Vodafone NB-IoT: Spend a few bucks to increase the Internet of Things millions of connections

Erik, Head of Global Business Strategy for Vodafone IoT

Low-cost terminals that support NB-IOT will greatly expand the Internet of Things

Established the world's first NB-IoT lab in the UK

It will cost a few dollars to produce a device that will add millions of connections to the Internet of Things

2017 Vodafone makes NB-IOT landed in a diverse market

Vodafone and Huawei opened the world's first open lab to develop NB-Iot technology, and the lab was set up to bring the industry closer to those that transport low-cost connected terminals that will operate in areas that are not yet connected Create new markets. Because, frankly, the connections in these areas are too expensive.

Internet of Things With the rapid development of mobile network technology. Vodafone is using 4G to connect devices that need to transmit and receive large amounts of data quickly, such as cars and video cameras. Our 2G network is used to connect data that requires only low levels of transmission, like smart meters. For example: Vodafone has connected millions of meters to our 2G network.

However, there are still a number of devices that require simple, low-cost network technologies. This is where the low-power WAN just offers asset tracking from sensors to millions of connected products. NB-IoT is expected to become the leading LPWAN technology due to its strong industry support.

In the future, manufacturers will be able to produce large-scale networking equipment priced at a few bucks by using NB-Iot. This is very significant. Such as smoke alarms, the current retail price of 5 dollars. They can not just sell for $ 20 because of the Internet.

To bring this exciting technology to the market, the industry now needs to focus on accelerating tests to help users quickly and easily apply Nb-Iot to their products. The Open Lab in Newbury, UK is the first of several planned open labs in the world. They will provide developers with software development kits, real-time test networks, and end-to-end connectivity modules, including service support and device management, and access to Vodafone's application programming interfaces (APIs).

Through such an open-ended operation, we can create a community of developers who use these facilities. The most exciting is that this may lead to the development of new categories of connected products that we have not even thought of yet.


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