Synopsys, Inc.

Ladies and gentlemen, thank you for standing by and welcome to the Synopsis Earning Conference Call for the second quarter of fiscal year 2021. At this time, all participants are on a listen-only mode. They will conduct a question-and-answer session and instructions will be given at that time. If you should require assistance during the call, please press star followed by zero. Today's call will last one hour. Five minutes prior to the end of the call, we will announce the amount of time remaining in the conference. As a reminder, today's call is being recorded. If there's time, I'd like to turn the conference over to Lisa Umick, Vice President, Investor Relations. Please go ahead.

Thank you, Sean. Good afternoon, everyone. With us today are Arch DeGias, Chairman and Co-CEO of Synopsys, and Trak Fahm, Chief Financial Officer. Before we begin, I'd like to remind everyone that during the course of this conference call, Synopsys will discuss forecasts, targets, and other forward-looking statements regarding the company and its financial results. While these statements represent our best current judgment about future results and performance as of today, our actual results are subject to many risks and uncertainties that could cause actual results to differ materially from what we expect. In addition to any risks that we highlight during the call, important factors that may affect our future results are described in our most recent SEC reports and today's earnings press release. In addition, we will refer to non-GAAP financial measures during the discussion. Reconciliations to their most directly comparable GAAP financial measures and supplemental financial information can be found in the earnings press release, financial supplement, and 8K that we released earlier today. All of these items, plus the most recent investor presentation, are available on our website at Synopsys.com. In addition, the prepared remarks will be posted on the site at the conclusion of the call. With that, I'll turn it over to Art DeGioia.

