Gideon Ben-Zvi
Analyst · Oppenheimer
Thanks, Daphna, and thank you, everyone, for joining our call. Q3 quarterly results exceeded our guidance. Q3 2022 revenues were a record of $23.1 million, up 21% compared with Q3 2021. We also achieved better-than anticipated gross margin and adjusted EBITDA. We are increasing our full year revenue guidance and improving our adjusted EBITDA guidance for the year. Our high-speed connectivity technology is used in diversified business activities that support people's daily lives and industries in 2 business segments – audio-video and automotive – in which we continue to diversify and expand our footprint. Now I will turn to a review of our business. Starting with audio-video. Demand for our high-speed uncompressed multimedia distribution solutions was strong, and our audio-video business continued expanding into new applications and verticals from corporate, education, government, industrial, to medical and more. Starting with education. The trend of educational entities using hybrid models to enable students and staff to switch between on-site and remote learning is here to stay, and we are seeing more and more classrooms around the world equipped with video collaboration systems. Hybrid learning enables the continuity of teaching and learning. It increases equitability by giving students access to additional education opportunities that meet their academic needs. In this way, our technology democratizes opportunity and contributes to equity. In the corporate sector, the opportunity across industries and geographies is substantial for audio-video connectivity technology, such as ours and video conferencing technology is increasingly essential for the office space, video meeting and remote work. In command and control, the use of our technology is growing. Many entities across the globe need to visualize their operations, enhance their efficiency, and better safeguard communities. A recent use case in the corporate sector is a multinational electric utility company where security is of paramount importance. The company needed to isolate a certain department’s operations from the rest of the IP network, while still providing uncompressed long-distance multimedia extension. Our wired audiovisual distribution products allowed them to meet this goal. I'm also proud to share that earlier this year, Valens Semiconductor chipsets, embedded in Panasonic’s 4K HD Suite for video products were used to enhance the experience of athletes and spectators from around the world at the Beijing Olympic and Paralympic winter games. They all experienced breathtaking immersive visuals in real time, in the different sporting events. All in all, our audio-video business grew on the top line and generated strong margins with a healthy mix of customers, industries, and geographies. In Q3, we also continued to sell our automotive VA6000 chipsets, in USB extension applications for audio-video use. I believe that going forward, we will see additional revenue contribution in the audio-video business by repurposing our automotive products. This leads me to our automotive business. Valens Semiconductor offers a unique set of in-vehicle wired symmetric and non-symmetric high-speed connectivity required by the automotive industry. Our VA6000 chipset family provides symmetric connectivity and enables data flow for infotainment and telematics. Mercedes-Benz started using our chips in the S class model in Q4 2020. And today, you can find our chips in the S, C and E class models, including in the electric vehicle known as EV models. The VA7000 chipset family, our non-symmetric products, was the first in the industry to comply with MIPI A-PHY standard. It addresses the growing need for high-speed video productivity for automotive applications, such as Advanced Driver Assistance Systems known as ADAS, which is projected to ramp towards an $8 billion to $10 billion market in the coming years. The MIPI A-PHY standard that was released in Q4 2020 is the industry standard for in-vehicle-long-reach video productivity. It will be required initially for high-speed connectivity between the sensors to the compute unit for automotive applications such as ADAS and autonomous driving. Valens Semiconductor's nonsymmetric DSP-based connectivity technology is the foundation for the MIPI A-PHY standard, which aims to replace the legacy analog solution existing today in cars. Valens’ VA7000 product family features outstanding resilience to electromagnetic interference known as EMI, making it an ideal connectivity solution for high bandwidth high-resolution sensors that significantly improve objects detection and classification. Our A-PHY compliance chipset greatly simplifies integration of cameras, LiDAR, and RADAR. It also enables flexible integration of these sensors into a sensor cluster that is connected over a single link. This is known as sensor fusion. Sensor fusion opens the door to more accurate centralized computing and is a key element for ADAS Level 3. Speaking of radars specifically, it is becoming clear that in addition to camera sensors, radars are essential to meet our automotive OEM and Tier 1 ADAS requirements. Our connectivity products are currently being evaluated by leading radar companies that are considering the use of VA7000 with their sensors. In our previous calls, we communicated our expectations regarding the pace of adoption of our VA7000 solutions. I am pleased to share with you, we have already received initial RFIs from potential customers for our MIPI A-PHY-compliant VA7000 chipsets. We are on track for first design wins next year with mass production expected to start in 2025. In line with our strategic plan, the growing MIPI A-PHY ecosystem continues to gain recognition and is well-positioned for large-scale implementation by automotive OEMs around the world. An important pillar is solidifying the ecosystem is Intel, which chairs the MIPI Alliance Board of Directors and determined that MIPI APHY is the most cutting-edge high-speed connectivity technology in the automotive industry. In Q3, we announced a collaboration with Intel Foundry Services to support the development of a MIPI A-PHY compliant offering for their automotive customers. We believe our top partnership with Intel Foundry will encourage other automotive chip manufacturers to join the growing MIPI A-PHY ecosystem as automotive OEMs require multiple production sources. The interoperability between systems from a number of vendors is the requirement for the acceptance of any industry standard. In the third quarter, we announced the successful completion of the industry's first joint interoperability test between a Valens Semiconductor VA7000 chip on the receiver side and Sony Semiconductor Solutions prototype of integrated sensor and transmitter chipset on the other side. Sony Semiconductor Solutions has stated the importance of introducing this cutting-edge technology into their image sensors. We also expect that the MIPI APHY transmitter integration will provide significant cost and performance benefits to the global base of automotive customers. Last month, we conducted the webinar with Sony Semiconductor Solutions and JASPAR in association of Japanese automotive OEMs and Tier 1s such as Toyota, Nissan, Honda, Mazda, Suzuki, and Denso on how automotive companies can advance ADAS in autonomous driving with MIPI A-PHY. Hundreds of participants from the Japanese automotive industry joined the webinar to hear speakers from JASPAR Toyota next-generation highspeed network group, Sony Semiconductor Solutions automotive development and Valens Semiconductor discuss the progress of MIPI A-PHY and the growing importance of electromagnetic compatibility known as EMC in cars. As car companies integrate sensors requiring higher bandwidth and EMC into next-generation ADAS and autonomous systems interoperability among multiple vendors' components will be crucial. To address this need, test equipment vendors are beginning to create off-the-shelf testing solutions. Keysight Technologies, which deliver advanced design and validation solutions is addressing the growing market demand for high-speed digital interfaces for next-generation in-vehicle networks. In September, they announced their partnership with several companies, including Valens Semiconductor to develop a MIPI A-PHY-compliance test solution that ensures data transmission quality and broad scale interoperability. Before turning to our financials; This call marks the first anniversary of Valens Semiconductor as a public company. Since going public, we have made significant progress executing against our business plan and growth strategy, which is supported by our solid balance sheet. So far, during 2022, we have successfully operated in a turbulent geopolitical and economic environment. In the near term, we will continue to monitor the macro environment and in particular, items that could impact our business during 2023 such as lead times, order patterns, and demand levels across industries. We are focused on creating long-term value to all our stakeholders. We believe that we have sufficient resources and capabilities to continue to invest in and expand our competitive advantages, enhance our product portfolio, and market presence. We will continue to focus on the best opportunities, which we believe will drive sustainable growth and profitability for the company. I'll now turn it over to Dror Heldenberg, our CFO, to review our Q3 2022 financial results and provide our financial outlook.