Design and Prototyping of a Thread Border Router Based on a Non Network-Co-Processor Architecture

The IPv6-native home-area-network-oriented Thread protocol stack is currently attracting attention from both academic and commercial consumer electronics communities. In a Thread mesh deployment, as with any 6LoWPAN-based solution, a key element is the border router, since integration to the world-w...

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Bibliographic Details
Published in:IEEE access 2020, Vol.8, p.60613-60625
Main Authors: Herrera, Tomas, Nunez, Felipe
Format: Article
Language:English
Subjects:
IEEE 802.15 Standard
IEEE 802154
Instruction sets
Internet
Internet of Things
IP (Internet Protocol)
Message systems
Microprocessors
NCP border router
Network latency
Prototyping
Routing protocols
Subsystems
thread
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Summary:The IPv6-native home-area-network-oriented Thread protocol stack is currently attracting attention from both academic and commercial consumer electronics communities. In a Thread mesh deployment, as with any 6LoWPAN-based solution, a key element is the border router, since integration to the world-wide web depends exclusively on its performance. The typical architecture of a Thread border router involves a low-capable Thread-enabled device that acts as a slave of a more powerful host device owning a second networking interface, in what is known as a network-co-processor (NCP) architecture. To provide an alternative, this work focuses on the design and prototyping of a Thread border router using a non-NCP architecture. The challenges faced in implementing a non-NCP border router are detailed and a benchmark against a state-of-the-art NCP border router is presented. Results show that the non-NCP border router reduces the out-of-mesh latency by a factor of two. Immaturity of the IEEE 802.15.4 subsystem in the Linux kernel was evident during design and further work in such area is likely to improve dramatically the results obtained.
ISSN:2169-3536
2169-3536
DOI:10.1109/ACCESS.2020.2983734