Internet Of Things Communications
  • Cover
  • Summary
  • About This Training
    • Objectives
    • Skills
    • Prerequisites
    • Requirements
  • Once Upon A Time ...
  • Introduction
    • Network Topologies
    • Software Defined Radio
    • Wireshark
    • Sub-1GHz Wireless
  • Connectivity
    • Serial
      • Laboratory
        • Linux and Arduino
    • Telephony
    • WiFi
      • WiFi HaLow
      • WiGig
    • Bluetooth
      • Architecture
        • Bluetooth Specifications
        • Bluetooth Low Energy
        • Bluetooth Smart Mesh
      • Protocol Stack
        • Linux
          • HCITool
          • BlueZ
          • L2Ping
          • SDPTool
          • GATTTool
          • BTMon
          • BTProxy
      • Development Boards
        • Intel Edison
        • Arduino
      • Laboratory
        • Serial Port Protocol
        • Linux and Arduino
        • Nordic
        • Virtual Keyboard
        • Reverse Engineering
        • Bluetooth Low Energy
    • Low-Power Wide-Area Networks
      • LoRa
      • SigFox
    • RFID
    • ZigBee
    • Z-Wave
    • Thread
    • HomeKit
    • Satellite
    • Near Field Communication
    • Neul
    • RF
  • Protocols
    • Web
    • Industrial Protocols
    • MQ Telemetry Transport
      • Mosca
      • Brokers
        • Mosquitto
        • VerneMQ
        • HiveMQ
      • Security
      • Applications
      • Laboratory
    • Advanced Message Queuing Protocol
    • Weave
    • Constrained Application Protocol
    • AllJoyn
    • XMPP
    • 6LoWPAN
    • ModBus
    • Others
    • Lightweight M2M
    • Cap'n Proto
    • IPv6
    • RPL
    • Very Simple Control Protocol
    • NATS
  • Libraries
    • ZeroMQ
  • Wrap-Up
    • Online Training
    • Challenge
  • SandBox
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On this page
  • Connectivity
  • Software
  • Meta-Eca
  • Wireless Technologies
  • Technologies
  • Texas Instruments

Connectivity

PreviousSub-1GHz WirelessNextSerial

Last updated 7 years ago

Connectivity

One of the strengths of the Internet of Things (IoT) is its capability to network things. As Greenough and Camhi say in of Business Insider, IoT is and will continue to change the way business, governments, and consumers are interacting with the world around us. Because of this main purpose to connect people and things in general, the most important thing is actually connectivity.

Forbes reported that during 2015 4,800 connected end points are added every minute, and a prediction of forecasts 30 billion IoT objects connected by 2020.

Nowadays, we cannot predict exactly how communication protocols will evolve, but we can breakdown wireless communication protocols in 6 standards:

Artik.Io This is the first in a series of tutorials we’re calling IoT 101...

In this installment of our IoT 101 series we discuss how to select network protocols based on the way you want to interact with your IoT...

Software

Meta-Eca

Wireless Technologies

Technologies

  • Low Range

    • 3G, GPRS, LoRa, Sigfox, 868 MHz, 900 MHz

  • Medium Range

    • ZigBee, 802.15.4

  • Short Range

    • WiFi, RFID, NFC, BlueTooth 4.0

Texas Instruments

meta-eca is a Yocto layer that is concentrating on networking and it ties together various open source connectivity components like ConnMan for connection management, oFono for cellular access, BlueZ for Bluetooth connectivity and neard for NFC support. ECA (Embedded Connectivity Appliance) is a platform for prototyping networking technologies. A mobile access point is created here using the meta-eca layer

The Internet Of Things 2015 Report
McKinsey & Company
Artik IoT 101 Connectivity
Artik.Io IoT 101 Networks
11 Internet of Things (IoT) Protocols You Need to Know About
Wireless connectivity for the Internet of Things
IoT Wireless Technologies OR IoT Wireless Standards
5 Types of Wireless Technology For The IoT
The Ultimate Guide On IoT Wireless Technologies
How to Think about the Internet of Things (IoT)
China Telecom targets nationwide NB-IoT coverage in 2017
Networking the Cloud for the Internet of Things
Meta Eca
Wireless Technologies Flood the IoT Landscape
Making Connections in the IoT Cloud
CC2520 (ACTIVE) Second generation 2.4 GHz ZigBee/IEEE 802.15.4 RF transceiver