Good afternoon. I'm happy to report outstanding second quarter results exceeding all of our key guidance metrics. We delivered revenue of $1.024 billion with gap earnings per share of $1.24 and non-gap earnings of $1.70. Business was strong across all product groups and geographies. We continued to make good progress on our margin expansion goals and generated record operating cash flow of $526 million. As a result of our first-half strength and growing confidence in our year, we are raising guidance for revenue, non-GAAP ops margin, earnings, and cash flow. Chuck will discuss the financials in more detail. Before commenting on highlights, let me say a few words about the dire situation in South Asia. While parts of the world are progressing well with vaccinations, we are seeing an enormous challenge for the people of South Asia. Our top priority is the well-being of our employees, and we have taken many steps to support them and their families. Ranging from orchestrating oxygen concentrators to teaming up with vaccination clinics to ambulance services, food delivery, and family help, our objective is to maximally mitigate the impact of COVID and make sure that every employee can call on Synopsys as a beacon of care and solidarity. Despite the pandemic challenges, we are thankful that from a business perspective, we continue to ship our products and support our customers with no material disruptions, and our business is doing well. Looking at the overall market, demand for semiconductors is very strong. While some of the near-term demand can be attributed to segments such as automotive catching up after a year of COVID slowing, there is an undeniable new wave of growth on the horizon as every vertical market demands machine learning chips to harvest their big data for their specific needs. In other words, the early technical successes of machine learning in the cloud are now moving to the edge of attracted by the economic promise of smart everything. The technology push has grown into a vertical economic pull. All segments are impacted, and the race is on to provide smart solutions in automotive, health, consumer, 5G, and so on. This push-pull opens a whole new era for semiconductors and software, and with it, great opportunities for synopsis. First, The foundational building blocks are complex chips. Chips for data generation and sensors, for storage, for transport, and for compute. All needing IP blocks, speed, low power, and security. This is great for synopsis. Second, not just chips, systems of chips. While the complexity of a system on a chip continues to grow, the leading edge is moving to systems of chips. By abutting them seamlessly and stacking them on top of each other, massive transistor counts open the door to brand new functionality. This growing systemic complexity is great for synopsis. Third, chips differentiated by vertical market. Each vertical has its own needs. Automotive has safety requirements. Mobile requires extreme low power. Aerospace and industrial want built-in lifecycle diagnostics. High-powered new entrants, such as hyperscalers and AI, design their own chips for super performance. And everybody, be it medical and health markets, financial sector, communications or infrastructure, everybody needs much better security. All of these are disciplines that we have invested in for years. Great for synopsis. And lastly, software and silicon are tightly linked and must be tuned for each other. Software to be written to consume less power in the chips. Chips to be optimized for huge amounts of sensor data. Software to be debugged on prototypes of chips that have not been built yet to speed time to market. Chips to be optimized for blindingly fast computation. And always, software and chips must be secured together. These are all technologies we are leading in. Great for synopsis. So we're perfectly placed, and our mission is to catalyze the smart everything ambitions of our semiconductor partners and vertical customers by delivering a thousand X system performance in this decade. In that context, let me share some highlights, beginning with EDA, which delivered another strong quarter, both in design and verification. In digital design, proliferation and competitive displacement by our Fusion design platform again drove strong growth. In particular, strong momentum for Fusion Compiler. For example, ARM is leveraging Fusion Compiler on its next-generation NeoVerse D1 and M2 infrastructure cores. Fusion compiler was also selected for advanced mobile designs at Samsung, driven by superior throughput and performance per watt results. Our momentum in the most advanced three nanometer node is also evident with five new test chip tape outs as processor, graphics and mobile technology leaders, as well as next wave three nanometer adopters. We see strong innovation and market disruption with our custom design platform as well. In Q2, we announced our PrimeSIM continuum platform for analog mixed signal simulation. With the industry's brand-new graphics processor-based acceleration, it cuts time to results by 10x. Endorsed by Samsung Electronics, NVIDIA, and Kioxia, PrimeSIM delivers significant productivity gains at companies such as Narnia Technology, where it is deployed on DRAM design. In addition, we again secured multiple full-flow displacements in the quarter, including another large analog design company in Japan. In verification software, we had strong growth with our verification continuum platform, driven by adoption momentum with hyperscalers. Our hardware verification solutions drove excellent results as well, including 14 new logos and more than 50 repeat orders in Q2. fueling our ongoing strong growth in continuous innovation, including new turbocharged application-specific emulation systems, two of which went to market in the quarter. The Zibu Empower emulation system lets customers perform power analysis earlier in the design cycle, dramatically reducing power-related risks. Also, just last week, we launched Zibu EP1, the industry's first ultra-fast 10 MHz emulation system, It targets high-performance compute for 5G, GPU, AI, and automotive, handling designs up to 2 billion gates. We also shipped the latest generation of prototyping, HAPS 100. With the fastest performance and unmatched enterprise scalability, it accelerates software development, system validation, and verification. Customers like NVIDIA and Furiosa are already relying on HAPS 100 for their most demanding projects. Now to IP, which again achieved excellent revenue growth driven by technical leadership and strong market dynamics. In Q2, we extended our advantage in the high-performance compute market. We acquired more than IP and its 400-gig, 800-gig Ethernet controllers. Combined with our existing 112-gig Ethernet 5, we now offer a full Ethernet solution for high-performance data center applications. Advancing our lead in next-generation PCI Express interfaces, we delivered the industry's first complete PCI Express 6.0 IP solution. Needed for huge bandwidth demands, we see strong market traction with leading customers. And in addition to the EDA adoption I referenced earlier, we announced a strategic collaboration with ARM to closely align our product roadmaps and enhance our interface IP solutions with specific features for the Arm NeoVerse platform. Our interface and foundation IP are also gaining broad industry adoption on the advanced five nanometer FinFET process, driven by vertical segments such as high performance compute, automotive, and AI. More than 20 leading semiconductor companies use our five nanometer IP with multiple first pass silicon successes, attesting to the robustness and reliability of our portfolio. Lastly, to address the above-mentioned safety and security requirements for automotive, we launched a new DesignWare hardware secure module and our safety and security processor IP solutions with integrated functional safety features. Let me now turn to two exciting and disruptive technologies we recently introduced. First is DSO.AI, our award-winning AI-powered design system that hits right at the foundation of the new growth era, very complex chips. DSO.AI autonomously searches the vast design space for optimal solutions in terms of chip performance, power, and area. It does this using very sophisticated machine learning. This not only substantially accelerates the schedule of human design teams, but it enables them to push the technology envelope towards better solutions. The improvements and results over the last two quarters have been extraordinary. One example is a very large influential U.S. company who reported what I like to call a productivity world record. On a leading-edge chip, a single engineer using DSO.AI was able to achieve in weeks what typically takes an entire team months to complete. Another global leader recently highlighted unprecedented 3X designer productivity and meeting timing specs weeks ahead of schedule. Results like these are driving notable adoptions. For example, Renaissance now uses DSO.AI for its advanced automotive chip design environments. The other innovation push is our Silicon Lifecycle Management Platform, or SLM for short. This end-to-end solution monitors, analyzes, and optimizes chips as they are designed, manufactured, tested, and deployed in the field. SLM leverages our long-standing unique expertise to give customers visibility into performance, reliability, safety, and security issues for a chip's entire lifespan. We're actively engaged with multiple customers at 5 and 3 nanometer that seek to use SLM to optimize their design flow with data collected during tests. The vertical market pool by hyperscalers, for example, is a strong driver of important adoptions. In Q2, 10 new customers adopted a variety of SLM capabilities. Several of them, having adopted one element of our portfolio, are already broadening to other aspects of our platform. Stay tuned as we continue to roll out new capabilities. Now to software integrity, which had another very solid quarter towards meeting its financial 21 goals and accelerating growth. Revenue was ahead of plan in every region, reflecting strong orders momentum. We're seeing good results from the changes we've made in our go-to-market strategy and execution. In Q2, we added 100 new logos and retention exceeded our targets. The services business was particularly strong and is driving comprehensive service plus product engagements. A great example is an important multi-million dollar new business win with a large transportation company who replaced incumbent products with synopsis for the end-to-end value we provide. We also launched our channel partner program to expand our reach into geographies and verticals not currently touched through direct sales. The benefits are apparent. For example, we closed a multi-million dollar new adoption in South America where we didn't have any selling capability six months ago. On the technology front, we delivered a significant enhancement to our Polaris platform, intelligent orchestration. It's a set of processes within Polaris that run parallel to our customers' DevOps pipelines. Intelligent orchestration communicates and automates security testing in synchronization with each company's specific protocols and is built for easier and efficient integration into their development pipelines. The opportunity in this space is vast and we're encouraged by the steady progress the team is making. In summary, we delivered an outstanding Q2 and are raising our outlook for fiscal 21. Our markets are strong, reflecting extensive customer investments in critical chip and system designs with an increasing need for safety and security. As we look beyond this year's $4 billion revenue milestone, we see a new era at the intersection of silicon and software that will deliver smart everything to all vertical market segments. We see technology challenges that demand the cooperation and teamwork around many complex disciplines, disciplines we are strong in. And we see Synopsys in the midst of this vision as a well-equipped catalyst to our customers' and partners' success. Finally, I want to recognize the efforts of our global team, who over the past year and a half have adapted and succeeded despite upheaval and uncertainty. Thank you all for your solidarity and hard work. With that, I'll turn it over to Trak.

