Kore Telematics has launched an educational program in partnership with modem maker Multi-Tech Systems aimed at supporting M2M players facing a shutdown of 2G networks.
Leading US operators AT&T (Dallas, TX, USA) and Verizon Wireless (New York City, NY, USA) have both announced plans to switch off their 2G networks over the next few years and run all voice and data traffic over 3G and 4G infrastructure.
The plans have generated concern among companies that currently use those 2G networks for their M2M services.
UK operator EE says it will invest £275 million ($450 million) in improving the quality and reliability of mobile calls on its 2G and 3G networks in 2014.
The funds will also be used to conduct trials of new voice technologies such as voice over LTE (VoLTE) and voice over WiFi.
Indian operators Bharti Airtel and Reliance Jio Infocomm have announced a network-sharing plan aimed at avoiding “duplication of infrastructure” and lowering costs.
The companies said they would share inter- and intra-city fiber-optic networks, submarine cable networks, towers, internet broadband services and other technologies that might emerge in future.
Besides avoiding duplication and freeing up capital for other projects, the operators said that comprehensive network sharing would help to “preserve the environment”.
Huawei held on to its number-one spot in the global market for radio access networks in the third quarter of 2013, with Alcatel-Lucent overtaking Nokia Siemens Networks to claim third place in the rankings, according to ABI Research.
Huawei (Shenzhen, China) now controls about 28.1% of the market, up by 3.8 percentage points since the third quarter of 2012, with second-place Ericsson (Stockholm, Sweden) boasting a 21.8% share.
The M2M modules market is on the verge of a dramatic shift caused by the rising adoption and falling prices of LTE technology, according to a new study from Machina Research.
According to the research, LTE modules will account for more than two thirds of all modules shipped for use in wireless wide area networks in 2022, up from just 0.5% in 2013, as the initial wave of LTE migration transforms markets in the US, Japan, South Korea, China and parts of Europe.
Satellite player Orbcomm has secured an agreement with Telefonica that will allow it to make use of the Spanish operator’s GSM network when providing M2M applications.
Orbcomm (Rochelle Park, NJ, USA) already has deals in place that allow customers to benefit from so-called dual-mode connectivity, but the deal with Telefonica (Madrid, Spain) could be significant given the operator’s global presence and particular strength in the Latin America region.
The number of M2M connections worldwide is set to rise from 368 million in 2013 to 2.9 billion by 2022, according to new research from Strategy Analytics.
The market-research company also expects 3G or even faster networks to account for 78% of all M2M connections by the end of the forecast period.
M2M growth is being driven by a number of factors, says Strategy Analytics, including M2M platform evolution, application and analytics developments, regulation and the creation of new business opportunities.
Cellular networks will generate nearly 60% of all M2M connectivity revenues by 2018, according to a new study from ABI Research.
The market-research company predicts that M2M connectivity will be embedded in more than two billion devices across nine key industries by that date, but reckons cellular will be the dominant technology in terms of revenues generated by M2M services.
Module maker u-blox has partnered with semiconductor designer ARM on the development of a “cellular kit” for the design of wirelessly connected location-aware devices used to support M2M services.
The companies have branded their joint offering the C027 “Internet of Things Starter Kit” and plan to conduct a demonstration of the technology at this week’s ARM TechCon conference being hosted in California.
Hardware company Telit has unveiled a device it describes as the market’s smallest cellular M2M module.
The so-called GE866-QUAD works in a variety of GSM spectrum bands and is targeted specifically at the “wearable” technology segment, which includes products such as Google Glass, the internet giant’s high-profile augmented-reality spectacles.