John Croteau
Analyst · Needham and Company
Thanks, Bob. Before discussing our secular growth opportunities, we have a couple of noteworthy milestones since our last earnings call that I'd like to cover. To begin, I'm pleased to announce that we've concluded our settlement of the Infineon litigation regarding ownership rights of GaN on Silicon intellectual property. Under the terms of the agreement, Infineon has assigned ownership to MACOM to patents that were under dispute for all fields of use. We have in turn agreed to license the patents back to Infineon, but they're restricted from selling GaN on Silicon RF-base station products in production quantities until 2021. I'll explain the significance of this later in the call. Next, we continued the controlled production ramp of our 25-gig lasers, which contributed to our data center sales growth in Q4. This quarter, we'll build upon that progress as we continue to scale manufacturing output to meet a very robust demand profile for 2019. It's worth noting that total manufacturing cycle times for this type of laser from epitaxial wafer orders through to final tests take seven months from start to finish, so it will take multiple quarters to ramp revenue fully as material flows through our production models. Next, as we've gone throughout the year pruning our portfolio and consistent with our previously announced plans, we took actions towards the closure of the Ithaca fab and divested the Lowell high-growth facility in fiscal Q4. In telecom, we're seeing resumed core count growth in Metro/Long-haul drivers and continuing global deployments in PON and fiber backhaul. In Metro/Long-haul in particular, we're seeing improved demand trends across our customer base. Forecast for coherent port shipments in 2019 are healthy, and we're in the midst of securing design wins and share allocations in next-generation coherent applications with 64-gigabyte drivers, which carry higher ASPs off the gate. Based on expected competitive developments in this market, we feel confident in maintaining or improving our share position in fiscal 2019. In Q4, we supported our customers' success at a PAM-4 plugfest with our single-lambda DSP PHY solution. The plugfest was a major milestone for industry adoption of PAM-4, ensuring interoperability of different vendors' transceivers with various switch hardware before their release into production. But before turning it over to questions, I want to provide some additional perspective on our longer-term growth drivers entering fiscal 2019. Through last year's downturn, we focused our R&D to bring specific proprietary and disruptive products to fruition in specific markets with identified secular growth and revenue contribution in fiscal 2019. We chose to focus on these products due to the quality and strength of our design wins and first-tier customer commitments. As a result of these actions, we're now positioned to modify our strategic investments during the next phase of global infrastructure spending, led by cloud data centers, followed by 5G telecom, and now a surge in civil and defense spending for global and homeland security. It's worth noting that all of these opportunities span well beyond China and many are inherently North America-based. Starting with 5G telecom. I can finally speak more openly about the magnitude of the opportunity now that we settled our long-running litigation with Infineon. Let me explain why ST is so invested in teaming with us and why Infineon was so invested in litigating with us over rights at RF. Gallium nitride is acceptably a requirement for 5G base stations due to its superior efficiency and power density at the higher 5G frequency bands. Forecast from our top base station customers show a strong surge in RF power semiconductor content, both in dollars and especially in wafer consumption through 2023 for 5G. We're talking 3 times greater demand in 5G than the previous 4G LTE cycle. We therefore believe that the billion-dollar RF power market is poised to triple over the next few years on the back of GaN in 5G base stations. Billion-dollar markets require high-volume semiconductor fabs. With the dramatic increase in wafer demand for 5G, it's imperative that the industry has high-volume sources for GaN production. Like STMicro's battery where we're sourcing GaN in Catania and Sicily. Catania is an order of magnitude greater in scale output than the world's largest compound semi fabs. Upon entering the 5G cycle with ownership of the fundamental patents, we're now more excited than ever about this opportunity for the following reasons. First, we can see GaN on Silicon in existing high-volume silicon fabs to fulfill the 5G build-out. Even the most optimistic plans for GaN on Silicon Carbide factory expansion announced by silicon carbide leaders can service but a small fraction of that 5G demand. Second, the higher frequency bands or modest power requirements and targeted price points of 5G massive MIMO antennas line up ideally with the properties of GaN on Silicon substrates. Third, this is a different class of product than the high-powered transistors that were used in 4G LTE. These are 5G MMICs that don't require the back-end operations infrastructure of incumbent LDMOS suppliers. So we're playing on home turf in 5G. MACOM's GaN on Silicon is fully proven, validated and qualified with our customer base and now enjoys executive level sponsorship for adoption. In some cases, we're already in production with initial programs. Finally, with the Infineon settlement, we control our own destiny in GaN for base stations and in fact, GaN for all fields of use. The Nitronex pad portfolio lays a multidimensional, multilayer minefield that we firmly believe is impossible to navigate without infringing one or more of our fundamental patents. After this high-profile litigation with Infineon, we believe customers understand us intimately and plan to work with vendors who have access to the patents, namely, MACOM and our licensees. Between Infineon and our partner ST, we've now enabled a healthy industry supply chain for the 5G build-out, two of the top five 8-inch semiconductor manufacturers globally. Now stepping back and reflecting on the entire 5G telecom opportunity, GaN is about one of several highly proprietary MACOM technologies that are poised to play industry-enabling roles in 5G. The second is AlGaAs, our switch technology that enables superior reception on the receive side while providing superior power handling on the transmit side. Our Heterolithic Microwave ICs, or HMICs, have three dimensional glass structures to maintain superior RF performance and leadership power pulls. That's what differentiates antennas in terms of coverage and energy efficiency. Last but not least, our indium phosphide Etched Facet lasers allow the optical backbone to scale cost effectively to 5G network bandwidth and latencies and fiber from home to a minimal. Each of these compound semiconductor technologies, from GaN on Silicon, HMIC and AlGaAs to indium phosphide lasers, are deeply rooted in MACOM's long heritage and core competence in specialized high-performance materials, processes and packaging. 