Thanks, Art. Good afternoon, everyone. As we report another outstanding quarter, let me echo Art's thanks to our team, not only for their dedication, but also for their unwavering focus on innovation to fuel the exciting opportunities we have ahead. We are in a great position as we set our sights on the next level of financial ambitions. On top of a solid foundation of nearly 90% recurring revenue, a diverse and growing customer base, and market and technology leadership, our track record of excellent execution continues to achieve too. We are increasingly confident in our outlook and are raising our revenue, non-GAAP earnings, non-GAAP operating margin, and cash flow guidance for the year. Now to our second quarter results. All comparisons are year-over-year unless otherwise stated. We generated total revenue of $1.024 billion, up 19% and above our target range, driven by broad-based strengths across product groups and geographies. Semiconductor and system design segment revenue was $930 million, with strong growth in both EDA, software and hardware, and IT. Software integrity segment revenue was $94 million. The positive orders momentum we saw in the quarter shows that the adjustments we've made in the business are taking hold. We are on track to meet our 2021 expectations, a 15% to 20% orders growth, and to exit the year with double-digit revenue growth in the fourth quarter. We're on a good path to accelerate revenue growth back to the 15% to 20% range long-term. Moving on to expenses, total gap costs and expenses were $830 million. Total non-gap costs and expenses were $707 million, resulting in a non-gap operating margin of 31%. We are on track to again deliver operating margin expansion for the year and are raising the bottom end of our guidance range. Adjusted operating margin for the semiconductor and system design segment was 33% and software integrity margin was 9%. Finally, gap earnings per share were $1.24 and non-gap earnings per share were $1.70, well above our target range. Turning to cash, we generated a record $526 million in operating cash flow We completed $145 million in stock buybacks, bringing the total for the year to $398 million. And we entered the quarter with a cash balance of $1.46 billion and total debt of $116 million. Now to guidance. For fiscal 2021, revenue of $4.035 to $4.085 billion, an increase of $35 million representing double-digit growth. Total GAAP costs and expenses between $3.241 and $3.286 billion. Total non-GAAP costs and expenses between $2.835 and $2.865 billion. A non-GAAP operating margin of 29.5 to 30%. Other income and expenses between minus 5 and minus 9 million. Non-GAAP normalized tax rate of 16%. Gap earnings of $4.55 to $4.72 per share. Non-gap earnings of $6.38 to $6.45 per share, representing mid-teens growth. Cash flow from operations of $1.25 to $1.3 billion. And capital expenditures of approximately $100 billion. Targets for the third quarter are Revenue between 1.03 and 1.06 billion. Solar gap costs and expenses between 807 and 825 million. Solar non-gap costs and expenses between 707 and 717 million. Gap earnings of $1.30 to $1.41 per share and non-gap earnings of $1.75 to $1.80 per share. Our track record is reflective of how we intend to manage the business to exceed the Rule of 40. Based on a vibrant market opportunity, our strong portfolio, and our excellent execution, we see an opportunity to accelerate revenue growth and expand non-GAAP operating margin beyond 30%. Our long-term financial objective is to manage the Rule of 45 over the next several years, and we will provide additional details once our long-term planning process is complete. In conclusion, we delivered strong revenue and non-gap earnings growth and record operating cash flow. Our strength is broad-based across product groups and geographies, and we are raising our guidance for the year. At the same time, we continue to develop and deliver transformative innovations that enable our customers' endeavors and position us well for many years to come. With that, I'll turn it over to the operator for questions.

Thank you. Ladies and gentlemen, if you do have a question, please press 1, then 0 on your touch-tone phone. You'll hear acknowledgement that you've been placed in queue. You may remove yourself from queue at any time by pressing 1, 0 again. Before we begin the Q&A session, I would like to ask everyone to please limit yourself to one question and one follow-up to allow us to accommodate all participants. If you have additional questions, please re-enter the queue, and we'll take as many as time permits. Our first question is going to come from the line of Jackson Adder from J.P. Morgan. Please go ahead.

Great. Thanks for taking my questions. Art, first one's for you. You talked about the chip differentiation by vertical as a nice tailwind for the company. I'm just curious, you know, how do we scale the benefits of those – I'm sorry, not scale, square the benefits of those, you know, those differentiations with the fact that, there tends to be more increased IP usage from some of these newer entrants. So I'm just curious, you know, with differentiation seeming to lead to more custom design, what does that mean for those IP blocks that get designed once and used by many?

