Good day and thank you for standing by. Welcome to the NVE Corporation Conference Call on Fourth Quarter Results. At this time, all participants are in a listen-only mode. After the speaker's presentation, there will be a question-and-answer session. Please note that today's conference is being recorded. I would now like to hand the conference over to Mr. Dan Baker, President and CEO. Please go ahead, sir.

Good afternoon, and welcome to our conference call for the quarter and fiscal year ended March 31st, 2024. This call is being webcast live and recorded. A replay will be available through our website, nve.com. I'm joined by Controller and Principal Financial Officer, Daniel Nelson. After my opening comments, Daniel will present our financial results. I'll cover products and marketing, and we will open the call to questions. We issued our press release with financial results and filed our annual report on Form 10-K in the past hour following the close of market. Links to the press release and 10-K are available through the SEC's website, our website, and on X, formerly known as Twitter. Comments we may make that relate to future plans, events, financial results, or performance are forward-looking statements that are subject to certain risks and uncertainties, including, among others, such factors as uncertainties related to the economic environments in the industries we serve, and risks and uncertainties related to future sales and revenue as well as the risk factors listed from time to time in our filings with the SEC, including our just filed annual report on Form 10-K. Actual results could differ materially from the information provided, and we undertake no obligation to update forward-looking statements we may make. We're pleased to report strong earnings despite the decreased revenues from a record-setting quarter a year ago. Daniel Nelson will cover the details of our financials. Daniel?

Thanks, Dan. Total revenue for the fourth quarter ended March 31, 2024, decreased 45% compared to our record prior year quarter. The decrease was due to a 43% decrease in product sales and an 88% decrease in contract research and development revenue, with a tough comparison. The decrease in product sales was primarily due to a downturn in the semiconductor industry. The good news is that the industry is gaining strength, and forecasts are for a strong industry recovery in calendar 2024, where semiconductor trade statistics forecast the global semiconductor market to grow 13% in 2024 after plummeting 8% in 2023. Our product sales for the most recent quarter increased 11% sequentially from the immediately prior quarter. As we expected, our product sales to the defense market recovered in the past quarter. These sales can fluctuate and were especially weak in the first three quarters of the fiscal year due to procurement cycle timing. Total expenses decreased 6% for the fourth quarter of fiscal 2024 compared to the fourth quarter of fiscal 2023 due to a 37% decrease in SG&A, partially offset by a 33% increase in R&D. The decrease in R&D expense was primarily due to an increase in new product development. The decrease in SG&A was primarily due to a decrease in performance-based compensation accruals. Interest income for the fourth quarter of fiscal 2024 increased 25% due to higher interest rates. Our effective tax rate, which is the provision for income taxes as a percentage of income before taxes, increased to 17% for the fourth quarter of fiscal 2024 compared to 12% for the fourth quarter of fiscal 2023. The lower rate in the prior year quarter was primarily due to the CHIPS Act federal tax credits related to the expansion of our production space and new production equipment deployed in the prior year quarter. The 54% decrease in net income for the fourth quarter of fiscal 2024 compared to the prior year quarter was primarily due to decreased revenue and a high effective tax rate, partially offset by increased interest income and decreased expenses. It was a solidly profitable quarter with earnings of $0.79 per share. High-value products have allowed us to weather the industry downturn. Gross margin was 75%, and net margin was 54%. For the fiscal year, revenue decreased 22% primarily due to decreased product sales. Net income was $17.1 million for fiscal 2024, and operating cash flow was $18.2 million for fiscal 2024. Net income was down 25%, but still a solid $3.54 per share. Purchases of fixed assets were only $17,000 in the last fiscal year, but we hope to deploy over $200,000 in equipment this quarter, the June quarter. We're planning $4 million to $5 million in capital investment in the next two fiscal years, fiscal 2025 and 2026, and we've already made some equipment down payments this quarter, the first quarter of fiscal 2025. This will represent some of our largest capital investments ever. Dan will provide details of the planned expansion in a few minutes. Now, I'll turn the call back over to Dan Baker to cover the business. Over to you, Dan.

