I don't agree with this.
LWLG does not need to sell, nor are they trying to sell. They have ~$43 million left in available capital today beyond the cash on hand. If we assume a wafer costs $25,000 and you can get 800-1,000 PICs per wafer (that's not extremely high yields either)....LWLG would need to spend $12-15 million on wafers for 450,000 PICs (pulled that number out of the air...but that's a bit less than the projected quantity in 2026). This is just the base case SOM and Lebby mentioned they believe they can obtain much more than that 'if the foundries do a good job'. And he basically confirmed this past week that they're doing a good job.
At some point, I think they will do a large one-time raise with the remaining ROTH facility. Probably mid-end 2025.
Regarding the 200mm wafer topic...a bit confusing because it is common knowledge that the foundries LWLG has been using work with 200mm wafers and LWLG has been using them for some time. I am to believe that his comments mean they're at a point where their processes are repeatable (scalable) on these wafers. Remember, the December 2022 shareholder letter said a focus for 2023 was BEOL engineering and high volume poling. My guess is these new '200mm wafer' comments are saying that they achieved their goals there. Anyway...this has set up for some great questions to be asked at the May shareholder meeting.
FYI...in the weekend hangout on r/LWLG...I had a comment on my thoughts regarding the continued reliability testing. Copied below...
I finally listened to the interview today. I'm really not sure why anyone is upset. Nowhere did I hear that there were any delays. Lebby mentioned prototypes and demonstrations are going to happen. He also basically acknowledged the poor communication and said that this year they are going to be more public.
Regarding the reliability data still being needed/reviewed...my guess is that the partners want to see the data on not just one batch of devices that we saw data on last Fall. Recall those devices were at 4,300 hours in October and surely by now they're likely approaching 7,000 hours. These are the packaged modulators with the new ALD technology that was acquired in 2022. Remember that the 2023 timelines/goals provided end of 2022 ALL revolved around reliability/red flag/ALD with the new devices. Clearly this has been a success.
So, back to my guess. If I were about to rely on LWLG/its foundry for these modulators...I'd probably want LWLG/foundry to go through multiple runs to make sure everyone has their processes down and that all the devices over multiple runs have the same reliability. For example, poor polymer deposition/poling processes can create unreliable devices. So...the end-users want to know that LWLG/foundry can do it repeatedly.
If we're to assume LWLG receives wafers every 2 months (my guess based on typical turnaround combined with working with multiple foundries)…then there should be a second/third batch of devices approaching 2,000 and 5,000 hours.
Just speculation, but seems reasonable.
When is enough, enough? That's the big remaining question.
Second post...
Also, I was told by someone who spoke to the company very recently that their partners are requiring LWLG to have multiple sources of material production. The lab expansion is being used for material production and I'd bet there's a third party contract manufacturer who is also going to be making material. The point is that if one goes down for whatever reason, the end-user has security of supply.
Clearly there's a great deal happening behind the scenes. I don't think multiple parties would be doing a tango like this unless it's going to be big.
Taken from the letter today - "They are asking to see more reliability data and the ability to produce at scale, as well as to ensure that we can sustain a long-term partnership."