Okay, well, there's two ways to look at this from the perspective of the vertical or from the perspective of the pure semiconductor companies. From the vertical, the first thing that people need to choose is will they design their own chips, yes or no? And if you take the example of the hyperscalers, some, not all, but some of the automotive companies, the hyperscalers clearly are doing more and more of their own chip design. And automotive are either sort of babbling in it or looking at some of their suppliers, the tier ones. In all cases, they're doing more chip design. And so that is good news for us. And absolutely, you're right, that a lot of that design is done by substantial IP reuse. And you saw that our IP business is strong. Now, if you sit on the other side of the fence as a semiconductor provider, you look at these customers, each of them has opportunities to take sort of a core architecture and then say, well, you know, how do I take my architecture and do different derivatives that are particularly good for different submarkets and essentially reuse some IP or add some that is just necessary for that vertical. And so I think there's no doubt that therefore we will see more chips of different type and more design. In all cases, consumption of IP will continue to grow.

Okay. I agree. That's helpful. And then a quick follow-up. I think the cash flow performance was great to see, but it was so much bigger than I think we expected. Was there anything that was

pulled forward either you know any deals pulled forward or collections pulled forward no not at all actually it's uh the profile is good because the business is pretty healthy and we're generating obviously very strong operating margins the other part to keep in mind is q2 over the last couple years will will be normally our biggest collections quarter given the profile of renewals and uh will we end up invoicing at the end of Q1. But it was a combination of both. It's definitely a very healthy business right now. Okay. All right, cool.

Thank you. All right, you're welcome. Next, then, we're going to go to the line of Tom Disley from D.A. Davidson. Please go ahead.

Yeah, good afternoon. Jack, first one's for you. When you look at your increase guidance, which was a pretty substantial increase, Is this, you know, more a factor of passage of time with comfort in your backlog? Or did you actually see an acceleration of business trends during the quarter?

Tom, that's a good question. There's a number of things going on. First part is that we've got half of the year behind us, right? The visibility that we have after the business that we booked certainly improves the outlook. As Art described, the overall markets are healthy, and we're executing well against that. So there's a number of different factors. The backlog... I would translate the increase in backlog to whether the business is healthy or not. The backlog increases quarter as a function of the renewals that we had planned. But overall, the business that we did book saw very good runway growth, and the growth in that business gave us really strong outlook for the year and confidence in the year.

Okay, great. And then Art, just a broad question for you. When you enter into a market like we have today where there's chip shortages, what is the impact of those shortages on design activity, either positive or negative?

Actually, very little impact. There are some people that do take existing chips and decide that they're going to do modification so that they can get more capacity with another vendor. People really hate to do that because it's a lot of work and no direct benefit, except that if you can ship to a customer, that's great, but it takes some time. And so I don't think that that is going to be a particularly strong driver. But the shortages should not be just interpreted, I think, as a reaction to a market that has been partially asleep during the COVID time and now is obviously catching up. And automotive is the best example because the mistake that was made there is they stopped ordering. And in the past, they were very powerful and everybody jumped when they needed something. Now there was just no capacity left. And the reason there's no capacity left is because all the capacity is used by huge demands, period. And that's why I'm trying to differentiate a little bit with the temporary capacity. demand that comes out of sort of just this historical year and a half way versus, I think, something that is much more profound, which is a whole new era of semiconductors impacting verticals. And I expect that to continue. And by the way, you can see how many places, including countries, have decided to substantially increase the capacity those increases will take a couple of years to actually have impact. But they do illustrate the direction that our field is taking.

Great. And just a quick clarification. Did you say you had virtually no impact in India with your...

Well, we're dealing like everybody else with a humanitarian situation that is very demanding. We've been able already for a while to rebalance the activities of our employees in such a fashion that that to date we have zero material impact or delays in shipping anything or supporting anything. But I expect that for a number of months, India will still be, from a humanitarian point of view, a point of focus where we'll give a lot of support to our team.

Okay. Thank you.

You're welcome. You're welcome. Thank you. Next, we're going to go to the line of Joe Verwink from Bayer. Please go ahead.

Great. Hello, everyone. I maybe wanted to start. New technologies like PSO.AI, SLM, these have been getting called out more regularly over recent quarters. Is there a way to characterize or maybe compare to products in your past and the consequence of these new technologies? Is this just the natural evolution of synopsis, or is there something different? And perhaps it's specifically about AI adoption in the industry, but is there something different about these technologies where the ramification later on could be more consequential?

