$LWLG this ONE statement leads me believe Tier_1 i
Post# of 871
Our market leverage means that Lightwave Logic has productized technology that customers not only want, but they see Lightwave Logic as the only place to access it. This means our products are not just slightly more attractive, they are technologically more attractive than the established technology. We see that competitive incumbent technology and its products simply cannot do what Lightwave Logic's technology and products can.
https://lightwavelogic.com/profiles/investor/...&G=914
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Listen to the first 2 minutes of this results/conclusions video of the World Roadmapping Forum and draw your own conclusions, covered on the first two slides reviewed titled "Critical Challenges" and "Technological Gaps" they both have LWLG written all over them !!
https://vimeo.com/276759833
LWLG is the ONLY technology that can offer the Photonics Industry >>
1) 100Gbs NRZ (plain & simple, 400Gbs with 4 lanes NRZ)
Note: All Legacy technologies stuck at 35-50Ghz
2) Lowest power consumption (less than 1 V)
3) Removing the need for Laser burn-in ("direct drive"
4) driving costs down to $1/Gb
Notice on the 2nd slide #5 actually lists polymers 2nd in its list ahead of SiP, nice!
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WTMF Top 10 Goals - LWLG 100Gbs is #2, this is HUGE
NOTE: Top 2 Goals for World Technology Mapping Forum (WTMF) are 100Gbs device related, device development (Lightwave Logic) and testing!
WTMF June 2018 “Conclusions” Slide 16
Divided 100 points over the following challenges based on IMPORTANCE
#1 - 21% - Test Equipment for 100Gb
#2 - 16% - Must operate at 100Gbs NRZ/100GBaud(for 800 and 1.6Tbps sytem design)
#3 - 9% - Coherent and multi modulation schemes/architectures
#4 - 8% - High performance, cost effective Packaging for telecom PIC’s
#5 - 7% - Stake in ground for long future price breakdown for Product, Materials, Packaging, Test etc
#6 - 6% - More Intelligent IC design for DSP to assist Optics in Long Haul fiber
#7 - 6% - Faster standards for new smaller footprint, higher performing Repeaters/Amplifiers design
#8 - 4% - Denser WDM designs with more effective Mux/Demux
#9 - 4% - Low cost Tunable Lasers for flexibility (mostly for Mobile and FTTH)
#10 - 3% - SIP for Telecom
#11 - 3% Longer Repeater Spans? New designs?
#12 - 2% - Roadmap for massive cost reductions
#13 - 1% - Must be able to work with tighter Optical Link budgets
#14 - 1% - Low Cost, High Yield, Stable (life time)
See "Results" World Technology Mapping Forum (WTMF) June 2018 video and at 6 min mark Dr Lebby talks to a slide showing PIC'a and Devices Companies >>
Company Name:
Intel
IBM
Avago
Broadcom
Finisar
Lumentum
Oclaro
Neo
Acacia
Luxtera
New Smaller PIC Players:
Lightwave Logic (LWLG)
POET
Effect
Artic
http://pub.h2magazine.nl/wtmf18#!/results-wtmf18
There may be 1000's of companies looking for solutions, but very very very few are smack dab on the Photonics Industry Roadmap!
Check out Slide 16 to see what the Roadmap deemed level of Importance for future developments, they took 100 points and allocated that total amongst areas of concern for development, the top two point getters were
1) Test equipment for 100Gbs (got 21 pts)
2) Must operate at 100 Gbs NRZ ( got 16 pts)
no other entry got double digit points assigned to it!
http://www.h2magazine.nl/iPDF/wtmf17/180622_W...s_iPDF.pdf
- proto