Hello, everyone. Thank you for joining us, and welcome to Power Integration's Q2 Earnings. After today's prepared remarks, we will host a question and answer session. If you would like to ask a question, please press star 1 to raise your hand. To withdraw your question, press star 1 again. I will now hand the conference over to Joe Shiffler, Senior Director of Investor Relations. Joe, please go ahead. Thanks, Ben.

Good afternoon. Thanks, everyone, for joining us. With me on the call today are Jen Lloyd, our CEO, and our CFO, Nancy Irba. After Jen and Nancy's prepared remarks, we'll open it up for questions. Slides accompanying today's earnings release and conference call can be found on our investor website at investors.power.com. Our discussion today will include forward-looking statements denoted by words like will, expect, should, outlook, forecast, and similar expressions that look toward future events or performance. Such statements are subject to risks that may cause actual results to differ from those projected or implied. Such risks are discussed in today's press release, in our most recent annual report on Form 10-K, and in subsequent quarterly reports on Form 10-Q. During this call, we will refer to financial measures not calculated according to GAAP. Non-GAAP income statement measures exclude stock-based compensation expenses, amortization of acquisition-related intangible assets, accrual for a judgment in a legal matter, a restructuring charge recognized in the first quarter of 2026, and the tax effects of these items. A reconciliation of non-GAAP measures to our GAAP results is included in today's press release and in the accompanying slides. This call is the property of power integrations, and any recording or rebroadcast is expressly prohibited without the written consent of power integrations. Now I'll turn it over to Jen.

