The HTC EVO 4G LTEi is the latest smartphone in Sprint's EVO family. It features a 4.7-inch, Super LCD 1280 x 720 pixel display and is powered by a dual-core, 1.5GHz Qualcomm processor.
3GPP LTE Evolved Packet System (and what it has to do with Femtocells) By A. Maeder, G. Punz, S. Schmid - NEC Laboratories Europe, andreas.maeder@neclab.eu
This talk gives an overview of SON activities within 3GPPi. It justifies the needs of automatic networking operations in the increasingly heterogeneous wireless technology environment, and highlights latest SON functionalities of LTEi/LTE-A.
The new iPad has a 4G LTEi radio, a lithium-ion polymer battery that lasts up to 10 hours, a new dual core Apple A5X processor and VGA front-facing and 1080p rear-facing cameras designed for FaceTime video calling. The device boasts a QXGA (2048x1536) display, 4 times the resolution of the iPad 2.
The expansion and evolution of cellular networks over the past decades has been astounding. Networks initially designed for voice traffic have grown to accommodate increasingly high data-traffic loads. This growth has long relied on a network of macro cells to provide a good balance of wireless coverage and capacity.
RCR Wireless talks to Jonathan Borrill, marketing manager for Anritsu about the company's LTEi network simulator for testing handsets. Borrill also outlines how carrier aggregation can double the data rate for users.
Andy Germano of the Small Cell Forum talks with RCR Wireless News about how integrating femtocells and Wi-Fi can offer mobile customers a seamless, secure wireless experience on an intelligent network.
As the Networked Society takes shape, providing the right user experience is a top priority for operators. Bandwidth-hungry applications common on smartphones, tablets and other connected devices are driving figures for data traffic sky high.
Ericsson - Backhaul plays a critical role in mobile broadband, and is rising in importance on account of the introduction of heterogeneous networks, known as hetnets.
Deploying vast numbers of small cells to complement improved and densified macrocell layers will require a range of highly scalable, flexible mobile backhaul solutions that support superior user experience.
Ericsson - The GSMA IR.92 voice-over-LTE and GSMA IR.94 IMS conversational video specifications are the preferred industry choices for mass-market voice and video calling services over LTE, satisfying user expectations and providing the most advantageous solutions for operators.
Ericsson - Unlike previous 3GPP wireless technologies, LTE has no circuit-switched bearer to support voice, so carrying voice over LTE requires a migration to a voice over IP (VoIP) solution – commonly under the umbrella of IMS. Until this migration occurs, LTE-capable handsets need to revert to 2G or 3G for voice calls: an approach that is not ideal in the long term.