Thanks, Dan. I'll cover products, marketing, and CapEx. In the past quarter we expanded our line of tunneling magneto-resistance magnetometers. The new version expands the range of magnetic fields we cover which opens more potential applications in the industrial internet of things and other areas. We've had a major initiative to broaden our lines of product evaluation boards. These boards promote our products and allow prospective customers to easily try out our unique products. There are several recent videos on our website and YouTube channel that highlight the new boards. The boards serve as both products and marketing vehicles. On marketing, we're planning to exhibit at two major trade shows this quarter, including the SENSOR+TEST Show, which is billed as the leading international trade fair for sensing, measuring, and testing technology. The show is in June in Nuremberg, Germany. We've typically relied on distributors to represent us at international trade shows, but this year we'll also have our own booth which will give us more space to promote our products. Later in June we will be at Sensors Converge in Silicon Valley which is billed as North America's largest electronics event. We believe these investments and shows will pay off in future sales. Daniel mentioned plans for a multi-million dollar expansion during the next two fiscal years. The investments will increase our capacity and capabilities including the capability to manufacture wafer-level chip scale packages in-house. These parts will be smaller, higher performance, and allow us to be more self-sufficient and capture more value. Most of our products are currently packaged in Asia by outsourced semiconductor assembly and test or OSAT subcontractors using conventional plastic over-molding. Wafer-level chip scale parts can be even smaller than these encapsulated components. We provided customers with wafer-level chip scale prototypes, and there has been solid customer interest. We hope to begin some production this fiscal year. The planned investments will also reduce our supply chain risks. The COVID-19 pandemic exposed the vulnerabilities of the OSAT supply chain. There have been shortages of raw materials OSATs need for their processes. OSATs have also had government lockdown restrictions, labor shortages, and raw material shortages. As we begin fiscal 2025, I'd like to review some highlights of fiscal 2024. We extended our Abbott partnering agreement. We supported a number of distributor exhibitions and exhibited under our own banner. We introduced extended temperature isolated network transceivers and ultra-high isolation data couplers. We earned the prestigious CE mark for a line of the world's smallest DC to DC converter products and related power conversion products. We launched more products combining data couplers with isolated DC to DC converters to transmit power as well as data. We also invested in R&D initiatives with the potential to drive future growth. Medium-term development programs in the past year included next generation MRAM for anti-tamper applications, next generation sensors for hearing aids and implanted medical devices, extremely sensitive TMR sensors, and wafer-level chip scale sensors. Long-term programs included technology that could provide the energy efficiency needed to accelerate the use of magnetic tunnel junctions in memory, logic, and neuromorphic computing. Highlights of this research were published in the past year, and the link to the paper is on our website. Now I'd like to open the call for questions. Livia?

Thank you. And we have a question coming from the line of Jeffrey Bernstein with Silverberg Bernstein Capital Management. Your line is open.

Hi, guys.

Hi, Jeff.

So, big announcement here. I tend to think of you, Dan, as a conservative guy and I think if anyone's had anything to complain about over the years with the company it's been that maybe you weren't spending enough money to grow the revenue as opposed to being incredibly profitable. So here I see in the quarter, the R&D as a percentage of revenue is up, SG&A is up and you're planning a big capital plan. And so, I just get the feeling that that's not done willy-nilly, that you must be having some pretty strong indications that there's demand out there for this capacity and capability you're going to be adding. So could you just give us a little bit more color on that on what you have in terms of commitment or interest levels that got you and the board to be willing to make these commitments?

Thanks, Jeff. We aim to ensure that when we invest our shareholders' money, it yields a return for them. We take this responsibility seriously and hold our investments to a high standard. We're excited about this capital investment and the expansion it brings, viewing it as a historic opportunity to greatly enhance our capabilities and create smaller, more sensitive products to maintain our advantages. This is why we are making such a significant investment. One of the key benefits of this investment is the ability to produce wafer level chip scale packages, which I mentioned earlier. These packages will be significantly smaller than our current products, which are already smaller than most conventional electronics. This miniaturization is crucial across various markets. For instance, in implanted medical devices, smaller sizes lead to smaller devices, incisions, and reduced risk of complications. Additionally, smaller devices will enhance the precision of industrial sensors. This is an area where we're focusing our investments. As I noted before, our team has developed prototypes of these devices and shared them with customers, who have shown strong interest. You referred to two types of investments: the planned capital investments, which involve production equipment for next-generation devices, and the R&D investments, which focus on the talented individuals developing the processes and capabilities for these parts and prototypes. We are indeed seeing significant opportunities and are ready to invest. Our board has been very supportive.