Thank you, Joe, and thanks everyone for joining us. I'm excited to share more about our strong Q2 results, progress on our strategic objectives, and new wins in our growth markets. We reported Q2 revenue of $119 million, up 10% from the prior quarter, with sequential improvement in all four and market categories. Non-GAAP operating margin expanded by more than five percentage points to 17.1 percent and we generated 22 million dollars in operating cash flow. It was a strong quarter and Nancy will cover more of the details in a few minutes. These results demonstrate our ability to deliver profitable growth in the near term as we pivot our long-term focus toward markets like energy infrastructure, rail, data center, and automotive. These markets are characterized by rising voltage and power levels along with high uptime requirements, creating a need for high voltage solutions which maximize efficiency, power density, reliability, and safety. Our technology and system expertise add the greatest value in these markets, and we are orienting our investments and our organization around these long-term opportunities. Our commitment to innovation and investment in high-voltage GAN took another step forward today with the demonstration of our 2200-volt Powey GAN technology. This milestone extends Powey GAN into application spaces traditionally served by silicon carbide while reinforcing power integration's leadership in high voltage GAN. Unlike conventional GAN on silicon, which faces practical voltage limitations, POWI GAN continues to scale to higher voltages while preserving the efficiency and power density advantages of GAN. Another advantage of POWI GAN versus GAN on silicon is reliability. Because POWI GAN is a platform technology, our new 2200 volt technology uses the same proven architecture as prior voltage nodes at 750, 900, 1250, and 1700 volts. That means customers can expect the same reliable performance that we've demonstrated over eight years in the market. PAWI-GAN offers a long-term pathway for data center customers, giving them confidence that they can incorporate GAN today without fear of being boxed in and forced to change technologies on next-gen designs. With 1,500-volt architectures already in view, customers can adopt GAN knowing that the technology roadmap extends well beyond current requirements. Rather than relying on complex stacked device approaches, future high-voltage systems can leverage a single technology platform that combines high reliability, high switching frequency, and exceptional power density. We're excited to demonstrate 2,200-volt GAN and share our roadmap for even higher voltage nodes to come. Today, we have a broad range of ongoing customer engagements addressing 800-volt data centers. Recent discussions with hyperscalers confirm that power continues to be a major challenge for them, and we're excited about the opportunities for power integrations technology to be a key part of the solution. The biggest component of our projected billion-dollar data center SAM is the main power path to the GPU and we are working closely with customers to define and develop solutions using our unique 1250 volt GAN which offers a high density alternative to stacked 650 volt designs. The second track in our data center engagements is auxiliary power where we see an expanding range of opportunities in and around the data center rack including switch trays, power sidecars, and other high-voltage sockets. We have a healthy roster of design-ins and a strong pipeline of ongoing design activity with our 1700-volt products for 800-volt data centers. In June, we published two reference designs targeting NVIDIA 800-volt racks with our 1700-volt Inomux products. These aux supplies will sit on the compute tray in a native 800-volt system powering components such as mcus gate drivers and op amps delivering space savings of about 30 compared to discrete silicon carbide designs higher voltages are an important trend not just in the context of data centers but across the entire power ecosystem that will support ai infrastructure as well as electric vehicles and the modernization of power grids around the world This evolving landscape includes renewable energy, high voltage DC transmission, solid state transformers, and battery storage. We address these applications today with our high-powered gate drivers and our GAN roadmap will enable us to offer an even broader range of solutions for customers over time. I'd like to say a few words specifically about battery storage systems which are a critical part of modern power infrastructure with deployments expected to grow at a double-digit CAGR through 2035. Battery storage makes electrical systems more resilient, flexible, and efficient by storing energy and delivering it when needed to smooth fluctuations, balance supply and demand, or provide backup power. Energy storage is becoming a foundational element of renewable energy systems, industrial power infrastructure, and power for AI data centers. Power conversion in large-scale battery systems is typically performed by high-voltage silicon-based switching modules paired with gate drivers, like our scale-2 driver boards. However, rising power demands are driving a shift towards higher voltage architectures and greater adoption of silicon carbide. While silicon carbide can deliver significant gains in efficiency and power density, it introduces new challenges requiring more advanced gate driver technology. This trend plays to our strengths. Our advanced gate drivers provide the precise switching performance required for silicon carbide systems, enabling our customers to confidently deploy the next generation of energy storage infrastructure. We are currently shipping gate drivers into battery storage systems used alongside renewable energy installations, and we added an important new customer in q2 winning a utility scale design at a top supplier of batteries for energy storage systems and evs we also have a number of customer engagements underway for battery storage specifically targeting ai data centers another element of our projected billion dollar data center sam in 2030. having touched on some of our longer term growth opportunities i'll now comment on the appliance and low power industrial markets which will continue to be the main drivers of revenue and cash flow as we pivot towards higher power markets. We are calibrating our investments to maintain strong competitive positioning in these markets, even as we allocate more R&D and go-to-market resources toward our longer-term priorities. Recent product releases like Top Switch GAN and Tiny Switch 5 are emblematic of this approach. Building on existing IP, brand equity, and customer familiarity with proven architectures. Topswitch GAN now has a strong pipeline of designs underway as customers look to bring the efficiency and power density of GAN to appliances, power tools, and more. Tiny Switch 5 now has designs in production and should contribute meaningful revenue in the second half of 26, particularly at appliance customers where we've had a number of recent wins. Tiny5's flexible operating frequency helped one of our top appliance customers meet a tight time-to-market schedule because they could reuse an existing transformer design. In addition, its excellent cross-regulation performance easily enabled separate outputs for the main motor, control panel, and MCU, all while meeting a stringent standby power spec. Driven largely by Tiny5 and TopGAN, our pipeline of appliance designs is healthy, keeping us in position to benefit when demand improves in the compliance market. Our industrial revenue is up 16% year-to-date, driven by broad-based growth across high and low power applications, including renewable energy, home and building automation, tools, and metering. We have a strong ongoing design activity in each of these areas, supported by a healthy demand environment. Automotive revenue, which is included in our industrial category, is on track to double this year and ramp up in the years ahead as we leverage our strong position in emergency power supplies and drive further GAN penetration in EVs. Much like data centers, EV power architectures are evolving in ways that create greater need for advanced high voltage technology. Our GAN roadmap aligns with rising main battery voltages while our highly integrated products are ideal for micro DC to DC converters. These power supplies represent the next layer of automotive content for power integrations as EV architectures move towards distributed high voltage power conversion and away from low voltage batteries for powering subsystems. In Q2 we want to design it a major tier one supplier for a GAN based micro DC to DC converter scheduled for production next year. This win represents another important endorsement of Powey GAN in the auto market, where other high-voltage GAN offerings have struggled to break through, but customers are increasingly impressed by the documented reliability performance of our GAN. In closing, our Q2 results demonstrate solid progress on our near-term priorities as we continue to invest for long-term growth in data center, energy infrastructure, automotive, and high-power industrial. We're excited about the direction markets heading. The way the world generates, distributes, stores, and uses electrical energy is changing in ways that will demand more advanced high-voltage semiconductor technology. Power Integrations is a pure-play high-voltage company with differentiated technology and a roadmap increasingly well aligned with the long-term needs of the market. Our team is intently focused on converting those advantages into sustainable growth and shareholder value. And now I'll turn it over to Nancy for a review of the financial highlights.

