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Zigbee is a popular wireless communication protocol standard ideal for sensor based networks. This course provides an exposure to Zigbee standard and teaches how you can design a product based on Zigbee, covering the a real life example of Smart Energy Meter.
The Product certification section teaches you some very important guidelines for laying out your own PCB, which applies to all the wireless technologies PCB boards.
Although there is a lot of data on Zigbee on web, but sometimes to much of it also confuses, hence have only discussed the most relevant, important and needed one for designing a product on Zigbee.
It is the first tutorial of the series and will be followed by Bluetooth Low Energy and 6LowPAN. Stay tuned.
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|Section 1: Start Here|
Overview of CoursePreview
|Section 2: Stage 1: Understanding Zigbee|
Stage 1: Basics of Low Power RF
Stage 1: Introduction to IOT and Zigbee
Quiz : Frequency band
Stage 1: Overview of ZigbeePreview
Quiz : Underlying layers and standard
Stage 1: Protocol Stack Layers of Zigbee
Quiz : Profiles of Zigbee
Stage 1: Zigbee - Physical Layer
Stage 1: Zigbee - MAC Layer
Stage 1: Zigbee - Network Layer
Quiz : Zigbee IP
Stage 1: Zigbee - Application Layer
Quiz : Security levels in Zigbee
|Section 3: Stage 2: Designing a Zigbee Based Product|
Stage 2: Pre-requisites and Hardware Development
Quiz : Correct Solution Selection
Stage 2: Application Software : Solution Approaches
Stage 2: Application Software : ZNP Overview
Stage 2: Application Software : Z-Stack Code Configuration
Stage 2: Application Software : Host Code Configuration
Stage 2: Application Software : Host Code Flow
Quiz : Power Budgeting
Stage 2: Integration and Testing - Application Integration and Test Tools
Stage 2: Integration and Testing - Network Events Flow
Application Example: Zigbee Enabled Smart Energy Meter
Quiz : Network Join and Update Events
|Section 4: Stage 3: Zigbee Product Certification|
Stage 3: Overview of Critical Design Parameters
Stage 3: Critical Design Parameters - Decoupling Capacitors and BALUN
Stage 3: Critical Design Parameters - Ground Plane
Stage 3: Critical Design Parameters - Power Supply Routing
Quiz : Decouplig Capacitors Importance
Stage 3: Critical Design Parameters - PCB Board Stack Up
Stage 3: Critical Design Parameters - Matching and Tuning Circuit
Stage 3: Critical Design Parameters - Radiated and Conducted RF Testing
Quiz : Reusing the Certified Designs
Stage 3: Applicable Regulatory Standards and Forms
|Section 5: BONUS TRACK|
BONUS TRACK : Zigbee Stack Integrated Application Approach
Has an experience of more than 12 years in Embedded Software and Hardware Design. Has more than 9 years of product design experience on protocol standards like Zigbee, BLE and 6lowPAN. Has been instructor for more than 25 professional seminars and workshops on IOT and wireless communication standards and protocols.