Analyst Blogs
Blog
Feb. 19, 2013, 10:12 a.m.
Jeff Orr
Sr. Practice Director
NVIDIA today announced its first integrated applications processor with LTE modem. Dubbed the Tegra 4i, the Silicon on Chip (SoC) solution is targeted for smartphones expected to debut late this year.
Based on a 28nm high-performance for mobile applications (HPM) process, the Tegra 4i measures half the size of Qualcomm’s recently announced Snapdragon 800-class processor. The SoC relies on four ARM Cortex A9 processor cores running at 2.3 GHz instead of four ARM Cortex A15 cores. As a result, NVIDIA believes it has a power advantage on the CPU compared to Qualcomm’s Krait 800 due to smaller core and die size, along with the benefits of its batter save core.
Comparing the new Tegra 4i to the previously announced Tegra 4, the most obvious difference is the total number of cores – 60 versus 72. NVIDIA makes no excuses for the difference stating that the company sees two different markets with separate requirements. Tegra 4 remains focused on the “superphone” and tablet opportunities while Tegra 4i is optimized for smartphone applications.
An integrated LTE CAT3 modem rounds off the Tegra 4i capabilities. The new Tegra chip is sampling now and general smartphone availability from NVIDIA partners is expected late in 2013 and into the first calendar quarter of 2014.
