04 June 2015: Inmarsat has expanded its Machine-to-Machine (M2M) portfolio by type approving the the first mobile BGAN M2M-enabled terminal – the Hughes 9450-C11.
BGAN M2M – Inmarsat’s global, IP-based, real-time M2M data connectivity service – can now be offered as a mobile service, giving customers within industries like transportation and logistics, precision farming, construction and mining a completely new level of remotely managing and monitoring high value assets, such as heavy machinery.
“We are excited about Inmarsat’s new mobile BGAN M2M capability and the Hughes 9450-C11 terminal,” said David Wigglesworth, Vice President, Global Internet of Everywhere.
“It allows us to offer our IP-based BGAN M2M connectivity service for mobile asset management, which will expand applications into new markets such as transportation, fleet management, utilities and heavy equipment.
“This latest innovation to our portfolio further solidifies Inmarsat as driving the Internet of ‘Everywhere,’ as we continue to provide the most reliable, worldwide and diverse range of M2M satellite connectivity services.”
Building upon the successful BGAN M2M 9502 fixed product line, the 9450-C11 enables the same BGAN M2M service benefits. Cost-effective for satellite-only applications or used as backup to terrestrial 3G/4G in Least-Cost-Routing scenarios, the 9450-C11 allows fleet managers to move larger amounts of customer data to and from their assets over the optimum available network.
“The Hughes 9450-C11 terminal and Inmarsat’s BGAN M2M service extend data connectivity for mobile assets to regions not covered by terrestrial networks,” stated Graham Avis, Vice President and General Manager, Hughes Network Systems, LLC (HUGHES).
“The Mobile BGAN M2M service by Inmarsat enables cost-effective fleet management and fills the substantial gaps in wireless coverage pertaining to overall driver safety.”
Optimised for M2M, the mobile BGAN M2M service plans ensure low-cost operation even when the total data usage per vehicle is very low.
In addition shared data plans allow a pool of airtime to be shared across a large number of vehicles, avoiding the guesswork of matching service plans to individual vehicle usage.