That's a really, really interesting question, actually. Let me start with SLM, because what's interesting about SLM is this word life cycle. Because if you just take a chip and you say, put it in a phone or put it in a car, we all know which one has the longer life cycle. And so, and in the case of the car, you have, of course, safety that is part of it. And so, suddenly, the ability to put inside of the chip sensors and the diagnostic system, that, by the way, gets trained by AI, so that a chip can self-diagnose as, well, you know, I'm not feeling so good, you better start stopping the car, so to speak. is going to be of very high value. Maybe even more practical immediately is in cloud centers where people run compute at the max speed and they want to know is a certain set of processors going to go down so that I replace them before it happens. So, in essence, preventive maintenance. And so, in that sense, SLM is interesting because we touch these chips literally at the early days of even what are the typos transistors, so very minute physics, but now we also have very meaningful interaction with very large companies that are exactly in those verticals I described. Now, DSO AI, I think, is breakthrough technology. And it's always difficult to compare something that we did over 30 years ago. But the early days of synthesis had something similar, which is it took a set of human tasks. where complexity just was outrunning the human and automated it. And overnight, we could do circuits that were better than what a human could do in a fraction of the time and were faster and smaller. Now we're talking of entire chip pieces, very large designs with many, many different constraints. and the fact that we can take tasks that take people multiple months and bring them down literally to a few weeks with fewer people and, in the last few quarters, even better results, certainly sounds very similar. But to me, it's sort of essentially 30 years later, many orders of magnitude more complexity. And I think it fits well the very moment where the semiconductor industry will want to do many more chips for all these verticals. And so, you know, we use sometimes the front line of, you know, using AI to design AI chips. But that is exactly what this is. And it's exciting. We're just at the beginning of that. But the impact is already economically felt by the users.

Okay, that's really interesting, Keller. Second question, is there anything about the sequencing by quarter of this particular fiscal year that maybe is a bit different than you originally expected? Thinking about things like it was another very strong quarter in China, you occasionally hear about maybe pulling forward some future business. And then the way the margin guidance appears to sequence this year, It looks like perhaps 4Q has a bit more incremental costs. Maybe that's just hiring related. So I suppose, is there anything that is maybe different timing-wise or just the sequencing of your quarters? Thanks.

Hey, Jeff. This is Chuck. Overall, the profiling of the quarters is very much close to what we had planned around. I'm actually really happy with the profile this year, given how back-end loaded last year was. Most of the things you described, the revenue, pretty linear this year. As far as the margin profile, that's just a function of hiring, largely a function of hiring throughout the year. But we're pretty pleased with how it's shaping up relative to the plan that we had at the beginning of the year.

Great. Thank you very much.

You're welcome. Thank you, Joe. And once again, ladies and gentlemen, if you do wish to ask a question, please press 1 and 0 on your touchtone phone. And we're pleased to ask everybody to limit themselves to one question and one follow-up to help accommodate all other participants. Next, we're going to go to the line of Gary Mobley from Wells Fargo Security. Please go ahead.

Hey, everybody. Thanks for taking my question. Congrats on a strong first half of the fiscal year. I see that China was up strong again. And I wanted to ask about, you know, I want to ask your personal view, Art, and perhaps get some color from you, on the changing geopolitical dynamic between the U.S. and China, seemingly now more so influenced by the, you know, the broad supply shortage we have on the semiconductor side and this renewed focus on on-shoring. you know, chip reduction to the U.S. And I realize that you're not so much aligned to expansion chip reduction, but I think a lot of these measures that are proposed, these bills and whatnot, are focused on growing, you know, R&D investments as well. So I'm wondering perhaps if you're starting to see any sort of influence from that in your licensing or, you know, what may be in order for you guys looking down the road.

Well, you know, the first comment is, you know, when a market is strong, it typically tends to be strong for everybody. And the very fact that even politicians now, you know, not only know what a chip is, but may have seen one, is certainly encouraging. And the fact that nations want to invest more because they think it's strategically important to be close to to this whole next age of smart everything and AI, I think this is all very encouraging for us. And so while there may be tension between different countries of who does what, the race is on and the fact that the shortage is increasing is just accentuated by some of those tensions. But I think the most interesting part of all of this is that there is gradually now a broader understanding that the whole next wave of human products, impact, and so on, is very, very much linked to the notion of big data intersecting with AI, i.e. smart results. And it's interesting that now even electronics are referred to as infrastructure in a country. Well, all of these words are encouraging because I firmly believe that while it's not a panacea to all human problems by any means, it has enormous power to evolve technology. all vertical fields. And so I'm not surprised, really, that the degree of attention has gone up. But right now, the fact that people want to spend more on R&D or manufacturing capacity, it's all good news for semiconductors.

Appreciate that, Art. Tarek, you mentioned that backlog was up sequentially. I know you haven't filed your cue yet, but specifically, what were their main performance obligations for the end of the quarter? And Related to that, would you expect revenue growth and backlog to trend sort of in line with each other, or would you expect over time to generate a larger percentage of revenue from turns business, like emulation and whatnot?

You know, we made a change, or you saw a change in the turns mix, largely at the beginning of FY19 as a result of the 606 transition. And I would say for the most part, the business has been relatively stable. And that percentage might move from quarter to quarter depending on either hardware IP deliveries. But I think we're in a pretty good stable level right now. The backlog is up, and we should be filing our queue next week. So you'll see the actual amount. But I think we're going to disclose that it's about $4.8 billion or north of $4.8 billion. Appreciate it. Thank you.

You're welcome. Next, we're going to go to the line of Gail Munda from Berenberg. Please go ahead.