Thanks, Jen, and good afternoon, everyone. Our Q2 results marked another quarter of execution against our financial priorities for 2026. Driving revenue growth, focusing investment in our highest priority markets, expanding operating margins, and generating cash flow while reducing inventory in the channel and on our balance sheet. Revenue was $118.9 million in Q2, up 3% from a year ago and 10% sequentially. Our industrial business had another strong quarter with 14% growth led by home and building automation, power tools, and broad-based industrial applications. For the first half of 2026, industrial revenue grew 16% year-over-year, following the 15% growth we reported for 2025, demonstrating sustained momentum in our largest end market. Consumer revenue was up 5% over the prior quarter, with seasonal strength and air conditioning offsetting continued softness in major appliances. The communications and computer categories grew sequentially by 16% and 5% respectively, coming off seasonal lows in Q1. Non-gap gross margin was 55.1% for the quarter, up 160 basis points sequentially, and slightly above the high end of our outlook. This increase reflects better mix, with industrial rising to 43% of sales, as well as higher volume and a favorable impact from the yen dollar exchange rate. As a reminder, there is currently about a one-year lag between fluctuations in the yen and the resulting impact on our P&L. The exchange rate was volatile through last year, causing some ripples in our gross margin as we move through 2026. In Q3, the yen flips back to being a slight headwind, followed by another modest benefit in Q4, based on what we see today. Non-GAAP operating expenses in Q2 were $45.2 million, down slightly from the prior quarter and below our outlook range, which had a midpoint of 47 million dollars. We continue to align expenses more closely with revenue through the restructuring we completed in Q1 and a broader set of efficiency and spending discipline initiatives. At the same time, we are protecting investments in our strategic growth markets, including data center, industrial, energy, automotive, and rail. Reflecting the combined effects of revenue growth, higher growth margin, and focused investments, non-GAAP operating margin for the second quarter was 17.1 percent, up 540 basis points from the prior quarter. Non-GAAP net income was $20.9 million, or 37 cents per diluted share, up from 25 cents in the prior quarter. Turning to the balance sheet and cash flow, cash flow from operations was $22 million for the quarter, while CapEx was $4 million, resulting in free cash flow of $18 million. Receivables increased by $12 million during the quarter, reflecting higher revenue, while inventory decreased by $5 million. Days on hand fell by 27 days to 265 days at quarter end. We do expect a further reduction in inventory days in the second half. Channel inventory also declined during the quarter with weeks on hand improvement of more than a week and a half to 7.3 weeks. As a reminder, we believe that channel inventory between seven and eight weeks is an appropriate target and we're pleased to be back in that range. I'll now review the third quarter outlook. We expect revenue to be between 122 and 130 million dollars a six percent sequential increase at the midpoint we expect consumer to be lower reflecting normal seasonality while revenue from the communications computer and industrial categories should continue to grow i expect non-gap gross margin to be in a range of 54 to 55 percent, still near the top end of our target range. Non-GAAP operating expenses for Q3 should be in a range of 45 to 46 million dollars. At the midpoint, that would be a slight increase from Q2, but meaningfully below the prior year. On last quarter's call, we said we expected low single-digit growth in non-GAAP OPEX this year. We now believe we are on a course for a low single-digit decrease, even as we continue to make the important and material investments in key long-term growth initiatives. Finally, I expect non-GAAP operating margin for the third quarter to be between 17 and 19 percent, as compared to the 17.1 percent we reported for Q2. The first half of 2026 demonstrates the leverage we have in our business model when we deliver revenue growth and maintain discipline on expenses and capital allocation we remain committed to these financial principles and the importance of bringing differentiated value to our customers while executing to our roadmap in closing i want to thank our global team for their commitment to powie focus on our strategic priorities and to driving shareholder value and now ben we can open it up for questions we will now begin the question and answer session please limit yourself to one question and one follow-up if you would like to ask a question please press star one to raise your

