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Connectivity

Designing with wired or wireless networks for M2M and other embedded designs and the protocols to use.

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Cellular IoT -- Which technology to select

This final installment in this series describes the factors involved in choosing the most appropriate solution for cellular connectivity in the Read More

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Cellular IoT -- Comparison of CIoT technologies

This installment in this series describes the merits of the technologies discussed in earlier installments and provides a comparison of their Read More

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Cellular IoT -- The benefits of CIoT

This installment in this series describes how cellular IoT solutions differ from unlicensed connectivity solutions and discusses key benefits of Read More

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Cellular IoT -- long-range radio solutions

Although short-range radio systems are most common for unlicensed spectrum usage, it is possible to trade lower data rate for a longer transmission Read More

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Cellular IoT -- long-range radio solutions

Although short-range radio systems are most common for unlicensed spectrum usage, it is possible to trade lower data rate for a longer transmission Read More

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Cellular IoT -- short-range radio solutions: Wi-Fi

Unlicensed short-range radio communication technologies for the IoT, including IEEE 802.15.4, Bluetooth Low Energy (BLE) and Wi-Fi HaLow offer Read More

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Meeting requirements for high-performance mesh networks in compact designs

Self-interference cancellation technology offers an approach for slimming down bulky mesh-network designs that have traditionally required many Read More

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Cellular IoT -- short-range radio solutions

Unlicensed short-range radio communication technologies for the IoT, including IEEE 802.15.4, Bluetooth Low Energy (BLE) and Wi-Fi HaLow offer Read More

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Cellular IoT -- unlicensed spectrum usage

Among available options for wireless connectivity across IoT devices, unlicensed spectrum services continue to play an important role. This article Read More

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The IoT technology landscape

IoT developers can select from a number of options for wireless connectivity but the best choice depends on a wide variety of factors. This article Read More

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The Cellular Internet of Things -- Low power wide area networks

Cellular technologies and well-known technologies such as Bluetooth and Wi-Fi can support machine-type communications but differ in important ways Read More

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The Cellular Internet of Things -- Mobile broadband

Mobile broadband requirements can differ significantly for applications involving massive machine-to-machine communications and those associated with Read More

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The Cellular Internet of Things -- Emerging technologies

Cellular technologies offer a robust connectivity option for IoT applications that face poor or spotty Internet connectivity through more familiar Read More

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Routing and data diffusion in VANETs -- Security standards

For dynamic networks such as VANETs, the ability of clients to interoperate securely is paramount. Already finding use in some vehicle networking Read More

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Routing and data diffusion in VANETs -- Security requirements

In providing diverse services including accident prevention, multimedia and Internet access, VANETs not only need to provide mechanisms for Read More

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Routing and data diffusion in VANETs -- Routing protocols

The high velocity of vehicles and their specific motion have been taken into account in the design of specific VANET routing protocols as discussed Read More

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Must Reads: Bringing Mil/Aero Communications up to Speed

Save & Follow 13 November 2018

High-speed communications is becoming an ever... Read More

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