Cellonics is a new modulation and demodulation technology that allows modem speeds 1,000 times faster than current modems. It is based on how biological cells communicate and nonlinear dynamical systems. Cellonics uses electronic cells that can encode, transmit, and decode digital information over wired and wireless channels. By producing predictable fast pulse outputs from slow analog inputs, cellonics elements can encode digital data to send over communication channels. Cellonics offers advantages like new capabilities for communication devices, reduced chip and power usage, simpler and more robust implementations, and lower costs compared to traditional communication systems.

1. What is cellonics?
 Cellonics allow modem speeds 1,000
times faster than our present modems.
 The new modulation and demodulation
technology is called cellonics.
 The development is based on the way
biological cells communicate with each
other and nonlinear dynamical systems
(NDS).

2. Principles:
 Cellonics – Electronic cells
It has the ability to encode,transmit and
decode digital information over a variety of
physical channels.
 Wired and wireless communications are
possible.
 cellonics element accept slow analog input
and produces predictable fast pulse output
thus encoding digital information and
sending it over communication channel.

3. Cellonics circuit

4. •The transfer characteristics
consists of three regions.
• The two lines at the top and
bottom have positive slope
‘1/RF’.
•They represent the regions in
which the op-amp is operating in
saturated mode.
• The middle segment has a
negative slope ( linear mode).
‘S’ curve transfer characteristics

5. Applications to
Telecommunications
Fig : Digital communication path way functional diagram

6. Cellonics enables one information symbol to be
carried in one RF carrier cycle. Convention
systems require thousands of cycles to
capture one symbol.

7. M- ary receiver FSK vs
cellonics

8. Cellonics Receiver
Performance

9. • An important performance measure of
any modulation scheme is its bit-error
rate (BER) performance in a noisy
channel.
• It is clear that the BE performance of
the Cellonics modulation is able to match
the theoretical optimal BPSK modulation
scheme. This is achieved by using only
4Cellonics elements which are very
simple.

10. Wire line Cellonics
Communication System

11. Wireless Cellonics
Communication System

12. Cellonics advantages
 New Life to Communication Devices
 Savings on Chip
 Savings on Power
 Savings in Implementation Time
 simplicity and robustness
 Low cost

13. Conclusion
 With the Cellonics method, much of the
subsystems in a traditional
communication system are not required.
Noise-generating and power-consuming
systems such as voltage-controlled
oscillators, PLLs, mixers, power
amplifiers, etc., are eliminated.