Yeah, hi. Thanks for taking my questions. The first one is just when I look at your performance in H1, actually, in total, like you said, it's really the opposite of what we had last year when it was very, very back-end loaded. So Nice recovery there. But then also looking at the Q3 guide, which is very solid, I'm thinking, you know, when you look for the rest of the year and you have a pretty good visibility now, especially into Q3, is it fair to say that, you know, if especially some of the hardware orders and some other stuff comes in, you could consider the guidance as fairly conservative still at this stage? Or do you think that's kind of a fair representation of what you're seeing?

Yeah, that's a good question. The profile we laid out, the quality profile we laid out for Q3 and Q4, is largely a reflection of the revenue recognition profile of IP and hardware. We actually had very good visibility in the second half, and that's why we raised the guidance for the full year. At this point, keep in mind, given the new revenue rules, you're going to see some variability from quarter to quarter depending on when hardware or IP is delivered. But there's nothing unusual in the profile in the second half other than that.

And actually, the business is doing really well. Right. Yeah, that makes sense. And, yeah, that's what I was thinking. And then the second one, you know, you talk again about double-digit growth for this year now, implied in the new guidance. Last year we were virtually at that level as well. You know, how do we think about Synopsys as an effectively sustainable double-digit growth company now, especially if I'm thinking potentially software integrity ramping up? growth a little bit and then starts contributing incremental maybe a few bits of growth. Is that a profile that you're happy with when you're thinking about the mid-term planning?

I want to be cautious about getting too specific about the numbers looking forward. But overall, what you're seeing in results for this year and last year This is why we feel really optimistic about the future and why we have communicated our confidence in being able to drive the business towards a rule of 45. And that's really going to come through a combination of really strong revenue growth and margin expansion. And so you've touched on it a little bit. You're seeing some really good acceleration in the business. As software integrity ramps up and gets back to where we believe it's capable of operating at, that should help the overall mix. But keep in mind, it's only 10% of the business. The overall growth rate is a reflection of how well we're doing in EDA and IP as well.

Right. No, that's what I was thinking, right? If 10% starts growing 5 to 10 points faster, obviously that's a nice contribution. Yeah, thank you. Thanks for taking my questions and congrats again.

Thank you.

You're welcome.

Thank you. Next, we're going to go to the line of Jay Vishalwar from Griffin Security. Please go ahead.

Thank you. Good evening. Art, let me ask you two related questions regarding the evolution of EDA and your markets. Tonight, you referred to a new era of EDA, and we've heard similar remarks from you and Others in the industry for some time now or Silicon Renaissance and so forth. The question is how that affects your business profile specifically with respect to services. That is to say, as you move into this new era, does this tend to increase the kind of services and A.E. support? that you necessarily have to provide to encompass or support this new era? And if so, what could be the margin implications of having to provide that incrementally higher degree of support? Relatedly, with respect to the next generation of chips, the domain-specific chips that you talked about now for actually two or three years, what does that mean during the design process In terms of license consumption, if you think about your model as now or prospectively a kind of consumption model, as is often the case in simulation, you know, do you think that the consumption or utilization intensity per design, per run, however you want to think about it, necessarily goes up?

Well, I think your question brings it up together everything that we would refer to as systemic complexity. Meaning that, of course, chips continue to be more complex and bigger and more transistors. But, you know, being there, done that, and by the way, that will continue for a while. What makes systemic complexity interesting is that you get multiple players intersecting. So only you have companies that are sitting on these verticals that are highly interested in knowing how the chips will actually work because they write their own software, for example. And vice versa, the people providing chips are really interested. So what software does this car manufacturer really want to run on it that has to be really fast? so that I can change the architecture of my chip to accommodate that. And our role is interestingly broadened because we're sitting at the intersection of all of that. And you may recall that a number of years ago under our logo we literally put silicon to software. Well, that was essentially the summary at that time of this vision. that there's a continuum that ultimately brings the power of chips to end users that are not really interested in chips, except that they need them to get smart outcomes. And so, when you move into that space, it's not so much that support is increasing, but that there are new service opportunities as a number of the new players initially may not know so much about these domains but may know a lot about their opportunity space and helping them connect is an opportunity that will continue to grow for us and we will certainly be able to manage it so that including with the tools the profitability will be very reasonable or even good. The second part of your question which ties directly to this is this notion of domain specific. And, you know, if I can take one example that is well understood, and yet in its infancy, is automotive. And as you know, a number of years ago, a car started to think about this whole notion of autonomous driving, or at least at the beginning, defensive driving. And chip manufacturers, you know, quickly figured out that there may be a long-term big opportunity there. Except automotive guys also have rules, such as safety rules, and they've had those for a long, long time. Some are somewhat simple, some are becoming very complex. And certainly, what does it mean? Well, it means for companies such as Synopsys that we have a whole effort on the IP side and on the tool side to build in what's called FUSA, functional safety. And this is partially mandated by the automotive guys, partially it is being developed on the fly with the complexity. And so these are great opportunities for us because our IT collection, we must have invested in functional safety there for five or six years. It's an enormous amount of effort, but now that we have that, it's a great differentiation. And so I see our role to be very much a catalyst in the middle of these different factions that we all understand. and I think there will be more and more verticals that will engage suddenly at high speed, and the race is on. Thank you, Mark. You're welcome, Jay.

