Gideon Ben-Zvi
Analyst · Oppenheimer. Please go ahead
Hello, everyone, and thank you for joining Valens Semiconductor's second quarter 2024 earning call. This quarter our team made solid progress executing against our long term strategy and capitalizing on growing market demand for our high performance connectivity solutions. This resulted in revenue exceeding our guidance, increasing our confidence in the positive trends we are seeing across the diverse verticals we serve. In the audio, video market, we continue to see growing interest in an adopting of our latest USB 3 extension technology the VS6320 chipsets. Reflecting this momentum, we entered exciting new partnerships and collaborations in recent months, strengthening our go to market strategy, we believe we are poised to capitalize on the $1 billion annual total addressable market in audio, video connectivity, for video conferencing, machine vision, industrial, medical and other verticals. In addition a recent acquisitions of Acronames, the first M&A transaction of Valens Semiconductor elevates our presence in these verticals. All of these developments occur despite continuous challenges, including slow inventory digestion in the audio video segment despite these short term challenges, our mid and long term opportunities remain promising. Moving on to a quick overview, to our second quarter of financial performance, we are pleased to report that organic revenues exceeded the top end of our guidance at $13.2 million Acroname contributed an additional $0.4 million which increased total revenue to $13.6 million, Acroname was consolidated from May 31 its contribution this quarter represents just one month of revenue. GAAP gross margin of the second quarter came in at 61.4% and adjusted EBITDA loss was $5.2 million both beating our guided ranges. We have a very strong balance sheet with $130.6 million of cash and cash equivalents that allows us to continue investing in innovations and pursuing long term growth opportunities. Moving to Acroname acquisition, I would like to give you more detail about why we're excited about the recent acquisitions of Acroname which we closed on May 31, 2024 based in Boulder, Colorado. Acroname has around 20 employees, most of them are talented engineers. Acroname is pioneering advanced automation and control technologies for applications in industrial robotic control systems and audio video conference rooms, Acroname's, products and solutions will enable us to expand our position in the industrial and audio video market, if they are a leading supplier of high programmable USB hubs, switches and test automation systems for industrial applications. This first M&A transaction, although modest in size, marks a significant milestone in our strategy to support non-organic growth through synergetic acquisitions that will enhance value for our customers and shareholders. Importantly, our strong balance sheet provides us with the flexibility to move quickly when opportunities arise. Going forward, we expect this highly selective acquisition strategy to complement our organic growth initiatives. Now, let me turn our performance and the trends we are seeing in the markets we serve, starting with professional audio video, which includes applications such as entertainment, video conferencing, education and digital signage. Since its introduction late last year, we are proud to have over 50 customers developing products based on the VS6320 with a wide variety of products already launched the public excitement for the chipset validate the VS6320s groundbreaking technology and demonstrates the high demand for reliable, streamlined and affordable connectivity. The industry's eagerness for this chipset was most apparent at the InfoComm International, the largest professional audio video trade show in North America, which took place in mid-June. At the show, many leading manufacturers announced launching products, while other demonstrates the VS6320 embedded into their products, which include USB extenders, PTZ cameras, video bars, wall plates, docking stations, room appliance controllers and USB hub switches. All across the show floor people were praising the new capabilities of the VS6320 chipset. We are pleased to report that we reached mass production of VS6320 chipset in July, and expect to start generating revenues in the second half of 2024 before ramping up further in 2025 there is growing adoption of video conferencing systems driven by hybrid work and education environments, as well as necessary improvements to the user experience despite current market conditions, these positive trends are expected to support mid and long term demand for our chipsets. In addition, during the second quarter, we continue to expand our partnerships with leading providers to accelerate new product introductions. One example is the partnership with Taiwan based Good Way Technology, one of the world's leading PC peripheral design and manufacturing companies, Good Way Technology has leveraged our VS6320 in combination with Synaptics Display Link Technology to offer the video conferencing market a simplified, flexible and cost effective solution opening the door for the integration of documentation into reasonably priced meeting rooms. As you can see, video conferencing continues to be a major focus for us, and we expect it will be driving factor in