Got you. And then Dan, are you delivering anything that's in a chip scale package of this nature today for current customers? And now you want to do it internally or is this going to be brand new?

Primarily, this will be brand new, Jeff. We are delivering prototypes, but we're not currently in production. What we're doing now is relatively small scale. It allows us to get samples, to test parts, and to get samples to our customers for evaluation and to develop the market. As I said, our goal is to be in production later this fiscal year. And so that will mean getting the equipment in, getting the processes developed, and getting a variety of production processes up and running. It will mean some expansion in the building and some repurposing of some of the space that we have now.

Got you. And is there any relationship between this investment and new relationships that were established as a result of the COVID semiconductor shortages and you're getting in front of more customers who really just had to find better and other sources of supply?

They are related, Jeff. You're absolutely right. We have customers who are interested in this. And then also, one of the things that the pandemic highlighted was the risks of the supply chain, the supply chain risks that we face and that were highlighted during the pandemic for encapsulated parts. So like most companies in the semiconductor industry, the encapsulation or packaging is done in Asia by OSAT contractors. That exposed a significant vulnerability in the supply chain for these types of parts. So we had customers wanting us to onshore and to bring processes in-house to encourage us to do that. And so some of these investments are a response to that kind of customer interest and feedback that we got during the pandemic and the chip shortages.

Got you. Okay. And lastly, in the K, and you mentioned on the call here some of the new product development initiatives, I was curious to see you mentioned in the K some even higher power isolators. And just kind of wondering what the application is there. I think previously you had the capability to work with things like silicon carbide modules and GaN and some of the do really higher power compound semis out there. But what's happening in that higher power domain?

Well, that's a very exciting area because there's so much interest in power conversion and more efficient power conversion. So as you know, and as you pointed out, our devices are uniquely situated to drive some of these wide-bandgap transistor switches that are now becoming available, that switch at higher and higher voltages and higher and higher powers. So the higher voltages generally mean more efficiency. And the higher power allows larger and larger motors and systems to be controlled. So we see applications in electric vehicles, in alternative energy and clean energy conversion, and power storage. That's an area that we see as providing excellent growth opportunities, and we're continuing to expand our product line in those areas. As I mentioned in the prepared remarks, we're going to higher and higher voltages that our devices can withstand in order to keep up with the market for those ultra-high efficiency power switches. So we have the highest isolation voltage, which is a key figure of merit in the industry, the highest of their type. We also have the highest switching speed capability with something called Common Mode Transient Immunity, which is another figure of merit. So we have the best devices in the industry in a market that's growing rapidly and that is demanding more and more efficient power switching.

Got you. Okay. And then we've talked about in the past, the challenges of engaging with folks like the auto manufacturers and the major OEMs there, etc. Sounds like some of these parts would be appropriate for more industrial kinds of applications and electricity transmission and storage and those kinds of things where maybe the ability for you guys to market might be easier. Can you just talk to that a little bit?

Exactly. So we have cautioned that automotive markets can take a while to develop, but it remains an area that we're focusing on. But nearer term, we're expanding our DC to DC power conversion product lines, which we talked about, and those have potential in solar and energy storage markets, wind power conversion. Those are important, fast-growing markets. We see a broad range of opportunities for these products. Automotive and clean energy are two of the most important.

Great. Thanks very much for the time. I'll let someone else ask some questions.

Thanks, Jeff.

And I see no further questions in the queue at this time. I'll turn the conference call back to you, Mr. Baker, for any closing remarks.

Well, thank you, everyone. We were pleased to report strong earnings for the quarter. We're pleased to talk about our expansion plans and capital investment. We're well positioned for an industry recovery. We look forward to speaking with you again at our next earnings call in July to review the first quarter of fiscal 2025.

Ladies and gentlemen, that concludes the conference for today. Thank you for your participation, and you may now disconnect.