hand to withdraw your question press star one again we ask that you pick up your handset when asking a question to allow for optimum sound quality if you are muted locally please remember to unmute your device please stand by while we compile the q and a roster your first question comes from the line of david williams with needham and co david your line is open please go ahead hey good afternoon everyone thanks for letting me ask the question and congratulations on the continued if we can think about um i was really excited about the 2200 volt um gan that you

released and talked about in the script there i'm just wondering if you could give us some some color around that of when you expect maybe that could be in the market obviously you've uh you sampled that and and shown it but when do you think that could start producing revenue and is it part of potential designs now that you could start talking about or are we still maybe a few more quarters out before you can start talking about design wins and potential.

Yeah, thank you, David, for that question. And I'm glad that you're excited about it. We're pretty excited about it also. You know, really right now, we're looking at a timeframe that's probably a bit further out. Right now, it's really just a technology demonstration. It's not a product. We haven't launched any products on that platform. But, you know, we are seeing customers across data center, auto, and other markets that, you know, want to see that roadmap. In the data center specifically, those products would be on the 1,500-volt roadmap, and that's obviously much further out in time. You're talking about, you know, several years before we would have products. So, no, it's not probably the next couple quarters. It'd be the next couple years before we see anything meaningful there. Great.

Thanks for that color. And then maybe just on the channel inventory, you talked about that coming down and being healthy. Just kind of curious of what you're seeing in terms of order velocity and maybe speak to if you feel like you're shipping to consumption now and what are the opportunities for maybe some channel fill now that we're back kind of in this normal range, but it feels like the demand is starting to pick up some.

I think you characterized it well. If I look at where we started the year with channel inventory above nine, we knew that there had been some buildup last year that seems to have worked its way through. So I'm pleased to see that level coming down both in Q1 and then again in Q2. I do think we're at much healthier levels right now. The devil's always in the detail, and we measure every channel partner and what they're holding, what they have by product type as you can imagine and where it is regionally and right now we feel good about the health of the inventory that's in the channel and i do agree i think you know in that seven to eight around eight weeks is a healthy level the first half demand has been compelling right we're pleased with how the first half has played out we expect to continue to see growth in Q3, as I referenced. We expect that to be, you know, in three of the categories that we sell into in terms of growth rates, as I mentioned in my prepared remarks. And so I would expect some level of sell-in in Q3, but still aiming to stay in that healthy range around eight weeks. Great.

Thanks so much for all the help.

Your next question comes from the line of tors vonberg with steeple your line is open please go ahead yes um thank you um so for my first question um jen um obviously there's some new products new designers and so on and so forth that can you just maybe update us on the the timeline especially for data center and automotive um i think in the past you've talked about uh you know maybe data center becoming more more material in 28. I'm wondering if that's still on track. And then on the auto side, you sound a little bit more positive on this call with the revenues doubling this year. Just curious what the expectation would be for 27.

Okay, sure. Let me take the automotive first. So yes, we feel we're on track on automotive. So, you know, we've been talking about a hundred million target out in the 29-30 timeframe, and we still believe that that's attainable. Of course, how that progresses is dependent on the market conditions in EV, but we're excited about this next step of BOM expansion from where we entered that market with the emergency power supply designs, and now we're seeing some of our first micro DC converter designs. That's a significant step in the BOM expansion. So we think that's going well. On the data center side, really there's kind of two tracks to our engagement there. We've been very heavily focused on winning OxPower designs. Those are applications that we can address with products that we have today. So that looks like could be revenue in 2028. Then on, you know, maybe the second track of our engagement on data centers around the main power path to the GPU. And that is a further out in time that will, that end actually some of the AUCs will be dependent on when the 800 volt systems deploy. But the engagement on the main power path is still earlier. It's still an opportunity that requires work with our customers since it is, you know, a unique technology that we're rolling out and there are, you know, a number of things to be worked through. So that's still evolving, but that's a little further out in time.

