Dr. Fermi Wang
Analyst · Cowen
Thank you, Louis, and good afternoon, everyone. Thank you for joining our call today. Fiscal year 2022 represented an inflection year for Ambarella with numerous milestones achieved. Record revenue of $332 million was up 49% year-over-year, with CV revenue more than tripling to exceed 25% of total revenue and driving blended ASPs higher. It was the first year where CV delivered a material contribution to our operating results, enabling non-GAAP operating margin to reach 19% versus 4% the prior year. CV revenue Wave 2 smart home became material during the year as expected, and we are pleased to announce CV revenue from Wave 3 automotive, also became material during the year. This occurred more than a year ahead of the guidance originally provided in June 2019. Turning to products. We expect CV5, our first 5-nanometer SoC, to begin mass production in the second half of fiscal year 2023. While CV3, our second 5-nanometer SoC, a 10 billion transistor automotive domain controller tape out and is expected to sample this year. There is a strong and broad-based demand for our CV products. At the end of the year, we have cumulatively shipped more than six million CV SoCs to more than 275 unique CV customers across many verticals. Looking to fiscal year 2023, geopolitical and public health headwinds persists, and the market forecasters predict real global GDP and the semiconductor industry growth rates will decelerate. There is a continuation of supply chain challenges. And in February, we were informed our 14-nanometer supply from Samsung will be constrained. At this time, we anticipate an adverse impact to our video processing revenue of approximately $5 million in Q2. Despite these headwinds, we see the secular forces from the digital transformation remaining very strong. In particular, demand for our deep learning AI processes for IoT end points, a majority of our customers' design activities not on CV, and we expect CV revenue to reach 45% of our total revenue in fiscal year 2023. Driving a further increase in our blended average selling price of the fewer of the lower ASP video processors, are shipped. Now I will provide some representative market and market development activity during the quarter. We see the role running in the first week of January, hosting our annual technology showcase held during CES in Las Vegas and announcing our new CV3 AI domain controller. We held over 35 live technology demonstrations including our latest EVA autonomous vehicles, Oculii radar technology running both automotive and security applications, and numerous IoT, robotics and the partner demonstrations. The automotive partner demonstration including ADAS implementation from software partners auto brands and help to AI as well as drive monitoring demos from C machines and CPI, all running on our CV4 SoC. On January 4, we launched CV3, our AI domain controller SoC family for single-chip multi-sensor perception, fusion and path planning in ADAS to level four autonomous vehicles. The scalable, power efficient CV4 family of SoC provides the automotive industry highest AI processing performance at up to 500 eTOPS, representing a 42 times increase over Ambarella's CV2 and 160 times. CV22. The first CV3 family member is fabricated in 5-nanometer process technology and enables centralized single-chip processing for multi-sensor perception, including high-resolution video, radar, including Oculii software and other sense modalities. The family's unique hardware scalability allow automakers to unify their software stack across their entire product portfolios while reducing the cost and the complexity of software development. We have received significant interest in CV3 from leading automotive OEMs and their Tier 1s following announcement. In addition to automotive applications, we will be developing CV3 SoC derivatives targeting other markets, including security camera and robotic applications. This new CV family SoCs will leverage the increased performance of the CV3 third-generation CV4 architecture, which provides over three times the power efficiency of the previous CV2 generation. In January, we announced our new artificial intelligence Image Signal Processor. This new ISV architecture use neural networks to augment the image processing done by the hardware ISP integrated into our CV SoCs. We demonstrated its life during the show, showing full frame rate HD video capturing under 0.03 loss lighting conditions, all almost complete darkness. We believe this technology will be game changing in all of our markets as our higher-quality video data now we improved visibilities in human viewing applications, but also improve the accuracy of AI processing algorithm on the challenging lighting conditions. During the quarter, we made a number of automotive partnership announcement. We announced our collaboration with Autobrains, a developer of self-learning AI for assisted and autonomous driving to deliver a scalable range of AI solutions ranging from ADAS to higher-level autonomy for automotive mass market. At the show, we demonstrated Autobrains' ADAS software running on single CV2 automotive SoC. The collaboration will deliver high resolution from ADAS solution targeting compliance with Vista NCAP standards. We also announced our partnership with Seeing Machines, the industry's leading vision technology company for driver monitoring applications. And we demonstrated Seeing Machines software running our CVflow AI platform. The partnership will enable the delivery of a complete, integrated DMS and ADAS solution. We're also seeing new opportunities in automotive applications, employing cameras for security, asset control and customization of personal settings. During the quarter, Hyundai introduced Genesis, GV60 SUV with a face connect feature that recognize driver space, open and close vehicle doors, and provides customized setting for the driver using near-infrared cameras and deep learning technology. The face recognition module is based on Ambarella's CV25 AQ, automotive SoC. Also during the quarter, Rivian began shipment of its first consumer SUV, the R1S, and its first commercial vehicle, the new EDV 700 delivery van, designed in close collaboration with Amazon. As announced by Rivian, R1 family comprised of the R1S and the R1T has 71,000 vehicles preordered, while Amazon has placed an initial order for 100,000 of the vans. Both R1S and EDV 700 have a camera platform based on Ambarella's solutions with multiple Ambarella CV2 SoCs being utilized for Rivian's autopilot called, Driver+, Gear Guard and driver-assistance. The EDV 700 delivery van also includes stereo forward-facing cameras enabled by