Next, I'm going to go to the line of John Pitzer from Credit Suisse. Please go ahead.

Yeah, good afternoon, guys. Thanks for letting me ask the questions. Congratulations on the solid results. Chuck, this question was asked a little bit earlier, but maybe I can ask it in a less politically correct way. I mean, despite the beat and the raise... This is the quarter where the full-year guide gives us some insight into the last quarter as well. And relative to that full-year guide, you are kind of embedding a pretty meaningful deceleration, if not in top line, in EPS. Is this nothing more than normal conservatism, or are you really trying to signal that there's something bottoms up that just makes Q4 a little bit softer this year than it might have been in other years?

No, not at all. We don't see any dissimilation in the business at all. In fact, it's quite the reverse. We feel really good about the momentum we have in the business. And that's reflected in the four-year guide. We've always cautioned that the quarter-on-quarter profile is going to move depending on what the profile of revenue is. And from a revenue perspective, I'm actually really, really pleased with how linear it is this year. and the fact that we're able to get almost half the business booked in the first half of the year. So it's a great profile with really good visibility. We continue to ramp up hiring the second half, and so you're going to see the expense profile go up. But as we're ramping up hiring in the second half, we're mindful of the trajectory and what it implies for our ability to continue to drive margin expansion over time. So we're very cognizant of that. But no, there's nothing unusual in the profile, and I would characterize it as deceleration at all. I think right now, when you look at the year-over-year comparisons, just keep in mind that last year was unusually back and loaded, so it's going to skew the comparisons, particularly in the second half.

That's helpful. And then, Art, I want to go back to an earlier question about sort of the regionalization or domestication of semiconductor production. You know, it's a clear benefit to the equipment ecosystem, but I'm trying to get a better understanding of what it means to the EDA ecosystem as existing foundries, kind of move from region to region. Is there sort of redundant or duplicative spend on the EDA, kind of question number one. And question number two, you know, there's one big guy out there that's trying to reemerge as a foundry business from just an IDM. How does the EDA spend conceptually trend as they try to do that?

Good question. So we touch manufacturing a little bit because we have a number of tools that are designed specifically under the topic of silicon engineering to help optimize circuitry and chips for manufacturing efficiency and yield. But you're absolutely right that most of the investments on sheer capacity don't touch us so much, except if people want to enter the business, such as be in a foundry or go after specific segments of the market that they didn't go before. There, certainly, our tools matter a great deal to help them get there. In general, though, when volume increases, with it also the number of designs increases. And so the advances in sheer silicon technology and the number of designs are actually very positive at this point in time. And the fact that more people want to be in the manufacturing means that more people are also into the investment of R&D around the field. So at this point in time, it's all positive.

And then, Art, if I could sneak one more in. One thing that's kind of unique about this current semiconductor cycle is how tight trailing capacity is right now. And I'm just kind of curious, you know, are you seeing any evidence that perhaps design activity on the trailing edge is picking up as customers are using some of this, you know, tightness in the near term to try to rethink about moving down node width, line width at maybe a faster rate than they've historically seen? Or how do you see kind of a TAM for that trailing edge market over the next several years.

Well, it's an excellent question because some of the trailing edge manufacturing equipment has already gone up in terms of pricing as people try to get capacity wherever they can. But the other comments would be different foundries are sort of also focusing on different type nodes. Some focus mostly on the most advanced nodes. Other would be sort of in the middle field and then the truly older trailing edge nodes They're typically limited by the amount of capacity at 200 millimeter wafers. What is interesting in the nodes that are maybe not the leading, leading edge, but let's say three, four years behind that, there the application of the newer tools that we have actually has a lot of impact on those too. Because, you know, newer tools for older nodes still means a lot better design out of these older nodes. And so it actually gives them a bit of a second life from an efficiency point of view. And as you said, you know, if people can do really well with nodes that have been well honed, where the yield is high, you know, the cost equation is very attractive. And we see, for example, you know, one of our most advanced tools, Fusion Compiler, going back to all the nodes with some of our customers with great delight.

Thank you. Next, we'll go to the line of Jason Salino from KeyBank Capital Markets. Please go ahead. Great.

Art, Trax, thanks for taking my questions. It seems like a pretty good demand environment for emulation and prototyping just across the board. But in the past, we've seen some customers gravitate towards the latest and greatest products here. You know, one, is that still the case? And then two, if that is still the case, how does the new improvements to the Zibu EP1, you know, compare to some of the other announcements in the market? Thank you.

You're welcome. So clearly, emulation and prototyping is increasing in value and importance in some parts of the tasks, and especially for us in the tasks that have to do at this intersection of hardware and software. And there's no question whatsoever that that is an area that will continue to grow. And, you know, we have mentioned in earlier conversation, you know, specialties for certain verticals. It's interesting that these are capabilities prototyping that are of high interest in the automotive space, for example, because they start working on the software many, many years before a car is even fully conceived. And so being able to accelerate all of that is of high importance. Now underneath that, there is invariably always the same demand, which is make it faster, make it faster, and that is what emulation prototyping is all about. But it's also give it a larger capacity, and it's also are there certain tasks that you would like to accelerate, Such as the question of, well, if I write my software this way, how much power is this going to consume? Versus if I write it differently, will I be able to do better? Well, those are specialty questions that we now are increasingly answering using emulation and prototyping. On top of that, we're on the most advanced chips inside of our machines that are available, and so this ability to specialize and optimize for specific applications turns out to be extremely valuable, and we're doing very, very well with that.

