zigbee & xbee

46
XBee Radio XBee Radio ZigBee & More. ZigBee & More. Presented By : Presented By : Anil Yadav Anil Yadav Dinesh Auti Dinesh Auti Rohan Samal Rohan Samal

Upload: dinesh

Post on 03-Mar-2015

407 views

Category:

Documents


4 download

DESCRIPTION

A presentation on ZigBee & Xbee

TRANSCRIPT

Page 1: ZigBee & Xbee

XBee RadioXBee RadioZigBee & More.ZigBee & More.

Presented By :Presented By :Anil YadavAnil Yadav

Dinesh AutiDinesh AutiRohan SamalRohan Samal

Page 2: ZigBee & Xbee

WHY WHY WIRELESSWIRELESS ???? ????

Mobility

Simplicity

Flexibility

Cost Saving

Page 3: ZigBee & Xbee

EXISTINGEXISTING METHODSMETHODS

Bluetooth

"RF"

XPort TCP/IP

WiPort TCP/IP

EZ Radio

Cell Phone Data GPRS

Page 4: ZigBee & Xbee

Discover the joy of using moving data Discover the joy of using moving data wirelessly using ZigBee Radios. wirelessly using ZigBee Radios.

We will compare ZigBee and other We will compare ZigBee and other devices such as bluetooth, Xport and devices such as bluetooth, Xport and basic RF and more.basic RF and more.

EXPERIENCE THE ZIGBEE DRIVE.....EXPERIENCE THE ZIGBEE DRIVE.....

Page 5: ZigBee & Xbee

TELL ME ABOUTTELL ME ABOUTTHE TECHNOLOGY!THE TECHNOLOGY!

Page 6: ZigBee & Xbee

What is ZigBee ?What is ZigBee ?

• Technological Standard Created for

Control and Sensor Networks• Based on the IEEE 802.15.4

Standard• Created by the ZigBee Alliance

Page 7: ZigBee & Xbee
Page 8: ZigBee & Xbee

What will ZigBee do?What will ZigBee do?

Page 9: ZigBee & Xbee
Page 10: ZigBee & Xbee

Zigbee Wi-Fi Bluetooth UWB Wireless USB IR WirelessData Rate 20,40 & 250 Kbits/s 11 & 54 Mbits/s 1Mbits/s 100-500Mbits/s 62.5 Kbits/s 20-40 Kbits/s

Range 10-100 meters 50-100 meters 10 meters <10meters 10 meters <10 metersNetworking Topology Ad-hoc,peer-peer,star &mesh Point to hub Ad-hoc,very small networks Point to Point Point to Point Point to PointPower Consumption Very Low High High Medium Low Low

Speed 30 ms 3-5 sec 10 sec Immediate Immediate Immediate

Application Monitoring & Control Internet Cable Replacement

Page 11: ZigBee & Xbee

Relationship between IEEE 802.15.4 and ZigBee

Page 12: ZigBee & Xbee

Application

API

Security32/64/128-bit encryption

NetworkStar/Mesh/Cluster-Tree

MAC

PHYSICAL868Mhz/915Mhz/2.4Ghz

Customer

ZigBee Alliance

IEEE 802.15.4

IEEE 802.15.4IEEE 802.15.4 “ “the hardware” the hardware”

Physical & Media Access Control layersPhysical & Media Access Control layers

“ “the software” the software”

Network, Security & Application layersNetwork, Security & Application layers

Brand managementBrand management

Page 13: ZigBee & Xbee

How does ZigBee work?How does ZigBee work? States of operation

–Active

–Sleep

Devices

– Full Function Devices (FFD’s)

–Reduced Function Devices (RFD’s)

Modes of operation

–Beacon

–Non-beacon

Page 14: ZigBee & Xbee

NEED OF NETWORKSNEED OF NETWORKS

• One co-ordinator to manage the overall network

• Multiple router to receive and pass on information

• External sensors or other modules to collect and respond to the information that the radios are communicated.

Page 15: ZigBee & Xbee

The figure introduces the concept of the ZigBee network topology.

Several topologies are supported by ZigBee, including star, mesh, and cluster tree. Star and mesh networking are both shown in the figure.

ZigBee Network TopologiesZigBee Network Topologies

Page 16: ZigBee & Xbee
Page 17: ZigBee & Xbee
Page 18: ZigBee & Xbee

PAN IDPAN ID

Personal Area Network Unique PAN ID PAN ID can be predefined or discovered .

Page 19: ZigBee & Xbee

NETWORKING CONCEPTNETWORKING CONCEPT

ZigBee defines three different devices type Coordinator Router End Devices

Page 20: ZigBee & Xbee

CO-ORDINATORCO-ORDINATOR

• Selects a channel and PAN ID (both 64-bit and 16-bit) to start the network

• Can allow routers and end devices to join the network

• Can assist in routing data

• Cannot sleep--should be mains powered.

Page 21: ZigBee & Xbee

ROUTERROUTER

• Must join a ZigBee PAN before it can transmit, receive, or route data

• After joining, can allow routers and end devices to join the network

• After joining, can assist in routing data

• Cannot sleep--should be mains powered.

