Verizon Wireless and LG Electronics announced last week the LG WM300 LTE module and LG L2000 modem chip, both of which are designed for Verizon's 4G LTE network.
The new products are not broadband dongles, but chipsets purpose-built for machine-to-machine solutions such as fixed wireless applications, including gateway devices and telematics.
Similar products running on Sprint's WiMAX 4G network already exist, however this is the first example of M2M-specific chips designed for use on Verizon's faster LTE network.
Verizon Wireless (Basking Ridge, NJ, USA) has announced a whopping four dozen technology partners, whose work will be highlighted inside the company's booth at International CES 2011 starting tomorrow. More than 40 new solutions will be on display, each designed to take advantage of their LTE network and its characteristic high speed and low latency.
Commercially deployed LTE, WiMax, HSPA+, and even "evolved" forms of 3G now may all be accurately referred to as "4G." The International Telecommunication Union (Geneva, Switzerland) has altered the definition of the "4G" standard to one that aligns with the marketing activities of companies like Sprint, Clearwire, T-Mobile, and Verizon Wireless; though public controversy will no doubt continue.
Satellite, when combined with 4G wireless, offers two very powerful advantages for stakeholders. First, it provides a large amount of spectrum. That spectrum enables delivery of next-generation wireless services in a world that is increasingly underserved by terrestrial spectrum and is moving in the direction of broadband wireless. Also, satellite’s large coverage footprint offers unparalleled reach to the next frontier of un-served and underserved suburban, rural and remote areas.
As mobile usage in the developed countries moves rapidly from voice to applications, the level of call processing in the network must increase correspondingly. Applications such as video and navigation require hundreds of times more data than voice, and the network’s processing capabilities must be upgraded to handle it. Yet choices now being made about 4G infrastructures will significantly impact operators’ ability to scale processing power as needed.
So here we are in a brand new decade; in many ways, escaping from the “Noughties” won’t be all bad for the communications industry. After all, we weathered the telecom freeze in the early 2000s, which decimated the ranks of telecom equipment makers, forced consolidation among some carriers and increased regulatory actions in many parts of the world.