why do you continue to try and push your latest in a long line of proven false narratives here, now you proclaim Lebby failed, and the technology is not ready for the Mass Commercialization? only an insane person would believe such nonsense, Lebby has built this from the ground up winning the most coveted Optical Integration award back-to-back at one of the Most Prestigious Industry events ECOC, here
The company’s (LWLG) innovative efforts were recognized at ECOC 2024, where Lightwave Logic received the Industry Award for Most Innovative Hybrid PIC/Optical Integration Platform. This accolade, bestowed by a committee of industry peers, marks the second consecutive year the company has won this award, reflecting the market’s recognition of their technological advancements.
Lebby is the genius that solved the 40 year riddle the Industry spent combined Billions $$ to solve!! LWLG has in-hand today the Polymer solution the Industry has been clamoring over Tier 1's swamping Lebby for attention ever since OFC 2024 where he demoed the 200gbs modulators coming off 200mm Wafers able to support millions of units, in May at lab tours investors saw the 200mm Wafers with the 4x200 PICs on them!!! and in the ASM presentation Slide #29 was the DEFINITIVE PROOF that these 4x200 modulators were in qualifications!!
teddybear was originally trying to use ASM Slide #29 to prove that the 4x200 PIC was still in "Development", but I TOTALLY DESTROYED him on that FALSE CLAIM, so then teddybear shifted his deceptive spiel to claim it was actually only Lebby's words that mattered NOT what was actually being presented on Slide #29 in relation to the COLOR CODED Legend at the Top of Slide #29
Ok, so let's do this in TWO PARTS, first I will DESTROY teddybear on the Slide #29 claim he originally was hanging his hat on, and then I will DESTROY teddybear on his shifted claim that all that mattered was what Lebby said in relation to what was portrayed on Slide #29
PART 1 - teddybear Slide #29 claim that the 4x200 was still "IN DEVELOPMENT" based on what is SHOWN ON SLIDE #29
The ASM Slide #29 EXTREMELY CLEARLY USING COLOR CODING shows that the 4x200 PIC is IN QUALIFICATIONS back in May 2024 exactly as expected!!!The COLOR CODING LEGEND is found at the top of the chart
teddybear points out these two FACTS in your own post here
1) I trust Dr Lebby's words over the graph. I see what you are saying about the colors in the graph but why even include "in development" in the legend if none of them are still in development? At any rate Dr Lebby's words clearly say they are working on the PIC and packaging still.
In that same post you also correctly point out that PkM-6 Series is IN QUALIFICATIONS here 2) He singles out Series 6 as being by saying "THAT ONE is in qualification".
But teddybear, even an UNTRAINED MONKEY can look at Slide #29 and see for themselves that the COLOR CODING of the 4x200 PIC is IDENTICAL to the COLOR CODING of the PkM-6 Series
PART 2 - teddybear Slide #29 claim that the 4x200 was still "IN DEVELOPMENT" based on what was said by Lebby about the 4x200 PIC when talking about Slide #29
teddybear said, I trust Dr Lebby's words over the graph. I see what you are saying about the colors in the graph but why even include "in development" in the legend if none of them are still in development? At any rate Dr Lebby's words clearly say they are working on the PIC and packaging still.
He singles out Series 6 as being by saying "THAT ONE is in qualification". All he says about the PIC is "4 lanes is coming" - which CLEARLY to anyone with a brain means it isn't ready. And for packaging he says they are "working on that as well" which means packaging isn't ready either https://investorshub.advfn.com/boards/read_msg.aspx?message_id=175527117
What teddybear obviously does NOT understand is the FACT that Lebby could have shuffled all 3 of those quotes to ANY of the 3 line items on that Slide #29 and that is a FACT, because when IN QUALIFICATIONS there is an ongoing work being done to progress the component to perfection before it becomes QUALIFIED, yes, this is a PROCESS, and therefore it is correct to say that while undergoing Qualifications that the actual Qualification "is coming" and also while undergoing Qualifications that the actual Qualification is being "worked on that as well"
Gemini, when a modulator is in qualifications with a Transceiver maker are changes ever made to perfect the performance metrics?
Yes, during modulator qualifications with a transceiver maker, changes are often made to perfect performance metrics. Here's why:
Tight Specifications: Transceivers operate within very stringent performance parameters. Even minor deviations can significantly impact data transmission quality and reliability.
Optimization for Specific Applications: Different applications (e.g., data centers, telecommunications) have unique requirements. Modulators may need adjustments to optimize for factors like data rate, power consumption, and operating temperature.
Iterative Process: Qualification is often an iterative process. Initial testing may reveal areas for improvement in the modulator's performance. The manufacturer then makes adjustments (e.g., tweaking bias voltages, refining manufacturing processes) and re-tests to achieve the desired results.
Collaboration: Close collaboration between the modulator manufacturer and the transceiver maker is crucial. The transceiver maker provides feedback on the modulator's performance within their system, and the modulator manufacturer uses this feedback to refine their product. Common Performance Metrics that may be adjusted during qualification:
Extinction Ratio (ER): The difference between the "on" and "off" states of the optical signal. Higher ER generally means better signal quality.
Bit Error Rate (BER): The rate at which errors occur in the transmitted data. Lower BER is essential for reliable data transmission.
Rise/Fall Times: How quickly the optical signal transitions between the "on" and "off" states. Faster transitions enable higher data rates.
Linearity: How well the modulator's output power varies linearly with the input signal. Linearity is crucial for accurate signal transmission.
Power Consumption: Modulators should consume as little power as possible to improve energy efficiency.
By working together and making necessary adjustments, modulator manufacturers and transceiver makers can ensure that the final product meets the demanding performance requirements of modern communication systems.
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