Page 22: ZigBee & Xbee

END DEVICESEND DEVICES

• Must join a ZigBee PAN before it can transmit or receive data.

• Cannot allow devices to join the network.

• Must always transmit and receive RF data through its parent.

• Can enter low power modes to conserve power and can be battery-powered.

Page 23: ZigBee & Xbee

OPERATING CHANNELOPERATING CHANNEL Direct-sequence spread spectrum modulation

and operates on a fixed channel. 802.15.4 defines 16 operating channels in the

2.4 GHz frequency band. XBee-PRO modules support 14 of the 16

channel. The coordinator can auto decide which PAN ID

and channel to use. When a channel is crowd , it will change to

another one.

Page 24: ZigBee & Xbee

““DON'T TELL ME DON'T TELL ME

ABOUT THE ABOUT THE

TECHNOLOGY. TELL TECHNOLOGY. TELL

ME ABOUT THE ME ABOUT THE APPLICATION” APPLICATION”

--ADR--ADR

Page 25: ZigBee & Xbee

WHAT IS XBee??WHAT IS XBee??

• XBees are small Radio Modules that communicate with each other over radio using Zigbee Protocol.

• It is built on top of 802.15.4 standard.

• They allow for drop-in drop-out mesh topology.

• The modules operate within ISM 2.4 Ghz frequency band and are pin to pin compatible with each other.

Page 26: ZigBee & Xbee

LOW POWER

ADDRESSING

CHEAP

WIRELESS

SMALL

STANDARDISED

FEATURES OF XBEEFEATURES OF XBEE

Page 27: ZigBee & Xbee

MODES OF OPERATIONMODES OF OPERATION

Idle mode/Normal mode (Tx & Rx Data)

Command Mode(Hi command & AT command)

Page 28: ZigBee & Xbee
Page 29: ZigBee & Xbee

Command ModeCommand Mode How to talk to Xbee? +++ “Hi Xbee”. AT commands “Attention And Listen my

Command”

Page 30: ZigBee & Xbee

'AT......' COMMANDS'AT......' COMMANDS

AT -------------->OK ATMY----------->My Address ATDH,ATDL---->Destination Address ATID------------>PAN ID ATCN----------->Exit Command Mode

Page 31: ZigBee & Xbee

AT COMMAND FORMATAT COMMAND FORMAT

Page 32: ZigBee & Xbee

HOW TO USE XBEE RADIOSHOW TO USE XBEE RADIOS

Page 33: ZigBee & Xbee

THINGS THAT U WILL NEEDTHINGS THAT U WILL NEED

Page 34: ZigBee & Xbee

Minimum Connection of XBeeMinimum Connection of XBee

Page 35: ZigBee & Xbee

XBEE BREAKOUT BOARDXBEE BREAKOUT BOARD

Page 36: ZigBee & Xbee

XBEE SENDING EXAMPLEXBEE SENDING EXAMPLE

Page 37: ZigBee & Xbee

XBEE RECEIVE EXAMPLEXBEE RECEIVE EXAMPLE

Page 38: ZigBee & Xbee

WHAT'S THE WHAT'S THE APPLICATION?APPLICATION?

Page 39: ZigBee & Xbee

ENERGY SAVINGENERGY SAVING

•Energy Management systems in Hotels•Wires replaced by wireless XBee Modules•Reduces cost on furniture to hide wires (carpets)•Three Main Modules1.Passive Infra-red Occupancy Sensor2.Transceiver Module3.Entry Door Switch Module

Page 40: ZigBee & Xbee

MONITORING ENVIRONMENTMONITORING ENVIRONMENT

• Prevention Of Forest Fires• Monitoring Of Contamination Levels in the City• Prevention Of Floods• Warning System against various unavoidable disasters

Page 41: ZigBee & Xbee

Total ControlTotal Control

Page 42: ZigBee & Xbee

MONITORING RESIDENTIAL WIND MONITORING RESIDENTIAL WIND TURBINESTURBINES

•  Customers may monitor energy creation in real-time, from anywhere.

• Ability to remotely turn the turbine on/off if problems are detected

• Ability for the manufacturer to proactively monitor the turbine for preventive Maintenance

Page 43: ZigBee & Xbee

MANAGED PARKINGMANAGED PARKING

• Managed Parking system will help in efficient and well spread parking facilities.

•  Designed system is consisted of Client part that combines the info and packets it and transmits it.

•  It sends to server using ZigBee communication and server analyzed information that received from each Client.

Page 44: ZigBee & Xbee

GUI FOR AN HOME AUTOMATION SYSTEM

Page 45: ZigBee & Xbee

FUTURE OF ZIGBEE--WIBREEFUTURE OF ZIGBEE--WIBREE

• Wireless communication is facing a boom in the communications market today.

• PAN’s are becoming the next hotspot of growth.

•  Wibree’s Focus :

–Low Power

–Low Cost Communication

–Better overall Power Consumption

Page 46: ZigBee & Xbee