5G is right in our warehouse. Major base station customers and network operators understand this better than anyone, for that reason, you'll understand why we're bullish as we enter the global cycle of 5G telecom infrastructure deployments. Next in the area of global and homeland defense. From our vantage point, we see a coming wave of public and private sector investment in active antennas that utilize our high-performance RF and microwave components and Scalable Planar Arrays or SPAR Tile assemblies. Leveraging many years of work with MIT Lincoln Labs, we believe we have a unique approach that can readily scale to high-volume with a commercial cost structure for a wide array of military and civil applications. A prime example is the U.S. government's Sensor program, which is shaping up to be the largest radar system deployment in U.S. history. It's jointly sponsored by the FAA, DoD and Department of Homeland Security. Sensor is expected to consolidate and replace outdated radar systems to support air traffic control as well as protect against modern-day threats in U.S. aerospace. Last month, our RFI responses from the major prime contractors featured MACOM's tiles prominently in their sensor proposals. Over life of the build-out, sensor represents a multiyear, multibillion-dollar opportunity for MACOM. While field deployment is still a couple of years out, final bids now require a full scale preproduction builds, which we plan to support in engineering as well as manufacturing over fiscal 2019 and 2020. Even before the sensor program, these same tiles are being used in low-cost mobile, expeditionary as well as fixed the antennas to detect the potential use of commercial drones by terrorists and other criminal elements. The FBI and the Department of Homeland Security are getting increasingly concerned about drones being weaponized with chemical, biological, radiological agents. Legislation is currently before Congress that will allow drones to be taken down near open air venues and public facilities. But first, they have to see them coming. They need sufficient range for early warning in any and all length conditions, that's radar. And that's where low-cost Scalable Planar Arrays Tiles come in. A prime example is Sky Chaser, which I mentioned last earnings call, but there are numerous other opportunities that we see coming to fruition. Security radar antennas could become as ubiquitous as security cameras and cellphone towers are today. The world's leading radar customers and U.S. government agencies understand MACOM's unique position with Scalable Planar Arrays better than anyone. For that reason, you can understand why we're bullish about the growth prospects of public and private sector investment in defending against these modern-day threats to peace and prosperity. Finally in data sets. Cloud service providers are still in the early innings of a long upgrade cycle to 100 gig and greater connectivity within their hyperscale data centers. Customer forecast project 2019 and 2020 to be strong growth years for CWDM4 in particular, with the potential for 100 gig unit demand to more than double in 2019, reaching estimated volumes over 10 million units next year. While CWDM will represent a vast majority of unit volumes over the next few years, 2019 is also expected to see meaningful adoption of single-lambda PAM-4. Growing availability of 12.8 terabits switch token, like Broadcom's Tomahawk 3 chipset, has spurred the introduction of new 128-port 100-gig ethernet switching platforms from leading network equipment providers. This, combined with the successful plugfest in September, has triggered our customers to move forward with 100-gig PAM-4 transceivers. MACOM has entrenched design wins for 100-gig PAM-4 with the key scale players who are planning volume production next year. So we believe we're well positioned to establish preeminent share in this first year of meaningful deployments of PAM-4. All in all, we expect optical connectivity for cloud data centers to remain a strong growth opportunity for years to come, with an accelerated pace of innovation and strong underlying economics. With each sequential quarter, we expect to build upon our business in analogs, CDRs, drivers and TIAs, layering on top 25-gig lasers, DSP PHYs and L-PICs for CWDM4 as well as PAM-4 as it grows to relevant share overtime. Major network equipment and transceiver OEMs and cloud service providers understand MACOM's potential better than anyone. For that reason, you can understand why we're bullish on our short and long-term growth prospects in cloud data centers. To conclude, we remain squarely fixated on getting back to our targeted financial and operating model of 60% gross margin, 30% operating margin and 60% free cash flow. Our fiscal Q4 results were another step in the right direction. Over the course of fiscal 2019, we expect the combination of growing revenue contribution from our secular growth drivers and prudent OpEx management to provide leverage for expanding operating margins. The current trade tensions with China present lingering uncertainties and will remain on watch for signs of sluggishness in the analog markets as reported by some of our larger peers, in light of these factors and historical seasonality regarding Q1 based on hard orders and backlog. Moving forward, we're taking it 1 quarter at a time guiding base for our customer backlog, order visibility and our operational ability to scale these new products and technologies. That brings me to Q1 guidance. For the fiscal first quarter ending December 28, 2018, we expect revenue to be in the range of $150 million to $156 million, adjusted gross margin is expected to be between 55% and 57%, and adjusted earnings per share between $0.18 and $0.22 on an anticipated 66.5 million fully diluted shares outstanding. Operator, you can now open the call to questions.