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June 05, 2013

Qualcomm Targets Emerging Markets with New Multimode 3G/4G LTE

Qualcomm has expanded its Snapdragon 400 line of mobile processors with the introduction of a new processor, the 8926, that features a quad-core design and integrates multimode 3G/4G LTE. This means that the 400 tier is the first to offer multimode 3G/4G LTE on both dual and quad-core CPUs for high-volume smartphones.

This new processor also integrates key modem features — such as TD-SCDMA, HSPA+ and multi-SIM capabilities — essential for China and other emerging regions. The Snapdragon 400 8926, along with its Qualcomm Reference Design counterpart, will be made available toward the end of the year.

"By offering a multimode 3G/4G LTE variant to Qualcomm Snapdragon 400 tier of processors with quad-core CPUs, we are ensuring that emerging regions are equipped and prepared for the imminent transition to multimode 3G/4G LTE, in addition to being equipped for every major 2G and 3G technology," said Cristiano Amon, executive vice president and co-president of mobile and computing products, Qualcomm Technologies. "Snapdragon 400 processors provide customers with a wide range of innovative smartphones for both the high-volume and mid-tier segments."

Indeed, while higher-end Snapdragon 600 processors can be found in high-end devices like the HTC One and the North American Samsung Galaxy S4, and the Snapdragon 800 line promises advanced processing at 2GHz+ with low power consumption, Qualcomm has also covered mid-range to high-end devices for international markets with the Snapdragon 400 line.

As such, the latest Snapdragon 400 offering supports the multi-SIM capabilities of Dual SIM, Dual Standby and Dual Active. It is also optimized to provider a smooth graphics experience ideal for gaming.

In terms of connectivity, the processor also supports Miracast for wireless streaming of multimedia, integrated Qualcomm VIVE 802.11ac Wi-Fi, Bluetooth, FM radio and NFC. Additionally, its QuickCharge 1.0 feature allows devices to charge up to 40 percent faster than conventional charging methods.




Edited by Alisen Downey


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