the recovery of the entire Pro AV market. We are encouraged by investment that leading tech companies like Microsoft and Zoom are making. These innovative solutions will improve the user experience through certification processes for video conferencing systems and for the seamless and unified experience in hybrid meetings, we expect that these certifications will drive adoptions of better technologies, which is where we have a significant advantage. Moving on to the machine vision and industrial verticals. To date, Valens has engaged the industrial marketing application, collecting industrial PCs and Remote Touch displays, extending the HDMI and USB enabled remote operation of industrial machines. With the launch of our VS6320, in the VA7000 chipset, we are now entering a much larger market, machine vision. These new chipsets are targeting two main segments in the machine vision world, the IPC based and the embedded vision segments respectively. The IPC based segment is dominated by two standard technologies, GigE Vision and USB3 Vision. Until recently, USB3 Vision offered significantly higher bandwidth, but had limited cable lengths. Now with the Valens USB3 extension solution, USB3 Vision can support the same 100 meter distance as GigE alongside the much needed higher bandwidth. Our new solution enables high resolution machine vision systems such as visual inspection and automated warehouse operations. The embedded vision segment typically leverages proprietary camera extension technologies, Valens V7000 CSI2 extension solution brings significant benefit. It is based on an MIPI A-PHY standard. It enables higher bandwidth extension over long and simpler cables, and most importantly, it is 20 times more robust to electromagnetic interference than competing technologies. Valens is increasing its investment in the industrial machine vision vertical, expanding our partnerships across the ecosystem to enable faster in production through our technology. We believe that the fruits of this effort will be on display during the Vision Show in Stuttgart, Germany on October 8th. Before we discuss automotive I would like to briefly address the current challenges in the audio video markets. We are still experiencing a significant reduction in our audio video revenue compared to last year. We believe this is related to general weakness in the macro economy and to customers continuing to hold high levels of inventory, which dumped new order, replacement and upgrade activity. We remain bullish on the audio, video market in the medium and longer term. We believe we're in a cycle, and that our legacy products will get back to the levels of revenue we used to see in the past. In addition, the VS6320, based products are set to become significant new revenue growth drivers, as well as in the new industry, machine vision vertical. Moving to automotive. Overall, our automotive business is stable. As a reminder, our first generation VA6000 chipsets are used in Mercedes Benz infotainment and telematics systems, a big part of our focus remains on our second generation chipsets, the VA7000 which complies with the MIPI A-PHY standards. We are progressing in several evaluation processes with global automotive OEMs on this chipset, and customer feedback has been encouraging, and of course, we continue to work with companies across the ecosystem to design and develop products based around this technology. One example of the growth in the A-PHY ecosystem came last month when Continental, one of the largest Tier 1 automotive suppliers in the world, introduced the A-PHY standard into their ADAS camera build. They announced that they have upgraded their SSC-300 camera, which now feature a link speed of up to 8 gigabits, enabling resolution beyond 8 megapixels, they said, and I quote the MIPI A-PHY standard, ensuring the lowest error rate and enhanced EMC robustness, making our cameras resistance to external interference and reliable in various conditions. Continental is the latest in a long list of companies joining the AMA ecosystem and recognizing the many technological benefits this startup offers the automotive industry. We are confident that our innovative technology will position us to take advantage of an enormous opportunity in this automotive segment, which may estimate $4.5 million per annual by 2029 We're optimistic about our technology and potential to meet the wave connectivity solutions. Before I turn over to Guy, I'd like to briefly discuss a trend that crosses the traditional boundary industry, the growth of AI. AI, much of the AI system architecture we know and used today is cloud based, including popular large language models like ChatGPT. However, there is another kind of AI system architecture called EdgeAI, and it's finding new avenues for deployment in implications that require real time operations where the AI processor is separated from the data sensor input. The AI processor must leverage a high performance connectivity solution, specifically one that is uncompressed and error free in order to make accurate decisions. Valens', cost effective and high performance distribution technology is paying an instrumental role in enabling this breakthrough technology in the automotive machine vision and video conferencing industry. With that, I will turn the call to Guy to discuss our financial performance in more detail.