CV2-building stereo processing capability. The rapid design and deployment of these vehicles in addition to our other automotive production wins reflects the maturity of our CVflow SoC and development tools. In February, the U.S. Department of Transportation's National Highway Traffic Safety Administration issued a final rule, allowing automakers to install adaptive driving beam, or ADB, headlights on new vehicles. Adaptive driving beam headlight systems are useful for distance illumination of pedestrians, animals and objects without reducing the visibility of drivers in oncoming vehicles. The use of cameras was ADAS perception to intelligently control the headlight beams represents a new opportunity for Ambarella's CV4 SoC. In December, we announced our early win in this area with Chinese automotive retail technology company, HASCO Vision and IM motors. So new automotive technology company jointly created by SAIC Group, Wangjing, Hi-Tec and Alibaba Group. At the 2021 Shanghai Auto Show, IM Motors announced its new L7 electric vehicle, which began sales in February. It includes an intelligent DLP lighting system based on our CV22AQ automotive SoC that can perceive the driving environment and provide visual warnings to pedestrians as well as automatically adjust width of the headlight beams under narrowing road conditions. Also in China during the quarter, Hycan an EV vehicle joint venture between GAC Group and the electric car maker, NIO introduced its Z03 SUV. The Z03 includes Hycan PILOT 2.0, an intelligent driving assistance systems based on our CV2AQ SoC and supplied by Tier 1 Max AI. Now I will talk about some of our IoT customers' product introduction during the last quarter. In the enterprise camera market, Motorola Solution announced their expansion of this license play recombination portfolio with the introduction of the L6Q camera based on our CV25 SoC, the L6Q can accurately scan vehicle moving at up to 75 miles per hour and up to 70 feet away. It can be powered by battery, solar panel, or AC/ DC power and can operate in complete darkness. Also in the enterprise and public market, Ricarda introduced its CD42 and the CD52 dome cameras based on our CV25 SoC. And Panasonic i-Pro sensing solution introduced its i-Pro mini, a versatile network camera based on our CV22 SoC. In the smart home market, Comcast introduced its first video total with infinity video total [ph]. Based on our SoC, it supports 1080p HD video, crystal clear night vision and a wider 4:3 aspect ratio that allows you to see more of your doorstep. In smart home market, Ubiquiti introduced T4 doorbell pro, a WiFi-enabled video doorbell with primary 5 megapixel camera and a second 8 megapixel backup camera. Ubiquiti also began shipping its AI 360 PTV camera, which provide panoramic overhead surveillance and is based on our CV25 SoC. We are also seeing opportunities in new AI camera IoT applications, including robotics and video conference. During CES, HMS, an AI factory automation company based in Japan, announced and demonstrated its new SiNGRAY AI 3D camera designed for robotic and industry 4.0 applications. In this application, Ambarella's CV25 SoC camera perception and fusion, combining the RGB camera and the ToF dual sensors. The product is being supplied to Japanese robotic leader, Yaskawa for robotic arm application, In the video conferencing applications, an example of one of our first wins is from Nineveh [ph], a Chinese-based leader in communications and video conferencing. Their new UV 43 Series ultra- HD PTV video conferencing camera based on our CV22 SoC offers 4Kp60 video, 25x optical zoom and a pan/tilt zoom operation. In summary, these engagements indicate we are successfully leveraging our state-of-the-art shooter viewing video processor expertise into markets for high-bandwidth AI processors in machine sensing IoT etch endpoints. Much of the early CV growth we have experienced has been driven by new product cycles in existing markets like security cameras, but we are extremely excited about the penetration we are achieving in multiple new market verticals, like the robotic arm, automotive payment or automotive access control mentioned earlier. The mega trends for security, safety, automation and eventually complete autonomy of robotics are key drivers in our market, and it is a key driver for our TAM expansion increasing from about $4 billion this year to approach $10 billion in calendar year 2027. We suppress our sake expanding, the market opportunities are now much larger. We are engaged in discussion at multiple customers where the lifetime revenue of any one program could be more than 20x higher than what we have experienced in the past. With evidence mounting, we are more convinced in the positive secular trends of our AI products. In order to sustain and grow our leadership position, we have and will continue to make a premium investment in our differentiated semiconductor and software R&D. Our organic R&D investment leads the way and has been augmented with our synergistic acquisition of HD radar leader Oculii, our R&D investment includes new perception technology development, the future for cameras and radars, automotive functional safety, next generation process on 3 or 4-nanometer technology, and software margins higher up the stack. And also, I would like to provide an update on Oculii about four months after we announced the acquisition. We are very pleased with customer interest and activity with our proprietary HD radar products and many cross-selling opportunities were discussed with customers during CES this year. Since the acquisition, we have seen a significant pickup in the number of radar modules customers. In fact, during Q4, we shipped a record number of 77 gigahertz radar modules. We understand many of these customers are evaluating the technology for their production programs, and we plan to continue to aggressively hire to support the strong interest and outlook for our HD Radar technology. In conclusion, after 5-plus years of ADAS investment, fiscal year 2022 represented a firm inflection for Ambarella, and while decisively established, we're still in the very early inning of the AI auto market development. We are very pleased with our progress. Evidence continues to build, and we remain convinced the market opportunity is very significant. We are committed to sustaining our strong investment to capitalize on our leadership position. And along the way, we are committed to deliver positive operating leverage added of $500 million and a $1 billion annual revenue milestone, as indicated during our Capital Market Day in January. With that, John will now provide our prepared financial comments.