That's good, Paula. And as my follow-up, I do recognize the 2200 volt GAN is obviously even further out. But I'm just curious, you know, what that means for potential 800 volt designs. Because I would think that as customers look for 800 volt, They obviously want to see the path to 1,500 volt, you know, and with your 2,200 volt technology now available, I'm just curious if that potentially, you know, puts you in a better position as you, you know, try and garner some design range for 800 volt.

I think so, Tori, you know, what we, you know, what we just keep hearing is the criticality of power across, you know, it's not just data center, it's across lots of industries is super compelling. And our customers are saying and citing that power is really one of their key risk areas to solve. And having that roadmap and being, you know, having a track record of innovation in high voltage, you know, we really think this is helping us and is giving us the opportunity to really partner with our customers with our roadmap to solve those challenges, not just today at 800 volts, but as things evolve.

Very helpful. Thank you.

If you would like to ask a question, please press star one to raise your hand. Your next question comes from the line of Christopher Rowland with Susquehanna. Your line is open. Please go ahead.

Hey, guys. Thanks for the question. Congrats on the quarter. My first question is around supply. You guys kind of have a non-traditional supply chain. and you know at least during the last cycle you were able to serve some upside when others were not I guess can you talk about your capacity ability to serve upside and whether you think your competitors are running into supply issues opening the door for you to pick up share I think we have had feedback recently, actually, from certain of our customers, one hyperscaler in

particular that we met with this week that actually framed a very similar comment that you just put forward. We do have a unique supply chain structure. We do think that our ability to supply and our ability to still keep our lead times very competitive does provide us an opportunity, particularly as we look across the markets that we serve, but as we think about the relationships that are needed now in technology roadmap, which Jen just commented on, but also in ability to supply and supply consistently, we do think that does present us an opportunity where we may be able to take advantage of that as we go forward. I want to also acknowledge the ops team here at because they work really hard to make that happen. It's not something that's easy, but we have structured processes and relationships with our partners that allow us to maintain that competitiveness and have products available for our customers when we need them. But I appreciate you raising it because it literally just came up with from one of the customers this week. And we do think that it provides us an opportunity and we're gonna do our best to execute to that.

Great. Thank you for that. Additionally, one of your competitors is talking about using GAN. I think it's even 600-volt GAN in a back-to-back set architecture to address SSTs. And just considering you have this new announcement on 2.2 kilovolts, might you or have you explored anything for SSTs? Additionally, what kind of new applications do you think 2.2 kilovolts opens up for you?

So on the SSTs to date, our discussions have been mostly around the products we have today, which are gate driver products that can potentially address those applications for our customers. However, there is discussion about our GAN in those applications. In terms of new applications for 2200V, where we're hearing our customers really is around data center and automotive applications where we think that that technology could be useful. But, I mean, we learn new things every day, and, you know, it would not surprise me at all if new applications open up. So I don't have any detailed comments today, but you'll hear more as that market evolves.

I think one thing that we are seeing, though, is the footprint that we already have today in terms of work with energy customers and our gate driver business today is giving us access to early looks at what may be designed, right? I mean, there's still so much work to be done in this space, but as Jen mentioned, power being so critical both to inside the data center, which people have been focusing on, but really now, how do you get power to the data center? And that infrastructure opportunity is one that we think we're very well positioned to serve because we already have that footprint and are already selling into those markets. So we are actively engaged there and look forward to being able to share more as we learn more in terms of the direction that our customers are going.

Thanks so much, guys.

There are no further questions at this time. I will now turn the call back to CEO Jen Lloyd for closing remarks.

All right. Thank you again for joining us today and for your continued interest in power integrations. I want to thank our employees around the world for their hard work, innovation, and commitment to execution, as well as our customers, partners, and suppliers for their continued collaboration and support. We are encouraged by the progress we've made this year, reflected in stronger financial performance, continued momentum across our industrial business, and meaningful advances in our strategic growth initiatives. As power systems evolve toward higher voltages, greater efficiency, and increased reliability, we believe our technology, expertise, and products position us well for the opportunities ahead. We remain focused on disciplined execution, technological leadership, and creating long-term value for our shareholders. We thank you for your support and look forward to updating you again next quarter.

Thanks, Jen, and thanks, everyone, for listening. There will be a replay of this call available shortly on our website, our investor website, which is investors.power.com. Thanks again for listening and good afternoon.

This concludes today's call. Thank you for attending. You may now disconnect.