YJ Kim
Analyst · ROTH Capital. Please proceed
Hello, everyone, and thank you for joining us today, and welcome to Magnachip's Q3 earnings call. Q3 revenue was $66.5 million, up 8.5% year-over-year and up 25% sequentially. Revenue was at the high end of our guidance range of $61.5 million to $66.5 million. Consolidated Q3 gross profit margin of 23.3% was down 0.3 percentage points year-over-year, but up 1.5 percentage points sequentially. The overall gross margin results was in line with the midpoint of our guidance range of 22.5% to 24.5%. Shinyoung will provide more details in her section. As we wind down and exit the Transitional Foundry Service business, Magnachip will be a pure-play standard products company based on industry-leading mixed signal expertise. Our standard products are comprised of our offerings in the MSS and PAS businesses, which include power ICs, advanced OLED DDICs and discrete power products for industrial, automotive, consumer communications and computing applications. Revenue in Q3 for our Standard Product business was $64.0 million, up 24.0% year-over-year and up 25.9% sequentially. Standard Product business gross margin was 24.4%, up 1.3 percentage points sequentially. We are on track with our guidance given at the beginning of the year for double-digit growth in MSS and PAS for 2024. We will provide 2025 guidance on our Q4 and year-end call as we've done in the past. Now let me provide more detailed comments for each of our Standard Products business lines. In terms of revenue contribution, PAS represented 74.3% of Standard Product revenue in Q3. Reported PAS revenue was $47.6 million, up 16.1% year-over-year and 21.2% quarter-over-quarter. The sequential increase was broad-based, so I'll share some details by application. The Industrial segment continued to see a strong rebound in solar. The issues of excess distributor and customer inventory in China now is behind us in this business segment. In addition to solar inverters, demand for solar pumps are expanding the range of applications we address. The Industrial segment also saw growth from additional design wins in the China lighting market with our sixth-generation Super-Junction devices. Finally, the shift to high-speed e-motors for scooters and motorcycles is leading to an increase in Bill-of-Material content and carries the potential for stronger growth. While a relatively smaller contributor to PAS, the Automotive segment continues to show strength. We are building upon our past success in Korea with additional design wins and production ramps for automotive customers in Japan and China. The end applications continue to vary widely across many subsystems in a vehicle. More recently, we obtained design wins for additional applications such as power outlets and idle/stop/go functionality. The Communication segment showed a slight sequential improvement driven by continued demand for low-voltage MOSFETs for high-end foldables and leading-edge AI smartphones in Korea. We also are seeing incremental design opportunities for tablets, wearables and China smartphones. In Consumer, we saw growth from TV driven by strong seasonal demand from Korea. Further, we continue to see steady demand for our Super-Junction MOSFET and IGBT products in home appliances such as refrigerators and induction cooktops. Additionally, we expect a recent design-in for air purifiers to transition into a design win in Q4. While a relatively small contributor, the Computing segment saw strong growth driven by seasonal demand from China for PC and laptop power adapters. In Q3, we hired a Chief Technology Officer and Assistant GM in PAS. He is a proven expert in the field of power semiconductors with more than 20 years of experience. Prior to joining Magnachip, he worked at Hyundai Mobis, where he led the development of IGBT and SiC products for automotive applications. Prior to Hyundai Mobis, he made a significant contribution to the company by entering the Planar MOSFET market for the first time and achieving the largest market share of Super-Junction MOSFETS in Korea. His rich experience and knowledge of power semiconductors, his insight into automotive markets and his ability to develop power semiconductor products will greatly contribute to our company's technology and product roadmaps and overall competitiveness. In summary, the strong sequential growth in Q3 for PAS was ahead of typical seasonal patterns and was driven by leaner distribution channels and design wins for existing and new products. We are continuing to execute in delivering a new strong product pipeline for Power in 2024. We believe many of these new products will have similar performance to Tier 1 suppliers, which will give us an opportunity to penetrate new markets and help fill idle Gumi fab capacity in 2025 created by the phase-out of the Transitional Foundry Services businesses. Turning to MSS. Q3 revenue was $16.4 million, up 54.5% year-over-year and up 41.8% sequentially. The results represented 25.7% of standard product revenue and was near the high end of our guidance range of $14.5 million to $16.5 million. The quarter-over-quarter revenue growth was due to increased demand from OLED DDICs for China smartphone OEMs as well as for automotive and Power IC for OLED IT. During Q3, we continue to make inroads with OLED panel makers and smartphone OEMs focusing on the China market. At a high level, we have several DDIC at different stages of development, customer evaluation and in production. These designs cover the broad smartphone market spectrum from mass-market to premium segments and extend to other display markets like automotive and wearable tech, including smartwatches. In line with our original expectations, we have now moved into production on two smartphone models. More specifically, following the purchase order received in Q2, we started initial production and shipment in Q3 for a QHD+ DDIC for a premium smartphone model from a leading China OEM. We are the primary DDIC supplier for this model, and we expect increased shipment growth to this customer throughout Q4. During Q3, we also received a purchase order as a second source supplier from another leading China smartphone OEM and commence shipments in October. We believe this initial win gives us an opportunity to deepen our relationship and positions us well for future smartphone models. As mentioned in our Q2 call, we began sampling our next-generation DDIC in October. This OLED driver is targeted for mid- to high-end smartphone models in China and incorporates advanced IP, including sub-pixel rendering, SPR, refined color enhancement and brightness uniformity control. Notably, this chip reduces power consumption by more than 20% compared to the previous generation. We expect a China panel maker to begin evaluation in Q4 and move into production in 2025. We plan to introduce this chip to multiple China OLED panel makers to further diversify our customer base next year. Evaluations are underway for a new DDIC targeted at the smartwatch market. We look forward to leveraging this relationship with a China module maker to expand into new high-growth adjacent markets. With regard to our automotive DDIC business, revenue increased for the third quarter in a row. Business was driven primarily by increased demand from a panel maker that supply to multiple automakers in Europe. We also saw DDIC growth for automotive LCD. Our Power IC business, which is including MSS, saw sequential and year-over-year growth, driven primarily by increased demand for OLED IT, tablets and notebooks. We continue to develop new Power IC products for both LCD TV and OLED IT application for potential new customers. In summary, within MSS, we are executing our strategy and making inroads with top-tier panel makers and major smartphone OEMs. Our decision to act locally was the right strategy for our OLED business in China. At the same time, we are also working to drive revenue from adjacent markets in wearable, automotive, TV and IT. For Q4, we currently see flattish revenue sequentially, which is better than typical seasonality in this market. In conclusion, we believe that with the growing trend of AI-enabled smartphones and PCs, power consumption is on the rise. It is crucial to reduce the overall power usage of these systems. The display is a major power consumer and one of the few areas where power can be significantly reduced by switching from LCD to OLED panels. As smartphones incorporate high-performance AI capabilities and adapt larger foldable and flexible displays, the need for power-efficient OLED DDIC has become increasingly important. Our newest and most advanced OLED DDIC offers a power reduction of over 20% compared to the previous generation using the same process technology. Additionally, smartphone OEMs are looking to offset the rising power demands of AI features by utilizing advanced battery FET technologies like those in our PAS segment, alongside the growing use of the OLED screens. I will now turn the call over to Shinyoung to give you more details of our financial performance in the third quarter and provide Q4 guidance. Shinyoung?