Okay, great. That's it for me. Thanks. You're welcome.

Next, we'll go to the line of Vivek Ara. from Bank of America Securities. Please go ahead.

Thanks for taking my question. I had two as well. The first one also about the growth in the business. You mentioned a fair bit of improving engagement, verticals such as autos coming back up. But when I look at your full year growth outlook of about 10%, it's about the same growth that you did in the last fiscal year. So my question is a more conceptual one. Why aren't your sales accelerating? when semiconductor designs are getting more complex. And when I look at the implied Q4 sales, they are basically flat year on year. So even if I ignore the quarter-to-quarter visibility or volatility, the full-year sales are about the same level of growth as last year. Why aren't you seeing an acceleration in your sales growth?

Well, the acceleration tends to come after the orders play themselves out through a multi-year rateable revenue recognition, for one. The other thing is actually right now I think we just increased our projection for you for the – or guidance, I should say, towards the end of the year. with a high degree of confidence that it is well on track. So we'll have to see where we ultimately land. But there's no doubt that our objective is to move beyond the single digits to higher. We have just not changed our guidance at this point in time, and we will do that as we enter next year. The message you should take away from everything we're saying is that right now we feel that we have great opportunity to grow very well.

Vivek, I also, this is Jack, I really want to caution you about looking at Q4. Because remember, last year Q4 was extraordinarily high because of the schedule of hardware and IT in Q4. And so that comparison is not going to be... that comparison in Q4 is not a good indicator of the momentum of the business.

Got it. And the next one is, I'm curious, what's your level of exposure to all the AI startups? And do you see any kind of, you know, rationalization or shakeout in the number of startups? Because right in previous calls out, you have mentioned the systems companies doing a fair bit of their own AI work, especially the hyperscalers. and then we have the large incumbents such as NVIDIA and others. Do you think that the industry can really afford to have so many smaller players going after this market when the cost of staying in semis is so high? So the basic question is what is sort of your exposure to all the work that's being done by these AI startups, and do you see any kind of rationalization in that? Thank you.

Well, we're exposed extremely broadly to many, many, many AI companies. And yes, it is true that maybe as a little bit of a caricature, every single one of them is designing the best ever AI chip. And on one hand, you can say, well, you know, that will consolidate over time. Or on the other hand, you can say, no, this is exactly the behavior that you see in a very high promise early phase of a product or technology development. And there's no doubt that a number of the more successful AI companies have already been acquired by larger companies. And, you know, lo and behold, two years later, you find some of the same people doing the next one. And so I think we're in an extremely active phase of invention, development, finding end markets. And then over time, we'll also see that the AI itself is going to become more and more specialized through the verticals. So, yeah, there will be consolidation at some point in time. But the number of designers remains, is certainly not declining when that happens. And we have actually done very well through exactly these type of phases where there's a lot of activity.

Thank you. And then our final question is going to come from Pradeep Rahmani from UBS. Please go ahead.

Hi, thanks for taking my question. I had a couple... First on China, is the right way sort of to think about China as being, contributing to roughly 12 to 13% of your revenues in the back half, or do you see any sort of deceleration in the back half? I mean, the comps are probably getting harder, but I just wanted a clarification around how investors can think about China, and I will follow up after that.

Hi. Hi, Pradeep, this is Jack. China continues to do very well for us, and while we disclose China as a separate country, if we don't guide to that or comment on the outlook by country.

Okay. And for my follow-up, I guess, with respect to the rule of 45, I mean, this year you're going to be very close to 40, and your sort of FEMI margins are sort of already, I mean, this quarter were 33%. How can we think about sort of just the sustainability of margins in semis, not just in the back half, but, you know, longer term within the rule of 45 sort of framework?

Okay, let me try to explain it this way. Overall, we do see an opportunity to improve margins across the entire business. Really, for us to drive to Rule 45, it really is going to require everyone to contribute. And keep in mind that semi-business does represent 90% of the overall mix. And so that's going to contribute. But I would circle back to the fact that it starts with growth. The reason why we do feel good about our ability to drive margins up in all areas of the business is that we're seeing really strong growth in the business, and that's going to help us effectively get more operating leverage and therefore drive margins up.

If I can add to that. Fundamentally, we set our objective on the Rule of 40. We obviously, in striking distance to meet that, we even whispered to you the Rule of 45, and that's obviously because that's what's coming next. I think we're reasonably well-disciplined to make sure that, as Trax said, we focus on growth. while increasing ops margin, and the two support each other. So if nothing else out of this earnings release, you should take away that I think we're well on track with our own plans and that everything we've communicated to you for the last few years we're executing on. I assume that this means that the meeting is over. In any case, thank you so much for participating today. And we hope that you and your family stay safe as hopefully the world is moving to rapid vaccination.