Introduction

Working Principle

Mechanism

Main Component

Functional Features

Comparison

Applications

Advantages & Drawbacks

Conclusion

An innovative Human Area Networking technology that uses the surface of the human body as a transmission path

HAN – Human area Networking technology

Transmits data utilizing body’s electric field

The body becomes its own Ethernet cable

The optical properties of an electro-optic crystal can vary according to the changes of a weak electric field

MECHANISM

The electric field Es that reaches the receiver

Es = Ea – (Eb + Ec)

Main component of redtacton-TRANSCEIVER

Consists of two parts

Transmitter

Receiver

Block Diagram Of Transceiver

Functional Features

Touch

Broadband and interactive

Any media

Human movements likeTouchingGripping Sitting walkingStepping

Are triggers for unlockingor locking, starting orstopping equipment orobtaining data.

Duplex-interactive communication

Transmission speed does not deteriorate in congested areas

Conductors

Dielectrics

Conductors + Dielectrics

Comparison With Other Technologies

Marketing applications

Personalization of mobile phones and automobiles

Communication in new domain

Connecting to network

User verification & lock management

Instant data exchange

Touch printer to print

No hacking problem

Data transfer is faster and easier

Data loss during transfer is less

Use of minimum amount of power

Too costly

Useful within few centimeters only

Complexity in design

Dominate bluetooth in future

Puts an end to use of cables

Provide seamless service wherever, whenever and whoever uses it

“ FUTURE BELONGS TO REDTACTON”