Replies to post #201946 on Lightwave Logic Inc (LWLG)

[vein]

Is this company ever going to do anything ??

[prototype_101]

As teddybear cuts and pastes this same message how many days in a row now??? What a hypocrite!!!

Ha!!! Too funny!!!

teddybear what part of the following Lebby statement is NOT crystal clear to you?

LWLG Electro-Optic Polymers: READY FOR COMMERCIALIZATION!!!!
Slide 18

seems like a statement any moron could comprehend, but Short scammers probably NOT SO MUCH!!!!!


ECOC presentation is available on the website

https://www.lightwavelogic.com/technology/technical-presentations/

• It took ~7 years for PAM4 mass adoption. It will need to be used until 3.2T
• SDM and WDM have ”run way” >3.2T but industry is going to have to learn – and scale - miniature fiber
handling and “attach” techniques…fast and cost effectively
• The likelihood that coherent will be adopted by datacenters or datacom is miniscule until ~6.4T (see item 1
above)

LWLG Electro-Optic Polymers: Ready for Commercialization

World-class chemical
synthesis lab
State-of-the-art equipment for
process-scale synthesis of
chromophores

Industry-standard
purification techniques
State-of-the-art equipment for
production of highly pure
materials

Material comparison:
TFLN vs LWLG Polymer

LWLG is TONS the best!!

Material comparison:
LWLG Polymers vs Competition/Legacy Polymers

LWLG is TONS the best!!

LWLG EO polymers are world-class in every parameter and designed for reliability.

Temporal Stability = Orientational
Stability of Poled State
• Lifetime = 10% loss of poled state
• Increasing Tg of material increases
lifetime (protects from loss of activity
due to depoling)
• LWLG materials designed for high Tg

▪ The Vp on 20
modulators is stable
over 6000hrs.
▪ The average shift over ~
6000hours is 1.2% and
it is within the margin of
error of the test setup.

Long and shortterm photostability
does not seem to
be an issue (4300 hours) with
LWLG EO
chromophores
when protected
from O2

”DFM” & Ability To Scale Will Be Important For Any New
Modulator Technology

Large incumbent fabs Need to Adapt if TFLN is Going To Scale

Polymers are ideal for silicon foundries…

Polymer positioning for heterogeneous integration is aligns with silicon foundries very well

Leveraging silicon eco-system
• Polymers can easily fit into
silicon foundries compared to
legacy and new exotic materials
• Polymers extend silicon
photonics performance
• Polymers meet the
performance for datacenter
applications

• Partnering with AMF
to produce polymer
slot modulators on
200mm silicon wafers

• Heterogeneous integration
of polymer on Silicon
Photonics Platform
• Low drive voltage and
small form factor for low
power consumption and
high density
• Very high bandwidth (70-
100GHz)
• Fabricated onto 200mm
silicon wafers

Implementing a New Technology Platform

Have device/PIC teams use
EO polymers in their
device/PIC designs

Supply polymer modulator
OSAs for transceivers

Have foundries use EO
polymers in PIC PDKs

Patent licensing and product sales to drive revenue

Summary

• Our heterogeneous polymer/silicon
platform is poised to become
ubiquitous (just like OLED polymer
material)
• We are open to license our material,
do technology transfer, and to
leverage your position in the market
-place…
• EO polymers continue to show
technical progress with polymer
reliability and stability…200G lanes
and performance head
-room to go 400G lanes and more