LTE | WiMax | |
What | • An All-IP radio technology that increases the capacity of mobile telecommunication networks • 3GPP Standard • 115 Mbps speed • Mobility rate of 350 km/hr | • Primarily a replacement for last-mile wired broadband technologies (DSL & Cable) • IEEE Standard • 10 Mbps speed • Mobility of 120 km/hr |
Why | Data intensive mobile applications (such as online videos) and mobile devices (such as iPhones & Blackberrys) trigger the need for LTE | Need for providing Internet access to places where laying fiber cables is not technically/economically feasible (such as rural areas) |
How | • Uses multi-layer antenna solution to achieve high data rates (MIMO ) • Uses OFDMA & SCFDMA for air interfaces | • Uses dynamic burst algorithm modulation adaptive to the physical environment the RF signal travels through • Uses OFDMA & SOFDMA for air interface |
Where | Majority of the trials & deployments are happening in the developing countries (Korea, Malaysia, Singapore, Mexico etc.,) | |
When | Commercial deployments expected to happen in 2010 | Commercial deployments are happening in several places, already |
Sunday, November 8, 2009
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4G LTE vs WiMax - Sneak Peek
About Saro Velrajan
Saro Velrajan works at Ginkos India as the Chief Strategy Officer. He has an MBA in Technology Management and 20 years of experience in working for leading networking companies such as Cisco Systems, Ericsson, and Verizon.
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